An impeller assembly and a laundry treating apparatus comprising same. The impeller assembly comprises a disk (1) and a rotating wheel (2) below the disk (1). A through hole is provided at the center of the disk (1). Injection holes (12) are provided around the though hole. A rotary member is mounted in the through hole. The disk (1) is connected to a transmission shaft (61) by means of the rotary member and rotates freely. The rotating wheel (2) comprises a pipe (21) and a water lifting structure (23). The pipe (21) synchronously rotates with the transmission shaft (61) and moves along the axial direction of the transmission shaft (61). The water lifting structure (23) is configured that, during rotation, water below the rotating wheel (2) rises and is injected from the injection holes (12). The rotating wheel (2) further comprises a buoyant unit (22). The pipe (21) is provided with a first engagement structure. The disk (1) is provided with a second engagement structure (13). When the buoyant unit (22) drives the rotating wheel (2) to move upward under the action of a buoyant force, the first engagement structure is engaged with the second engagement structure (13). The configuration can significantly improve the effect of dissolution of a detergent in water, thereby improving the degree of cleanliness.
The home appliance system in the present invention comprises a driving home appliance and a driven home appliance, which both comprise a communication module. The driving home appliance and the driven home appliance are communicated with each other by means of the respective communication modules. The control method in the present invention comprises: the driving home appliance obtains a linkage information instruction; the driving home appliance generates a program instruction for the driven home appliance according to the linkage information instruction; and the driving home appliance sends the program instruction to the driven home appliance. The control method for a home appliance system in the present invention enhances the linkage between multiple intelligent home appliances, so that a user can complete running program settings for multiple home appliances merely by setting one operational instruction, the operation time of the user is shortened, and the work efficiency is improved. Moreover, the control method in the present invention can not only control the home appliances to be started in order, but also enable the intelligent home appliances to be communicated with each other by means of respective communication modules, so that the intelligent home appliances directly generate and send the running programs; the structural components of the linkage system are simplified, and the degree of intelligence of the home appliances is improved.
H04L 12/28 - Data switching networks characterised by path configuration, e.g. LAN [Local Area Networks] or WAN [Wide Area Networks]
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]
3.
TOP-LOADING WASHING MACHINE AND WASHING CYLINDER ASSEMBLY AND WATER CHANNEL ASSEMBLY THEREOF
A top-loading washing machine and a washing cylinder assembly and a water channel assembly (6) thereof. The invention aims to resolve the issue in which an existing top-loading washing machine cannot effectively wash clothes floating on the surface of washing water. An inner cylinder (3) of the top-loading washing machine is provided with an upwelling channel, a flow guide plate (62), and a first flow guide rib (662) and a balancing ring (31) provided on the flow guide plate. When an impeller (4) of the top-loading washing machine rotates, the impeller causes washing water in the inner cylinder to enter a lower end of the upwelling channel and to be sprayed out from an upper end of the upwelling channel, such that the washing water is sprayed by the balancing ring and falls on the flow guide plate; then, the washing water flows in an extension direction of the flow guide rib, and ultimately falls back into the washing cylinder, thereby spraying the washing water on and washing the clothes floating on the surface of the washing water. In this way, the top-loading washing machine effectively washes the clothes in the inner cylinder.
D06F 17/06 - Washing machines having receptacles, stationary for washing purposes, wherein the washing action is effected solely by circulation or agitation of the washing liquid by rotary impellers
4.
PULSATOR WASHING MACHINE, AND SPRAYING SYSTEM AND OUTER TUB COVER THEREOF
A pulsator washing machine, and a spraying system and an outer tub cover (21) thereof. The outer tub cover (21) comprises a cover body (211), a pipeline, and multiple nozzles (10); the pipeline is mounted with the cover body (211) in a clamping manner; the pipeline comprises a water inlet (213) and multiple water outlets; each water outlet is separately communicated with a nozzle (10); the jet of each nozzle (10) is directed to an inner tub (3). By means of the outer tub cover (21), the present invention avoids providing a separate water chamber on the cover body (211), a circulation pump (8) and the multiple nozzles (10) can be communicated only by mounting a pipeline, and the outer tub cover (21) has a simpler structure and low manufacturing costs.
