Abstract:
The invention relates to a contact disc (1) for a conducting plate (2) of busbars, comprising a contact surface (3) projecting upwards with respect to the surface of the conducting plate where the contact surface (3) is integral with the conducting plate (2) and where the segment-shaped slots (4a, 4b 14) are arranged all around, to make possible a deformation of the plate without a significant reduction of the surface of the contact disc provided for receiving an electronic component.
Abstract:
The present invention relates to a curved or bent multilayer arrangement for conductor rails comprising several electrically conductive strips (1, 2) separated by layers of insulating material. In this arrangement, the conductive strips (1, 2) possess, along the line of the fold in the rail, a number of windows (5) arranged such that the windows of one strip are staggered with respect to those of another, and in which those same windows are sized in such a manner that the conductive strips (1, 2) are not overlaid along the line of the fold.
Abstract:
The present invention relates to an electrical conductor rail possessing contact pins arranged in a comb-like configuration and frontal sockets (5) for the purpose of interconnecting several conductor rails by means of a connection bar. The frontal sockets (5) comprise a first part (6) which is formed in a single continuous piece with the conductor rail and which is tubular in form with an approximately flat top surface. A second component part has the form of a top spring (8) and is fixed at its rear part to the first part, of which it surrounds the bottom and sides with its front portion, pressing down upon it tightly, and with its free ends (9) pressing the pin of the connection bar down against the top surface of the first part (6).
Abstract:
The present invention relates to a cabling arrangement for motorised vehicles and similar comprising a system for electrical power supply and a system of data transmission via a busbar (1) to which components signals are addressed separately using a multiplexing process. This arrangement has at least one busbar (1) with at least two power conductors (2, 3) for the supply of electrical power to components and at least two conductors (4) used by the busbar data transmission system (1). All the conductors (2,3,4) are in the form of metal strips and are separated one from another by insulating sheet material (5) and assembled in a laminated or "sandwich" structure, each component or a secondary busbar taking off control or power current from the busbar through their respective connectors.
Abstract:
The multiple pin contactor device for bus bar systems comprises at least one bus bar (3) consisting of at least two plates (1) stacked on top of and fixed to one another. This device comprises at least one set of contactor pin forks (5) which coincide and are arranged one above the other, in which the contactor pin forks (5) of the different plates (1) are movable independently of one another when the plug-in contactor (10) is introduced.
Abstract:
The invention is a clip (1) for the placing in contact with, and the retention of a contact pin within an opening (2) in a conductor (3) manufactured in the form of a sheet or board. This clip includes a cylindrical sleeve (4) possessing, at at least one of its ends, shoulders (5) for fitting against the edge of the opening or against an intervening component. According to the invention, the sleeve (4) has at at least one of its ends a number of open slots (6) extending parallel to its main axis, the end of the sleeve at said end projecting above the surrounding surface and possessing a profile in the form of truncated cone creating an abutment (7) enabling the sleeve to fit into a corresponding annular groove (9) made in the surface of a backing ring (8).