Abstract: The electrical connector (122) comprises: a body (124), a first contact (126) fixed to the body (124) and designed to contact a first electrical conductor (123), a second contact (134) fixed to the body (124) and designed to contact a second electrical conductor (112). The electrical connector (122) also comprises a system (142, 144) attaching the electrical connector (122) to the second electrical conductor (112), the attachment system (142, 144) being separate from the second contact (134).

Abstract: The invention relates to a female connector for a connecting blade, which connector is produced from a metal blank and comprises: —a connecting bow (2) comprising at least two contact branches (10, 11) facing one another which define a slot into which to insert the connecting blade and which are intended to clamp the connecting blade, —and at least one fixing base intended to rest against a circuit in order to be fixed thereto, characterized in that the two contact branches (10, 11) each comprise a bowed contact end which is connected by a straight joining segment (30, 30?) to a curved “U”-shaped or “C”-shaped web situated at the opposite end from and facing the insertion slot, said contact end having at least a convex surface oriented towards the inside of the insertion slot, and in that one of the two contact branches (10), referred to as the main branch (10), laterally in the region of the corresponding joining segment (30) bears two fixing assemblies each one comprising a fixing base, the two fixing assem

Abstract: The electrical connector (122) comprises: a body (124), a first contact (126) fixed to the body (124) and designed to contact a first electrical conductor (123), a second contact (134) fixed to the body (124) and designed to contact a second electrical conductor (112). The electrical connector (122) also comprises a system (142, 144) attaching the electrical connector (122) to the second electrical conductor (112), the attachment system (142, 144) being separate from the second contact (134).

Abstract: The invention relates to a female connector for a connecting blade, which connector is produced from a metal blank and comprises:—a connecting bow (2) comprising at least two contact branches (10, 11) facing one another which define a slot into which to insert the connecting blade and which are intended to clamp the connecting blade,—and at least one fixing base intended to rest against a circuit in order to be fixed thereto, characterized in that the two contact branches (10, 11) each comprise a bowed contact end which is connected by a straight joining segment (30, 30?) to a curved “U”-shaped or “C”-shaped web situated at the opposite end from and facing the insertion slot, said contact end having at least a convex surface oriented towards the inside of the insertion slot, and in that one of the two contact branches (10), referred to as the main branch (10), laterally in the region of the corresponding joining segment (30) bears two fixing assemblies each one comprising a fixing base, the two fixing assembl

Abstract: The welding method is for connecting together first and second metal elements (20, 16). The first element (20) forms a support or is for being fitted onto a support (12). During the method, a welding portion (20A) is formed in the first element (20), the welding portion having a connection end (22) connected to a support portion (20B) of the first element (20). A free end face (F) is formed in the welding portion (20A) of the first element (20) remote from the connection end (22). A high-energy beam (24) is directed onto the welding portion (20A) of the first element (20) in such a manner that the axis (X) of the beam (24) passes through the welding portion (20A) from the free end face (F) towards the connection end (22), thereby causing at least a portion of the mass of said first element (20) to melt, the molten mass coming into contact with the second element (16) by said mass collapsing.

Abstract: Disclosed is a bi-metallic strip connected to one electrical contact tab and holding a contact which works together with a fixed contact carried by another electrical contact tab. The mobile contact and the connection of the other tab with the bi-metallic actuator are diametrically opposed along a diameter that is inclined with respect to the median plane where the plane passes through the center of the bi-metallic actuator and between the coplanar connecting tabs.