A spray nozzle, a pulsator washing machine, a spraying system for the same, and an outer drum cover, for solving the issue of conventional pulsator washing machines having a poor effect in spraying laundry to be washed. The spraying system of the pulsator washing machine mainly comprises a circulating pump (8) and multiple spray nozzles (10) disposed on an outer drum cover (21). A water inlet of the circulating pump (8) is in communication with an inner cavity of an outer drum (2), and a water outlet of the circulating pump (8) are in communication with the multiple spray nozzles (10). The spray nozzles (10) comprise a main body (101) and a water barrier structure (102) provided with a curved recess on the side facing the main body (101). During operation, the circulating pump (8) pumps water for washing to the multiple spray nozzles (10), and the water is then dispersed and deflected by the curved recess into an inner drum (3) of the pulsator washing machine. Thus, the pulsator washing machine uniformly sprays water for washing into the inner drum (3) by means of the water barrier structure (102) having the curved recess, thereby improving the spraying effect of the pulsator washing machine.
D06F 17/04 - Washing machines having receptacles, stationary for washing purposes, wherein the washing action is effected solely by circulation or agitation of the washing liquid solely by water jets
D06F 17/06 - Washing machines having receptacles, stationary for washing purposes, wherein the washing action is effected solely by circulation or agitation of the washing liquid by rotary impellers
D06F 39/14 - Doors or coversSecuring means therefor
D06F 39/08 - Liquid supply or discharge arrangements
6.
TOP-LOADING WASHING MACHINE, SPRAYING SYSTEM AND OUTER BARREL COVER THEREOF
A top-loading washing machine, spraying system and outer barrel cover (21) thereof, for solving the problem of poor spraying effect of the existing top-loading washing machine having a spray function on clothes. Therefore, the spray system comprises a circulation pump (8) and a plurality of nozzles (10) provided on the outer barrel cover (21). The water inlet of the circulation pump (8) is communicated with the inner cavity of an outer barrel (2), and the water outlet of the circulation pump (8) is separately communicated with the plurality of nozzles (10). The included angles between the extension directions of the spray ports of the nozzles (10) and the horizontal direction are different. When the circulation pump (8) works, washing water sprayed from the plurality of nozzles (10) forms a height difference on each concentric circle of an inner tub (3), so as to perform all-around and comprehensive spraying on the clothes surfaced in the inner tub (3), so that the washing water sufficiently infiltrates the clothes, thereby improving the spraying effect of the top-loading washing machine and optimizing the washing effect of the top-loading washing machine.
A control method for a household appliance system, comprising: a data supply household appliance (P) uploads own operation data to a data storage module (S1); and a data use household appliance (U) downloads required data from the data storage module (S2). The method can implement information share between household appliances by transmitting data between the household appliances and the data storage module.
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]
A laundry processing device, which solves the problems that the opening and closing mode of the door body of existing laundry processing devices cause a large occupied area and an inflexible placement position of a washing machine. The laundry processing device comprises a door body assembly (1), a box body and a delivery opening (4) formed in the box body, wherein the door body assembly (1) comprises a first door body (11) and a second door body (12), the fist door body (11) and the second door body (12) are respectively movably arranged on the box body, so that the fist door body (11) and the second door body (12) can expose/completely cover the delivery opening (4). With such an arrangement, the fist door body (11) and the second door body (12) can move along a plane parallel to the plane where the delivery opening (4) is located, to open or close the delivery opening (4), which is simple and easy to operate, reduce the space occupied by the opening and closing of the door body of the laundry processing device, and improve user experience of the laundry processing device.
A shaking device for clothing and a clothing treatment apparatus. The clothing treatment apparatus comprises the shaking device. The shaking device comprises a cross beam (2), a first linkage (4), a second linkage (5), and a motor (7). The cross beam (2) is slidably connected to a support base (9). The cross beam (2) is used for carrying a hanger or is provided with a hanger. The housing of the motor (7) is fixedly connected to the support base (9). One end of the first linkage (4) is pivotally connected to the cross beam (2), the other end of the first linkage (4) is pivotally connected to one end of the second linkage (5), and the other end of the second linkage (5) is in driving connection with a rotating shaft of the motor (7). The motor (7) can drive the second linkage (5) to rotate, such that the first linkage (4) drives the cross beam (2) to move reciprocately and linearly along its lengthwise direction. The cross beam (2) can drive clothing to shake by means of the hanger, thereby achieving the purpose of clothing dewatering and drying and preventing the appearance of wrinkles.
