74results about How to "Realize space saving" patented technology

The invention relates to an electronic part installing method and an installing device, which can conduct positioning on cover parts and install the cover parts behind a substrate and prevent dislocation before fixing through pressing and reduce tool variety. The electronic part installing device installs upper and lower moving components having pressing parts at a part transferring device and can drive the upper and lower moving components up and down. The pressing part is pressed and positioned at a cover part of regulated position. The electronic part installing method comprises a substrate moving and positioning process which is to move the substrate by a substrate moving device and to conduct positioning on the substrate; a cover part positioning and carrying process which is to select the cover part by means of a part transferring device through absorption and to conduct positioning and carrying on the cover parts to a regulated position of the positioned substrate in the substrate moving and positioning process; a pressing and assembling process which is to immediately drive the upper and lower moving components and press the cover parts by the pressing part after the cover parts are positioned and disposed at the regulated position by means of the part transferring device, and thereby an engaging mechanism of the cover part can be engaged with an engaged mechanism disposed at the substrate.

The invention provides a multiple crimped wire manufacturing device, a two terminal-crimped wire manufacturing method, a multiple wire feeding device, a terminal crimping method, and a terminal crimping device. The two terminal-crimped wire manufacturing device has an advantage of being able to accurately set the length of each wire and other advantages while suppressing the increase in size and weight of the whole device and the increase in price of the device as much as possible. The two terminal-crimped wire manufacturing device (1) includes a wire feeding device (100), a cutting and stripping device (200), a tail clamping device (300), crimping devices (400, 500), and a wire discharging device (600). The wire feeding device (100) has two sets of wire feeding rollers driven by different motors. Therefore, each wire can be fed only by a precise length. In addition, it is possible to discharge two wires having different lengths by changing the operation amount of each motor. Accordingly, it is also possible to provide, as a set, two terminal-crimped wires having different lengths and types of diameters and jackets.

The invention provides a method for constructing a power system distributed platform. The method comprises the following steps of: constructing a virtual distributed assembly, arranging a distributed platform, and setting a distributed platform management subsystem. The method achieves all functions of the whole distributed platform with less resource consumption and achieves one-key completion of start-up and stop of the platform, so as to increase the operating speed; provides simple and practical functions of program updating, platform monitoring, task submission and viewing, so as to finally achieve the effect of space-saving and system easy-to-use properties of the distributed platform; and positions the mirror image on a notebook computer to complete development, test and demonstration of related programs and systems in the single computer environment by use of the distributed platform. The distributed platform is mobile.

The washing machine (A) has outer tank (2) that is elastically supported in a casing (1). A rotating drum (3) is supported rotatably in the outer tank. A detergent injection unit (4) is provided to throw a detergent into the casing. An opening (4a) is provided at upper surface of the detergent injection unit. A water supply inlet (42c,42d) is provided in wall (42b) of the detergent injection unit.

A centralized power distribution member A for motor arranged on the outer periphery of a stator S of a motor and configured to feed power to windings of the stator S includes a plurality of annular busbars 10 each including a power feeding terminal 20 and connection terminals 15 to the windings on one side edge, an annular holder 30 made of synthetic resin and configured to accommodate the busbars 10 laminated in a radial direction in a mutually insulated manner, and a power feeding unit 70 arranged near a predetermined position in a circumferential direction and individually connected to the power feeding terminal 20 of each busbar 10 and power supply side terminals drawn out from a power supply side. The power feeding unit 70 is arranged on an end surface side of the stator S where the power feeding terminals 20 and the connection terminals 15 are arranged.

In the present invention, a base is reduced in size despite the presence of a caliper pressure sensor. An inlet port and an outlet port are disposed in the top part of a base (100); a reservoir (5) is disposed in the bottom part of the base; a pair of pumps (6) are disposed between the inlet port and the reservoir; a pressure booster valve, a depressurizing valve, a cut valve, and a caliper pressure sensor are disposed in a row in a direction along the center axis of each pump; the pressure booster valve is disposed above the center axis (Y1) of the pump; the depressurizing valve is disposed below the center axis of the pump; the cut valve is disposed between the pressure booster valve and the depressurizing valve and is also disposed nearer the middle of the base than the pressure booster valve and the depressurizing valve disposed at the end of the base; and a suction valve (4) is disposed between the depressurizing valves that, of the depressurizing valves aligned in the direction along the center axes of the pumps, are aligned nearer the end of the base than a vertical reference line passing through the rotational center axes of the pumps. The suction valve communicates with a pair of cut valves, and a master pressure sensor (8) is disposed on the reference line of the base.

