161results about How to "Simplify assembly work" patented technology

The present invention relates to coaxial connector with an RF switch. In particular, a housing 10 covered with an external conductor 17 is composed of upper and lower housings 11 and 12. A fixed terminal 21 connected to an RF circuit is insert molded in the upper housing 11, and a movable terminal 25 that is selectively brought into contact with the fixed terminal 21 is insert molded in the lower housing 12. The movable terminal 25 comprises a fixed portion 26 fixed to the lower housing 12; a waist portion 27 extending upwardly from the fixed portion 26 at a first angle α1 and molded to the lower housing 12; and an elastic piece 28 bent from the tip end of the waist portion 27 at a second angle α2, extending into a space 15 of the housing, and being contact with the fixed terminal 21.

Provided is a refrigerator and control method for refrigerator and method for opening a refrigerator door. While a user is holding an object in both hands, a door may be automatically and additionally opened using another part of a body other than hands.

In a liquid crystal display comprising a plurality of pixels each of which has an switching element, a plurality of drain drivers and gate drivers for operating the switching elements and the pixels, and a plurality of drain lines and gate lines supplying signals from the drain drivers and the gate drivers to the switching elements being formed on one of a pair of substrates sandwiching a liquid crystal layer, the present invention provides wiring lines formed on the one of a pair of substrates for transferring display data signals and a clock signal between each pair of the plurality of drain drivers adjacent to one another, and provides at least one gate circuit for at least one of the plurality of drain drivers which is controlled by the clock signal and switches the display data signals and the clock signal either (1) to be acquired by the at least one of the plurality of drain drivers or (2) to be transferred to another of the plurality of drain drivers arranged adjacent to the at least one of the plurality of drain drivers. This liquid crystal display device has an advantage, for instance, or of suppressing electromagnetic interference (EMI) to another equipment surrounding the liquid crystal display device, of preventing the display data signals or the clock signal from being distorted in the wiring lines.

The invention relates to a motor controller for leading out power terminals upward. The motor controller comprises a heat sink bottom board, a capacitor module, a power module, a drive main control PCB board, and an insulating inner cover. The capacitor module and the power module are mounted on the heat sink bottom board in parallel. The driving main control PCB board and the insulating inner cover are overlaid on the capacitor module. A positive electrode, negative electrode input and a three-phase AC output copper column are distributed in the space above the capacitor module and the powermodule. The power module AC output terminal and the three-phase output copper column are electrically connected through a copper bus. The positive electrode, negative electrode input and the three-phase AC output copper column pass through the through hole of the driving main PCB board and the insulating inner cover, so that the positive electrode, negative electrode input and the three-phase AC output terminal are led out to the upper chamber of the housing and connected with the wiring terminal of the transfer copper bus or motor. The transfer copper bus of the positive electrode and negative electrode input copper column penetrate through the electromagnetic compatibility EMC magnetic ring. According to the motor controller, the controller is small in size and integrated, and the hardware cost is reduced.

A battery pack and a manufacturing method thereof enabling the streamlining of assembly work are provided. This battery pack comprises a printed circuit board 6 including wiring, lead plates 7, 10 that are fixed to the printed circuit board 6 and that electrically connect the wiring of the printed circuit board 6 and both electrodes 4, 5 of a battery 2, and a screw 12 that presses the lead plates 7, 10 so as to maintain a state of electrically connecting of the lead plates 7, 10 to both electrodes 4, 5 of the battery 2 by being screwed into the battery 2.

An end surface portion 8a of a gear housing 8, which is located on a motor unit 2 side of the gear housing 8, is opposed to the motor unit 2 and laterally extends. A brush holder 10 includes a plate portion 13 that is opposed to the end surface portion 8a. A case 15, which receives the control circuit board 14, is formed separately from the plate portion 13. A receiving through hole, through which the circuit board receiver 15 is receivable, is formed in the plate portion 13. The case 15 is constructed to be positionable next to the yoke 5 in a state where the case 15 is received through the receiving through hole. The yoke 5, the gear housing 8, the brush holder 10, the control circuit board 14 and the case 15 are assembleable in a direction parallel to an axial direction of the motor unit 2. The control circuit board 14 projects from the gear housing 8 on the motor unit 2 side, and a projected part of the control circuit board 14, which projects from the gear housing 8 on the motor unit 2 side, is received in the case 15. In this way, in the motor that integrally includes the motor unit, the speed reducing unit and the control circuit board, the gear housing of the speed reducing unit can be made compact, and the assembly work can be simplified.

