Abstract: Provided is a regulator unit that when a pressure is set with respect to a workpiece having a certain weight, can be used for raising/lowering, suspension, or the like of a workpiece having a weight exceeding the weight with the set pressure maintained. The regulator unit is disposed between a drive cylinder and a fluid pressure source and includes a regulator body and a pressure control mechanism connected to the regulator body. The pressure control mechanism includes a cylindrical housing, an end surface cover, and an operation handle fixed to an end of a screw rod protruding from the end surface cover. The end surface cover is fixed to a resin ring fitted to an end of the cylindrical housing and is slidingly rotatable with respect to the end surface of the cylindrical housing integrally with the resin ring in accordance with the amount of turn of the operation handle.

Abstract: Provided is a regulator unit that when a pressure is set with respect to a workpiece having a certain weight, can be used for raising/lowering, suspension, or the like of a workpiece having a weight exceeding the weight with the set pressure maintained. The regulator unit is disposed between a drive cylinder and a fluid pressure source and includes a regulator body and a pressure control mechanism connected to the regulator body. The pressure control mechanism includes a cylindrical housing, an end surface cover, and an operation handle fixed to an end of a screw rod protruding from the end surface cover. The end surface cover is fixed to a resin ring fitted to an end of the cylindrical housing and is slidingly rotatable with respect to the end surface of the cylindrical housing integrally with the resin ring in accordance with the amount of turn of the operation handle.

Abstract: Provided is a part positioning jig and a part positioning device using the same that allow the positioning in setting an assembling part on a dedicated tray to be carried out through a simple operation with no need for skill, whereby the part assembling work can be made more efficient and simpler. A part positioning jig is mounted to a bottom face of a part having machining reference holes for thereby aiding positioning of the part in assembling thereof, the part positioning jig including a base member in which at least one clamp installation part is disposed, an inner diameter clamp being installed in the clamp installation part such that a clamp head of the inner diameter clamp is protruded from a top face of the clamp installation part.

Abstract: A universal caster is provided that, with a hand truck, for loading and transporting a heavy substance. The universal caster includes a lower stage turning part A being mounted to an upper stage supporting shaft in the upper stage turning part B, thereby being made turnable with respect to the upper stage turning part; and a universal metal fitting that pivotally supports a wheel, being mounted to a lower stage supporting shaft in the lower stage turning part, thereby being made turnable with respect to the lower stage turning part, the lower stage supporting shaft being disposed in a displaced manner in a horizontal direction from the upper stage supporting shaft, and the wheel being supported by the wheel shaft through one or a plurality of rows of spiral springs.

Abstract: A universal caster is provided that, with a hand truck, for loading and transporting a heavy substance. The universal caster includes a lower stage turning part A being mounted to an upper stage supporting shaft in the upper stage turning part B, thereby being made turnable with respect to the upper stage turning part; and a universal metal fitting that pivotally supports a wheel, being mounted to a lower stage supporting shaft in the lower stage turning part, thereby being made turnable with respect to the lower stage turning part, the lower stage supporting shaft being disposed in a displaced manner in a horizontal direction from the upper stage supporting shaft, and the wheel being supported by the wheel shaft through one or a plurality of rows of spiral springs.

Abstract: A regulator unit which includes a regulator main body, and a pressure-regulating mechanism part, being installed consecutively thereto; the pressure-regulating mechanism part being constituted by a cylindrical housing provided with a shouldered hole, the shouldered hole being formed by a smaller-diameter bore and a larger-diameter bore, the smaller-diameter bore accommodating an adjusting spring and an end cover; a ball screw being disposed in the larger-diameter bore; an operation handle being mounted to a basal end part of a threaded rod of the ball screw through a fastener; and the operation handle being capable of being turned for expanding or contracting said adjusting spring to thereby change the spring pressure applied to a diaphragm receiving plate.

Abstract: A regulator unit which includes a regulator main body, and a pressure-regulating mechanism part, being installed consecutively thereto; the pressure-regulating mechanism part being constituted by a cylindrical housing provided with a shouldered hole, the shouldered hole being formed by a smaller-diameter bore and a larger-diameter bore, the smaller-diameter bore accommodating an adjusting spring and an end cover; a ball screw being disposed in the larger-diameter bore; an operation handle being mounted to a basal end part of a threaded rod of the ball screw through a fastener; and the operation handle being capable of being turned for expanding or contracting said adjusting spring to thereby change the spring pressure applied to a diaphragm receiving plate.

Abstract: A boost power module and an inverter form a semiconductor module. A smoothing capacitor is arranged outside the semiconductor module. A bus bar forming a power supply line is divided into bus bars, between which a lead member extending outward from the semiconductor module is coupled. The lead member has an electric contact with one of terminals of the capacitor arranged outside the semiconductor module. A bus bar forming an earth line is divided into bus bars, between which a lead member extending outward from the semiconductor module is coupled. The lead member has an electric contact with the other terminal of capacitor.

Abstract: A boost power module and an inverter form a semiconductor module. A smoothing capacitor is arranged outside the semiconductor module. A bus bar forming a power supply line is divided into bus bars, between which a lead member extending outward from the semiconductor module is coupled. The lead member has an electric contact with one of terminals of the capacitor arranged outside the semiconductor module. A bus bar forming an earth line is divided into bus bars, between which a lead member extending outward from the semiconductor module is coupled. The lead member has an electric contact with the other terminal of capacitor.