A state detection system includes a computation unit that acquires data detected by a sensor. The computation unit includes a processing device that executes data processing. The processing device converts data of a digitized time-series signal from a sensor, into data on frequency spectrum intensity. The processing device converts a partial area in an overall area in which values of data on frequency spectrum intensity are distributed, into data expressed in low bits. The processing device generates a pseudo image, based on the data expressed in low bits. The processing device classifies the pseudo image, based on image recognition, and outputs a result of classification of a state of a facility.
A security function execution device in communication with a network. The device may include a processor, the processor is configured to: identify attributions of a plurality of nodes in communications with the network; determine criticality of each node of the plurality of nodes based on the attributions; and mediate communications between nodes of the plurality of nodes that are determined as being non-critical and execute security functions on the mediated communications.
A design support apparatus includes: an input unit configured to acquire design information related to a target product; an extraction unit configured to extract, based on a classification axis that is a rule for classifying a phrase or a numerical value related to a component, a function, or a requirement specification in the target product and that is stored in a classification axis storage unit, the phrase or the numerical value related to the component, the function, or the requirement specification from the design information; a recognition unit configured to recognize a relationship between the extracted phrases or between the extracted numerical values related to the component, the function, or the requirement specification based on a content structure of the design information and a co-occurrence; an association unit configured to associate the relationship between the phrases or between the numerical values; and an output unit.
G05B 19/408 - Numerical control [NC], i.e. automatically operating machines, in particular machine tools, e.g. in a manufacturing environment, so as to execute positioning, movement or co-ordinated operations by means of programme data in numerical form characterised by data handling or data format, e.g. reading, buffering or conversion of data
G06F 40/289 - Phrasal analysis, e.g. finite state techniques or chunking
This invention provides an in-wheel motor capable of increasing steering operability and ride comfort of a vehicle. A stator 21 of an in-wheel motor 20 comprises a stator housing 21a and a stator housing cover 21b. The stator housing 21a is formed of a tubular-shaped housing annular portion 21a1, a housing flat-plate portion 21a2, a fold-back portion 21a3, and a flange portion 21a4. In the stator housing 21a, a housing recessed portion 211 is formed of the housing flat-plate portion 21a2 and the fold-back portion 21a3. The housing recessed portion 211 is provided with a hub bearing mounting portion 216 on which a hub bearing 26 is mounted. The stator housing cover 21b is provided with an upper arm attachment portion 217 and a lower arm attachment portion 218 for attaching an upper arm 31 and a lower arm 32 of a suspension device 30.
H02K 5/173 - Means for supporting bearings, e.g. insulating supports or means for fitting bearings in the bearing-shields using bearings with rolling contact, e.g. ball bearings
H02K 7/102 - Structural association with clutches, brakes, gears, pulleys or mechanical starters with friction brakes
H02K 11/33 - Drive circuits, e.g. power electronics
H02K 21/14 - Synchronous motors having permanent magnetsSynchronous generators having permanent magnets with stationary armatures and rotating magnets with magnets rotating within the armatures
5.
SOFT MAGNETIC IRON ALLOY PLATE, IRON CORE USING THE SOFT MAGNETIC IRON ALLOY PLATE, AND ROTATING ELECTRIC MACHINE
Provided are a soft magnetic iron alloy plate that can suppress an excessive increase in Pi while exhibiting Bs higher than that of an electromagnetic pure iron plate and reduce the cost as compared with permendur, an iron core using the soft magnetic iron alloy plate, and a rotating electric machine. The soft magnetic iron alloy plate according to the present invention includes a chemical composition containing Co by 1 to 30 atom %, N by 0.2 to 10 atom %, an M component that can form an MN-type nitride by 0.5 to 5 atom %, with the balance being Fe and impurities, and when a cross section of the soft magnetic iron alloy plate is observed, nitride particles of the M component are deposited with an average particle size of 0.5 μm or less and a number density of 50 particles/100 μm2 or less.
This invention cools a rotor 2 by a liquid refrigerant, and comprises: an inlet 13 for supplying the liquid refrigerant to a horizontal end face of a shaft 5 of the rotor 2; a first flow passage 9 that is provided in the rotor 2 and allows the liquid refrigerant to flow in the direction of the shaft 5; a second flow passage 10 that is provided on a first flow passage inlet 9a side of the first flow passage 9; and a third flow passage 11 that is provided on a first flow passage outlet 9b side of the first flow passage 9, wherein the second flow passage 10 has an opening that opens toward the radially inward side, the third flow passage 11 has an opening that opens toward the radially outward side, and the inlet 13 is provided on the radially inward side of the opening of the second flow passage 10 so as to discharge the liquid refrigerant toward the opening of the opening of the second flow passage 10.
Provided is a cell culture container having a first cell-adherent region, a second cell-adherent region, and a cell-non-adherent region, wherein the cell-non-adherent region is disposed in a predetermined interval D1 provided between the first cell-adherent region and the second cell-adherent region that are located adjacent to each other. By utilizing the cell culture container, it becomes possible to produce a uniform cell sheet having an arbitrary shape with minimal cell loss, and it also becomes possible to produce a large quantity of cell sheets having stabilized quality all at once.
In order to achieve an efficient check, the present invention comprises: a design matter extraction unit (103) that extracts design matter information together with tag information by searching a design information model DB (200); a check item content conversion unit (104) that generates an output check item sentence by converting elements of a check item sentence, which is a check item sentence used by a user in the past, by the design matter information on the basis of information pertaining to the check item sentence and retrieved from a check item sentence DB (300); and an output processing unit (105) that outputs the output check item sentence to an input/output unit (101). The check item content conversion unit (104) converts the elements of the check item sentence by the design matter information on the basis of tag information associated with the elements of the check item sentence and the tag information associated with the design matter information extracted by the design matter extraction unit (103).
Provided is a heating device capable of achieving appropriate induction heating. For this purpose, a heating device (100) is provided with a magnetic field source (24) that heats an object to be heated (12) which contains a metal by applying a magnetic field to a work region (SP), which is a region for heating the object to be heated (12), via a superconducting coil (7) obtained by winding a superconducting wire, and that moves relative to the work region (SP). The magnetic field source (24) comprises a magnetic shield (9) that suppresses a leakage field, from among the magnetic field generated by the magnetic field source (24), which leaks externally, and that moves at the same speed as the magnetic field source (24).
The present invention supports selection of a business flow from among a plurality of business flows. This computer system holds, for each business flow defining a procedure of a plurality of tasks, business data acquired in a business based on the business flow, manages the business flow as a directed graph having one task as one node, compares the plurality of business flows, generates an integrated node by executing at least one of a process of integrating a plurality of tasks having a different order relation between business flows on the basis of the result of comparison and a process of integrating a subject task not included in at least one business flow with at least one of a task executed before the subject task and a task executed after the subject task, and generates a directed graph, which is composed of at least one unintegrated task node and at least one integrated node, as an integrated business flow for retrieving a business flow.
In the information processing device 103, the data obtaining unit 1031 obtains multimodal sensor data including image data of natural scene containing various objects and point cloud data of distances from the vehicle to the objects in a direction where the vehicle is moving. The object labeling unit 1033 labels each of the objects in the image data using semantic segmentation. The feature point data extraction unit 1035 extracts feature point data of labeled objects. The distribution calculation unit 1036 calculates distributions of eigen values of the feature point data of the labeled objects in each direction. The extrinsic calibration parameter determination unit 1037 determines the extrinsic calibration parameter by selecting an object among the labeled objects for calibration in at least one rotational alignment of the sensing devices based on the distributions calculated by the distribution calculation unit 1036.
A system for object loading recognition associated with a plurality of objects, which may include a sensor for measuring distances between the sensor and the plurality of objects; a linear slider. wherein the sensor is coupled to the linear slider and is moved linearly by the linear slider; a processor; and a memory coupled to the processor, wherein the memory stores instructions executable by the processor to: measure surfaces of the plurality of objects using the sensor; recognize dimensions, positions, and orientations of the plurality of objects based on the measured surfaces to identify recognized objects; calculate a confidence of each of the recognized objects; identify undistinguishable objects from the recognized objects based on the calculated confidences; calculate an approachable distance for each of the undistinguishable objects; and move the sensor towards the plurality of objects by a distance that corresponds to a minimum approachable distance from the calculated approachable distances.
The present invention reduces an environmental load by shortening an acceleration test time of a device, reducing an irradiation test cost, and reducing energy consumption of a radiation generator such as a particle accelerator. Provided is a soft error rate evaluation method including: a radiation irradiation step of irradiating an electronic device executing a test program with radiation; a soft error detection step of detecting a soft error that has occurred in the electronic device; a soft error rate calculation step of calculating a soft error rate on the basis of the result of detecting the soft error; a soft error rate change calculation step of calculating the amount of change in the soft error rate; and an execution time ratio adjustment step of extracting a test program having a small error frequency from a plurality of test programs after executing the steps from the soft error detection step to the soft error rate change calculation step for each of the plurality of test programs, and making an adjustment such that the execution time ratio of the test program having a small error frequency becomes larger.
