This system comprises a plurality of image-forming devices which can communicate with one another. With use of a communication interface, each image-forming device transmits, to the other image-forming devices, consumable item information that indicates the use-by expiration date of a consumable item and the number of images able to be formed with the consumable item. The image-forming device determines, on the basis of the consumable item information received from the other image-forming devices, whether or not there is a separate image-forming device that has a candidate consumable item 1 among the other image-forming devices, the use-by expiration date of the candidate consumable item 1 being to come earlier than a predetermined expiration date 1, the number of images able to be formed with the candidate consumable item 1 being greater than a predetermined number 1. The image-forming device having determined that there is the separate image-forming device having the candidate consumable item 1 determines, on the basis of the use-by expiration dates of consumable items of this image-forming device and the numbers of images able to be formed with the consumable items, whether or not there is a candidate consumable item 2 among the consumable items, the use-by expiration date of the candidate consumable item 2 being to come later than a predetermined expiration date 2, the number of images able to be formed with the candidate consumable item 2 being less than a predetermined number 2. The image-forming device having determined that there is the second candidate consumable item notifies a user of a proposal of exchanging the candidate consumable item 1 and the candidate consumable item 2 with each other between this image-forming device and the separate image-forming device having the candidate consumable item 1.
An information processing device (100) acquires a target image (110) that has been imaged by an imaging unit. The information processing device (100) detects, on the basis of sample data indicating the features of a captured image of a vehicle, the position (111) of a partial image that has features identical to those indicated by the sample data, in the acquired target image (110). The information processing device (100) determines whether the detected position (111) is a position where the vehicle is pictured on the basis of information about a straight line (131) stored in a storage unit (120).
The present application discloses a printer that enables sufficient pressing of a fold in continuous paper that is fed into a stacker after completion of printing. The printer disclosed in the present application comprises: a stacker in which continuous paper which has been printed on is stacked; a swing mechanism that feeds the continuous paper to the stacker while causing the feed direction of the continuous paper to swing in accordance with a fold; a guide that presses, from above, the fold in the continuous paper which is stacked in the stacker; and a drive mechanism that causes the guide to begin pressing the fold when the fold of the continuous paper enters the rotation range of the guide immediately following feeding of the continuous paper from the swing mechanism.
B65H 45/107 - Pliage de bandes transversalement en combinaison avec la dépose en couches, c.-à-d. formant une pile en accordéon au moyen de barres de guidage à balancement ou à mouvement alternatif
4.
DRIVING ASSISTANCE PROGRAM, DRIVING ASSISTANCE METHOD AND DRIVING ASSISTANCE DEVICE
A driving assistance device comprises: a determination unit which, if a moving object is sensed in one or more sensing regions including a region other than a display region displayed by a display device within an imaging region an image of which is captured by an imaging device mounted in a vehicle, determines, on the basis of an image of the sensing region in which the moving object is sensed, whether the image of the sensing region is superimposed on an image of the display region; and an image data output unit which, according to the result of the determination, outputs image data obtained by superimposing the image of the sensing region on the image of the display region to the display device.
H04N 7/18 - Systèmes de télévision en circuit fermé [CCTV], c.-à-d. systèmes dans lesquels le signal vidéo n'est pas diffusé
B60R 1/00 - Dispositions pour la visibilité optiqueDispositions de visualisation en temps réel pour les conducteurs ou les passagers utilisant des systèmes de capture d’images optiques, p. ex. des caméras ou des systèmes vidéo spécialement adaptés pour être utilisés dans ou sur des véhicules
H04N 5/232 - Dispositifs pour la commande des caméras de télévision, p.ex. commande à distance
An ink head assembly in which a nozzle surface of an ink head is covered with a cap to prevent drying of ink during a non-printing time of a printing apparatus. The cap has a porous moisture-retaining pad disposed therein that contacts the nozzle surface when the nozzle surface is covered with the cap. A sealing liquid for soaking a lower part of the moisture-retaining pad is accumulated in an inner bottom of the cap. A liquid level difference between a liquid level of an ink tank that supplies ink to the ink head with reference to an installation surface of the printing apparatus and a liquid level of the sealing liquid with reference to the installation surface of the printing apparatus is set to be 0 to 2 mm so as to permanently prevent the drying of ink in the nozzle surface of the ink head.
