Fujikura Limited

Shigeru Ashida

Tomoyuki Shinohara

Takashi Matsukawa

Yuuki Tanaka

Kazuo Tanihira

Ken Yasuoka

Hideki Zako

Tsuyoshi Hirahara

Yasushi Nakagawa

Koji Ueda

Kazuya Akashi

Kensuke Yoshida

Shou Ueda

Tamaki Tanihira, Legal Representative

Kiyoshi Kuzuu

Masako Ito

Yuko Tachibana

An electronic apparatus wiring harness is provided that includes: a fixed-side casing and a moving-side casing, the moving-side casing being provided with a moving-side casing base which is rotatably journalled to the fixed-side casing, and a sliding portion which is provided so as to be slidable on a slide surface provided in the moving-side casing base. The circuit of the sliding portion and the circuit of the fixed-side casing are electrically connected together by an electric wire, which is a wiring harness having a flat cable portion having electric wire bodies arranged in parallel and formed in a tape shape having a jacket strip portion in which a number of the electric wire bodies are bundled; the flat cable portion is arranged in a bent manner so as to form a U shape on the slide surface of the moving-side casing base.

Electronic apparatus and electronic apparatus wiring harness having a flat U-shape

A harness-integrated slide hinge is provided that connects between a plurality of casings having circuits therein while allowing the casings to move relatively. The harness-integrated slide hinge includes: a first sliding plate fitted to the one casing; a second sliding plate fitted to the other casing; a sliding mechanism that connects between the first sliding plate and the second sliding plate while allowing them to move relatively; and a harness that has a plurality of wirings, and connection sections provided on both ends of these wirings, and that is routed between the first sliding plate and the second sliding plate, wherein a wiring lamination section having a plurality of the wirings laminated therein is bent in a U-shape and accommodated in a space section between the first sliding plate and the second sliding plate.

Harness-integrated slide hinge and sliding-type electronic apparatus

An electronic device includes at least first and second enclosures mounted so as to enable relative displacement therebetween, and an electric wire which electrically connects a circuit of the first enclosure and a circuit of the second enclosure. The electric wire includes a tape-shaped flat cable, including a plurality of internal wires arranged in parallel in a row.

Electronic device and harness for wiring electronic devices

An electrical connector includes a terminal () fixed to a connector housing (). The electrical connector includes a conductor () exposed from a covering () and having a connection portion connected to a connection portion of the terminal (). The electrical connector includes a foam element () at a predetermined foam ratio located around respective connection portions of the conductor () and the terminal ().

Electric connector and cable

An electronic apparatus includes: a plurality of casings that are mounted so as to be movable relative to each other and have circuits provided therein; and an electric wire that electrically connects the circuits provided in the casings. The electronic wire has a harness structure that includes a plurality of wires and connection portions provided at both ends of each of the plurality of wires, and connection portions of the casings to the harness are arranged such that a line linking the connection portions is not parallel to a direction in which the plurality of casings are moved.

Electronic apparatus with movable casings connected by an U-shaped wire harness

A connection method for connecting an end of a signal wire () of a cable () to the connecting face of a contact () of a connector (). The lengthwise direction of the connecting face of the contact () and the lengthwise direction of the signal wire () are mutually matched in connection. The end of the signal wire () is pressured against the connecting part by a pair of electrodes (A,B) disposed in mutual separation in the lengthwise direction of the signal wire (), and an electric current is passed between the pair of electrodes (A,B). Thereby, the end of the cable () and the connecting part are mutually welded.

Cable, cable connection method and cable welder

The purpose of the present invention is to improve the performance properties of the cable terminal end assembly and to make its configuration compact. A cable having signal wires and a ground wire are arranged laterally in a casing which is provided with a coupling section for coupling to the electrical device. The signal wires and the ground wires are separated by an insulation plate, and extend out from the ends of the cable into the casing. Signal wires and ground wires are bonded, to specific respective contact strips disposed inside the coupling section. The electrical connections inside the casing are molded with molding. The advantage of the assembly configuration is that the cables are arranged laterally to house many cables compactly in the casing, and the insulation plate eliminates any possibility of shorting between the signal and ground wires, and signal distribution to the device is made possible, without the necessity for such costly parts as a printed circuit board, by customized selection of the contact strips to be joined to the signal wires and to the ground wires in accordance with the requirements of the device.

Cable termination assembly and method

The purpose of the present invention is to improve the performance properties of the cable terminal end assembly and to make its configuration compact. A cable having signal wires and a ground wire are arranged laterally in a casing which is provided with a coupling section for coupling to the electrical device. The signal wires and the ground wires are separated by an insulation plate, and extend out from the ends of the cable into the casing. Signal wires and ground wires are bonded, to specific respective contact strips disposed inside the coupling section. The electrical connections inside the casing are molded with moulding. The advantage of the assembly configuration is that the cables are arranged laterally to house many cables compactly in the casing, and the insulation plate eliminates any possibility of shorting between the signal and ground wires, and signal distribution to the device is made possible, without the necessity for such costly parts as printed circuit board, by customized selection of the contact strips to be joined to the signal wires and to the ground wires in accordance with the requirements of the device.

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Tokyo, Japan

Shigeru Ashida