The present invention comprises: a movement destination setting unit that generates a movement route including a route shape and a control target; a parameter setting unit that sets a control parameter to be used in the movement route; and an information storage unit that stores a travel record in which a route shape along which a moving body has autonomously traveled in the past, the control target, and the control parameter are combined. A past block in which the route shape and the control target in the travel record are divided is generated, a past block set formed by similar past blocks in which the same control parameter is associated is generated, a current block obtained by dividing the route shape of the movement route and the control target is generated, the route shape and the control target of the current block and the past block set are compared, and a control parameter corresponding to a past block set that is similar to the current block is generated. This makes it possible to reduce the burden at the time of new introduction of the autonomous moving body into a site, and to quickly introduce the autonomous moving body into the site.
The present invention makes it possible to easily and appropriately provide a user with selectable requirements for an introduction subject system. A system introduction support device (100) for supporting selection of requirements when an introduction subject system is introduced comprises a CPU (201) and a storage (205). The storage (205) is configured to store, for the introduction subject system, a plurality of candidate requirement sets each including system configuration information indicating a system configuration, a safety level in the system configuration, and operation requirement information including one or more operation requirements in the system configuration. The CPU (201) is configured to calculate a cost and productivity and/or convenience for each of the candidate requirement sets, and display, for each candidate requirement set in an identifiable manner, a combination of the cost, productivity and/or convenience, and the safety level in the system configuration, as trade-off factors.
A quantum computer according to the present invention includes: a plurality of quantum bits; a gate part for performing a gate operation on the quantum bits; and a measurement part for measuring the quantum bits. When the quantum bits are measured, a rotation gate operation is performed simultaneously with the measurement over a predetermined measurement time.
A value assessment support system comprising a storage device which stores prescribed information for assessment and a control device which: acquires values of a plurality of indexes representing social values or environmental values, said acquired values differing from each other in scale; acquires conversion information for converting each of the plurality of index values into a prescribed scale; calculates a new index value by integrating the plurality of indexes on the prescribed scale on the basis of the value of each index and the conversion information; calculates the values of business indexes relating to social value and environmental value on the basis of the calculated new index value; generates assessment information for the calculated values of the business indexes on the basis of said information for assessment; and outputs the generated assessment information to an output device.
In the present disclosure, during performance of PCR at a high speed, in order to provide data with high sensitivity and high reliability, application of a thermal cycle at a high speed reduces the amplification efficiency and reduces detection sensitivity, whereas performing multiple thermal cycles in order to maximize the amplification product amount in a short time also increases the non-specific amplification product amount, causes an S/N reduction and/or pseudo-positive determination, and reduces reliability of an analysis result. Thus, an increase in amount of amplification of the target product amount and suppression of non-specific amplification are achieved at a high speed by changing the thermal cycle midway. More specifically, the present disclosure proposes a nucleic acid amplification technology comprising: a first phase in which a sample solution is subjected to a denaturation reaction for a second(s) and then subjected to an annealing and extension reaction for b second(s); and a second phase in which the sample solution that has been subjected to the first phase step is subjected to the denaturation reaction for c second(s) and then subjected to the annealing and extension reaction for d second(s) (b≠d) (see fig. 2).
The problem addressed by the present invention is to reduce the influence of an oscillating magnetic field, which is applied for quantum bit control, on quantum-calculation calculation accuracy One preferred aspect of the present invention is a quantum information processing device comprising: a quantum bit array that is composed of quantum dots and potential barriers arranged in an array; a bit line and a word line that extend in directions different from each other, and through which flows a current for controlling the potential barrier and a quantum bit held by the quantum dot; and alternating-current magnetic field application wiring through which flows an alternating current for applying an alternating-current magnetic field to the quantum bit. The quantum information processing device is configured such that the angles formed by the extension directions of the bit line and the word line and the extension direction of the alternating-current magnetic field application wiring do not become angles of a multiple of 0 degrees or 90 degrees.
Provided are an elevator car and an elevator that are capable of improving reliability of electric power supply to an electric device. The elevator car comprises: a car body in which a passenger rides; a power reception unit; a first power storage device; a second power storage device; and an electric device. The power reception unit is disposed on an exterior lateral of the car body and receives electric power in a non-contact manner from a power transmission unit disposed in a hoistway. The first power storage device is disposed on the exterior top side of the car body and accumulates the electric power received by the power reception unit. The second power storage device is disposed on the exterior bottom side of the car body and accumulates the electric power received by the power reception unit. The electric device is supplied with electric power from the first power storage device and the second power storage device.
This system stores position management information for managing position related information indicating values associated with each position in an image. The system: acquires an image captured by an imaging device; identifies a person in the image by means of image recognition processing; receives position related information measured by a portable device of a user from the portable device; refers to the position management information to identify a time variation in the position related information associated with movement of the person in the image; and identifies, in the image, the user holding the portable device on the basis of a degree of similarity between the time variation in the position related information received from the portable device and the time variation in the position related information of the person in the image.
A robot system including a first robot, a second robot, a first robot control device for controlling the first robot, a second robot control device for controlling the second robot, and a sensor, the first and second robots carrying out a coordinated operation, wherein: the first robot control device includes a first trajectory planning unit for planning the action of the first robot, a first control unit for executing the planned action of the first robot, a first collision prediction unit for predicting a collision between the first or second robot and an external disturbance on the basis of information from the sensor, and a first interlocking-preventing unit; the second robot control device includes a second trajectory planning unit for planning the action of the second robot, a second control unit for executing the planned action of the second robot, a second collision prediction unit for predicting a collision between the first or second robot and an external disturbance on the basis of information from the sensor, and a second interlocking-preventing unit; the first interlocking-preventing unit generates an external-disturbance-avoiding trajectory for the first robot and transmits the external-disturbance-avoiding trajectory to the second interlocking-preventing unit when the first collision prediction unit predicts a collision with the external disturbance; and the first and second robots carry out actions to avoid the external disturbance. This makes it possible to prevent the occurrence of faults if the action of a robot is suddenly changed due to an external disturbance or the like when a plurality of robots carry out a coordinated operation.
Provided are techniques for easily selecting a material recipe and a process condition necessary for preparing a polymer blend having desired material characteristics. This manufacturing support system uses at least one computer and is characterized in that the computer includes: an input/output control unit that receives designation of a plurality of types of raw material polymers as a material recipe; an appropriate dispersion state derivation unit that, using the material recipe, derives a dispersion state of a polymer blend that satisfies predetermined required characteristics; and an appropriate process condition derivation unit that derives a process condition in which interface adhesion is equal to or greater than a predetermined value in the dispersion state, and a material recipe in the process condition.
G16C 60/00 - Computational materials science, i.e. ICT specially adapted for investigating the physical or chemical properties of materials or phenomena associated with their design, synthesis, processing, characterisation or utilisation
G16C 20/10 - Analysis or design of chemical reactions, syntheses or processes
A power conversion device (1) comprises: a plurality of AC-DC conversion circuits (21, 22, 23) that are connected in parallel between an AC power supply (3) and a DC bus (2) and that perform power conversion between the AC power supply (3) and the DC bus (2); a plurality of AC-DC control units (11, 12, 13) that respectively control the plurality of AC-DC conversion circuits (21, 22, 23); and a main control unit (10) that controls the plurality of AC-DC control units (11, 12, 13). The main control unit (10) transmits an AC command value generated in accordance with the AC power of the AC power supply (3) to each of the plurality of AC-DC control units (11, 12, 13), and the plurality of AC-DC control units (11, 12, 13) respectively control the plurality of AC-DC conversion circuits (21, 22, 23) so that an AC current input from the AC power supply (3) to each of the plurality of AC-DC conversion circuits (21, 22, 23) has a value corresponding to the AC command value. Thus, the number of conversion circuits to be mounted can be arbitrarily selected, and the distortion rate of an AC current waveform can be suppressed.
H02M 7/48 - Conversion of DC power input into AC power output without possibility of reversal by static converters using discharge tubes with control electrode or semiconductor devices with control electrode
H02J 3/32 - Arrangements for balancing the load in a network by storage of energy using batteries with converting means
H02J 3/38 - Arrangements for parallelly feeding a single network by two or more generators, converters or transformers
H02J 7/35 - Parallel operation in networks using both storage and other DC sources, e.g. providing buffering with light sensitive cells
H02M 3/00 - Conversion of DC power input into DC power output
H02M 7/493 - Conversion of DC power input into AC power output without possibility of reversal by static converters using discharge tubes with control electrode or semiconductor devices with control electrode the static converters being arranged for operation in parallel
25.