A washing apparatus, comprising a cabinet (15), a disc mount (12) arranged at the top of the cabinet (15), and a laundry treatment drum accommodated in the cabinet (15). The washing apparatus further comprises a spray device, wherein the spray device comprises a spray member, and in an assembled state, the spray member can be directed at the laundry to be washed in the laundry treatment drum, and the spray member is arranged at least on the disc mount (12). Because the disc mount (12) is arranged at an upper portion of a washing machine (1), richer spray angles can be realized by arranging the spray member at least on the disc mount (12), thereby improving the spray effect and intending to solve the problem of a narrow spray angle of a spray device in the prior art.
D06F 17/04 - Washing machines having receptacles, stationary for washing purposes, wherein the washing action is effected solely by circulation or agitation of the washing liquid solely by water jets
D06F 39/08 - Liquid supply or discharge arrangements
Disclosed is a voice control method for a washing device. The method comprises the following steps: acquiring a voice instruction; and selectively switching the current operating interface according to the voice instruction. The above-mentioned voice control method can realize operating interface switching when multiple items to be set, such as a washing mode and a program parameter, of the washing device are set in different operating interfaces in a classified manner, so that in the process of setting a washing program, a user can set the washing program in blocks by means of successively switching different operating interfaces, so that the washing device can recognize the voice instruction of the user each time for a corresponding item to be set on the current operating interface, thus significantly reducing the range each time the washing device recognizes the voice instruction, and improving recognition precision and recognition speed of the voice instruction.
A washing machine, relating to the technical field of washing machines. The present invention aims to solve the problem of how to implement a variety of different functions of a washing machine with only a few simple buttons under the premise of saving costs. To achieve said aims, the washing machine comprises a washing machine body and a control panel provided on the washing machine body. The control panel is provided thereon with at least one button, the at least one button being configured to perform different operations according to different operation modes. By means of selectively configuring buttons on the washing machine as multi-use buttons, operations that may be performed by the buttons on the washing machine are dependent on how the buttons are operated. Thus, there is no need to add a button or a few buttons to a washing machine having only a few simple buttons, and such buttons are configured as multi-use buttons so as to achieve a function that is less used at ordinary times, and so that the washing machine which has only a few simple buttons has many different functions under the premise of saving costs.
A washing machine and a safety detection method therefor, for eliminating the potential risks found in opening a washing machine cover by remote control when an existing washing is in operation. The safety detection method for the washing machine comprises the following steps: in a washing machine operating phase, when a washing machine cover is detected to have switched from a closed state to an opened state, detecting first state information of a washing drum; when the washing machine cover is detected to have switched from the opened state back to the closed state, redetecting second state information of the washing drum; comparing the second state information with the first state information, and selectively issuing alarm prompt information on the basis of the comparison result. The safety detection method for the washing machine and the washing machine executing the safety detection method prevent the danger of continued operation when a biological body or nonbiological body enters the washing drum, thus eliminating the potential risks found in opening the washing machine cover when the washing machine is in operation.
Provided are a household appliance safety control method and system. The safety control method comprises the following steps: acquiring an operation instruction of a household appliance (S110); determining a safety level of the operation instruction (S120); determining, according to the determined safety level, whether prompt information is generated (S130); when prompt information is generated, an operator causing, according to the prompt information, the household appliance to execute the operation instruction, or causing the household appliance to maintain a current state; and when prompt information is not generated, the household appliance directly executing the operation instruction, which makes it possible to remind a user in a timely manner to confirm a safety state of the household appliance, thereby preventing a safety risk being present during the operating of the household appliance.