The provide manufacturing technology and method for a bone conductive speaker that enables a person to be aware and recognize audio signal, with the cranial bones of a human body, through the vibrations of a vibrator. In a bone conductive speaker, a magnet is not installed proximately to a voice coil in a configuration box, but one magnet is installed in an upper portion of an iron piece. Thus, the trouble of matching magnet directionality is eliminated, not only characteristics adjustment can be made wider by enlarging the size of the voice coil, but also strength adjustment that depends on the changes in the size of the magnet can be significantly facilitated, and the bone conductive speaker can be made small-sized and lightweight.

A hydraulic system for a motor vehicle is provided with a pump suction enhancer for boosting the suction of operating oil into a suction port of an oil pump. The pump suction enhancer is composed of a body section for defining a small chamber, a venturi tube passage exposed to the small chamber at an inner end thereof and connected to the suction port of the oil pump, and a nozzle protruding into the small chamber to face the inner end of the venturi tube passage with a space relative to the venturi tube passage in axial alignment with the same for ejecting the operating oil returned from a flow divider into the venturi tube passage thereby to plunge the operating oil from the small chamber into the venturi tube passage. The flow divider divides the operating oil discharged from the oil pump into a return flow to the pump suction enhancer and into a supply flow which passes through a power steering device to return to an oil reservoir. In a first embodiment, the pump suction enhancer is integrally formed with the oil reservoir with the small chamber opening to a reservoir chamber defined in the oil reservoir. In a second embodiment, the pump suction enhancer is provided as a discrete component separated from the oil reservoir, oil pump and the flow divider.

The electrically driven compressor integrally formed with an inverter device contains compression mechanism section (28); motor (31) as a power source of the compression mechanism section; metal housing (32) for accommodating the compression mechanism section and the motor; inverter device (20), which is disposed outside the metal housing, for supplying electricity to the motor; and electric connection terminal (8) for electrically connecting between an inside and an outside of the metal housing. The electric connection terminal has pin terminal (10) formed of a metal with low thermal conductivity and a metal with high thermal conductivity plated on the metal with low thermal conductivity. The pin terminal is electrically connected to the inverter device by solder (9).

The present invention relates to an axial flux permanent magnet (AFPM) coreless multi-generator and motor. The present invention is characterized in that the stator includes coils arranged between upper and lower jig plates made of a non-magnetic material, cooling insulating oil is filled in a space where the coils are mounted between the upper and lower jig plates and is sealed by both lateral plates, and one of the both lateral plates is fixedly coupled to the housing of the generator so as to allow the housing to perform thermal conduction. Also, the rotor includes magnets arranged on a rotor disc in a circular arc shape and a yoke element formed integrally with the rotor disc near a central portion thereof in such a fashion as to vertically protrude by a predetermined height. The rotor disc is fixedly mounted to the rotary shaft, and the yoke element is engaged with a yoke element of another rotor correspondingly adjacent to the rotor so as to allow the engaged yoke elements to serve as a passageway of a magnetic field. The rotor and stator are configured in a multi- structure. The present invention can be applied to a motor having the same structure as that of the generator.

A light-emitting element assembly includes a support substrate having a first surface, a second surface facing the first surface, a recessed portion, and a conductive material layer formed over the first surface and the inner surface of the recessed portion, and a light-emitting element. The light-emitting element has a laminated structure including a first compound semiconductor layer, a light-emitting portion, and a second compound semiconductor layer, at least the second compound semiconductor layer and the light-emitting portion constituting a mesa structure. The light-emitting element further includes an insulating layer formed, a second electrode, and a first electrode. The mesa structure is placed in the recessed portion so that the conductive material layer and the second electrode are in at least partial contact with each other, and light emitted from the light-emitting portion is emitted from the second surface side of the first compound semiconductor layer.