WATER ELECTROLYSIS SYSTEM AND METHOD FOR OPERATING WATER ELECTROLYSIS SYSTEM
A water electrolysis system (100) comprises: a plurality of water electrolysis stacks (23) that generate hydrogen gas and oxygen gas from water as product gas; a water tank (11) that supplies water to each water electrolysis stack; a hydrogen gas tank (51) that stores hydrogen gas produced in each water electrolysis stack; an oxygen gas tank (52) that stores oxygen gas produced in each water electrolysis stack; and a system control unit (80) that controls operation of each unit of the system. During hydrogen production operation, the system control unit performs voltage monitoring for each water electrolysis stack, and performs processing for temporarily changing operation conditions and recovering the electrolysis voltage with respect to a water electrolysis stack in which an increase in the electrolysis voltage is detected by the voltage monitoring.
C25B 1/04 - Hydrogen or oxygen by electrolysis of water
C25B 9/00 - Cells or assemblies of cellsConstructional parts of cellsAssemblies of constructional parts, e.g. electrode-diaphragm assembliesProcess-related cell features
A method for shipping pattern generation, which comprises clustering, by a processor, shipping records associated with a plurality of parties and generating standard shipping patterns associated with the plurality of parties based on the clustered shipping records; loading, by the processor, shipping records and standard shipping pattern associated with a target party from the plurality of parties; performing, by the processor, data augmentation to correct data points of the target party's shipping records using the standard shipping patterns associated with the plurality of parties and updating the target party's standard shipping pattern based on the corrected data points; training, by the processor, a prediction model for performing shipping trend prediction of the target party, wherein training of the prediction model is performed using the target party's standard shipping pattern; deploying the trained prediction model.
Disclosed are a motor control apparatus, a motor drive apparatus and a device that uses the same, with which, even if the electrical angular frequency is high, it is possible to detect a motor current fundamental wave component with high accuracy and to perform drive control on a motor in a stable manner. On the basis of a speed command (ω*) and a detected value (Iuvw) for motor current, this motor control apparatus creates a control signal (PWM) for controlling a motor (4) and comprises: a phase current detection means which detects the phase current of the motor; and a fundamental wave component extraction means (5) which extracts a fundamental wave component for the motor phase current detected by the phase current detection means. The fundamental wave component extracted by the fundamental wave component means is used as the detected value for motor current to create the control signal.
H02P 27/12 - Arrangements or methods for the control of AC motors characterised by the kind of supply voltage using variable-frequency supply voltage, e.g. inverter or converter supply voltage using DC to AC converters or inverters with pulse width modulation pulsing by guiding the flux vector, current vector or voltage vector on a circle or a closed curve, e.g. for direct torque control
B60L 15/00 - Methods, circuits or devices for controlling the propulsion of electrically-propelled vehicles, e.g. their traction-motor speed, to achieve a desired performanceAdaptation of control equipment on electrically-propelled vehicles for remote actuation from a stationary place, from alternative parts of the vehicle or from alternative vehicles of the same vehicle train
28.
CONTROL PARAMETER AUTOMATIC ADJUSTMENT SYSTEM AND AUTONOMOUS TRAVEL ASSISTANCE DEVICE
The purpose of the present invention is to promptly realize operation starting of an autonomous travel system by efficiently performing parameter adjustment related to travel control of a moving body. To this end, a parameter updating unit (306) learns a relation between a control parameter (weighting matrix Q, R) and one evaluation index selected from among a plurality of evaluation indices (c1, c2, c3) while the moving body (vehicle 101) travels repeatedly over predetermined routes (global routes 401, 402), and also learns a relation between the control parameter and other evaluation indices other than the one evaluation index out of the plurality of evaluation indices (c1, c2, c3).
This analysis device having a processor for executing a program and a storage device for storing the program executes: first generation processing for generating first image data of a graph pertaining to an analysis target from an arrangement region on a display screen on which the graph is arranged, as training data input to a learning model pertaining to the analysis target; acquisition processing for, when the first image data is generated by the first generation processing, acquiring target data pertaining to the analysis target corresponding to the graph as correct answer data used for training the learning model; and training processing for training the learning model on the basis of a training result output as a result of inputting the first image data to the learning model, and target data acquired by the acquisition processing.
Systems and methods for summarizing an infrastructure surface inspection video, which can involve processing frames of the infrastructure surface inspection video through a spatial in-frame process configured to conduct feature and text extraction on the frames on detected observations, the extracted features and text used to generate spatial metadata; processing the frames of the infrastructure surface inspection video through a temporal cross-frame process configured to detect changes across sequences of the frames including the spatial metadata, the temporal cross-frame process configured to generate temporal metadata encapsulating the detected changes; and processing the frames of the infrastructure surface inspection video through an activity decision process configured to intake the spatial metadata and temporal metadata to detect and track structural features or defects of interest as activity in the infrastructure surface inspection video and generate summary metadata from the spatial metadata, temporal metadata, and detected segments of interest.
A method for object defect detection. The method may include receiving an object on a production line; computing, by a processor, a motion optimized path for a robot arm, wherein the motion optimized path comprises a path for performing a sequence of rotations by the robot arm on the object for image capturing; using the robot arm to grasp the object and moving the robot arm according to the motion optimized path to rotate the object based on the sequence of rotations; capturing, by a camera, a plurality of images of the object while the object is being rotated; performing, by the processor, defect detection on the plurality of images of the object to determine object defect; and for object defect being detected, issuing, by the processor, a defect notification to an operator of the production line.
Provided is an electric propulsion device 106 including a propeller 131 and a motor 121 for rotating the propeller, wherein the propeller includes a rotary boss 132 secured to a rotating shaft 123 of the motor, and blades 133 protruding radially outward from the rotary boss. Further, the blades include a base end portion with an airfoil continuously changing such that a trailing edge comes to be in parallel to the rotating shaft of the motor from a radially outer side to the rotary boss, in a vicinity of the rotary boss.
B64D 35/021 - Transmitting power from power plants to propellers or rotorsArrangements of transmissions specially adapted for specific power plants for electric power plants
In a retrieval method executed by a retrieval device in which a storage unit holds enterprise information, classification code information, and item keyword information corresponding to an enterprise and an item of a particle supplied by the enterprise, at least one of a keyword indicative of a business of a first enterprise or a classification code of an item registered by the first enterprise is input. At least one item keyword is extracted corresponding to at least one of an enterprise similar to the first enterprise or an item similar to the item registered by the first enterprise, based on at least one of the keyword indicating the business of the first enterprise or the classification code of the item registered by the first enterprise, by referring to the enterprise information, the classification code information, and the item keyword information. Then, the extracted at least one item keyword is output.
In liquid environment observation or gas environment observation using an environmental cell, highly accurate measurement is possible without being affected by deflection of a membrane. A environmental cell for holding a sample to be observed by an electron microscope includes: a first chip including a first membrane and a frame supporting the first membrane and having a first opening portion; a second chip including a second membrane and a frame supporting the second membrane and having a second opening portion; and a sample holding member. The first chip and the second chip are disposed such that the first membrane and the second membrane face each other and the first opening portion and the second opening portion overlap each other in a top view. The sample holding member is disposed on the second membrane in a manner of straddling a contour of the second opening portion in the top view. The sample is attached to a region located in the second opening portion in the top view of the sample holding member.
Based on a state transition table of each of individual services and a state transition correspondence table that shows the correspondence relationship between a state transition in each individual service and a trigger event that triggers a state transition of another individual service caused by that state transition, a test scenario generation portion 15 generates a test scenario indicating a state transition pattern of a test target service and a state transition pattern of a coupling destination service that occurs in conjunction with that state transition pattern. A stateful pact generation portion 16 generates a stateful pact describing a response of the coupling destination service that takes into account the transition pattern of the coupling destination service. Based on the test scenario and the stateful pact, a test program generation portion 17 generates a pact test program, which is a program for conducting a test.
In the present invention, a system for evaluating a plan of work performed in a space in which there is a risk of radiation: receives a simulation execution instruction including a plan composed of a plurality of instances of work; executes, on the basis of the plan, a simulation of the work performed by a worker in a virtual work space; and calculates an evaluation index for the plan on the basis of the result of the simulation. In the simulation, the computer system updates the state for each time step, outputs the latest state for each predetermined number of time steps, and receives the correction of the state.
The present invention provides a product circulation support method to be executed by a computer system including a processor and a memory device, the memory device retaining product configuration information indicating a plurality of components constituting a product and circulation pattern information indicating a plurality of circulation strategies for resource circulation applicable to the plurality of components. The product circulation support method includes: a first step in which the processor generates, on the basis of the product configuration information and the circulation pattern information, a plurality of circulation scenarios that define the circulation strategy to be applied to each component constituting the product; and a second step in which the processor calculates cost and environmental burden for a case where each of the plurality of circulation scenarios are applied and the product is used for a predetermined period.
A rotary electrical machine according to the present invention comprises a stator and a rotor that is disposed concentrically inward of the stator with a gap therebetween, wherein when viewed in the axial direction of the rotary electrical machine, the rotor has a plurality of magnetic poles aligned in the circumferential direction, the magnetic poles have a first slot provided on the outer circumferential side in the radial direction and a second slot provided on the inner circumferential side in the radial direction, a first facing part among edges of the first slot which faces the second slot has three or more obtuse bending points while a second facing part among edges of the second slot which faces the first slot has obtuse bending points such that the number of the obtuse bending points is equal to or larger than the number of the bending points of the first facing part, a first magnet inserted in the first slot and a second magnet inserted in the second slot are disposed such that the distance from the gap increases as proximity to the magnetic pole center line increases, and the width of the second magnet in the magnetization direction decreases as distance from the magnetic pole center line increases.