Provided are a control method, control system, and household power center used for a household electrical device, said control method comprising: obtaining power information and/or current information of a plurality of household electrical devices; according to the power information and/or current information, selectively adjusting power parameters and/or current parameters of the household electrical devices, such that, while satisfying usage requirements of the user, it is possible to avoid a situation where the total power/total current of the household electrical device is excessively large and the power is tripped and disconnected; thus the user's use of the household electrical device is not affected and user experience is improved.
A shoe washing machine, comprising a housing and a spraying mechanism provided in the housing, the spraying mechanism being detachably connected to the housing. By detachably connecting the spraying mechanism to the housing, the assembly and disassembly process of the spraying mechanism is simplified, and convenience is provided for the maintenance personnel in mounting and detachment of the spraying mechanism. The maintenance personnel can replace and maintain a spraying mechanism according to the wear condition of the spraying mechanism, the assembly progress of the shoe washing mechanism is improved, the mounting work of the shoe washing mechanism is facilitated, the service life of the shoe washing mechanism is prolonged, and the user experience of the user is improved.
The present invention relates to the technical field of laundry treatment, and in particular, provides a washing program adjustment method based on regional water quality. The present invention aims to solve the problem of poor washing effect of an existing washing machine when the water quality is poor. The washing program adjustment method provided by the present invention comprises the following steps: a mobile terminal obtains model information and location information of a washing machine; the mobile terminal sends both the model information and the location information to a server; the server determines regional water quality according to the location information; the server adjusts a default washing program corresponding to the model information according to the regional water quality; the server sends the adjusted washing program to the washing machine. Therefore, by means of the washing program adjustment method based on regional water quality provided by the present invention, the washing program can be adjusted according to the water quality information of the region where the washing machine is located, so that the washing machine can clean clothes regardless of the water quality, thereby achieving the best washing effect.
The present invention relates to the technical field of laundry washing, and specifically relates to a laundry washing control method and system. In order to further improve the washing effect of laundry, the laundry washing control method of the present invention comprises the following steps: obtaining detergent information; selectively adjusting the standard amount dispensed by a clothes washing device on the basis of the detergent information, the standard amount dispensed being the amount of detergent dispensed that is obtained according to a preset detergent dispensing standard. In the present invention, calculation parameters for the standard amount of detergent dispensed may be updated according to information (such as the concentration ratio, and so on) of the detergent used by a user, for example, synchronously reducing or increasing the dispensing ratio of detergent according to the detergent information, or selecting a preset fixed ratio to adjust the dispensing ratio of the detergent according to the detergent information, thereby obtaining a more accurate amount dispensed and improving the washing effect of a washing machine.
The present invention relates to the field of drain valves, and specifically provides a drain valve and a clothing processing apparatus including same. The present invention aims to solve the problem that the connection means between the valve head and valve body in existing drain valves can easily become loose. The drain valve of the present invention comprises a valve head and valve body. The valve head is provided with a connecting component, which comprises an end surface and a mounting position, the end surface being provided with an elastic arm, which is provided with a second protrusion. The valve body comprises a first connecting end, which is provided with a first protrusion. After the first protrusion is rotated into the mounting position, the second protrusion of the elastic arm holds the first protrusion inside the mounting position, preventing the first protrusion from slipping out of the mounting position, thereby connecting the valve head and the valve body. This arrangement increases the reliability of the connection between the valve head and the valve body, while also simplifying the process of connecting the valve head and the valve body, facilitating maintenance and disassembly as well as the interchangeability of valve heads and valve bodies of different specifications, and improving the assemblability of the valve head and valve body.
The present invention relates to the technical field of clothing management, and specifically relates to a clothing management system and method. In order to solve the problem wherein clothing management becomes difficult as a user acquires more and more clothes, the clothing management system provided in the present invention comprises: an information storage module, the information storage module being disposed on clothes and being used for storing clothing information corresponding to the clothes; a clothing management device, the clothing management device being capable of acquiring the clothing information and performing a corresponding operation according to the clothing information; the clothing information stored in the information storage module is editable information. In the clothing management system of the present invention, the user may write clothing information into the information storage module by means of the clothing management device to ensure the accuracy of the clothing information, thereby enabling the user to efficiently manage his or her own clothing according to the clothing information.
G06K 17/00 - Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups , e.g. automatic card files incorporating conveying and reading operations
21.