There is provided a contact switching device which has high productivity and in which operation characteristics hardly vary. The contact switching device includes an electromagnetic unit (60), a holder (35), a movable shaft (43), a movable yoke (48), a movable contact piece (49) having movable contacts (49a) at both ends, fixed contacts (33a), and a fixed yoke (51). At the time of excitation of the electromagnetic unit (60), the movable shaft (43) moves to the holder (35) side along a direction of an axis center. A magnetic circuit is formed of the fixed yoke (51) and the movable yoke (48) due to a magnetic field generated by a current that flows into the movable contact piece (49) as a result of the movable contacts (49a) coming into contact with the fixed contacts (33a). The movable yoke (48) is then attracted to the fixed yoke (51).

A front body structure of an automobile, capable of preventing damage to exterior trim parts and the like in light collision situations, and at the same time, normally fixing the exterior trim parts to the front bumper with an appropriate fastening force. A lower bracket (17) made of stamped and formed steel plate is provided between the lower part of the exterior trim and the upper part of the front bumper, and the lower bracket includes a bracket body (61) having a substantially Z-shaped cross-section and a The clamping portion (62) is made of stamped and formed steel sheet and has a substantially U-shaped cross-section. The clamping part (62) includes a first clamping part (62) fixed on the upper wall part (61a) of the bracket body (61) and cooperates with the first clamping part (62a) to clamp the inner panel (22) The second clamping member (62b) of the rib (22a). The clamping portion (62) of the lower bracket (17) is provided with a pair of clamping force generating mechanisms (68) in a transversely spaced relationship, and each clamping force generating mechanism includes a stepped bolt (65), a coil spring (66) and Nut (67). Thus, a relatively large elastic clamping force is generated to clamp the rib (22a) of the front trim (8) with the clamping portion (62).

In an evaporator unit for a refrigerant cycle device, an evaporator is connected to an ejector to evaporate refrigerant to be drawn into a refrigerant suction port of the ejector or the refrigerant flowing out of the outlet of the ejector. The evaporator includes a plurality of tubes in which the refrigerant flows, and a tank configured to distribute the refrigerant into the tubes or to collect the refrigerant from the tubes. The ejector is located in the tank, and the nozzle portion is brazed to the tank to be fixed into the tank. The tank may be a header tank directly connected to the tubes or may be a separate tank separated from the header tank.

An oven includes a main body having a cooking space; a door configured to open and close the cooking space; and a hinge apparatus configured to connect the main body with the door, and at which the door is rotatably installed. The hinge apparatus includes a hinge unit which includes a hinge body fixed to the main body, and a hinge lever which is coupled to the door and also rotatably shaft-coupled to the hinge body by a hinge pin; and a damping unit which is installed at an outer surface of the hinge body within a radius of rotation of the hinge lever, and is in contact with the hinge lever to reduce a rotating speed of the hinge lever when the hinge lever is rotated.

The invention relates to a pinch valve (100), comprising a tubular valve member (106), which has a flexible peripheral wall (104) and defines a flow channel (108) for a fluid between two connection elements (102), and a closing device (110) arranged outside the peripheral wall (104), which is switchable between an open position where the flow channel (108) defines a fluid-permeable state, and a closed position where the flow channel (108) defines a fluid-closed state, characterized in that the closing device (110) has a stopping block (112) which restricts the transfer of the closing device (110) to the closed position.

A hinge connector comprising an insulative connector housing (10) having a predetermined shape, a through hole extending through the connector housing, a receiving chamber defined in the through hole, and an elastic contact member (30) having electric conductivity and a rotatable contact member (50) that are received in the receiving chamber, wherein the elastic contact member (30) is elastically contacted at one end thereof with the rotatable contact member (50), and projects at the other end out of the through hole to form an external contact. This hinge connector is mounted on the main body housing (90) of an electronic device, a circuit board (70) is connected to a cover body, and the contact member (50) is disposed to make rotation contact with the pattern on the circuit board. Such arrangement provides a hinge connector wherein the contact smoothly rotates even if the contact pressure on the circuit board is increased, and good contact can be maintained.

