Fujitsu Component Limited

Fujitsu Takamisawa Component Limited

Fujitsu Corporation

Ntt Facilities, Inc.

Vodafone K.k.

Theone Unicom Pte. Ltd.

Koji Hosaka

Manabu Shimizu

Hideo Miyazawa

Atsushi Sakurai

Junichi Akama

Takeshi Okuyama

Moriyuki Ueno

Koichi Kiryu

Tadashi Kumamoto

Yasushi Masuda

Akira Okada

Koki Sato

Toshihiro Kusagaya

Takahiro Kondou

Fumio Kurotori

Kazuya Orui

Toru Yamakami

Yutaka Fukumoto

Osamu Daikuhara

Satoshi Moriyama

Kohei Takahashi

Yoshihiro Morita

Akira Tamura

Keiichi Hirose

Nobuyuki Enomoto

Koki Takahashi

Tetsugaku Tanaka

Satoshi Katoh

Shigetaka Kanai

Kouji Watanabe

Yutaka Oe

Masahiro Hamazaki

Masatoshi Noritake

Kazuyuki Futaki

Yoshinori Sata

Fuji Asada

Chiharu Nunokawa

Yukihiro Maitani

Byung Hoon Jeon

Tetsuji Otsuka

Tomoko Mori

Toshiaki Harigaya

Chiyo Morisawa

Yasuhiro Nagashima

Yosuke Magaki

Wataru Endoh

Conventionally, high-level communication using the message cannot be achieved. The high-level communication using the message can be achieved by a message transmission device including a component candidate group storage unit capable of storing one or more component candidate groups including two or more groups of component candidates forming a content, an input reception unit configured to receive an input for constituting a content including one or more components determined by the selection of one component candidate from two or more component candidates included in one component candidate group, a content constitution unit configured to constitute the content by using the selected one or more components according to the input, and a message transmission unit configured to transmit a message including the content.

Message transmission device and message transmission method

A connector that is to be connected to another connector and includes a connection terminal, a fixed contact, a movable contact provided at an end of a movable plate, a card comprised of an insulator and configured to move the movable plate, and a button configured to move the card. The connector is configured such that while another connection terminal of the another connector is in contact with the connection terminal of the connector, the button is moved by the another connector, and the movable plate is moved by the card to cause the movable contact to contact the fixed contact.

Connector

A connector for a first wiring board of a first module type apparatus and a second wiring board of a second module type apparatus, the connector providing electrical connection between the first wiring board of the first module type apparatus and the second wiring board of the second module type apparatus when the first module type apparatus and the second module type apparatus are engaged with each other, the connector includes a housing; a first terminal; and a second terminal.

Electrical connector for electrical connection between neighboring connectors

A connectorcomprises an optical module which has an optical element which is mounted on a mounting surface of a circuit board, said mounting surface being vertical to a connection direction of said connector and an optical waveguide memberwhich has a clad partand a core partwhich is formed inside of the clad part, the optical waveguide memberbeing provided with a first end facewhich is arranged facing the mounting surface of the circuit boardand a second end faceat an opposite side to the first end face, the core partbeing formed so as to propagate light between an optical fiberwhich is supported by another connectorwhich is arranged facing the second end faceand the optical element

A connector includes a plug connector including a projecting part and a plurality of plug electrodes, each plug electrode includes a first surface and a second plug surface that are substantially parallel to each other, and a jack connector including a plurality of jack electrodes, each jack electrode contacts to one of the plug electrodes when the plug connector is engaged with the jack connector, that includes a first jack contact part that contacts with the first plug surface, a second jack contact part that contacts with the second plug surface, and a third jack contact part that contacts with the projecting part. The projecting part is configured to exert a force to the third jack contact part to move the first jack contact part toward the first plug surface when engaging the plug connector and the jack connector.

Connector and method for connecting the connector

A contact member includes first and second bent portions provided between a joining part to be joined to a first board and a contacting part to come into contact with a second board, a first contact part to come into contact with the second bent portion when the first bent portion is caused to bend by the pressing of the contacting part by the second board, a second contact part to come into contact with the first bent portion when the second bent portion is caused to bend by the pressing of the contacting part by the second board after the first contact part comes into contact with the second bent portion, and a third contact part to come into contact with the first board by the pressing of the contacting part by the second board after the second contact part comes into contact with the first bent portion.