The present invention enables computation of an operation plan change proposal that can accommodate various situations of operation hindrance and that also takes into consideration specific operation circumstances on a target route or at a station. Thus, one example of this operation plan change proposal computation device comprises: a diagram simulator that predicts a predicted diagram in which an operation hindrance has occurred, and a corrected schedule; a reward evaluation unit that calculates and evaluates a reward in the corrected diagram; a supervised learning execution unit that generates a supervised learning model in which data on operation hindrance situations that have occurred in the past are used as teacher data; a reinforcement learning execution unit that generates a reinforcement learning model for predicting an operation plan change proposal that maximizes a reward for the corrected diagram; a situation determination unit that determines whether to calculate an operation plan change proposal using the supervised learning model or to calculate an operation plan change proposal using the reinforcement learning model; and an operation plan change proposal devising unit that devises the operation plan change proposal on the basis of the operation hindrance situation and the learning model determined by the situation determination unit.
It is possible to implement a control device for a quantum bit array having high practical utility, that can efficiently hold, with a small number of bits, control parameters necessary for quantum operation in the quantum bit array in which a plurality of quantum bits are arranged. There is provided a control device that controls quantum operation in a quantum bit array in which a plurality of quantum bits are arranged one-dimensionally or two-dimensionally. The control device includes a command memory that stores a plurality of control commands and a parameter memory that stores part or all of control parameters accompanying the control commands. A command format of the control commands includes one or more parameter specifying fields to specify either an immediate value of a control parameter or reference to the control parameter stored in the parameter memory.
The railroad maintenance support system includes a processor, and memory unit. The processor estimates deterioration prediction model, for each of multiple railroad facilities, used to predict the deterioration of railroad facility with maintenance accuracy as an explanatory variable, which is information about the accuracy of maintenance of railroad facility converted from sensing data obtained from sensor apparatus of railroad facility, and stores in the memory unit. In the estimation of the deterioration prediction model, the processor performs a the process of estimating deterioration prediction model of second railroad facility, which includes an explanatory variable is a deterioration prediction of deterioration prediction model of first railroad facility already estimated and stored in the memory unit. The processor outputs overall maintenance cost by maintenance based on deterioration prediction of deterioration prediction model for each railroad facility.
A communication control system for controlling communication with a flying object that is taking off or landing, includes a control system including a computation device that executes a prescribed process, and a storage device that is connected to the computation device, and a flying object that communicates with the control system via a base station. The control system stores a radio map indicating a radio quality of each position and each flight altitude of the flying object and each base station. With reference to the radio maps of a plurality of altitudes, a base station that has a favorable radio quality is selected on a taking-off and landing route in a taking-off and landing port.
A quantum device control system for controlling a quantum operation in a quantum bit array in which a plurality of quantum bits are arranged one-dimensionally or two-dimensionally includes: a sequence control unit for controlling a sequence of quantum operations; a command memory for storing a command for controlling each quantum bit in the quantum bit array; and a parameter memory for storing a variable unique to each quantum bit in the quantum bit array. The sequence control unit acquires the command from the command memory, acquires a variable unique to each quantum bit from the parameter memory, and constructs a sequence of quantum operations, and the parameter memory can be rewritten according to characteristics of each quantum bit.
The present invention simplifies an EMC test for a plurality of products. This computer has one or more processors and one or more memory resources. The one or more processors execute: a step for executing an EMC test on a first product by simulation; a step for executing the EMC test on a second product by simulation; and a step for presenting either one of the first product and the second product as a representative product on which the EMC test is to be performed, when the simulation result of the EMC test on the first product and the simulation result of the EMC test on the second product are within an allowable range.
The present invention addresses the problem of assisting with efficient creation of diverse sequence information in which elements constituting the sequence information ensure diversity. According to the configuration of the present invention, a sequence information processing device 1, which processes sequence information indicated by a sequence of a plurality of elements, includes: an attention analysis processing unit 14 that, on the basis of the reward function for quantifying a characteristic of the sequence information, identifies an inter-element pair in the sequence information in which a contribution to the output of the reward function satisfies a predetermined condition; and a sampling function identification processing unit 15 that calculates a sampling function for creating the sequence information, such that the appearance frequencies of the plurality of elements are substantially equal in the identified inter-element pair.
G16B 30/00 - ICT specially adapted for sequence analysis involving nucleotides or amino acids
G16B 40/00 - ICT specially adapted for biostatisticsICT specially adapted for bioinformatics-related machine learning or data mining, e.g. knowledge discovery or pattern finding
The purpose of the present invention is to provide a simulation device that can estimate a discretionary state parameter of a component constituting a device on the basis of measurement data obtained from a sensor for measuring a state quantity of the component. To this end, a simulation device 2 for reproducing the operation of a device 1 comprises a modeling unit 5 that builds a governing equation for a discretionary state parameter of a component 9 constituting the device 1. The modeling unit 5 builds the governing equation on the basis of a basis function for the governing equation and measurement data obtained from a sensor 4 for measuring a state quantity of the component 9, then estimates the state parameter using the governing equation.
G01R 31/367 - Software therefor, e.g. for battery testing using modelling or look-up tables
H01M 10/48 - Accumulators combined with arrangements for measuring, testing or indicating the condition of cells, e.g. the level or density of the electrolyte
47.
TRANSPORTATION MANAGEMENT SYSTEM AND TRANSPORTATION MANAGEMENT METHOD
In the present invention, on the basis of transportation reservation information, transportation performance information, and event information of a transportation target area, the number of reservations for each time segment in a predetermined period following the present time is predicted for each point in the transportation target area, transportation time required for transportation between respective points is predicted on the basis of traffic information, arrival time at which transportation equipment for which an instruction for the transportation has already been output will arrive at a destination thereof is predicted on the basis of the transportation time, the number of units of the transportation equipment that can be used at each point is predicted for each time segment, the time required to handle the reservations and transportation distance of the transport equipment handling the reservation are predicted on the basis of the predicted number of reservations for each time segment at each point, and the number of available units of transportation equipment, a plan for the transportation is created using an objective function in which the required time and the transportation distance are evaluation indices, and transportation instructions are output to a plurality of units of the transport equipment, and also a mobile terminal of a customer is notified of the schedule.
This examination assistance system: holds pluralities of attributes including the attributes of wanting fairness and the attributes of determining fairness of past subjects, scores indicating examination results for the past subjects, a learning model that receives the plurality of attributes as an input and outputs the scores, and a plurality of corresponding attributes of a new subject; acquires first scores by inputting, to the learning model, a plurality of attributes of a comparison subject whose value of the fairness determination attribute is similar to that of the new subject; acquires a second score by inputting, to the learning model, the new subject, a changed subject whose value of the wanting fairness attribute of the new subject has been changed, and the plurality of attributes of each of the new subject and the changed subject; and outputs a score to the new subject on the basis of the position of the second score in the distribution of the first scores.
This method for creating an IT infrastructure construction plan involves: creating a plurality of search candidates indicating application combinations selected from application candidate information; referring to the application candidate information and data center installation destination candidate information for each of the plurality of search candidates to calculate values of a plurality of indicators for an IT infrastructure construction plan that indicates the application combination and a data center installation destination for deploying the workload of the application combination; and outputting a plurality of IT infrastructure construction plans that are not inferior to other IT infrastructure construction plans in terms of the plurality of indicators, among the IT infrastructure construction plans for the plurality of search candidates.
A disclosed logistics warehouse control system includes: an order management unit configured to manage a plurality of orders given to a logistics system; and a parameter determination unit configured to determine, for a plurality of subsystems each in charge of a plurality of logistics operation processes in the logistics system, a parameter related to an operation of each subsystem based on the plurality of orders, in which the parameter determination unit inputs the determined parameter to the subsystem, and causes the plurality of orders to be processed in a state where the parameter is applied.
The present invention can support more appropriate image analysis of an object by carrying out learning to increase the visibility of only a region of interest according to a purpose of image analysis of the object. Provided is a system including at least one processor and at least one memory resource, wherein the memory resource stores a region of interest (ROI) enhancement engine, a learning phase execution program, and an image processing phase execution program, and the processor, by executing the learning phase execution program, uses a learning image obtained by capturing an object for learning to generate an ROI-enhanced learning image in which only the ROI corresponding to an region of interest in a processing image obtained by capturing an object of image processing is enhanced, and, when the learning image is inputted, the processor carries out learning for optimizing internal parameters of the ROI enhancement engine so that the ROI enhancement learning image is generated.
