83results about How to "Improve installation workability" patented technology

The invention provides a connector sheet and a portable electronic equipment which have conductive characteristics, necessary for removing electromagnetic wave noise and static electricity, in which a metal part of a cabinet and a circuit board can be grounded and connected by a simple mounting operation, and which can be adapted to size reduction of the electronic equipment. The connector sheet 1 can prevent the electromagnetic wave noise from being collected in the cabinet 10 and static electricity is charged, since it is conductively connected to the metallic cabinet 10 and a grounding connection part 12 of the circuit board 8 by a conductive part 5 of connector parts 2, 3 in which conductive particles are arranged and directed in a chain reaction. Accordingly, malfunctions due to the electromagnetic noise and static electricity can be prevented, and action reliability and action stability of the electronic equipment 9 can be realized. Moreover, since the connector parts 2, 3 and a resin sheet 4 are integrated, there is no need to position and mount the small connector parts 2, 3 by the resin sheet 4, respectively, as a single body, and mounting work can be carried out easily.

Disclosed is a coating agent comprising a cellulose derivative, a 1,2-polybutadiene having an isocyanate group, a synthetic wax having a softening point of 100 to 150 DEG C, an aliphatic amide having a softening point of 60 to 170 DEG C and graphite. The coating agent has satisfactory levels of properties required for a coating agent for a rubbery elastic material, such as a sticking-preventing property, an adhesion-preventing property, a blocking-preventing property, and improved abrasion resistance. The coating agent can be used as a surface treatment agent for a vulcanized rubber, which does not cause adhesion upon compression at a high temperature or detachment of a coating film by friction / abrasion under a high surface pressure.

There is here disclosed a terminal protective device for a compressor to which a terminal cover can be attached and held stably. The terminal protective device comprises a terminal fence fixed to the outer surface of a hermetically sealed vessel so as to surround a terminal attached to the hermetically sealed vessel, and a terminal cover attached to the terminal fence so as to cover the terminal. The terminal cover has the shape of a substantially rectangular box and is held on its upper or lower surface as well as right and left surfaces by the terminal fence.

The purpose of the present invention is to provide a thermal transfer printing machine that reduces the running cost of the ink ribbon and can reduce the image cost of each piece of recording paper. It is characterized in that it has: a thermal head (4), which can The platen roller (3) that lifts / falls the head of the thermal head (4), and the ink ribbon (18) that leads between the thermal head (4) and the platen roller (3) can transport and record Paper feeding roller (13) of paper (17); on the downstream side of the thermal head (4) in the conveying direction of recording paper (17), it is provided with a roller that can be in close contact with recording paper (17) during printing. The peeling roller (11c) that peels off the ink ribbon (18) is provided between the thermal head (4) and the peeling roller (11). The corresponding detection marker detects the optical type belt sensor (12).

The defroster of refrigerant circuit and rotary compressor includes a rotary compressor (10) that, a gas cooler (154), an expansion valve (156), and an evaporator (157). The rotary compressor (10) discharges a refrigerant gas that has been compressed by a first rotary compressing unit into a hermetic vessel, and the discharged intermediate-pressure refrigerant gas is compressed by the second rotary compressing unit. To defrost the evaporator, the refrigerant gas discharged from the second rotary compressing unit is introduced into the evaporator without decompressing it by the expansion valve. Furthermore, the refrigerant gas discharged from the first rotary compressing unit is introduced into the evaporator. At the same time, an electromotive unit of the rotary compressor is run at a predetermined number of revolutions. The inertial force of a vane at the foregoing number of revolutions is set to be smaller than the urging force of a spring. Thus, the defroster restrains a vane jump that takes place when an evaporator is defrosted in a refrigerant circuit using a so-called internal intermediate-pressure type double-stage compression rotary compressor.

A non-reciprocal circuit element includes a bendable dielectric which is made of a laminated plate in which insulating thin plates are laminated, first to third central conductors which are formed at different laminated locations of the dielectric to be integrated with the dielectric and which are disposed such that parts the first to third central conductors cross each other in a vertical direction, and capacitors disposed between the dielectric and a yoke. The capacitors are disposed between side plates of the yoke and bent portions bent from a base portion of the dielectric. Thus, flat portions (thickness direction) of the capacitors are provided upright with respect to a lower plate.

According to the present invention, a hinge device which may be mounted with one action without fixing and mounting the hinge device with any other discrete part and is superior in mounting work, in which a cam portion 4 is provided within a mounting case body 3 in a rotation preventing manner, the cam portion 4 is provided slidably movably within the mounting case body 4 against an engagement biasing spring 5 provided within the mounting case body 3, a cam engagement portion 6 for engaging with the cam portion 4 by the engagement biasing spring 5 is provided in confrontation with the cam portion 4, the cam engagement portion 4 or a mounting portion provided in the cam engagement portion 6 is provided projectingly on one side of the mounting case body 3, the mounting case body 3 is provided in a fixed condition to the first member 1, the cam engagement portion 6 or the mounting portion provided in the cam engagement portion 6 is provided in a fixed condition to the second member 2, when the second member 2 is rotated to the first member 1, the cam portion 4 and the cam engagement portion 6 are disengaged and rotated to each other while the cam portion 4 is separated against the engagement biasing spring 5 and a rotational position of the second member 2 is held to the first member 1 under the condition that the cam portion 4 and the cam engagement portion 6 are biased and engaged with each other, characterized in that the cam engagement portion 6 provided on one side of the mounting case body 3 or the mounting portion provided in the cam engagement portion 6 is slidably movably (retractably and movably) provided together with the cam portion 4 against the engagement biasing spring 5 toward the inside of the mounting case body 3 so that the cam engagement portion 6 or the mounting portion is fixed to the second member 2 with one action by the retracting motion and by the returning and restoring motion of the engagement biasing spring 5.