Contact member

A connection member to be inserted into a through-hole of a socket module that is electrically connected between an electronic component and a substrate, the connection member includes: a first end portion that is connected to the electronic component; a second end portion that is connected to the substrate; a plurality of upper flexure portions that correspond to projections of a waveform arranged near the electronic component; and a plurality of lower flexure portions that correspond to projections of the waveform arranged near the substrate; wherein the connection member is a single conductor member with elasticity and is formed in the shape of the waveform.

Connection member, socket module, socket and method for manufacturing connection member

A connector device includes a male connector and a female connector attached to and detached from each other by moving the male connector in a sliding direction relative to the female connector, the male connector including plug electrodes arrayed in an arraying direction perpendicular to the sliding direction, each plug electrode including a curved part formed at one end and bent in the arraying direction, and the female connector including jack electrodes arrayed in the arraying direction, each jack electrode corresponding to one of the plug electrodes and including a connection formed at one end and projecting in a direction parallel to the sliding direction, each connection including two resilient terminal portions, and when the male connector and the female connector are mutually fitted to each other, the curved part of each plug electrode is inserted and fitted between the two resilient terminal portions of a corresponding jack electrode.

Connector device adapted for easy replacement of a controller unit in a controller unit array

A connector apparatus includes first and second connectors that can be engaged with each other. The first connector includes a first contact and a first main body that supports the first contact. The first connector is conductive. The first main body is insulative. The second connector includes a second contact and a second main body that supports the second contact. The second contact is conductive. The second main body is insulative. The first contact includes a first connection part that can contact the second contact. The second contact includes a second connection part that can contact the first connection part at plural portions of the first connection part. The first and second connection parts substantially have the same shape and size.

Connector apparatus

A flat cable connector includes an insulated housing, a plurality of conductor contacts regularly arranged in the housing at a predetermined interval pads of a flat cable are connected with the contacts, respectively, when the flat cable is inserted into the housing. The conductor contact includes a stationary portion secured to the housing and a movable portion integrally formed with the stationary portion being resiliently moved with respect to the stationary portion, the conductive pads of the flat cable come into contact therewith.

Flat-cable connector, production process thereof, and locking device

A mobile communication terminal having a digital camera and which is comprised of a first section and a second section. There are four structural states realized by folding up of the mobile communication terminal and rotation of a display section with respect to a base section of the second section. In each of the four structural states, the mobile communication terminal automatically allocates operations modes of camera mode and non-camera mode. Also, the mobile communication terminal can automatically change the operating mode as required.

Mobile communication terminal

A connector, to which a flat band cable having a plurality of conductive channels is connected at one side, and a counterpart connector is connected at another side, is disclosed. The connector includes an electrically insulative block and a contact member that is inserted into the block. The contact member includes a contact portion that is configured to be connected to a counterpart contact portion of the counterpart connector and a flat band cable engaging portion that is configured to bend and engage an end portion of the flat band cable.

A connector is disclosed. A plate contact member is fixed to a housing of the connector. The contact member includes an FFC connection contact section. The FFC connection contact section is formed in a U-shape, and includes a base section on which a triangular projection is formed. An FFC is held between the base section and a slider fitted in the housing. The projection pierces a covering of the FFC to come into contact with a wire of the FFC. Thus, the FFC is electrically and mechanically connected to the connector.

A parallel-transmission flat cable that is equipped with a connector unit is provided. This parallel-transmission flat cable includes: a parallel-transmission flat cable member that has pairs of signal transmission paths and ground portions that are arranged alternately so as to enable parallel transmission, and has pairs of signal terminal portions and ground terminal portions exposed at either end of the parallel-transmission flat cable member; and a connector unit forming member that is provided at either end of the parallel-transmission flat cable member and forms a connector unit that has the signal terminal portions and the ground terminal portions of the parallel-transmission flat cable member serving as terminal portions thereof. In this structure, the connector unit is located at either end of the parallel-transmission flat cable member.

Parallel-transmission flat cable equipped with connector unit

Growing community of inventors

Shinagawa, Japan

Manabu Shimizu