7results about How to "Improve assembly workability" patented technology

The present application aims to improve assembly workability. A wire harness is provided with: a wire harness body (10) that is a wiring member that electrically connects a first electric connection object (550) provided to a sliding door (500) and a second electric connection object (560) provided to a vehicle body (B) and that is wired along a link mechanism (600) that links the sliding door (500) and the vehicle body (B) and reciprocally moves the sliding door (500) in a sliding direction with respect to the vehicle body (B); and a wire harness temporary holding structure (30) at at least one location that is capable of temporarily holding the wire harness body (10) assembled to the link mechanism (600) before the link mechanism (600) is assembled to the sliding door (500) and the vehicle body (B).

The present invention is to solve the problem of providing a stator assembly device that is capable of inserting a coil into a slot without biting into an installed insulating member in the slot when the coil is inserted into the slot from the inside of a stator core. To solve the above problem, the stator assembly device is provided with a leading guide member that is disposed so as to be movable in the direction of the central axis of the stator core, that by moving toward the stator core, inserts into the inside of the insulating member before the coil is inserted, in a state in which at least a portion is fitted inside the open end of the insulating member, and that is disposed in front of the moving direction of the coil that moves toward the slot. The leading guide member has a quadrilateral shape in the length direction, has a shape that is inclined with one end portion side in the radial direction of the stator core as a vertex, and is tapered toward the front end along the center line in the radial direction of the stator core, and the vertex is disposed on the radial direction outside of the stator core.

This utility model relates to an outdoor unit of an air conditioner, including an outdoor unit frame, a heat dissipation mounting plate, a refrigeration unit, a power supply box, and a refrigeration circuit system. The heat dissipation mounting plate is detachably mounted on the outdoor unit frame. The refrigeration unit is disposed in the heat dissipation mounting plate. The power supply box is detachably mounted on the outdoor unit frame or the heat dissipation mounting plate, and the power supply box is fitted to the heat dissipation mounting plate, sealing the refrigeration unit within the power supply box. The refrigeration circuit system is disposed on the outdoor unit frame and connected to the refrigeration unit. The outdoor unit of this air conditioner, by designing the heat dissipation module and the power supply box independently, allows for separate maintenance and optimizes the assembly workability of the heat dissipation module and the power supply box.

The present application provides a cooling fin structure and a motor. The cooling fin structure is installed in a manner surrounding the outer periphery of the motor and releases heat from the motor, and is characterized by having: a plurality of heat radiating fins projecting radially with respect to the axis of the motor and extending in parallel with respect to the axis of the motor, and having a hollow portion in which a refrigerant is enclosed in the interior; a plurality of connecting portions provided between the heat radiating fins at base end portions of the heat radiating fins and connecting the heat radiating fins in a cylindrical shape; a plurality of cover portions provided in a manner covering end portions of the heat radiating fins on both sides in the axial direction of the motor and sealing the hollow portion; and an adhesive tape provided between each end portion and each cover portion and fixing each cover portion to each end portion.

A window regulator capable of improving assembly workability of a rail. The window regulator is provided with a rail (11), a pallet (12), an up-side cable (13) and a down-side cable (14), a rotating drum (22), and a drum housing (23) provided at a lower end portion of the rail, which houses the rotating drum. The rail has a bottom plate portion (31) and a right side plate portion (32) provided upright from the bottom plate portion. The drum housing is formed with an insertion hole (73) into which the lower end portion of the rail is inserted and fitted, a first fitting guide wall (81) formed by extending a rear inner surface (73a) of the insertion hole upward from an edge of the insertion hole to guide the bottom plate portion to the insertion hole, and a second fitting guide wall (82) formed by extending a right inner surface (73b) of the insertion hole upward from an edge of the insertion hole to guide the right side plate portion to the insertion hole.

The composite wire harness (10) has a first path restriction member (40) that holds the first outer member (22) and the second outer member (32) together and restricts the paths of the first wire harness (11) and the second wire harness (12). The first path restriction member (40) has a first body portion (41) that covers a portion of the outer periphery of the first outer member (22) and the second outer member (32) and a first insertion opening (42) formed by a first end portion (45) and a second end portion (46) that are both end portions in the circumferential direction of the first body portion (41). Also, the first insertion opening (42) is an opening that extends in the length direction of the first path restriction member (40) and extends over the entire length of the first path restriction member (40).

A connector and wire harness are provided to improve assembly workability. The connector (30) has: a plurality of terminals (31) for connection to the ends of a plurality of wires (20); an annular connector housing (40) housing the plurality of terminals; and an inner member (90) fitted to the end of the connector housing. The connector has: a plurality of through holes (91X) disposed in the inner member, through which the plurality of wires individually pass; a plurality of annular sealing members (100) individually fitted into the inner side of the plurality of through holes; and an annular sealing member (110) fitted into the outer side of the inner member. The sealing member is in close contact with the outer peripheral surface of the wires and with the inner peripheral surface of the through holes. The sealing member is in close contact with the outer peripheral surface of the inner member and with the inner peripheral surface of the connector housing.