In order to make a wire harness in a hybrid automobile easy to handle, a wire harness system in a hybrid automobile, in which HEV components including a battery are installed in the rear of the vehicle, is provided with a floor harness routed from the front of the passenger compartment to the rear thereof along floor panels. The rear end of the floor harness is near a panel that separates the passenger compartment from a rear luggage compartment. A rear harness comprising wires that connect to components installed in the rear of the vehicle, such as a license-plate light, rear lights, and HEV components including a rear-mounted battery, is provided separately from the floor harness. The floor harness and the rear harness are connected to each other during installation in the vehicle.

In order to prevent damage to a surface of a solar cell module during production and in order to increase productivity, a colored, light-stansmissive, adhesive film is stuck on the light-receiving surface side of the solar cell module.

According to the present invention, there is provided a stand-up forklift having a structure capable of efficiently assembling a hydraulic equipment for controlling the production of an oil motor, an oil pump, an electric motor for driving an oil pump, a control valve, and the like for controlling the hydraulic pressure. The vertical forklift includes a hydraulic device including an oil tank (41), an oil pump (43), an electric motor (43) for a pump, and a control valve for switching the supply of hydraulic oil to the hydraulic path A controller (45) that controls an electric motor; and a battery (48B) that supplies electric power to the electric motor and the controller, and the vehicle body frame (2) is provided with an upper and lower body (A1) including a control device area (A1) of the control device of the hydraulic device and the controller and a battery area (A2) in which the battery is arranged.

The invention provides a dust cover configuration body; the dust cover configuration body is formed by rubber elastic materials and provided with a dust cover having a covered rotary grinding body; the dust cover configuration body easily removes the dust cover in the grinding device. The dust cover configuration body (C) of the grinding device (G) is provided with the dust cover (30) of the covered rotary grinding body (20) and a belt component (60) held the dust cover (30) on a protective cover (10). The dust cover formed by the rubber elastic materials is provided with a pair of clamping portions (the clamping portions 33 shown by the figure 1) formed on a covering wall (Wo) of the covered rotary grinding body and clamped with a pair of ends (11a, 11b) of the protective cover. The covering wall (Wo) is formed with a cutting opening (40) dividing the covering wall on a circumferential direction. The dust cover (30) is held on the protective cover combined with a main body (1) by a belt component through the covering wall, and is clamped with the pair of clamping portions so as to be detachably installed on the protective cover (10).

To prevent the breaking of expansion springs by providing a first and a second sleeves, which are stored in an inner and outer pipe, respectively and slidably inserted therein mutually in a wiring mechanism, and storing the expansion spring connected to a terminal of one pipe end. An expansion pipe is formed of an outer pipe connected to a vacuum cleaner main body side, a coupling member connected to a power brush side of a suction means, and an inner pipe 2 for connecting them to each other. A storing part 8 for storing a wiring mechanism including a pair of expansion springs 10, 11 which feed power supply to the power brush is formed in the inner pipe 2. The respective expansion springs 10, 11 have the diameter smaller than the internal diameter of a cylindrical part provided in a sleeve 16, which is inserted in the storing part 8, have the both ends formed into tapered states, and have lead wires 14, 15 connected to the respective ends. The central parts of the expansion springs 10, 11 are formed into the large diameters matching the internal diameters of the cylindrical parts of the sleeves 12, 13 so that the spring load can be reduced.

An elevator device that can cope with a change in the distance between guide rails is provided in the present invention, in which ride comfort and safety of an elevator car are improved and in which workability in installation of the guide rails is enhanced. The elevator device has the car vertically moving in an elevator hoistway; the pair of guide rails arranged in the hoistway and whose relative distance is partially varied; a cage guide device capable of advancing to and retreating from a desired position in the horizontal direction relative to the car and constantly in contact with the guide rails while following the variation in the relative distance of the guide rails; and an emergency stop device provided at the car, capable of advancing to and retreating from a desired position inthe horizontal direction relative to the car, facing the guide rails with a constant distance from the rails while following the variation in the relative distance between the guide rails, and holding the guide rails when the car falls at overspeed, making an emergency stop of the car.

A rear tray mounting structure, wherein a rear tray is mounted to a vehicle body so as to cover a gap between a seatback and a vehicle body-side support member behind the seatback. A rear tray mounting section for mounting the rear tray thereon is provided to that surface of the vehicle body-side support member which faces the gap.