The invention provides an illumination device and a head-up display device. The illumination device (100) comprises a plurality of light sources (10), which are arranged in a two dimensional matrix and give off illumination light (L1) to an opposite direction; a condensing lens (20), which is arranged on the exit surface of the light sources (10) and comprises multiple convex lens parts (22) corresponding to the light sources (10) respectively, wherein the convex lens parts (22) converge the illumination light (L1) emitted by the light sources (10); and a collimating lens array (30), which isarranged on the exit surface of the condensing lens (20) and is provided with multiple protruded light exiting surfaces (32) corresponding to the convex lens parts (22). Through the collimating lens array (30), the illumination light (L1) from neighbored convex lens parts (22) is emitted from the protruded light exiting surfaces (32) in parallel light that is not overlapped with each other.

A fixing device includes a feeding roller for feeding a belt-shaped cleaning member which has been rolled up, and a winding roller for taking up the cleaning member which has been fed from the feeding roller and cleaned a surface of the fixing roller, the winding roller being provided so as to pressure-contact the feeding roller. The winding roller is rotated by a time control due to a control portion so that a sum of a feed amount of the cleaning member which is fed by the feeding roller at one feeding occasion, and a take-up amount of the cleaning member which is taken up by the winding roller at one take-up occasion, is equal to or more than a double of a length Ln of a nip section.

A light-emitting apparatus which is capable of, even when an environmental temperature changes, stably reducing collision noise, vibration noise, and so on generated when the light-emitting apparatus moves from a retracted position to a light-emitting position. A movable portion has a first stopper portion coming into abutment with a first elastic member when the movable portion moves from the retracted position to the light-emitting position, and a second stopper portion coming into abutment with a second elastic member with a higher elastic coefficient than the first elastic member when the movable portion moves from the retracted position to the light-emitting position. When the movable portion moves from the retracted position to the light-emitting position, the first stopper portion comes into abutment with the first elastic member, deforming the first elastic member by a predetermined amount, and then the second stopper portion comes into abutment with the second elastic member.

A ceiling transport vehicle has an elevation operation mechanism which elevates and operates a support body with respect to a mobile object. The elevation operation mechanism has a connecting rod mechanism which extends and retracts freely vertically, and a retraction drive unit that enables the connecting rod mechanism to extend and retract. An upper side connection unit connected with an upper end of the connecting rod mechanism is supported with respect to the mobile body to swing freely around a horizontal axis in the horizontal direction. A swing drive unit which enables the upper side connection unit to swing around the horizontal axis with respect to the body is also provided.

The invention provides an elevator compartment. Even when a bottom pit ladder is arranged, space occupation under the compartment can be reduced and no barriers are caused to maintenance work and worries of damages to other equipment in an elevating path can be prevented. In the elevator compartment, during the installation of a guardrail (5), a plurality of guardrail sheets (7) and a rope (6) integrated form a bottom pit ladder used when an operator works between the bottom pit and the elevator riding position; normally, each guardrail sheets (7) are accommodated into a notch part (5a) of the guardrail (5); during the maintenance work, the guardrail sheets can be detached, pulled out and expanded and remained at a dangling state toward the bottom pit of the elevating path; and the operator can passes through the notch part (5a) of the guardrail (5) and holds a holding part (16) and the rope (6) in the elevating path to make each guardrail sheets (7) pedals (pedal steps). Therefore, the operator can smoothly and safely come in and out; interval arrangements of a pair of hooks (4) combined with one end of the rope (6) and the guardrail (5) enable the operator to easily come in and out.

The present invention provides technique capable of performing efficient and reliable cooling when a metal layer is formed on a to-be-coated substrate by sputtering. A substrate holder transport mechanism (3) is provided in a vacuum tank (2) formed with a single vacuum atmosphere, and the substrate holder transport mechanism (3) has an out-side transfer section (33a) for transporting a substrate holder (11) for holding a to-be-coated substrate (50) to a predetermined direction along a transportation path, an in-side transfer section (33c) for transporting the substrate holder (11) along the path in a direction opposite to the transport direction of the out-side transfer section (33a), and a transport folding section (30B) returns the substrate holder (11) from the out-side transfer section(33a) to the in-side transfer section (33c) while maintaining the vertical relationship. The out-side transfer portion (33a) passes through a cooling region (7) and the in-side transfer portion (33c)passes through first and second metal layer deposition regions (4, 5).

Provided is a refrigerator. Appearance design can be improved by saving space of an operation panel part. The refrigerator (1) comprises a main body (1A); doors (8, 7) which are equipped with front panels made of steel plates ad close the front opening part of the main body (1A); door opening devices (51, 52) allowing the doors (8, 7) to act; door opening operation parts (62, 61) generating movement signals of the door opening devices; and an operation panel part with a function selection part (80) for selecting functions of the main body and a display part (110) for displaying functions of the main body. The door opening operation parts (62, 61) and the operation panel part (70) are configured to be on the lower edge part (8P) of the door (8). The function selection part (80) of the operation panel part (70) is configure to be on the front side relative to the display part (110) of the operation panel part (70) in an overlapping manner.