The present invention discloses a printer such that it is possible to properly set fanfold paper on a stacker for stacking the fanfold paper after printing. This printer comprises: a stacker on which printed-out fanfold paper is stacked; and a swing mechanism which, when aligned with a fold line, swings the feed direction of the fanfold paper fed to the stacker, and during setting of the fanfold paper, starts the swinging operation after the leading end of the continuous fanfold paper reaches an edge within the stacker.
B65H 45/107 - Pliage de bandes transversalement en combinaison avec la dépose en couches, c.-à-d. formant une pile en accordéon au moyen de barres de guidage à balancement ou à mouvement alternatif
The present invention is an inkjet printer whereby printing speed can be increased without increasing the size of the printer. The inkjet printer according to the present invention is provided with an ink head for discharging ink, a stacker in which continuous-form paper to which the ink is applied in the ink head is accumulated, and a paper feed mechanism for feeding the continuous-form paper passing through the ink head to the stacker, the paper feed mechanism having an extending mechanism for extending a conveyance route from the ink head to the stacker in a state in which fed continuous-form paper has reached the stacker.
B65H 23/188 - Positionnement, tension, suppression des à-coups ou guidage des bandes longitudinal en commandant ou régulant le mécanisme d'avance de la bande, p. ex. le mécanisme agissant sur la bande courante en liaison avec la bande courante
B41J 2/01 - Machines à écrire ou mécanismes d'impression sélective caractérisés par le procédé d'impression ou de marquage pour lequel ils sont conçus caractérisés par la mise en contact sélective d'un liquide ou de particules avec un matériau d'impression à jet d'encre
A monitoring device provided with: a camera which captures an image of an area behind a vehicle; a processing unit which processes data of the image captured by the camera, extracts a first region that is an upper part of an entire region of the captured image in a first mode, and extracts a second region that is a lower part of the entire region of the captured image in a second mode; and a display which displays the data of the captured image within the first region in the first mode, and displays the data of the captured image within the second region in the second mode, wherein the size of the entire region of the captured image is larger than a size displayable in a display region of the display.
H04N 7/18 - Systèmes de télévision en circuit fermé [CCTV], c.-à-d. systèmes dans lesquels le signal vidéo n'est pas diffusé
B60R 1/00 - Dispositions pour la visibilité optiqueDispositions de visualisation en temps réel pour les conducteurs ou les passagers utilisant des systèmes de capture d’images optiques, p. ex. des caméras ou des systèmes vidéo spécialement adaptés pour être utilisés dans ou sur des véhicules
Provided is an ink jet head assembly (2A) comprising a plurality of ink jet heads (20) disposed on a base plate (21) facing a printing medium, arranged in the width direction of the printing medium such that printing areas do not overlap, the ink jet assembly (2A) being configured such that: each ink jet head (20) is fixed to frames (22) using an alignment plate (23); each frame (22) is movably mounted onto the base plate (21) in the width direction of the printing medium; an eccentric pin (50) including a first pin having a rotation axis on the base plate (21) and a second pin (52) which comprises an axis offset from said rotation axis and protrudes above the first pin is provided between the base plate (21) and each frame (22); and the tip section of the second pin (52) is fitted into an elongated hole (44) provided in the frames (22), and when the eccentric pin (50) is rotated from the outside, the tip section of the second pin (52) pushes a flat wall of the elongated hole (44) and moves the frame (22) to adjust the distance from an adjacent ink head.
B41J 2/01 - Machines à écrire ou mécanismes d'impression sélective caractérisés par le procédé d'impression ou de marquage pour lequel ils sont conçus caractérisés par la mise en contact sélective d'un liquide ou de particules avec un matériau d'impression à jet d'encre
This ink bottle is provided with a bag which is filled with ink to be supplied to an inkjet printer, and a box which houses the bag. The box comprises a through-hole which passes through the upper surface of the box and at which a spout provided in the bag is arranged, and a wall surface which laterally presses against the bag which is suspended from the spout arranged at the through-hole.