UPPER COVER ASSEMBLY FOR SHOE WASHING MACHINE AND SHOE WASHING MACHINE
An upper cover assembly for a shoe washing machine and the shoe washing machine. The upper cover assembly comprises an outer ring part (1), a central part (2), and a middle ring part (3) for connecting the outer ring part (1) to the central part (2). The middle ring part (3) is configured to float the central part (2) up and down with respect to the outer ring part (1). The shoe washing machine comprises the upper cover assembly. Since the middle ring part (3) of the upper cover assembly makes the central part (2) float up and down with respect to the outer ring part (1), to adapt to the pressure change in a washing box caused by heating washing water, so as to avoid the upper cover assembly from deforming due to heat and avoid reducing the seal performance of the shoe washing machine due to the deformation of the upper cover assembly, thereby increasing the sealing performance of the shoe washing machine and improving the user experience.
A top-loading laundry treatment device, and a cover opening/closing system thereof. The top-loading laundry treatment device comprises a body, an outer drum provided in the body, and an inner drum pivotedly provided in the outer drum. An inner drum cover is provided on the inner drum. The cover opening/closing system comprises a cover opening system and/or a cover closing system.
A clothing treatment agent dispensing assembly for use with a clothing treatment device, and a clothing treatment device; the clothing treatment device comprises a body, and the clothing treatment agent dispensing assembly comprises a storage container (3) and a dispensing apparatus (1); the storage container (3) is fixed in the body and is used for storing a clothing treatment agent; the dispensing apparatus (1) may move relative to the storage container (3) and is used for dispensing the clothing treatment agent; the clothing treatment agent dispensing assembly also comprises a sleeve apparatus, one end of the sleeve apparatus being in communication with the dispensing apparatus (1), while the other end is connected to the storage container (3) such that the dispensing apparatus (1) may move relative to the storage container (3) while the clothing treatment agent in the dispensing device (1) may still flow into the storage container (3). The sleeve assembly will not become blocked and tangled when the dispensing apparatus (1) moves, user operation being convenient and user experience being improved.
The present invention relates to the technical field of information collection, for use in implementing automatic information collection and utilization of a wearable article. Accordingly, provided in the present invention are an information collection system and method for a wearable article. The system comprises: an information collection device, used for collecting original information of a wearable article; and a processing device, communicating with the information collection device, and used for receiving the original information collected by the information collection device and extracting characteristic information of the wearable device from the original information. The method comprises: collecting original information of a wearable article; and extracting characteristic information of the wearable device from the original information. By means of the information collection system and method for a wearable article in the present invention, information collection, analysis and processing, data storage and three-dimensional model building on the wearable article can be implemented, so that information of the wearable article and demands of a user can be recorded by a robot rather than by using manual work, and the accuracy of information recording can be increased while the working efficiency is improved, thereby better providing subsequent services to the user.
A 3D model building system and method for a wearable article. The system comprises: an information collection device, used for collecting original information of a wearable article; and a 3D model building device, communicating with the information collection device, and used for receiving the original information and building a 3D model of the wearable article according to the original information. The method comprises: collecting original information of a wearable article; and building a 3D model of the wearable article according to the original information. By means of the 3D model building system and method for a wearable article, information collection, analysis and processing, three-dimensional model building and data storage on the wearable article can be implemented, so that information about the wearable article and demands of a user can be recorded by a robot rather than by using manual work, and the accuracy of information recording can be increased while the working efficiency is improved, thereby better providing subsequent services to the user.
A sprinkler system for use with a shoe washing machine, the shoe washing machine comprising a casing (1) and a sprinkler system that is disposed within the casing (1), the sprinkler system comprising a plurality of sprinkler units. The plurality of sprinkler units comprise a first sprinkler unit (2), which is used for spraying and cleaning the top surface of a shoe; a second sprinkler unit (3), which is used for spraying and cleaning the bottom surface of the shoe; a third sprinkler unit (4), which is used for spraying and cleaning the side surface of the shoe; a fourth sprinkler unit (5), which is used for supporting the shoe and spraying and cleaning the inside of the shoe.
