Yazaki Corporation

Masahiro Suguro

Akiyoshi Sato

Akio Mori

Minoru Imamura

Masaaki Shiga

Tatsumi Kondo

Yoshinori Ohumura

Makota Nakayama

The disclosed capacitor connecting structure can connect two wires to a capacitor simply, while reducing the numbers of parts and connecting steps required. The capacitor connecting structure comprises: a capacitor (27; 85; 141) having two electrodes on both sides thereof; two junction terminals (41; 95, 91; 149) each formed with a pressure-connecting terminal portion (31; 107; 151) pressure-connected to a wire, and an elastic terminal portion (37; 97; 153) electrically connected to an electrode of the capacitor; and an insulating material cover (29; 87; 143) for covering the capacitor and the two junction terminals, respectively. The two electrodes of the capacitor can be connected electrically to the two wires via the two junction terminals, respectively, by pressure-connecting the wire to the pressure-connecting terminal portion of the junction terminal, respectively.

Capacitor connecting structure and capacitor

In making busbar conductors, this invention saves the material of busbars that form the circuits on the boards to lower the cost, and improves the workability of the busbars to be punched. In busbar conductors each having a plurality of busbars of desired patterns arranged on an insulating substrate, the busbars are punched out selectively from two or more conductive materials with different conductivities.

Busbar conductor

A frame-coupling-type connector includes a first connector, a second connector to be engaged with the first connector, a frame pivotably supported at a central portion thereof by the first connector and having an effect of a lever, and a coupling mechanism. The coupling mechanism includes a frame-side engaging portion provided at one end of the frame and a connector-side engaging portion provided at one side of the second connector. The frame-side engaging portion and the connector-side engaging portion are pivotably and slidably engaged with each other. The first connector is engaged with the second connector in a straight line by the effect of the lever of the frame and by the coupling mechanism.

Frame-coupling-type electrical connector

An electrical junction box for connecting thereto a fuse, relay, unit, connector, etc., including a metal backed printed circuit board, which comprises a metal substrate such as aluminum; a heat conductive electrical insulating layer supported by the metal substrate; a plurality of circuits printed on the heat conductive electrical insulating layer, each of the plurality of circuits having a desired pattern.

Growing community of inventors

Gotenba, Japan

Masahiro Suguro