This inkjet printer is provided with an inkhead which discharges ink, a first roller unit which, downstream of the ink head, pulls continuous paper, and a second roller unit which is arranged upstream of the ink head and which applies tension to the continuous paper pulled by the first roller unit. The second roller unit comprises a first roller having a length extending to both sides of the continuous paper, and a roller group comprising multiple second rollers which are arranged along the first roller and contact the outer peripheral surface of the first roller, holding the continuous paper. The rotation axis of the second rollers is inclined with respect to the longitudinal direction of the first roller, and the second rollers are arranged having mutually different angles of inclination.
This inkjet printer is provided with: an ink tank in which ink to be supplied is temporarily stored partway on the passage from the supply passage to the ink head; a circulation passage through which, after passing through a deaerating means, ink sucked by a pump from a lower portion in the ink tank is returned to an upper portion in the ink tank; a three-way valve which is provided in the portion of the circulation passage that configures a passage leading from the lower portion in the ink tank to the pump, and which can switch the suction side of the pump from the lower portion in the ink tank to the supply passage; and a control device which, when deaerating the ink in the ink tank, rotates the pump forwards in a first state in which the suction side of the pump is connected by the three-way valve to the ink tank, and, when supplying ink to the ink tank, rotates the pump forwards in a second state in which the suction side of the pump is connected by the three-way valve to the supply passage. When removing ink from the ink tank, the control device alternately repeats a first process for driving the pump forwards in the first state and a second process for driving the pump backwards in the second state.
The inkjet printer disclosed in the present application comprises: an ink head that discharges ink downward; a plurality of rollers for supporting printing paper passing under the ink head, the plurality of rollers being arranged so as to be spaced apart and parallel to each other, at least directly underneath the ink head; conveyance guides, arranged between the plurality of rollers, for supporting the printing paper passing above the plurality of rollers; and a drive mechanism that retracts the conveyance guides from between the plurality of rollers, at least during printing.
B41J 2/01 - Machines à écrire ou mécanismes d'impression sélective caractérisés par le procédé d'impression ou de marquage pour lequel ils sont conçus caractérisés par la mise en contact sélective d'un liquide ou de particules avec un matériau d'impression à jet d'encre
B41J 2/165 - Prévention du colmatage des ajutages, p. ex. nettoyage, obturation par un capuchon ou humidification des ajutages
B41J 13/10 - Supports de feuilles, taquets d'arrêt ou guides fixes
14.
ELECTRONIC DEVICE, METHOD FOR DETECTING OPENING AND CLOSING OF ELECTRONIC DEVICE, AND PROGRAM
An electronic device having a first case, and a second case capable of opening and closing the first case, the electronic device comprising: a first acceleration sensor for detecting acceleration in the normal direction of the contact surface of the first case with respect to the second case; a second acceleration sensor for detecting acceleration in the normal direction of a predetermined surface of the second case; and a detection means for detecting opening and closing of the second case with respect to the first case on the basis of a first acceleration output value acquired by the first acceleration sensor and a second acceleration output value acquired by the second acceleration sensor.
A PDU data management unit (12) of the present invention acquires a PDU segment included in received MAC-ehs PDU data, creates a deployment table including the LCH-ID, TSN, and SI of each PDU segment and the store destination address thereof, and stores the MAC-ehs PDU data into a storage unit. A retransmission control unit (13) treats a PDU segment having a sequence number following the last number among received consecutive PDU segments as an expected PDU segment, whereupon if the sequence number of the received PDU segment and the sequence number of the expected PDU segment do not match, performs a retransmission request of the expected PDU segment, and then reports that predetermined conditions have been reached. A decipher pre-processing unit, upon receiving the notification by the retransmission control unit, acquires the PDU segment from the storage unit on the basis of the address described in the deployment table, and on the basis of the deployment table, completes a MAC-ehs SDU on the basis of the acquired PDU segment.