A linked cover opening assembly and a top-loading horizontal axis washing machine are provided for resolving the problem in which opening of an outer-drum cover and an inner-drum cover of an existing top-loading horizontal axis washing machine is complex. The top-loading horizontal axis washing machine comprises an outer drum (2) and an inner drum (3). An outer-drum cover (21) is disposed on the outer drum (2). An inner-drum cover (31) is disposed on the inner drum (3). A handle (4) is pivotally disposed on the outer-drum cover (21). A connecting member is fixedly connected to the handle (4) and is pivotally connected to an unlocking member. When the outer-drum cover (21) and the inner-drum cover (31) are both closed and a user pulls the handle (4), the handle (4), by means of the connecting member, drives the unlocking member to slide towards a button (3121) on the inner-drum cover (31) until the unlocking member abuts the button (3121) on the inner-drum cover (31) and unlocks the inner-drum cover (31). By means of the structure of the invention, the inner-drum cover (31) of the top-loading horizontal axis washing machine is opened simultaneously when a user pulls the handle (4) to open the outer-drum cover (21), simplifying user operation and improving user experience.
A method for controlling the release amount of a detergent, and a washing machine. The method comprises: dividing a detergent box (10) into N independent spaces (1, 2, 3, 4, 5), wherein each space is used for storing a detergent of different concentrations; assigning a concentration level Ci to each space, wherein a space storing a higher concentration of detergent has a lower concentration level; selecting one of the spaces where the detergent is stored for detergent release, and acquiring the concentration level C of the space; acquiring the weight m of laundry; and calculating the release amount Vn of the detergent by using the formula Vn = 1.25*m*(C + 1). Two factors, detergent concentration and laundry weight, are comprehensively considered, and a formula calculation method is used to determine the release amount of a detergent, so that precise control over the usage amount of the detergent is realized, the problem of an excessive release amount of a concentrated detergent easily caused by determining the release amount of the detergent based only on the weight of laundry can be prevented, and the problems of detergent residue, increased foam and multiple instances of rinsing being required due to an excessive release amount are solved.
A method for precisely controlling the quantity of a detergent to be fed, and a washing machine. The method comprises: dividing a detergent box (10) used for storing detergents in a washing machine into N independent spaces (1, 2, 3, 4, 5), each space being used for storing a detergent with a different concentration; selecting one space in which a detergent is stored to deliver the detergent; obtaining the weight of clothes to be washed; and according to a selected space and the weight of the clothes to be washed, determining the quantity of the detergent to be fed by looking up in a correspondence table. By dividing the detergent box (10) into spaces, detergents with different concentrations are stored in different spaces; by selecting detergents in spaces in combination with the weight of the clothes to be washed, the quantities of detergents to be fed are determined by using a table lookup method, so that the quantities of to-be-fed detergents with different concentrations are precisely controlled, and accordingly, the problems of detergent residuals, increased bubbles, multiple times of required rinsing and higher consumption of water and power caused by excessive feed of detergents are resolved.
Disclosed are a detergent type detection method, a detergent dosage control method and a washing machine. The detergent type detection method comprises: determining N conductivity sections for N types of detergents; performing conductivity detection on detergents with unknown concentration, and marking the detected conductivity as d; determining the conductivity section within which the conductivity d falls; and identifying, according to the conductivity section within which the conductivity d falls, the type of the detergent with unknown concentration. The present invention uses conductivity to identify the type of detergent, and can directly determine the dosage of detergent using a look-up table method according to the type of detergent in combination with the weight of the clothes to be washed, not only accurately controlling the dosage of the detergent, but also making the control process more concise and the execution speed quicker as there is no need to convert the concentration of the detergent according to the conductivity. Furthermore, for a washing machine designed using the detergent dosage control method of the present invention, there is no need to dilute the detergent, simplifying the structural design and improving the production efficiency.
