INNOV-GROUP

Terminal (2) for a flat power connector cable (3) for automotive applications. The terminal (2) comprises an electrically conductive contact means (5), a first (11) and a second (12) branches, these branches (11, 12) being formed in a same connection plate (6). The first branch (11) extends in a first plane. The first branch (11) comprises attaching means (15) configured to link the contact means (5) to the first branch (11). The second branch (12) comprises a welding surface (16) configured to be electrically connected to a flat power cable (3). Connection assembly (1) comprising such a terminal (2). Power connector comprising such a terminal (2). Method of manufacturing such a power connector.

The present disclosure relates to a solution for protecting terminals in high-voltage interconnect systems, addressing the limitations of existing protective measures. More particularly, the solution consists in a protective sleeve (17) configured to be mounted on a terminal (6), the protective sleeve's design ensuring enhanced safety against electrocution and/or short-circuits, ease of installation, and reliability.

The method comprises : - the acquisition (94) of a temperature of a connection terminal of the charging inlet at each instant t<i>, - the calculation (96), from the temperature acquired at an instant t<i> and a temperature acquired at an instant preceding that instant t<i> and the duration of the time interval separating these two instants, of a slope with which the temperature varies, - the comparison (98) of the calculated slope with a pre-recorded threshold, - only when this pre-recorded threshold is crossed, the detection (98) of a fault in the connection between the charging inlet and the charging coupler.

The invention is directed to an electrical base connector (1) comprising a housing (2), at least one cable (3) along a cable direction (X), as much terminal (4), a locking part (5), a seal (6) and a cover (7), each terminal (4) being connected to one associated cable (3), said housing (2) surrounding all of said at least one terminal (4) and presenting an aperture (8), allowing access to all of said at least one terminal (4) by a counter connector (M) along an inserting direction (Y) generally perpendicular to the cable direction (X), the locking part (5) being conformed to retain all said at least one terminal (4) against a traction upon one of the cable (3) along the cable direction (X), the seal (6) surrounding the aperture (8) and the cover (7) being affixed to the housing (2) so as to maintain the seal (6), wherein the locking part (5) and the cover (7) are integral, in a combined part (9).

L'invention concerne un dispositif utilisé pour la mesure de paramètres en vue de la surveillance d'un objet biologique (O) comprenant :- Un composant (1) comprenant un corps (10) dans lequel est réalisée une chambre (100) comportant un emplacement (2) destiné à recevoir l'objet biologique,- Une première électrode (E1) et une deuxième électrode (E2) agencées respectivement suivant un premier plan dit supérieur et un deuxième plan dit inférieur, parallèles entre eux, de part et d'autre dudit emplacement (2),- La première électrode (E1) et la deuxième électrode (E2) étant destinées à être connectées à une source électrique (S), ladite source électrique étant apte à générer une différence de potentiel électrique entre la première électrode et la deuxième électrode,- La première électrode (E1) et la deuxième électrode (E2) étant positionnées de manière décalée l'une par rapport à l'autre par rapport à un axe transversal, dit axe de lecture (A), passant à travers ledit emplacement (2).

Ce dispositif comporte une plaque dorsale (22) comprenant une zone scapulaire (34), une zone lombaire (38) et une zone thoracique (36) qui relie directement la zone scapulaire à la zone lombaire. La zone scapulaire (34) comporte deux attaches supérieures droite (80) et gauche (82) aptes à fixer des extrémités supérieures de barres latérales, respectivement, droite et gauche dans cette zone scapulaire. La zone lombaire (38) comporte deux attaches inférieures droite (92) et gauche (94) aptes à fixer des extrémités inférieures des barres latérales, respectivement, droite et gauche dans cette zone lombaire. Les projections orthogonales, dans un plan frontal, des centres géométriques des attaches supérieures (80, 82) et inférieures (92, 94) sont situées sur les sommets d'un rectangle dont le centre est à moins de un centimètre de la projection orthogonale du centre géométrique de la zone thoracique (36) dans ce plan frontal.

A process for manufacturing an electrical connection terminal comprising a contact portion with a first contact area configured to establish an electrical connection with a second contact area of another connection terminal, the process comprising one or more metal deposition steps over said first contact area. Said one or more metal deposition steps comprises a deposition step of a silver-graphite layer (C), advantageously selectively carried out by electroplating, over at least said first contact area.

The connector assembly comprises a mechanical interface (4) with a recess (50) formed in a flat upper face (10), the recess comprising:- a flat bottom (52) in which each fixing hole and each cable end passage open and against which a peripheral seal (42) is compressed, and- a peripheral wall (54) facing a flange (30) of a header and completely surrounding the flange, the peripheral wall extending only from the flat bottom to the flat upper face (10) of the mechanical interface, with the height of the peripheral wall being greater than 0.5 mm.

The invention is directed to an electrical junction (1), comprising a housing (2), a screw (3) and a nut (4), wherein the housing (2) is able to welcome an end of an upper busbar (B1) comprising a first hole (H1) and an end of a lower busbar (B2) comprising a second hole (H2), whose axis (A2) is aligned with the axis (A1) of the first hole (H1), both busbars (B1, B2) being assembled by the screw (3) engaging both holes (H1, H2) and screwing the nut (4), so as to press busbars (B1, B2) one against the other, wherein the junction (1) further comprises a first insulator (5), generally cylindrical to be inserted in both holes (H1, H2) and hollow to welcome the screw (3), in order to forbid any contact between the busbars (B1, B2) and the screw (3).

The connector assembly contains an electromagnetic shield (70). The electromagnétic shield (70) comprises a cylindrical trunk (82), elastically deformable lances (72) arranged around an axis (50) and slots (100) which separate the lances from one another. Each lance comprises a proximal portion (90), which moves away from the cylindrical trunk, and a distal portion (92). Each slot (100) comprises a distal portion (104) situated between the distal portions of two contiguous lances. The distal portion (104) of each slot (100) comprises a bend to prevent another electromagnetic shield made from a sheet of metal from being stuck inside this slot.