H04L 1/16 - Dispositions pour détecter ou empêcher les erreurs dans l'information reçue en utilisant un canal de retour dans lesquelles le canal de retour transporte des signaux de contrôle, p. ex. répétition de signaux de demande
A cooling device comprising: a heat sink and heat pipe connected to each other; a metal plate connected to the heat pipe; an elastic member provided to the metal plate; and a fixing member that can be attached to a printed circuit board in which a heat-generating component is mounted, that can be fixed to the elastic member when the elastic member is elastically deformed so that the metal plate is pressed against the heat-generating component, and that can position the metal plate when not fixed to the elastic member.
Provided is a cradle device for data transfer which transfers data if a portable terminal is mounted in the device and does not transfer the data if the portable terminal is mounted in another device. A cradle device (2) is equipped with a feed terminal (21) which is electrically connected to a charging terminal (11) of a portable terminal (1) when the portable terminal (1) is mounted, a voltage control unit (202) for applying voltage of a predetermined waveform to the feed terminal (21) if mounting of the portable terminal (1) has been detected, and an infrared communication unit (203) as a first communication unit which is triggered by the mounting of the portable terminal (1) to receive data transmitted from the portable terminal (1).
Disclosed is an electronic device wherein the securing of a board while a connector is prevented from being disengaged is combined with the disengagement of the connector while the board is kept installed, in disassembly. A first cover and a second cover are assembled with each other and form an internal space therebetween. On the inner surface of the first cover, the board having the connector installed at an end thereof is supported such that the end where the connector is installed can be lifted. While the end of the board is lifted, the connector is engaged and disengaged. When the first cover and the second cover are assembled, the board is pushed against the first cover by means of a rib provided on the second cover.
Provided is an electronic apparatus having a structure wherein an electronic component arranged to overlap a substrate is effectively cooled. A substrate extends by overlapping the electronic component, such as an HDD (26), which is arranged at a position adjacent to a suction port (23) formed on a case side surface with a space between the electronic component and the suction port (23), and by including the position adjacent to the suction port (23). The substrate has a first vent, which is formed to extend from a position where the substrate overlaps the HDD (26) to a position deviated from the HDD (26) to the side of the suction port (23), and makes the air sucked from the suction port (23) flow in.
An information storage device is provided with a case; a storage shelf having a plurality of storage areas for storing an information storage medium; a recording/reproducing device whereupon the information storage medium is loaded so as to record and/or reproduce information; a moving mechanism for moving the information storage medium; and a cleaning machine for cleaning the storage area when stored in the storage area. The cleaning machine is provided with a cleaning machine case body having a port; a fan for sucking air from the port; and a filter which passes through the air sucked by the fan and removes unnecessary materials from the passing air.
A trace information control device comprises a trace information acquiring means for acquiring trace information on a device control program for investigating the cause of a failure, a trace information storage memory for storing the trace information acquired by the trace information acquiring means, and a control unit for integrally controlling the trace information acquiring means and the trace information storage memory. The trace information includes first trace information indicating the route executed by the device control program and second trace information indicating the values of various parameters and variables related to the device control program. The control unit acquires/stores the first information by reducing the depth of the trace information during the normal operation of the trace information control device and, when detecting the operation leading to a failure of the computer system, controls so as to acquire/store the second information by increasing the depth of the trace information.
A display apparatus (A) comprising a housing (1); two slide carriages (2) horizontally movably provided on a superior portion of the housing (1); two rotating hinge means (3) respectively provided on the slide carriages (2) so as to be rotatable around the vertical axis and to be foldable back and forth of the housing (1) at a given rotational position; and two display panels (4) respectively coupled to the rotating hinge means (3).
G09F 9/00 - Dispositifs d'affichage d'information variable, dans lesquels l'information est formée sur un support, par sélection ou combinaison d'éléments individuels
A portable device (A) comprising a first housing (10) of elongated rectangular configuration, a second housing (20) of elongated rectangular configuration and a slide module (30) for slidably coupling them together along the longitudinal direction (x). The slide module (30) has a fixed section (31) fixed to the first housing (10) and a mobile section (32) fixed to the second housing (20). The fixed section (31) has a platelike part (31a) and a pair of groove parts provided at both side zones of the platelike part (31a). The mobile section (32) has a pair of extended parts (321,322) extending along the longitudinal direction (x), a junction part for joining end portions of the pair of extended parts (321,322) together and interlock parts capable of slidably interlocking with the pair of groove parts (311,312), provided on the pair of extended parts (321,322). The pair of extended parts (321,322) extend with a space therebetween.