QINGDAO HAIER SMART TECHNOLOGY R & D CO., LTD. (China)
Inventor
Hao, Shilong
Zhang, Jingjing
Li, Dong
Lao, Chunfeng
Xu, Sheng
Deng, Jinzhu
Abstract
A detergent consumption control method and a washing machine, comprising: dividing up N concentration intervals according to detergent concentration from low to high, and correspondingly forming N conductivity intervals according to the N concentration intervals; detecting the conductivity of a detergent having an unknown concentration that is deposited in the washing equipment, and recording the detected conductivity as d; determining a conductivity interval where the conductivity d is located; and determining the consumption of the detergent having the unknown concentration by combing the weight of laundry according to the conductivity interval where the conductivity d is located. According to the described method, conductivity is used to reflect the concentration of a detergent, and the consumption of the detergent may be determined by using a look-up table by combing the weight of laundry according to the conductivity interval where the detergent is located, so that not only is the consumption of the detergent accurately controlled, but also controlling the flow is simpler and the execution speed is faster as the concentration of the detergent does not need to be converted according to the conductivity.
The present invention relates to the field of washing machine technology and discloses a split-type washing machine and a washing machine assembly including the same, so as to address a problem in which an existing washing machine is not convenient for a user to operate when it is disposed in a target accommodation space (3). The split-type washing machine comprises a loading portion and a washing portion arranged separably from the loading portion, wherein the loading portion and/or the washing portion can be inserted into/removed from the target accommodation space (3) in an installation part (4). By designing a washing machine as a split-type structure and movably disposing a loading portion and a washing portion within a target accommodation space (3), the present invention can enable a user to separately pull out the loading portion to add detergent/washing powder, and separately pull out the washing portion to add and remove clothes, so as to allow all operations of the washing machine to be quick and convenient, avoiding the inconvenience of needing to repeatedly move the washing machine when in use, thus significantly improving user experience.
A top load drum washing machine and a positioning device thereof, which relate to the field of laundry washing equipment and which aim to solve the problems in the existing technology wherein a belt is easily worn out by the edge of a groove, which is located on a pulley and which corresponds to a latch bolt of a drum locking device, and wherein the positional arrangement of the locking device is not flexible enough. For this purpose, the positioning device for use with a top load drum washing machine comprises: a locking position which is provided on a spoke (21) of a pulley (2); a locking device (1) which is provided on an outer cylinder, the locking device (1) being provided with a latch bolt (12); the position of the locking device (1) corresponds to the rotational path of the locking position such that the latch bolt (12) may form a locking fit with the locking position when a drum stops rotating. By means of said structure, the present solution may prevent a belt on the pulley (2) from contacting a port of the locking position, thereby preventing the belt from being worn out and extending the service life of the belt, while the position of the locking device (1) may be selected with great flexibility.
The present invention relates to the field of laundry washing equipment, and provided thereby are a positioning device and a washing machine comprising the positioning device. The positioning device comprises a locking module (1), the locking module (1) comprising: a lock body (11), a lock latch (12) and a friction member (13), wherein one end of the lock latch (12) is fixed within the lock body (11), and the lock latch (12) may slide with respect to the lock body (11) along the length direction, and the friction member (13) is provided at the other end of the lock latch (12); when the lock latch (12) protrudes from the lock body (11), the friction member (13) may push to tighten a pulley (2) fixed coaxially with a drum, thereby locking the drum. The positioning device aims to solve the problem wherein the locking latch of an existing top-load drum washing machine cannot be inserted into the groove of the pulley when positioning is inaccurate, thereby preventing the drum from being accurately locked. By means of the described structure, the drum may be effectively locked even when the drum is not accurately positioned.
Provided are a positioning device of a washing machine drum, and a drum washing machine, which relate to the field of clothes washing apparatuses, and aim at solving the problem in the prior art of low positioning accuracy of a washing machine drum due to being unable to accurately detect a positioning point of the washing machine drum. The positioning device of the washing machine drum comprises an optical signal emitter, an optical signal receiver and a light-transmitting hole (23) arranged on a belt pulley (2) of the washing machine, wherein the optical signal emitter and the optical signal receiver are respectively arranged on two sides of the light-transmitting hole (23), and only when the light-transmitting hole (23) is rotated around a shaft centre of the belt pulley (2) to a position where both the optical signal emitter and the optical signal receiver are aligned, can the optical signal receiver receive an optical signal sent by the optical signal emitter. Therefore, when a drum door of the positioning device is positioned, the positioning point is easier to accurately detect, thereby improving the positioning accuracy of the washing machine drum.