An environmental load information cooperation system, which supports management on an environmental load caused when remanufacturing a recycled product using a recyclable part, stores processing information accumulated by associating information indicating recycling processing in each of processes for recycling the recyclable part, information indicating a processing purpose corresponding to the recycling processing, and information indicating an environmental load caused by the recycling processing, with a recycling identifier and a part type of the recyclable part; extracts, from the processing information, a permutation of one or more types of recycling processing performed consecutively on the recyclable part corresponding to the target part type in remanufacturing the recycled product, as a processing pattern for each processing purpose; gives a priority to the processing pattern based on a representative value of the environmental load for each processing purpose; and presents analysis result information based on the priority for the processing pattern.
An autonomous control system includes a state amount acquiring unit that acquires the information of a control target, a control target position identification unit, a control target reaching region calculation unit, an outside information acquiring unit, a target distinguishing unit, a non-control target position identification unit, a non-control target reaching region calculation unit, an intersection region calculation unit, a control parameter setting unit, and an operation amount calculation unit that calculates a control input such that the value of an objective function J becomes a smaller value than the previous value.
Provided is a rail vehicle that efficiently transmits, to a railway vehicle structure, an oscillating force transmitted from a bogie to an underframe via a yaw damper and a yaw damper support portion, and that has sufficient strength. The underframe includes a floor portion, a side beam, and a bolster beam. A side structure is erected on an end portion in a vehicle width direction of the underframe. The bogie supports the underframe from below the underframe. A yaw damper receiving portion is provided to the end portion in the vehicle width direction of the underframe. The yaw damper support portion is fixed to the yaw damper receiving portion. The yaw damper includes one end portion connected to the bogie and the other end portion connected to the yaw damper support portion. The yaw damper is configured to reduce yawing oscillation of the bogie. The yaw damper receiving portion is provided to extend along the side structure, the side beam, and the bolster beam.
The present invention comprises: an encoder installed in a space inside a main shaft; and an encoder shaft fixed to a rotating body and connected to the encoder. The encoder shaft and the encoder are connected by a fixing bolt which passes through a through-hole passing through the encoder shaft and can threadedly engages with a bolt hole formed in the encoder.
The purpose of the present invention is to provide an elevator device capable of suppressing any change in a relative positional relationship between a suspension member, which has position information and suspends a car, and a detection device that detects the position information. An elevator device according to the present invention comprises: a car 104; a suspension member 107 that has an identifier indicating position information pertaining to the car 104, the suspension member 107 suspending the car 104; and a sensor 110 that reads the identifier of the suspension member 107. The sensor 110 is disposed on the car 104.
This computer device is provided with a shared memory unit for storing data from a plurality of control units. When control processing commands are transmitted from the plurality of control units at the same timing and have a conflict thereamong, the control processing commands are sequentially executed in the shared memory unit according to a priority.
The present invention addresses the problem of supporting construction of a logic model that can ensure validity. This logic model construction support device displays a directed graph representing a logic model to be used for evaluating a social impact index for evaluating an activity of an organization and having a plurality of hierarchies represented by edges connecting nodes to each other, receives a selection of a node in the displayed directed graph, displays details of the selected node and edges connected to the node, changes the weighting coefficients corresponding to the displayed edges according to an operation of a user, creates a first quantitative value of the social impact index of the logic model before the weighting coefficients are changed, a second quantitative value of the social impact index of the logic model after the weighting coefficients are changed, and variation information relating to the difference between the first quantitative value and the second quantitative value, and displays the first quantitative value, the second quantitative value, and the variation information.
This computer system connects to: an execution environment system for providing an instance; and an autoscaling system for controlling scaling of the instance. In the execution environment system, a plurality of applications that provide the same service are executed using an instance. The computer system: acquires an execution log for processing of a subject application; uses the execution log to generate a load pattern; sets a threshold value of determinant metrics for controlling execution of scaling on the basis of the load pattern; executes, a plurality of times, processing of the subject application and simulation processing for simulating scaling; and determines the threshold value of the determinant metrics on the basis of a result of the simulation processing.
When an electronic system is updated, the present invention can ensure high reliability of the electronic system in operation by enabling a normal state list, which is used to determine the state of the system, to be updated more efficiently and in a short time. In the present invention, a processor executes a normal state list generation program to identify the range of sub-modules affected by an update of an electronic system, on the basis of a comparison between configuration information before and after the update, and register each combination of the operating states of sub-modules within the range of sub-modules that are not affected by the update, and a combination of the operating states of sub-modules within the affected range of sub-modules and corresponding to the relevant combination, thereby updating a normal state list. The processor also executes a state abnormality detection program and thereby detects an abnormality in the state of the electronic system on the basis of the updated normal state list and combinations of operating states acquired from each sub-module.
This metal body monitoring device includes a magnetic detection device, a distance detection device, and a processing device. The magnetic detection device has a magnetic sensor unit. The magnetic sensor unit is provided to a moving body that relatively moves on the metal body, the magnetic sensor unit detecting, in a contactless manner, a leakage magnetic field generated in the moving body. The distance detection device is provided to the moving body and detects a relative movement distance of the moving body with respect to the metal body. The processing device converts first data representing a time series of detection signal intensity from the magnetic detection device to second data representing the relationship between the movement distance and the detection signal strength on the basis of the movement distance at each time point detected by the distance detection device. The processing device extracts a spectral response in a wave number space identified from the second data and outputs monitoring information, which is based on the extracted spectral response.
G01N 27/83 - Investigating or analysing materials by the use of electric, electrochemical, or magnetic means by investigating magnetic variables for investigating the presence of flaws by investigating stray magnetic fields
62.
QUANTITATIVE ANALYSIS METHOD FOR GENE MUTATION, QUANTITATIVE ANALYSIS DEVICE, AND QUANTITATIVE ANALYSIS KIT
The present invention relates to a quantitative analysis method for a gene mutation, particularly a gene mutation that is present at a low frequency, and a quantitative analysis device and a quantitative analysis kit for a gene mutation based on said method. Specifically, the present invention relates to a quantitative analysis method for a gene mutation, said method characterized by including (a) a step for adding a fixed concentration of an internal standard labeled with a first fluorescent pigment to a test sample, (b) a step for dividing the test sample into the number of varieties of detection base types, or preparing said number of test samples, (c) a step for adding a primer for a single-base extension reaction for detecting a target base sequence to the test samples, (d) a step for performing single-base extension reactions using the test samples divided or prepared per base type, the primer for a single-base extension reaction for detecting a target base sequence, and terminators per base type labeled with a second fluorescent pigment, (e) a step for subjecting the products of the single-base extension reactions per base type to electrophoresis, and (f) a step for measuring the fluorescent intensities of the fluorescent pigments and the electrophoretic mobility, and on the basis of the fluorescent intensities, detecting a wild type and a mutated type of the target base sequence, wherein the proportions of the peak fluorescent intensities of the second fluorescent pigment in the products of the single-base extension reactions relative to the peak fluorescent intensities of the first fluorescent pigment of the internal standard obtained per base type are calculated, and a quantity ratio of the single-base extension reaction products for each base type is quantified from said proportions.
Provided is an elevator capable of eliminating the imbalance in the number of waiting people and the waiting time of users in lobbies, and capable of shortening the waiting time in the lobbies as a whole. The present invention comprises: a storage unit that stores, for each departure floor, information indicating the number of users who are users allocated to each car; a calculation unit that calculates, for each departure floor, the number of users who can ride on each car on the basis of information indicating the number of users stored by the storage unit; and an allocation processing unit that allocates, to one of the cars, the destination floor registered by a destination floor registration device on the basis of the number of users who can ride calculated by the calculation unit.
B66B 1/18 - Control systems without regulation, i.e. without retroactive action electric with devices, e.g. push-buttons, for indirect control of movements with means for storing pulses controlling the movements of several cars or cages
64.
BUSINESS ASSISTANCE SYSTEM AND BUSINESS ASSISTANCE METHOD
The present invention addresses the problem of assisting in searching for structured information on the basis of a conversation. The present invention is provided with: a storage unit which stores business data including data indicating an event occurring in a business, data pertaining to the cause of the event and data pertaining to a countermeasure against the cause, relationship link information indicating the relationship between individual pieces of data included in the business data, context information indicating the category of the context of conversation content pertaining to an inquiry by the user, and a context ID that is information indicating the correspondence relationship between the category of the context in the context information and a path indicating the relationship between individual pieces of data included in the relational link information; an input unit which inputs information pertaining to the first inquiry by the user; a determination unit which determines the category of the context of the first inquiry on the basis of the input information; and an output unit which outputs information pertaining to the first inquiry from the data included in the business data on the basis of the category of the context determined by the determination unit and the context ID.
The purpose of the present invention is to efficiently provide information on a plant. The present invention comprises: a storage unit that stores a plurality of types of facility information including facility management and facility performance data in a plant, identification information that uniquely identifies the plurality of types of facility information, relationship link information that is information indicating a relationship between the plurality of pieces of identification information, and flag information associated with each piece of the identification information; and a display unit that can display alarm information that is predetermined information related to a first facility among the plurality of types of facility information and first information associated with the alarm information. A control unit identifies a plurality of pieces of first facility information that is facility information related to the alarm information from the identification information related to the alarm information and information on the relationship link, and determines whether to display the first information on the display unit on the basis of the flag information associated with the identification information corresponding to each of the plurality of pieces of first facility information.