A recording device for recording a program to be broadcast comprises a recording means (storage section (16), external storage section (18)) for recording a broadcast program, an information presenting means (display section (10)) for presenting the recording quality of the broadcast program, and a recording control means (processor (4)). The information presenting means presents the recording quality or the recording quality to which a reference level is set. The recording control means instructs to record the broadcast program, clear the recording, change the recording form of a record either including or not including an image, or erase the recording upon presentation of the recording quality and performs the recording control appropriate for the instruction. This makes it possible to respond to the various demands of the user.
In a connection hole (RA2), a connection electrode (61) is fitted for connecting a ground line between two printed boards disposed on both sides of an intermediate supporting member (42). That is, the printed boards are respectively provided with common electrodes at positions facing each other, and the connection hole (RA2) is bored penetrating through the intermediate supporting member (42) from its front side to rear side at a position corresponding to the positions where the common electrodes are provided. Then, the connection electrode (61) which has electric contact points (612, 613) formed at both of the ends of it and pawls (615, 616) formed thereon and which is made of conductive material is inserted into the connection hole (RA2). Moreover, the pawls (615, 616) are engage with the connection hole (RA2) to prevent coming off. Thus, the two electric contact pints (612, 613) are brought into contact with the respective common electrodes provided at the two printed boards to electrically connect them with each other.
A shield case (SC1), shielding electronic components mounted on a printed board. The case is provided with a frame member (51) fitted to the printed board so that it surrounds a shielded region in a frame shape and a lid member fitted to the frame member so that it covers the upper part of the shielded region by engaging itself with the frame member. The frame member (51) has an outer frame part (51a) arranged along an outer periphery of the shielded region and an inner frame part (51b) disposed in a boundary part so that the shielded region is divided into a first region and a second region. The lid member has a first lid member (52) and a second lid member (53). The first lid member (52) is provided with an outer wall part (522) which is brought into contact and conducted with a corresponding part of the first region of the outer frame part, and an inner wall part (523) which is brought into contact and conducted with the inner frame part (51b). The second lid member (53) is provided with an outer wall part (532) which is brought into contact and conducted with a corresponding part of the second region of the outer frame part (51a).
A holding stand (3) for attachably/detachably holding a portable telephone set (4) is provided with a holding stand main body (10), a signal terminal which is arranged in the holding stand main body (10) and is connected to the portable telephone set (4) in a holding position where the portable telephone set (4) is held, and a connector (CN1) which is fitted on a surface of a printed board (31), is connected to the signal terminal and is connected to the other electronic device. The printed board (31) is held by a base reception part (11) of the holding stand main body (10) so that a connection port faces a back side (EG) of the holding stand main body (10) in a state where the connector (CN1) is held in a lower side, and an end edge part of a front side (ZG) becomes lower than the end edge part of the back side (EG) by an offset amount (FS1). The offset amount (FS1) is set to be smaller than thickness of the connector (CN1).
A display panel (21) has a display element (71) having a display surface (HG) at the front surface side and a metal holding member (72) which integrally holds the display element (71) at the back surface side of the display element (71). In the holding member (72), a plurality of nail portions (721) which extend in the back surface side and hold the end edge of a printed substrate (22) are provided and a projection (722) projecting in the back surface side is provided near the nail portion (721). The printed substrate (22) is held by the plurality of nail portions (721) in the back surface side of the holding member (72), and a ground pattern (PTGH1) provided on the surface of the substrate is set to be in contact with the projection (722), and thereby electrically connected therewith.
H04M 1/23 - Structure ou montage de cadrans ou de dispositifs équivalentsMoyens pour en faciliter l'usage
G09F 9/00 - Dispositifs d'affichage d'information variable, dans lesquels l'information est formée sur un support, par sélection ou combinaison d'éléments individuels
29.