The invention provides a solid particle recovering and removing apparatus which can save the space and can shorten processing time, a liquid managing apparatus which is provided with the solid particle recovering and removing apparatus, and an etching solution managing apparatus which is provided with the solid particle recovering and removing apparatus. The solid particle recovering and removing apparatus is provided with a housing (35) which is cylindrical; a central shaft (36a) which is disposed in the housing (35); screw vanes (36b) which are disposed in a spiral shape nearby the central shaft (36a) in a manner of approaching an inner wall of the housing (35); a flow inlet which supplies liquid containing solid particles; a discharge port which discharges the liquid containing solid particles; a solid particle discharge pipe which enables the solid particles to be discharged from the housing (35) and is arranged to be higher than the flow inlet and the discharge port. The housing (35) is arranged at a specified angle, and a motor (37) enables the screw vanes (36b) to rotate, thereby achieving the conveying of the solid particles in the liquid to the solid particle discharge pipe from the liquid in the housing (35) for discharge.

A developing device includes a developer reservoir having developer stored therein, a developing roller for carrying developer, a sealing member which is brought into close contact with the developer portion so as to cover a communication port in communication with inside of the developer reservoir, and a sealing passing member for passing the sealing member peeled off the developer reservoir, wherein the sealing member is peeled off the developer reservoir to open the communication port and the sealing passing member has an opening with an approximately elliptical shape, through which the sealing member passes.

Provided is a cutting device capable of saving space and suppressing equipment costs when processing requiring a cutting device and an ultraviolet irradiation device is performed. The cutting device divides a wafer supported on an annular frame through an adhesive tape into individual device chips. The cutting device includes: a chuck table including a wafer support table that supports the wafer and a frame support portion (13) that is disposed on an outer periphery of the wafer support table and supports the annular frame; and a cutting unit that performs cutting processing on the wafer supported by the wafer supporting table. The wafer support table includes an ultraviolet irradiation unit that irradiates ultraviolet light to reduce an adhesive force of the adhesive tape in a region corresponding to the wafer.

The invention provides a rotary holder device, which can stably hold a beverage container and a portable terminal and saves the space at the same time. The rotary holder device includes: a vehicle interior member having an opening portion formed with a predetermined shape in an upper surface thereof; and a rotary body mounted on the vehicle interior member so as to be rotatable about a horizontalaxis extending in a horizontal direction. The rotary body has a first holder portion and a second holder portion provided at rotation angle positions different from each other. The first holder portion has a first opening formed in a shape corresponding to the predetermined shape, and a first bottom wall facing the first opening at a position at the horizontal axis side with respect to the first opening. The second holder portion has a second opening formed in a rectangular shape, and a second bottom wall facing the second opening at a position at the horizontal axis side with respect to the second opening.

A sputtering device according to the present invention is a device which uses a sputtering method to form a film on a to-be-processed substrate, the sputtering device being provided with: a vacuum chamber; a target provided on the surface of a cathode that is provided in the vacuum chamber; a substrate holding part which is provided in the vacuum chamber to face the target and on which a to-be-processed substrate is installed; and a swinging part that allows the substrate holding part to swing relative to the target. A swinging region of the to-be-processed substrate in the substrate holding part is set smaller than an erosion region of the target.

A panel detaching mechanism that can detach a panel from a main body while simplifying the structure in front of the panel is provided. In an car audio system (10), a lock unit latches an operation panel (14) with a support unit (20) in the state where the panel front face is opened outwards, and releases the latching of the operation panel (14) with the main body (12) when a user presses a detach button (40). A tilt mechanism (16) pulls out the panel bottom face (14c) out more than other outside faces such as the panel top face (14b) from the state where the operation panel (14) is at the standard position with the operation panel latched with a support unit, by pulling out the support unit. The detach button (40) is arranged on the panel bottom face (14c).

Disclosed is an optical reading method with which can be realized a system that compensates for handling of an information pattern not recognizable to the naked eye, wherein a nonvisible information pattern such as a bar code or a QR code is printed on an information recording medium or an object to be managed, and that provides high security or guaranteed product quality. When an information recording medium (11) having an information pattern (12) is placed in or transported to a prescribed position, the information pattern (12) is irradiated with excitation light (H1), which is emitted from a light-emitting diode (13) and has higher energy than the band gap of a semiconductor quantum dot, and the semiconductor quantum dot is thermally expanded. Then, light is emitted from the thermally-expanded quantum dot with a wavelength which transitions to the long-wavelength side compared to the wavelength emitted from the quantum dot prior to thermal expansion, this light beam is received by an optical sensor (14), which has a sensitivity to the longer wavelength portion of light which is emitted and transitions to the long-wavelength side, and the information pattern (12) is read by an information judgment unit (15).