Provided are a pipe joint and a washing machine having the same. The pipe joint comprises a main body (1), a seal ring (11), and a positioning member (12). The seal ring (11) and the positioning member (12) are provided at the main body. An outer diameter of the positioning member is less than or equal to an outer diameter of the seal ring in an uncompressed state, and is greater than an outer diameter of the main body. The washing machine comprises the above pipe joint. The positioning member provided at the main body of the pipe joint and the seal ring together form a two-point support or a two-line support, thereby realizing effective positioning of the pipe joint, preventing the pipe joint from wobbling with respect to a water suction pump, facilitating tight assembly, and ensuring normal operation of the water suction pump.
Disclosed is a rinsing method for a washing machine. The rinsing method comprises the following steps: S1: injecting a pre-set amount of clean water into an inner drum (2) of a washing machine in a spray manner; and S2: controlling a circulating pump (3) to perform inner circulation in order to circulate water into the inner drum (2) of the washing machine. By means of the combined methods of water feeding by spraying and water spraying by inner circulation, the technical effect of mist-sprayed rinsing can be obtained, both reducing the residual amount of detergent (powder), and preventing the drawbacks of mist-sprayed rinsing, which can save on water and save on electricity, and the installation structure is simple, and the method is applicable to washing machines with various structures.
A cover lock assembly for a washing machine. The washing machine comprises a washing machine body (6) and a housing (4). The cover lock assembly comprises: a cover (1), used for covering and sealing the washing machine body (6); at least one locking rod (2), disposed on the cover (1) and extending towards the housing (4) side; and a locking catch (3) having one to one correspondence to the locking rod (2), the locking catch (3) being disposed on the housing (4) and capable of being connected with the corresponding locking rod (2) by means of insertion. Also provided is a washing machine having the cover lock assembly.
The present invention relates to the technical field of shoe washing machines, and specifically provides a dynamic washing assembly for a shoe washing machine and a shoe washing machine, for use in resolving the problem of omnibearing washing of shoes by a shoe washing machine. For this purpose, the dynamic washing assembly for a shoe washing machine in the present invention comprises: a rotational motion mechanism, used for driving shoes to be washed for rotational motion and washing inner sides of the shoes to be washed; and a rotational washing mechanism, matched with the rotational motion mechanism and used for washing outer sides of the shoes to be washed which are in rotational motion. The shoe washing machine in the present invention comprises the dynamic washing assembly and a housing, at least one inner wall of the housing being provided with a fixed washing assembly used for washing shoes to be washed. According to the present invention, a large spray and washing range is provided by a rotational washing mechanism, and outer sides of shoes to be washed can be totally covered and washed; and inner sides of the shoes to be washed is washed by a rotational motion mechanism. Thus, omnibearing washing of an object to be washed is achieved.
A vibration damper comprises: a cylinder (2), having an inner cavity; and a damping block (3), slidably disposed in the inner cavity and dividing the inner cavity into a first chamber (21) and a second chamber (22). The vibration damper is characterized in that a third chamber (31) is disposed inside the damping block (3), damping holes (34) are provided on the damping block (3), the first chamber (21) and/or the third chamber (31) are filled with fluid, and when the damping block (3) slides relative to the cylinder (2), the fluid flows between the first chamber (21) and the third chamber (31) through the damping holes. The vibration damper can self-adaptively adjust the damping according to the vibration amplitude and enables the movement of a damping block (3) in a cylinder (2) through static pressure holes, thus achieving the effect of a static pressure bearing.
The present invention relates to the technical field of washing devices and aims at solving the problem of insufficient and halfway shoe cleaning of shoe washing machines. For this purpose, the present invention provides a cleaning component and a shoe washing machine. The cleaning component comprises: a bracket; a moving mechanism disposed on the bracket and used for driving an object to be cleaned to move with respect to the bracket; and a spraying mechanism disposed on the bracket and used for cleaning the moving object to be cleaned. According to the present invention, by disposing shoes on the moving mechanism and using the moving mechanism to drive the shoes to move with respect to the bracket, the spraying mechanism disposed on the bracket can sufficiently and completely clean the shoes, thereby improving the cleaning effect.
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