POTABLE RADIO COMMUNICATION APPARATUS WITH IMAGING DEVICE
A flexible cable (221) has a grounding pattern (PTGF1) on one surface thereof and the grounding pattern (PTGF1) is electrically connected to a grounding line in the flexible cable (221). A printed board (43) has a grounding pattern (PTGM5) in a portion opposed to the grounding pattern (PTGF1) of the flexile cable (221) and the grounding pattern (PTGM5) is connected to a grounding line in the printed board (43). A cushion member (222) arranged in a housing presses the flexible cable (221) against the printed board (43), so that the grounding pattern (PTGF1) of the flexible cable (221) is pressed against the grounding pattern (PTGM5) of the printed board (43) and those patterns are electrically connected.
A holding stand (3) for attachably/detachably holding an electronic device is provided with a signal terminal connected to the electronic device in a holding position where the electronic device is held, a plurality of types of connectors (CN1, CN2) which are connected to the signal terminal and are exclusively connected to the other electronic device, a lid member (41) which is movably arranged so that it opens/closes connection ports of a plurality of types of the connectors (CN1, CN2) and selectively opens the connection port of only one type of the connector and a switch (SW2) detecting an opening position by the lid member (41).
A holder (3) for detachably holding a mobile-phone (4) has a first holding position (HT1) for holding the mobile-phone (4) using the weight of the phone, a second holding position (HT2) a portion of which is engaged with the mobile-phone (4) and which holds the phone, power terminals (TN5H, 6H) connected with the mobile-phone (4) in the first holding position (HT1) and the second holding position (HT2), and signal terminals (TN1H-4H) which are connected with the mobile-phone (4) in the second holding position (HT2) and at least one of which is placed separately from the mobile-phone (4) in the first holding position (HT1).
A portable electronic device is provided with a housing (1) having a sensing opening (20), and a contact sensor (3) exposed from the opening (20) of the housing (1). Projected trimming parts (22) are arranged at a periphery of the opening (20) in the housing (1). The opening (20) is formed at a base of a recess (10) which is inclined in a prescribed direction and shows a recessed cross section shape. The trimming parts (22) are installed in a part of a peripheral edge following an inclination direction of the recess (10).
A method for controlling a cold-cathode tube in a lighting apparatus, wherein a wider adjustment range of luminance is ensured, and a protection circuit operates normally in the event of disconnection of lead wires or loose fitting of connection connectors during normal operation time to avoid resulting catastrophic failure. A lighting apparatus includes an inverter for providing a current flowing through a cold-cathode tube, an operational section for adjusting luminance, an inverter control circuit which controls the inverter depending on luminance adjusted by the operational section to vary the current flowing through the cold-cathode tube, and a protection circuit to stop operation of the inverter when the current flowing through the cold-cathode tube decreases below the setting value. The method controls the protection circuit never to operate when luminance is set up to be below the luminance threshold in luminance adjustment at the operational section.
A flat panel display (A) comprising a front panel (1) having a displaying opening (1A), a display device (2) mounted on the rear face of the front panel (1) in such a manner that a display screen may be faced from the displaying opening (1A), a rear cover (3) mounted on the rear face side of the front panel (1) in such a manner as to form an internal space (S) with the front panel (1) while covering the display device (2), and a speaker (4) directly mounted on the rear face of the front panel (1). The speaker (4) is mounted on a peripheral edge portion (1B) of the front panel. In a predetermined range of the rear cover (3) at the back of the speaker (4), a plurality of through-holes (34) are formed to lead sound transmitted directly from the speaker (4) outside.
H04R 1/02 - BoîtiersMeublesMontages à l'intérieur de ceux-ci
H04R 1/28 - Supports de transducteurs ou enceintes conçus pour réponse de fréquence spécifiqueEnceintes de transducteurs modifiées au moyen d'impédances mécaniques ou acoustiques, p. ex. résonateur, moyen d'amortissement
35.
MOUNTING STRUCTURE FOR SPEAKER AND FLAT PANEL DISPLAY
A mounting structure for mounting a speaker on a panel (1). The mounting structure for a speaker comprises a speaker (20), a pair of latches (10, 11) formed in a projecting form on both adjacent sides of a predetermined mounting area in the panel (1), and a frame member (30) which is fixed and locked with the pair of latches (10, 11), with the speaker (20) being pressed against the predetermined mounting area.
