Abstract:
PROBLEM TO BE SOLVED: To drastically reduce acting force for mating modules of a connector, to finely guide a plug and a receptacle, and to enable good dispersion of the acting force and uniform rotations of a lever. SOLUTION: This connector has a first module 1 holding a lever 2 provided with at least one operating arm 3, and a second module 4 provided with at least one stud 5. The lever 2 is provided with at least one opening 6 receiving the stud 5, and the opening 6 has a segment 7 introducing the stud and a segment 8 stopping the stud. The segment 8 structures a rotation shaft of the lever 2 with the stud 5 of the second module 4.
Abstract:
PROBLEM TO BE SOLVED: To provide a connector having an improved rear seal. SOLUTION: This connector has a first module 1, and the first module 1 has a housing element 100, a contact portion carrier 101 that is an inserting portion, a grid 107 guiding at a rear side and supporting a cable, and connecting member 105 provided with a passage arranged between the contact portion carrier 101 and the grid 107 for wiring. The contact portion carrier 101 that is the inserting portion is held in the housing element 100. The contact portion carrier 101 can be moved between a front side position in looseness of the connection member 105 and a rear side position where the connection member 105 is crimped to the grid 107.
Abstract:
Electrical contact (1, 1a) having a longitudinal axis (x) along which a first central body (3, 3a) and at least one first blade (5, 5a), are produced, characterized in that this electrical contact is intended to be mated with a complementary electrical contact which itself has a second central body and at least one second blade (5b), extending generally in the longitudinal direction of the second contact, so that when the contact and the complementary contact are mated the first blade is in electrical contact with the second central body and the second blade is in electrical contact with the first central body.
Abstract:
The invention relates to a retaining device for maintaining an electric contact (24) in the connector socket (22) of a connection box (20). The inventive device comprises a bearing surface (50) interacting with a shoulder (52) which is arranged on the level of said contact (24) and is characterised in that the bearing surface and the shoulder (52) are provided with supplementary nonplanar profiles in such a way that the thus obtained contact plane has a larger contact surface than the contact planes having the equal size across the width thereof.
Abstract:
The invention relates to an electrical contact terminal which is obtained by cutting and folding a small electrically-conductive metal plate (13), consisting of a rear part (5) which can be used to connect an electric wire (1) and a front part (3) comprising a first folded blade which forms a contact blade (11, 11') with a complementary contact blade, said contact blade (11, 11') comprising at least one formed part (12, 12') which is disposed in a fold area of the aforementioned contact blade.
Abstract:
This electrical connector part (16) is adapted to be mounted on an automotive vehicle part, such as the vehicle floor, and to mate with an electrical connector counterpart mounted on a vehicle equipment part, such as a removable seat, the connector part (16) comprising: - a body provided to be fixed to said vehicle part; and - a contact element (22) accommodated in said body and having conductive units. The connector part (16) further comprises means (23) for displacing said contact element (22) between a retracted position wherein the conductive units are within the body and thus protected against mechanical damage, and a mating position wherein the contact element (22) projects from the body to allow an electrical contact between the conductive units and corresponding conductive parts of the connector counterpart, said displacing means (23) comprising a motor (40).
Abstract:
This electrical connector part (16) is adapted to be mounted on an automotive vehicle part, such as the vehicle floor, and to mate with an electrical connector counterpart mounted on a vehicle equipment part, such as a removable seat, the connector part (16) comprising: - a body provided to be fixed to said vehicle part; and - a contact element (22) accommodated in said body and having conductive units. The connector part (16) further comprises means (23) for displacing said contact element (22) between a retracted position wherein the conductive units are within the body and thus protected against mechanical damage, and a mating position wherein the contact element (22) projects from the body to allow an electrical contact between the conductive units and corresponding conductive parts of the connector counterpart, said displacing means (23) comprising a motor (40).
Abstract:
The invention relates to a device for optical coupling between an optical waveguide (1) and an optical or optoelectronic component (2), comprising a support (3) and a coupling element (5, 5'), the coupling element being a transparent optical rod comprising a light inlet face and a light outlet fac forming coupling faces (6, 7, 6', 7') for coupling between the optical waveguide and the component, in which the inlet face (6, 6', 7, 7') is shape so that the optical beam entering via this face propagates along an optical axis A and reaches the outlet face (7, 7', 6, 6') without essentially having been reflected on any surface between these inlet and outlet faces i.e. cylindrical beam there between.
Abstract:
A rectangular tube-like connection portion (11) is constituted of a bottom plate (13), a first side plate (14), a top plate (not shown), and a second side plate. A movable contact piece (20) is attached at its base portion (20a) to the rear of the bottom plate (13), an intermediate portion of the movable contact piece is formed in a mountain-like shape, and the top of the mountain-like shape is a contact portion (20d) coming into contact with a mating insertion terminal to be inserted. The movable contact piece (20) is folded over the bottom plate (13) before the connection portion (11) is formed. There is a cutout in the bottom plate (13), a rectangular reinforcement piece (not shown), connected at its rear portion to the bottom plate (13), is lifted upward from the bottom plate (13), and a front-end portion of the reinforcement piece is in contact with a lower face of the contact portion (20d) of the movable contact piece (20). At the entrance of the connection portion (11), a guide piece (22) provided at the head of the bottom plate (13) is bent inward and covers a free end (20c) of the movable contact piece (20), preventing the free end from moving upward and guiding the insertion terminal.
Abstract:
A fore-end portion (7) of a locking arm (4) provided on a rear holder (1) is inserted in a hole portion (25) of a housing body (21), and the locking arm (4) is supported at both ends in a bridging manner. The housing body (21) enters into a hood portion (44) of a mating housing (41) and connection terminals (32, 42) are fitted to each other for electrical connection. A locking claw (5) provided on a locking arm (4) is once bent downward and then restored after it passed under a locking claw (43) of the mating housing (41), and engaged for locking with the locking claw (43). The locking prevents unforeseen separation between the housing body (21) and the mating housing (41).