G05B 19/418 - Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM]
G06Q 10/06 - Resources, workflows, human or project managementEnterprise or organisation planningEnterprise or organisation modelling
The present invention improves stability in power supply. An incident response system 1 comprises a memory 4 and a CPU 3. The CPU functions as an intrusion detection unit 51, a suspected component extraction unit 52, a degeneration plan devising unit 53, an outage evaluation unit 54, and a restoration instruction unit 56 by executing a program. The intrusion detection unit detects a damaged component in which a security incident has occurred. The suspected component extraction unit extracts a suspected component having a log from the damaged component. The degeneration plan devising unit devises a degeneration plan for subjecting a suspected subordinate component that is subordinate to the suspected component to a degeneration operation. The outage failure evaluation unit calculates an outage load amount and an outage time of the suspected component for when the suspected subordinate component is subjected to the degeneration operation on the basis of the degeneration plan, and evaluates the effect of an outage on a power grid. The restoration instruction unit instructs restoration of the suspected subordinate component that has been subjected to the degeneration operation on the basis of the degeneration plan.
An adverb dictionary update apparatus that updates an adverb dictionary used for emotion degree estimation includes a text data acquisition unit that acquires text data includes an object of the emotion degree estimation and stores the text data in a text set storage unit, a text data adverb extraction unit that extracts adverbs related to each piece of text data from the text set storage unit and stores the extracted adverbs in an adverb set storage unit, and an unregistered adverb degree value assignment unit that reads a list of the extracted adverbs from the adverb set storage unit, that reads, from an adverb dictionary storage unit, an adverb dictionary including, as a table, registered adverbs and degree values, that updates the adverb dictionary by assigning a degree value to an unregistered adverb among the extracted adverbs while referring to the degree values of the registered adverbs.
Information about validity of recommendation information is presented to a user in a repair recommendation system that includes: a repair recommendation engine unit that is configured to infer, using a learning model that receives failure information about a device and outputs a handling content recommended for handling a failure, recommendation information including a plurality of the handling contents corresponding to the received failure information and a confidence level of each piece of handling information. An input and output processing unit is configured to classify, based on the confidence level, the handling content into any one of a plurality of determination groups provided according to a degree of the confidence level, specify a case resolution rate associated in advance with the determination group in which the handling content is classified, and output, as validity information about the recommendation information, information about magnitude of the specified case resolution rate.
The present invention optimizes conditions of an imaging device when acquiring an image so as to improve the accuracy of image recognition. An image recognition system comprises: an image acquisition unit for acquiring an image captured by an imaging device; a recognition model generation unit having at least one environment recognition unit, recognizing at least one image by the environment recognition unit, and generating a recognition model; and a state estimation unit for estimating the state of the imaging device and the characteristic of the imaging device that corresponds to said state, on the basis of the image and the recognition model. The state estimation unit further generates an imaging correction parameter to correct the imaging condition of the imaging device, on the basis of the estimated state and characteristic and/or the recognition model.
G06V 10/98 - Detection or correction of errors, e.g. by rescanning the pattern or by human interventionEvaluation of the quality of the acquired patterns
G06V 20/56 - Context or environment of the image exterior to a vehicle by using sensors mounted on the vehicle
H04N 17/00 - Diagnosis, testing or measuring for television systems or their details
Provided are a work support system and a work target specifying device and method capable of improving usability. A work support system 7 for supporting work of a worker includes: a work target specifying device 1 to be used by the worker U1; and a work support device 2 to be used by a work supporter U2 for supporting the work of the worker, the work support device being communicably connected to the work target specifying device. The work target specifying device is configured to acquire three-dimensional space data 52 of a work space including a target device, create predetermined image data by associating two-dimensional image data 51 obtained by imaging the target device with the target device in the three-dimensional space data, and output the created predetermined image data to the work support device. The work support device is configured to display the predetermined image data received from the work target specifying device, and transmit information received from the work supporter to the work target specifying device.
A robot that attaches and removes a work with respect to a machining device is controlled to correct a deviation of the robot's posture. A robot control device includes a correcting part that corrects a posture of the robot based on a measured value of a sensor that measures a load on the robot; a robot posture obtaining part; a work attachment target posture generating part; and a path generating part. The correcting part corrects the posture of the robot to decrease the load on the robot to be smaller than a threshold when the robot grips the work after machining. The robot posture obtaining part obtains a removal posture that is the posture of the robot after the correction for a plurality of the works after machining. The work attachment target posture generating part generates a new work attachment target posture based on a plurality of the removal postures.
The objective of the present invention is to accurately detect water leaks enabling the occurrence location thereof to be discovered. This computing device comprises: a data acquiring unit for acquiring a plurality of items of measured waveform data measured in different time periods by a vibration sensor installed in a fluid pipeline network; a water leakage determining unit for calculating a plurality of time-series autocorrelation coefficients from the plurality of items of measured waveform data, calculating a water leakage score representing a relationship between the plurality of time-series autocorrelation coefficients, and executing water leakage determination processing for determining the presence or absence of a water leakage on the basis of the water leakage score; a discoverability determination unit for acquiring a vibration intensity equal to or less than a predetermined value for each frequency from the plurality of items of measured waveform data, calculating a feature quantity of the vibration intensity equal to or less than a predetermined value for each frequency, and executing discoverability determination processing for determining the ease of discovering the water leakage on the basis of the feature quantity; and an output unit for outputting at least one of a result of the water leakage determination processing or a result of the discoverability determination processing.
G01M 3/24 - Investigating fluid tightness of structures by using fluid or vacuum by detecting the presence of fluid at the leakage point using infrasonic, sonic, or ultrasonic vibrations
F17D 5/06 - Preventing, monitoring, or locating loss using electric or acoustic means
73.
DIGITAL INVENTORY MANAGEMENT DEVICE, DIGITAL INVENTORY MANAGEMENT METHOD, AND DIGITAL INVENTORY MANAGEMENT PROGRAM
The present invention contributes, in a plural-value world, to achievement of a plurality of important accomplishment evaluation indices by providing optimum components with respect to the plurality of important accomplishment evaluation indices. This digital inventory management device comprises: a component information reception unit (32) that receives three-dimensional data of a component; a multiple-KPI reception unit that receives a plurality of important accomplishment evaluation indices; a component ordering unit (33) that receives evaluation results of the plurality of important accomplishment evaluation indices and places an order for the manufacture of the component to a selected manufacturer; a manufacturing method database (23) where information relating to the component manufacturing method is stored; a manufacturer database (24) where information relating to a component manufacturer is stored; and a simulator (35) that evaluates the plurality of important accomplishment evaluation indices after receiving the plurality of important accomplishment evaluation indices, and selects candidates for a component manufacturing method and manufacturer from the manufacturing method database (23) and the manufacturer database (24).
This organization design assistance device (100) comprises: an input unit (14) that receives, as various input information, facility information (11) indicating a facility to be worked, maintenance task information (12) indicating the work content for the facility, and maintenance organization information (13) indicating the organization to which a person executing the work content belongs; a work amount calculation unit (15) that calculates the work amount for each work content on the basis of the various input information received by the input unit (14); a classification unit (16) that aggregates the work amount calculated by the work amount calculation unit (15) for each organization of the maintenance organization information (13); and a display unit (18) that displays the work amount, which is the aggregation result from the classification unit (16).
The purpose of this disclosure is to provide an abnormality detection method capable of highly accurate abnormality detection related to a microservice. To achieve the foregoing, an abnormality detection device according to the present disclosure includes: a telemetry information acquisition unit that acquires, from a set of first microservices, first telemetry information including log information, trace information, and metric information; an embedding generation unit that generates a trace embedding corresponding to the trace information, generates a log embedding corresponding to the log information, and generates a metric embedding corresponding to the metric information; a model generation unit that generates a machine learning model for abnormality detection that determines whether there is an abnormality in a microservice on the basis of a trace embedding, a log embedding, and a metric embedding; and an abnormality detection unit that uses the machine learning model for abnormality detection to analyze second telemetry information acquired for a set of second microservices, thereby generating abnormality detection results indicating the presence or absence of an abnormality in the second microservices.
This home delivery management system comprises: an aircraft that delivers a package; a control device that instructs a destination to the aircraft; a location designation unit that instructs on a landing location; and a terminal that associates an identifier of the location designation unit with the package to be delivered. In addition, the home delivery management system uses the aircraft to deliver the package to the location from the location designation unit associated with the package of the delivery destination on the basis of a time or a time instructed from the delivery destination.
B64U 101/64 - UAVs specially adapted for particular uses or applications for transporting passengersUAVs specially adapted for particular uses or applications for transporting goods other than weapons for parcel delivery or retrieval
77.
