53results about How to "Simplify connection work" patented technology

When a host 101 is connected to a device 102 via a USB cable 103, the ID terminal on the device 102 is short-circuited to the GND line, hence to reduce the voltage level of the ID terminal. Since power feeding means 109 starts feeding power to the VBUS terminal when detecting that the voltage level of the ID terminal turns from “H” to “L”, the power is supplied to the host 101 through the VBUS line of the USB cable 103.

The invention discloses a corner structure located above the tailgate of a vehicle. It includes: a roof panel, which constitutes the roof; a rear roof outer beam, which is arranged at the rear of the roof panel inside the compartment and extends along the width direction of the vehicle; a rear roof inner beam, which is connected to the rear roof outer beam and is connected with it A closed combined shape is formed; the door post reinforcement is integrally installed with the tailgate hinge reinforcement member on its outer side; the inner corner extension part is connected with the door post reinforcement and forms a closed combined shape with it.

An optical and electrical compound connector, which enables to transmit and to receive light signals and electric signals of a plurality of systems and to transmit and to receive these signals with respect to other electric wiring board, is achieved with downsizing and easing connection work thereof. The optical and electrical compound connector 1 is comprised of a sheet-shaped base board 2 and a socket 3 into which this base board 2 is inserted. The sheet-shaped base board 2 is a flexible base board capable of transmission and reception of the light and electric signals, in which a light guide 21 and conductor patterns 22 extended in an insertion direction 10, are formed. The socket 3 performs the transmission and reception of the light and electric signals with the sheet-shaped base board 2 and transmits and receives the signals with an electric wiring board 8. The socket 3 comprises a connector main body 4 to which the sheet-shaped base board 2 is connected, a light-sensitive element and / or a light emitting element 5 which performs the transmission and / or reception of the light signals with the light guide 21, and contacts 6 which performs the transmission and / or reception of the electric signals with the conductor patterns 22. The connector main body 4 has a first to third walls 41 to 43 enclosing the sheet-shaped base board 2 from both sides in a thickness direction and from a front end 11 side, and the light-sensitive element and / or the light emitting element 5 and the contacts 6 are disposed on any one of these walls.

A battery connecting assembly includes: a power line having the outer circumferential portion of a conductor covered with an insulating resin and connected to electrode terminals; and a connecting units including: a connecting member that connects the adjacent electrode terminals to each other; and a wire mounting portion that mounts the power line thereon along the direction of arranging electric cells. The connecting units are coupled to each by mounting the power line on the wire mounting portion of the connecting units.

Windings (M1 to M8) are wound by concentrated winding around teeth (T1 to T8) of an armature core (107, 317) to which insulators (X, Y) are attached. A feeding member (108, 314) for feeding current to the windings (M1 to M8) has a connection section (116a, 332a). Separation sections (Xc) provided to the insulator (X) are arranged on teeth (T1 to T8). The separation sections (Xc) separate each of the windings (M1 to M8) into first and second portions (Ma, L). The connection section (116a, 332a) is electrically connected to the first portion (Ma). As a result, the windings can be easily connected to the feeding member while preventing damage to the windings.

The multi-coaxial cable assembly includes a multi-coaxial cable in which a plurality of coaxial cables having insulators, external conductors, and jackets on an outer periphery of center conductors are arranged in parallel; inclined cross sections formed on the end part of the multi-coaxial cable in such a manner as exposing the center conductors and the external conductors of the coaxial cables; and a wiring board or a connector having a wiring pattern to which the center conductors and the external conductors of the coaxial cables exposed on the inclined cross sections are directly connected.

The invention provides a shield cover adapted to cover at least a first electronic component mounted on a first surface of a circuit board. The first electronic component has a metal shell or has a ground / earth terminal on a lateral surface thereof. The shield cover has a contact portion being elastically contactable with a lateral surface of the metal shell or the ground / earth terminal of the first electronic component.

A wire harness includes at least two electrical wires, and a connection unit via which each of the at least two electrical wires are connected. The connection unit includes a circuit board connected to the at least two electrical wires, and a conductor member extending downward from the circuit board, the conductor member being electrically connected to a ground pattern on the circuit board. The connection unit is attached to a vehicle body in a state where the conductor member is in contact with a grounding conductor formed on the vehicle body when the connection unit is disposed on the vehicle body. Therefore, the circuit board can be directly connected to the ground via the conductor member only by disposing the connection unit on the vehicle body.