A low-cost and reliable library device. The library device comprises an active robot (16) for carrying a magnetic tape (13) having an identification bar cord within a housing and a standby robot (50) standing by as a backup of the active robot (16) at a standby position (59). These two robots each include a reading unit (18) having an image sensor for optically reading the barcode of the magnetic tape (13), and the standby robot (50) further includes an air spray unit for spraying air toward the image sensor of the active robot (16) which has moved to relatively predetermined position and posture.
B65G 1/137 - Dispositifs d'emmagasinage mécaniques avec des aménagements ou des moyens de commande automatique pour choisir les objets qui doivent être enlevés
B65G 1/00 - Emmagasinage d'objets, individuellement ou avec une certaine ordonnance, dans des entrepôts ou des magasins
A low-cost and reliable library device. The library device comprises a reading unit (18), detachably attached to a robot (16), for reading the identification bar code of a magnetic tape (13) and a reading unit storage (19) for storing the reading unit (18) detached from the robot (16), and further comprises a controller (20) for controlling the robot (16) such that when the bar code of the magnetic tape at a recording medium carrying-in/out port (12) is read, the robot (16) receives the reading unit stored in the reading unit storage (19), and that after the bar code is read by the reading unit (18), the robot (16) returns the reading unit to the reading unit storage (19).
B65G 1/137 - Dispositifs d'emmagasinage mécaniques avec des aménagements ou des moyens de commande automatique pour choisir les objets qui doivent être enlevés
B65G 1/00 - Emmagasinage d'objets, individuellement ou avec une certaine ordonnance, dans des entrepôts ou des magasins
38.
HOUSING FOR ELECTRONIC DEVICE, AND ELECTRONIC DEVICE
Provided are a housing which allows an electronic device such as a mobile phone to be thin and the maintenance of which is not inconvenient, and an electronic device. A housing (KTS) for an electronic device (1) comprises a front case on the surface of which an operation unit is provided and a rear case (12) which is arranged in contact with the read surface side of the front case and on the inside of which a battery housing unit (RD) is provided. The rear case (12) is formed integrally with periphery walls (51a-d) of the battery housing unit (RD) by use of synthetic resin. A plurality of nail portions (56) are provided on the periphery walls (51a-d). A bottom plate (26) composed of a metal plate is arranged over the almost entire area of the bottom of the battery housing unit (RD). The bottom plate (26) is attached to the rear case (12) by allowing the plurality of nail portions (56) to be inserted in and engaged with a plurality of engaging holes (63) provided on the periphery portion.
Even in the case where a convex portion such as a strap fixing portion is formed at the center, an antenna built in a mobile phone can be mounted without being interfered by the concave portion. The antenna built in the mobile phone is an antenna (29) built in a mobile phone (1) comprising a front case on the surface of which an operation unit is provided and a rear case (12) arranged on the rear surface side of the front case. An antenna element (121) is provided integrally on a support body (110) composed of a rod-shaped synthetic resin arranged along the upper side portion (12a) of the inner side surface of the rear case (12). A concave portion (111) is provided in the support body (110) in such a manner that a strap fixing portion (23) provided protruding to the inner side surface at the center of the upper side portion (12a) of the rear case (12) is avoided. Avoiding the strap fixing portion (23), the antenna element (121) stands on both sides of a portion between the edges of both side walls (112a, 112b) of the concave portion (111).
A magnetic tape library device in which a surely usable cleaning cartridge can be used even under a state where one moving mechanism cannot operate. A method for storing a magnetic tape cartridge is also provided. Two sets of moving mechanism which can transfer a magnetic tape cartridge between a charge/discharge port, a matrix-like cell region and a tape driver are provided, and the moving mechanisms can move to a predetermined position at any one of the opposite ends of the cell region, respectively. When a magnetic tape cartridge is charged and it is a cleaning cartridge, a position at which the charged cleaning cartridge is stored is specified such that a cleaning cartridge usable at least once at the opposite vertical or lateral ends exists based on the usable number of times of a stored cleaning cartridge, its storing position, and the usable number of times of the charged cleaning cartridge.