SERVER AND METHOD FOR FACILITATING GREEN LEASING ARRANGEMENT FOR PROPERTY
According to various embodiments, there is a server for facilitating a green leasing arrangement for a property to support a green certification system, comprising: a memory for storing instructions; and a processor for executing the stored instructions and configured to: determine one or more candidate tenants to lease one or more leasing spaces of the property based on a consumer behaviour purchasing pattern; map a tenant of the one or more candidate tenants to a leasing space of the one or more leasing spaces based on at least one performance indicator relevant to the tenant; generate a green criterion for the tenant to be included in the green leasing arrangement for the tenant; and update at least one configuration of the green criterion to be included in the green leasing arrangement for the tenant, based on the at least one performance indicator relevant to the tenant.
This water electrolysis system is provided with: an electrolytic characteristics evaluation unit; a current command value determining unit; a DC current source; an electrolyzer stack; a current sensor; and a voltage sensor. The current sensor and the voltage sensor are disposed on wiring that electrically connects the DC current source and the electrolyzer stack. The electrolytic characteristics evaluation unit evaluates characteristics of the electrolyzer stack by applying predetermined current fluctuations to the electrolysis stack. The current command value determining unit, on the basis of data containing results of the evaluation of the electrolyzer stack characteristics, computes an actual current command value. The DC current source supplies power to the electrolyzer stack so that a current matched to the actual current command value flows. The electrolyzer stack carries out electrolysis of water using power supplied from the DC current source to generate hydrogen. This makes it possible to reduce the electrolysis voltage relative to the electrolysis current supplied to the electrolyzer stack, lower the electrolysis power, and reduce the cost of running the water electrolysis system.
C25B 9/00 - Cells or assemblies of cellsConstructional parts of cellsAssemblies of constructional parts, e.g. electrode-diaphragm assembliesProcess-related cell features
Provided is a power conversion device (100) that has a multistage circuit in which a plurality of power converter cells (103) are connected in series, and that converts AC to DC power or DC to AC power. The multistage circuit comprises a primary control circuit (105) that has a voltage controller (303) which controls an output voltage of the power converter cells, and that outputs a command value of a system current calculated by the voltage controller (303). The power converter cells (103) each comprise a secondary control circuit (104), which includes a current detection means (108) for detecting the system current and a current controller (305) for controlling the system current on the basis of the command value of the system current output by the primary control circuit (105). Communication lines connecting the primary control circuit (105) and the secondary control circuits (104) are connected in a daisy chain manner.
H02M 7/48 - Conversion of DC power input into AC power output without possibility of reversal by static converters using discharge tubes with control electrode or semiconductor devices with control electrode
H02M 7/12 - Conversion of AC power input into DC power output without possibility of reversal by static converters using discharge tubes with control electrode or semiconductor devices with control electrode
80.
MANAGEMENT DEVICE, MANAGEMENT METHOD, AND MANAGEMENT PROGRAM
A management device according to the present invention includes: a storage unit for storing a plurality of first learning models trained for individual group IDs identifying attribute groups, which are combinations of a plurality of attributes; a reception unit for receiving group information including one of the group IDs or one of the attribute groups; a specification unit for specifying a first learning parameter of the first learning model corresponding to the group ID on the basis of the group information received by the reception unit; and a transmission unit for transmitting the first learning parameter specified by the specification unit to a transmission source of the group information.
G06Q 10/04 - Forecasting or optimisation specially adapted for administrative or management purposes, e.g. linear programming or "cutting stock problem"
Provided is a technology that is capable of analyzing business KPIs and that is capable of obtaining a plurality of solutions that are harmonized as a whole while taking feasibility into consideration. A KPI evaluation system 100 is a system for evaluating business key performance indicators (KPIs) for a stakeholder, wherein a computer provided with at least a processor 101, a memory 102, and a storage device 103 defines relationships between issues for each of two or more stakeholders including the abovementioned stakeholder, and associates KPI settings of stakeholders other than the abovementioned stakeholder with the issues of each stakeholder on the basis of the defined relationships between the issues.
G06Q 10/0637 - Strategic management or analysis, e.g. setting a goal or target of an organisationPlanning actions based on goalsAnalysis or evaluation of effectiveness of goals
This method for training a model for predicting the effect of intervention on a person is performed by a computer system. The computer system includes: a step for presenting an interface that designates, among training data including a plurality of factors, the details of the intervention, and the effect of the intervention, covariates included in the plurality of factors; a step for acquiring the training data; and a step for training the model by using, from among the acquired training data, the details of the intervention, the effect of the intervention, and the plurality of factors corresponding to the covariates designated via the interface.
This incident response assistance system determines, on the basis of input data from an external system, whether an incident is foreseen, generates, for foreseen incidents, incident amounts and series data pertaining to a prediction error for the incident amounts, decides on a resource amount series on the basis of the incident amount series, decides on an auxiliary resource amount series on the basis of the prediction error series for the incident amounts, and creates a work schedule for an incident response on the basis of the resource amount series, the auxiliary resource amount series, and resource management information.
Provided are a vehicle travel control system and a vehicle travel control method that make it possible to avoid deviation of a host vehicle from an operation design area, suppress the deterioration of traffic flow by reducing the impact of deviation avoidance behavior by the host vehicle on the travel of other vehicles, and improve the evaluation of an automated driving service provided by the host vehicle. The traffic flow of the host vehicle and other peripheral vehicles is evaluated from predicted traffic conditions determined on the basis of the impact of the host vehicle on the other peripheral vehicles (S105), the deviation risk of the vehicles deviating from an operation design area is evaluated using predicted travel information and environmental state information regarding the operation design area (S106), the suitability of an automated driving service when the host vehicle travels to a destination is evaluated using the predicted travel information (S105), an evaluation value for the traffic flow, an evaluation value for the deviation risk, and an evaluation value for the suitability of the automated driving service are integrated to calculate a comprehensive traffic evaluation value for when the host vehicle travels (S108), a travel plan for the host vehicle is created repeatedly on the basis of the traffic evaluation value (S109, S111), the travel plan is confirmed when the traffic evaluation value reaches a predetermined value (S109, S110), and the travel behavior of the host vehicle is controlled on the basis of the confirmed travel plan.
B60W 40/02 - Estimation or calculation of driving parameters for road vehicle drive control systems not related to the control of a particular sub-unit related to ambient conditions
B60W 60/00 - Drive control systems specially adapted for autonomous road vehicles
The purpose of the present invention is to provide a supply chain risk management means capable of determining a specific risk that may occur in a transaction in a supply chain and countermeasures therefor by verifying each of the entities and subjects involved in the transaction and performing risk assessment. This supply chain risk management device comprises: a verification unit that acquires subject credential information of a subject transacted in a supply chain and entity credential information regarding an entity that deals with the subject, and verifies the subject credential information and the entity credential information against a blockchain; and a risk management unit that generates and outputs risk management information indicating risk factors and risk countermeasures for the entity and the subject, on the basis of entity transaction information indicating past transaction history of the entity, the subject credential information, and the entity credential information.
Provided is a data control assistance system comprising: a storage device that stores one or more evaluation categories for data; and a control device configured to include a plurality of information processing devices, the control device acquiring an evaluation rule from each of a plurality of data transmission/reception control systems that respectively store evaluation rules for determining control content for data transmitted and received between the plurality of information processing devices, generating, on the basis of the acquired evaluation rules and an evaluation category, a new evaluation rule that encompasses the acquired evaluation rules and is based on the evaluation category, and transmitting the generated new evaluation rule to each of the data transmission/reception control systems.
Systems and methods for automating process setting to a target factory, which can involve creating templatized business terms, templatized business data configurator logics, and a templatized data profile by machine learning from training data from at least one reference factory; storing the templatized business terms, the templatized business data configurator logics, and the templatized data profile into a knowledge graph; querying the knowledge graph with a data profile of the target factory to obtain corresponding templated business terms; and applying the corresponding templated business terms and corresponding templated business data configurator logics to a data catalogue of the target factory.
This elevator car includes: a car frame having a pair of vertical frames and a lower frame linking lower ends of the pair of vertical frames; a floor support beam supporting a car floor and supported on the lower frame; an under-car pulley disposed below the car floor; a pulley support member fixed to the floor support beam and rotatably supporting the under-car pulley; and a linking member linking the vertical frames and the floor support beam. The elevator car has a structure in which an upward force exerted on the pulley support member and the floor support beam by a main rope that is wound around the under-car pulley is received by the linking member and the vertical frames.
Provided is a failure detection device for an electric actuator for an emergency stop device that can improve maintainability of an electric device portion. The failure detection device for the electric actuator for the emergency stop device detects a failure of the electric actuator (10). The electric actuator actuates a drive mechanism that drives the elevator emergency stop device, and includes a movable element (a, 34b, 34c) mechanically connected to the drive mechanism and a first electromagnet (35a) and a second electromagnet (35b) facing the movable element. The failure detection device includes: a position detector (109) configured to detect a position of the movable element; and a controller (103) configured to detect a failure of the electric actuator based on a position detection signal from the position detector. The controller issues a command to cut off energization of the first electromagnet during standby of the electric actuator, and then detects a failure of the second electromagnet based on the position detection signal.