The present invention aims to provide an actuator unit. When the actuator unit is assembled in a lens driving device and works, a lens support beginning to move cannot be inclined. A spring component (14) is provided with an inner side retaining part (14a), an outer side retaining part (14b), a plurality of wrist parts (14c), a plurality of inner side connecting parts (14e), a plurality of outer side connecting parts (14f) and spoke parts (14g) for connecting the inner side retaining part (14a) with the outer side retaining part (14b) in a releasable manner, wherein the lens support (17) is supported by the spring components (14), and an electromagnetic driving mechanism (22) is utilized for enabling the lens support (17) to move.

An assist handle for a car includes an assist handle having mounting spaces and hinge grooves; main brackets positioned in the mounting spaces of the assist handle and having fitting protrusions, clip insertion holes and hinge shafts fitted into the hinge grooves on one side of the mounting spaces; auxiliary brackets having coupling plates provided with hook fixing holes overlapping front portions of body portions of the main brackets and hinge shafts fitted into the hinge grooves on another side of the mounting spaces; fixing clips adapted to couple to the body panel of the car at one side and inserted into the clip insertion holes at the other side such that holding pieces are placed at the same positions as the hook fixing holes; and hooks fitted into the holding pieces and the hook fixing holes to fix the fixing clips, the main brackets and the auxiliary brackets.

The invention provides a liquid crystal display device which causes the withdraw of various apparatus such as handset, etc to become simple. The display device has a stacked body, and the stacked body is formed by the overlapping of a first liquid crystal display panel (15) which is arranged on one face side of a light guide plate (11) which respectively guides the light to the internal and external faces and a second liquid crystal display panel (30) which is smaller than the first liquid crystal display panel (15) and is arranged on the other face side of the light guide plate (11). The face with the second liquid crystal display panel (30) is covered by a metal casing, and the casing has a flat face which is supported to a height being roughly identical with the display face of the second liquid crystal display panel (30). A body casing (40) covers a circuit substrate (20) which is arranged at the circumference of the second liquid crystal display panel (30), causing the display face (30b) of the second liquid crystal display panel (30) to show up from the opening (42) on the body casing (40).

Light source lamps can be held at different interval by a single kind of lamp clip. A straight tube light source lamp (3) arranged on the surface of a backlight chassis (1) is held by a lamp clip (20) fixed to the backlight chassis (1). The lamp clip (20) comprises a base (21) placed on the surface of the backlight chassis (1), and lamp grippers (22) formed on the opposite sides of the base (21). A plurality of lamp grippers (22) are formed on both sides of the base (21) at respective intervals different from each other. A through hole (11) for passing the lamp gripper (22) on the surface of the lamp clip (20) not pertaining to lamp holding is formed in the backlight chassis (1). The lamp gripper (22) passed through the through hole (11) serves to fix the lamp clip (20) to the backlight chassis (1).

A fixing structure includes a first bracket having a first bolt hole, a second bracket having a second bolt hole smaller in the axial length than the first bolt hole, a securing member for securing a circumferential end of the first bracket and a circumferential end of the second bracket, and a securing bolt arranged from the second bolt hole through the first bolt hole and for securing the first bracket, the second bracket, and the vehicle-body member together.

The present invention provides high strength and high efficiency fluid magnetizing tube, magnetizing device and magnetizing system, and belongs to the field of fluid magnetizing technology. The fluid magnetizing tube includes a magnetic tube, a magnetic conducting tube, and a locating and guiding element to form one or several fluid channels and has straight or curved axis. The magnetic tube includes a magnetic ring, an isolating ring of non-ferromagnetic material and a duct; the magnetic conducting tube is high permeability duct or one other magnetic tube; and the end plates possess fluid channel. The magnetizing device includes a casing and several magnetizing tubes connected serially and/or in parallel. The magnetizing system has magnetizing device, conventional pump and power device to perform circular fluid magnetizing. The present invention has high strength axial and radial magnetic field and high fluid magnetizing efficiency.