A support mechanism (A) has a support member (4) that has a tongue (4d) extending inward of the support member and slidable along a groove (3a), and the support member (4) can be fixed at a desired position by allowing an engagement tooth row (7), formed on the tongue (4d), and an engagement claw (3b) to engage with each other. Further, a pressing member (5) having a pressing section (5c) is movable along an engagement tooth row (6) and is adapted to be fixable at a desired position by allowing an engagement claw (5d) to be engaged with the engagement tooth row (6). The construction enables the front panel (1) of the same type to be used for various kinds of flat display panels (2) with different sizes.
G09F 9/00 - Dispositifs d'affichage d'information variable, dans lesquels l'information est formée sur un support, par sélection ou combinaison d'éléments individuels
A display supporting apparatus which has a simple structure and a small number of part items, is advantageous in cost and requires a small storage space when stored. The display supporting apparatus is provided with a main leg (11) which extends downward from a rear plane section of a display and has an auxiliary leg section (12) extending to the front in the horizontal direction at the lower end portion; and a table member (6) turnably connected to the auxiliary leg section (12) by having an axis (21), which extends to the right and left in the horizontal direction, at the center. The table member (6) is provided with a connecting section (32) which abuts to a bottom plane of the auxiliary leg section (12) on the front side of the axis (21) when being used; a locking section (42) which locks the table member (6) not to turn when the connecting section (32) abuts to the bottom plane of the auxiliary leg section (12); and a front supporting section (34) which abuts to at least an arranging plane on the front side of a leading end of the auxiliary leg section (12) when being used.
G09F 9/00 - Dispositifs d'affichage d'information variable, dans lesquels l'information est formée sur un support, par sélection ou combinaison d'éléments individuels
⏧PROBLEMS] To reduce inrush current to a capacitor in a load circuit or a power supply, and to reduce the cost without shortening the lifetime of the capacitor. ⏧MEANS FOR SOLVING PROBLEMS] A circuit for reducing the inrush current to a capacitor which is connected with a power supply input terminal of a load circuit comprises a load current detection circuit (12) for detecting a current id flowing into a load circuit (13), a switching element Q1 which is turned on when the current id detected by the load current detection circuit (12) exceeds a threshold or the variation of the current exceeds a threshold, and a second capacitor C2 which is connected in parallel with the capacitor C1 when the switching element Q1 is turned on.
When the video and audio signals of a video device are subjected to some signal processings, the delays of the signals due to the processings are corrected to establish synchronization. A device comprises video signal processing section (12, 16) for subjecting the input video and audio signals to signal processings, an input signal detecting block (NS) for storing the signal state of the input video or audio signal, an output signal detecting block (SS) for storing the signal state of the video or audio signal processed by the video signal processing sections (12, 16), a video delay detecting section (25) and an audio delay detecting section (26) for determining the delay times n, k by comparing the video and audio signals stored in the input signal detecting block (NS) with them stored in the output signal detecting block (SS), a delay correction amount detecting section (27) for determining delay correction amounts HRV, HRA for the video or audio signal according to the difference between the delay times n, k, delay correcting section (13, 17) for correcting the delay of the video or audio signal to be outputted according to the determined delay correction amount, a video output section (14) for outputting the video, and an audio output section (18) for outputting the audio.
A remote control device that has both a function of a remote control device for a television and a function of a keyboard, the whole of which device can be constructed to be compact without impairing keyboard operability, and in which both functions are simultaneously usable. A remote control device (1) capable of remotely operating a video apparatus by use of an operation key group (KG) provided on an operation surface of a casing. A sheet-like flexible keyboard (KB) for remotely operating a computer is received in the casing (10). When pulled out of the casing (10), the keyboard (KB) can be set such that an operation surface (KM) of the casing faces upward and an operation surface (BM) of the keyboard (KB) faces upward.
H04Q 9/00 - Dispositions dans les systèmes de commande à distance ou de télémétrie pour appeler sélectivement une sous-station à partir d'une station principale, sous-station dans laquelle un appareil recherché est choisi pour appliquer un signal de commande ou pour obtenir des valeurs mesurées
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