A machine learning development support system includes: a data storage unit that stores training data; a data attribute extraction unit that refers to definition information whereby a conversion condition for converting the training data into an attribute thereof is defined and extracts data acquisition conditions from the training data; and an experiment record information storage unit that stores experiment record information., The machine learning product including a machine learning program and a trained model is divided into versions and recorded, and an accuracy of an inference obtained by each version is recorded in association with the version, the trained model, and the training data; and a processing specification unit that refers to the experiment record information, and specifies, for each of the data acquisition conditions, a machine learning product in which the accuracy of the inference is improved between old and new versions of the machine learning product.
A sample holder enables easy control of a progress rate of a chemical reaction of a sample to be observed and facilitates observation of the chemical reaction. A sample holder includes a cylindrical holder outer cylinder, a sample holding section that is connected to one end of the holder outer cylinder and holds a sample, a gas reservoir tank that is connected to another end of the holder outer cylinder and stores gas, an orifice for ejecting the gas stored in the gas reservoir tank into the holder outer cylinder, and a valve for controlling a flow of the gas stored in the gas reservoir tank into the orifice. The sample holding section has an open end for discharging the gas supplied from the gas reservoir tank and having passed through the sample.
Disclosed is an elevator device capable of acquiring positional information for a car even when a standby power source cannot be used. This elevator device comprises: a position sensor (20) that outputs a signal in accordance with the movement of a car (2); elevator control devices (100A, 100B) that detect the position of the car in a hoistway on the basis of the signal from the position sensor and that control the driving of the car on the basis of the detected position of the car; and a standby power source (104) that supplies power to the elevator control devices when a supply of power from a power source (200) to the elevator control devices has been cut off. If it is determined that the standby power source cannot be used, the elevator control devices operate by means of regenerative power generated by a motor when the car moves due to a weight difference between the car and a counterweight, and detect the position of the car on the basis of the signal from the position sensor.
This elevator comprises a car that moves up and down on a hoistway, a detection body having a tape shape, a position detector, and a shake suppression member. The detection body extends from the top part to the lowermost part of the hoistway. The position detector is provided in the car and detects the position of the car by detecting the detection body. The shake suppression member is provided in the hoistway, surrounds the periphery of the detection body, and has an opening through which the position detector can pass.
HITACHI INDUSTRIAL EQUIPMENT SYSTEMS CO., LTD. (Japan)
Inventor
Takeuchi Keisuke
Kimura Mamoru
Asaumi Yusuke
Abstract
The present invention uses an externally supplied cooling medium to efficiently cool a heat-generating part of a rotary electrical machine. Provided is a rotary electrical machine 1 comprising a rotation shaft 8, a rotor 10, bearings 16, 21 that axially support the rotation shaft 8, a stator 26, and a housing 2 that accommodates these members, wherein a bearing accommodation part 31 that is cylindrical and that accommodates the bearings 16, 21 is integrally formed in an end bracket 30 which holds one end side of a cylinder part 3 of the housing 2. Formed in the end bracket 30 are flow paths (42, 43) for a cooling medium that is externally supplied. An axial direction flow path 43 that extends in the axial direction is branched to form a first flow path 44 which connects to a nozzle 50 for ejecting the cooling medium onto an end surface of the rotor 10 and a second flow path 45 which connects to a nozzle 55 for ejecting the cooling medium onto the bearings 16, 21.
H02K 9/19 - Arrangements for cooling or ventilating for machines with closed casing and closed-circuit cooling using a liquid cooling medium, e.g. oil
H02K 5/173 - Means for supporting bearings, e.g. insulating supports or means for fitting bearings in the bearing-shields using bearings with rolling contact, e.g. ball bearings
H02K 5/20 - Casings or enclosures characterised by the shape, form or construction thereof with channels or ducts for flow of cooling medium
95.
RECYCLABLE RESOURCE MATCHING SUPPORT SYSTEM, RECYCLABLE RESOURCE MATCHING SUPPORT METHOD, AND PROGRAM
The present invention makes it possible to support matching between a discharger and a recipient and to promote the revitalization of the recycling industry by visualizing the profitability of the recipient taking the market value of recyclable resources into account. This recyclable resource matching support system includes at least one processor and at least one memory resource, wherein the memory resource stores a matching support program, and the processor executes the matching support program to calculate a purchase price and a sale price that reflect the market price of a recyclable resource, and outputs, to a computer used by a recipient, information indicating the profitability of the recipient of the recyclable resource on the basis of the purchase price and the sale price.
The present invention presents information useful for determining execution of maintenance such as repair, thereby making it possible to promote the extension of product service life and the reduction of a manufacturing amount, and to contribute to a circular economy or the like. Provided is a maintenance assistance system including one or more processors and one or more memory resources, wherein: the memory resources store a maintenance assistance program and execute the maintenance assistance program; and the processors thereby obtain a repair amount corresponding to a degree of deterioration and a repair cost corresponding to a repair process for a component or an assembly that is to be maintained, generate maintenance assistance information including the repair amount, the repair cost, and the repair process, and output the maintenance assistance information to a prescribed device.
In order to optimally drive and control a power converter in accordance with an actual operation condition within a range in which the temperature excess and damage of a semiconductor element constituting the power converter are not generated and to reduce the power consumption of a railway vehicle, this drive control system for the power converter for supplying power to a motor mounted on the railway vehicle is provided with an arithmetic device for outputting a command for driving and controlling the power converter constituted by a plurality of semiconductor elements. The arithmetic device calculates the current damage degree of the semiconductor element on the basis of the temperature history of the semiconductor element in the actual operation, calculates a future temperature history prediction value of the semiconductor element and a future damage degree prediction value of the semiconductor element on the basis of the operation history of the railway vehicle in the actual operation, selects a control parameter on the basis of the future temperature history prediction value of the semiconductor element, the current damage degree of the semiconductor element, and the future damage degree prediction value of the semiconductor element, and uses the control parameter to output the command.
B60L 3/00 - Electric devices on electrically-propelled vehicles for safety purposesMonitoring operating variables, e.g. speed, deceleration or energy consumption
B60L 9/18 - Electric propulsion with power supply external to the vehicle using AC induction motors fed from DC supply lines
H02M 7/48 - Conversion of DC power input into AC power output without possibility of reversal by static converters using discharge tubes with control electrode or semiconductor devices with control electrode
H02P 29/68 - Controlling or determining the temperature of the motor or of the drive based on the temperature of a drive component or a semiconductor component
This detecting device comprises: an acquiring unit for acquiring measurement results from each of a GNSS 11 for locating the position of a vehicle by means of satellite communication, a LiDAR 12 for calculating the distance between the vehicle and an object by means of laser light, and an IMU 13 for measuring the acceleration of the vehicle; and an estimating unit for obtaining a confidence interval as a reliable range for at least one of the speed of the vehicle and the position of the vehicle on the basis of the measurement results, and taking a value included in a range in which the respective confidence intervals overlap as an estimated value. This makes it possible to provide a detecting device and a detecting method that maintain the reliability, safety and accuracy of estimated results of position and speed based on sensor outputs, even when affected by the environment.
G01S 17/86 - Combinations of lidar systems with systems other than lidar, radar or sonar, e.g. with direction finders
G01P 21/02 - Testing or calibrating of apparatus or devices covered by the other groups of this subclass of speedometers
G01S 19/47 - Determining position by combining measurements of signals from the satellite radio beacon positioning system with a supplementary measurement the supplementary measurement being an inertial measurement, e.g. tightly coupled inertial
G01S 19/49 - Determining position by combining or switching between position solutions derived from the satellite radio beacon positioning system and position solutions derived from a further system whereby the further system is an inertial position system, e.g. loosely-coupled
If a change in the source code of a program stored in a source code repository is approved and committed, an information processing device of a software management system of the present invention acquires an OSS listing, which is information related to the OSS included at a change point of the source code of the program. The information processing device determines the development status of the OSS included in the OSS listing, on the basis of the role of an approval user who approved the source code change, or the amount of code difference, and stores the determined OSS development status and OSS identification information in a storage device as OSS usage state information.
An information recommendation system comprising: an itinerary estimation unit that generates itinerary information representing itineraries of users on the basis of stay information representing stay points of the users, and stores the itinerary information in a storage unit; a similar user estimation unit that extracts itineraries that include, as a stay point, a point similar to a stay point of a first user, and calculates the itinerary similarity between each extracted itinerary and the itinerary of the first user, and the behavior similarity between behavior of the user corresponding to each extracted itinerary and behavior of the first user; a next destination recommendation unit that presents, to the first user, a candidate for the next destination of the first user from an itinerary for which at least one of the itinerary similarity and the behavior similarity is high; and a product/service recommendation unit that recommends products and services on the basis of response information indicating actions made in response to recommendation information by a user for which at least one of the itinerary similarity and the behavior similarity is high.
