Abstract: 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.

Abstract: 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.

Abstract: 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.

Abstract: First and second signal contact members and ground contact members are arranged in parallel in an electrical insulating block body. Each of the contact members has an FPC holding section. The FPC holding section comprises a first contact arm, a locking section projecting from a proximal end of the first contact arm in a Z2 direction, an L-shaped base arm, a narrow section, a second contact arm, and a push section extending from a proximal end of the second contact arm in a Z1 direction. When the push section is pushed by an end of an FPC, the narrow section is bent so that the second contact arm is moved closer to the first contact arm. The push section is locked by the locking section so that the FPC is held and fixed between the first contact arm and the second contact arm.

Abstract: First and second signal contact members and ground contact members are arranged in parallel in an electrical insulating block body. Each of the contact members has an FPC holding section. The FPC holding section comprises a first contact arm, a locking section projecting from a proximal end of the first contact arm in a Z2 direction, an L-shaped base arm, a narrow section, a second contact arm, and a push section extending from a proximal end of the second contact arm in a Z1 direction. When the push section is pushed by an end of an FPC, the narrow section is bent so that the second contact arm is moved closer to the first contact arm. The push section is locked by the locking section so that the FPC is held and fixed between the first contact arm and the second contact arm.

Abstract: A connector includes multiple pairs of signal contacts arranged in a housing, and facilitates the wiring design and the wiring operation for substrates. The two signal contacts in each of the multiple pairs are arranged at a distance in the longitudinal direction of the housing. With this arrangement, excellent coupling can be established between the two signal contacts, and signals can be balanced-transmitted without causing a phase difference. Also, the lengths of each pair of wires of a wiring substrate to be connected to the multiple pairs of signal contacts can be easily made uniform. Accordingly, there is no need to prepare excessive wiring areas, and the substrate wiring design and the wiring operation can be simplified.

Abstract: 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.

Abstract: A first connector includes a first connector body; first contacts provided in an end face of the first connector body in a matrix-like manner, each of the first contacts having a first contact point; and first shield plates provided between adjacent first contact points of the first contacts in a row direction, the first shield plates extending in a column direction of the first contact points, and shielding at least the adjacent first contact points in each row.

Abstract: A first connector includes a first connector body; first contacts provided in an end face of the first connector body in a matrix-like manner, each of the first contacts having a first contact point; and first shield plates provided between adjacent first contact points of the first contacts in a row direction, the first shield plates extending in a column direction of the first contact points, and shielding at least the adjacent first contact points in each row.

Abstract: A connector includes multiple pairs of signal contacts arranged in a housing, and facilitates the wiring design and the wiring operation for substrates. The two signal contacts in each of the multiple pairs are arranged at a distance in the longitudinal direction of the housing. With this arrangement, excellent coupling can be established between the two signal contacts, and signals can be balanced-transmitted without causing a phase difference. Also, the lengths of each pair of wires of a wiring substrate to be connected to the multiple pairs of signal contacts can be easily made uniform. Accordingly, there is no need to prepare excessive wiring areas, and the substrate wiring design and the wiring operation can be simplified.

Abstract: A connector is electrically connected to a substrate in which a conductor pattern and electrodes at ends of the conductor pattern are provided on a surface of the substrate. The connector includes a plurality of contacts that are resiliently connectable to the electrodes of the substrate inserted in the connector. An insulator member contains the contacts arrayed therein. A slider unit is movably attached to the insulator member, the slider unit including a plurality of lugs that are connectable to respective edges of the contacts contained in the insulator member.

Abstract: A cable connecting structure includes a shroud adapted to be mounted on a panel carrying pins, the shroud having a shroud body enclosing the pins when the shroud is mounted on the panel and including a plurality of compartments, and a shielding member provided on the shroud body so as to cover an inner wall of the shroud body. The shielding member provide electromagnetic shielding so as to improve the electromagnetic compatibility of the connecting structure.

Abstract: A balanced transmission connector, includes a relay board, a plug body for balanced transmission provided on an end part of the relay board, a cable for balanced transmission connected with another end part of the relay board, and a shield cover assembly covering the relay board, the plug body for balanced transmission, and a part of the cable and including a first half shield cover having slide wall parts, an edge of which has a step-shaped surface including a base flat surface and a raised flat surface extending in parallel and in a longitudinal direction of the edge.

Abstract: A solid herbicidal composition, comprising (1) 1-(4,6-dimethoxypyrimidin-2-yl)-3-(3-trifluoromethyl-2-pyridylsulfonyl)urea or a salt thereof, (2) at least one member selected from the group consisting of N-(phosphonomethyl)glycine, 4-[hydroxy(methyl)phosphinoyl]-homoalanine, 4-[hydroxy(methyl)phosphinoyl]-homoalanylalanylalanine and salts thereof, (3) a surfactant, and (4) a stabilizer.

Abstract: A connector is electrically connected to a substrate in which a conductor pattern and electrodes at ends of the conductor pattern are provided on a surface of the substrate. The connector includes a plurality of contacts that are resiliently connectable to the electrodes of the substrate inserted in the connector. An insulator member contains the contacts arrayed therein. A slider unit is movably attached to the insulator member, the slider unit including a plurality of lugs that are connectable to respective edges of the contacts contained in the insulator member.

Abstract: A balanced transmission connector, includes a relay board, a plug body for balanced transmission provided on an end part of the relay board, a cable for balanced transmission connected with another end part of the relay board, and a shield cover assembly covering the relay board, the plug body for balanced transmission, and a part of the cable and including a first half shield cover having side wall parts, and edge of which has a step-shaped surface including a base flat surface and a raised flat surface extending in parallel and in a longitudinal direction of the edge, the base flat surface positioned on an interior side of the side walls, and a second half shield cover having side wall parts, an edge of which has a step-shaped surface including a base flat surface and a raised flat surface extending in parallel and in a longitudinal direction of the edge, the base flat surface of the side walls of the second half shield cover positioned on an exterior side of the side walls, wherein the raised flat surface

Abstract: A connector is electrically connected to a substrate in which a conductor pattern and electrodes at ends of the conductor pattern are provided on a surface of the substrate. The connector includes a plurality of contacts that are resiliently connectable to the electrodes of the substrate inserted in the connector. An insulator member contains the contacts arrayed therein. A slider unit is movably attached to the insulator member, the slider unit including a plurality of lugs that are connectable to respective edges of the contacts contained in the insulator member.

Abstract: A cable connector includes a cable including a conductor, a contact connected to a tip part of the conductor, and a connector connected to the cable. The connector includes a terminal part including an insulator having a hole formed therein. The contact is pressed into the hole.

Abstract: A connector device is provided, which device includes a housing including first and second sides opposing each other, first terminal members attached to the first side of the housing, and second terminal members attached to the second side of the housing. Each of the first terminal members and each of the second terminal members are alternately arranged side by side, and the first and second terminal members have respective contact portions for external connection, the contact portions being arranged side by side.

Abstract: A cable connecting structure includes a shroud adapted to be mounted on a panel carrying pins, the shroud having a shroud body enclosing the pins when the shroud is mounted on the panel and including a plurality of compartments, and a shielding member provided on the shroud body so as to cover an inner wall of the shroud body. The shielding member provide electromagnetic shielding so as to improve the electromagnetic compatibility of the connecting structure.