Abstract: This system for electrically connecting and fastening at least one plate-type electrical conductor onto a support piece provided with a threaded pin designed to be engaged in a corresponding hole of conductor and to cooperate with a nut for screwing conductor onto support piece, is characterized in that an annular spacer of electrically conductive material is joined to conductor on the side of this conductor that is facing the support piece and in that nut is positioned on the other side of conductor, and is joined to spacer by coupling means allowing the rotation of the nut relative to the spacer and a determined course of axial movement for nut relative to this spacer, between a position of assembling distant from the conductor and a position for screwing in which the nut is supported against the conductor, in order to facilitate the positioning and then the screwing of the conductor against the support piece.

Abstract: This system for electrically connecting and fastening at least one plate-type electrical conductor onto a support piece provided with a threaded pin designed to be engaged in a corresponding hole of conductor and to cooperate with a nut for screwing conductor onto support piece, is characterized in that an annular spacer of electrically conductive material is joined to conductor on the side of this conductor that is facing the support piece and in that nut is positioned on the other side of conductor, and is joined to spacer by coupling means allowing the rotation of the nut relative to the spacer and a determined course of axial movement for nut relative to this spacer, between a position of assembling distant from the conductor and a position for screwing in which the nut is supported against the conductor, in order to facilitate the positioning and then the screwing of the conductor against the support piece.

Abstract: This system in which support piece is provided with a threaded pin designed to be engaged in a hole of conductor and to cooperate with a nut for screwing the conductor onto this piece, is characterized in that an annular spacer of electrically conductive material is joined to conductor on the side of this conductor that is facing the support piece, in that a ring is positioned on the opposite side of this conductor and includes floating means for coupling onto spacer designed to extend through hole of the conductor and in that nut is joined to the ring by coupling means allowing the rotation of nut relative to the ring and a determined course of axial movement for this nut relative to this ring, between a position of assembling distant from the ring and a position for screwing in which the nut is supported against the ring in order to facilitate the positioning, and then the screwing of conductor against support piece.

Abstract: A connector (1) for receiving a microcircuit card, the connector having a resilient arm (9) on a first border (10) of the seat (2) of the connector. The arm is curved inwardly towards the seat to exert pressure on an edge of the card in the direction of a second border (11) of the seat, opposite the first border. It allows to limit a longitudinal mobility of the card in its seat. Further, the connector also has releases (14, 15, 19, 31, 36) on an upper portion of its housing to cover an upper portion of the card, in order to prevent a vertical mobility of the seated card.

Abstract: A connector (1) for receiving a microcircuit card (4), such that the card is held in a seat (3) of the housing (2) of this connector by a release (20) which overhangs the seat on a first edge (19) and on the other side by a tongue (29) situated on a flexible girder on a second opposite edge (24). The tongue is situated on a flexible girder in such a manner as to allow the passage of the card beneath the tongue. Further, the girder (25) has a lever arm formed by a lug (30) preferably diametrically opposite the tongue (29), to assist girder bending.

Abstract: A connector (1) for receiving a microcircuit card, the connector having a resilient arm (9) on a first border (10) of the seat (2) of the connector. The arm is curved inwardly towards the seat to exert pressure on an edge of the card in the direction of a second border (11) of the seat, opposite the first border. It allows to limit a longitudinal mobility of the card in its seat. Further, the connector also has releases (14, 15, 19, 31, 36) on an upper portion of its housing to cover an upper portion of the card, in order to prevent a vertical mobility of the seated card.