Abstract: A mold is provided for producing a composite part comprising at least one insert and a thermoplastic overmolding covering, at least partially, said at least one insert. The mold comprises at least one clamp capable of contacting said at least one insert in order to secure said at least one insert.

Abstract: A battery comprises: at least one electrical energy storage cell; an enclosure in which the at least one electrical energy storage cell is housed, the enclosure having a bottom made from a material with low thermal conductivity having at least one flow channel for a cooling fluid; a thermal plate made from a material with a high thermal conductivity, laying down on the bottom the thermal plate being in thermal contact with the at least one electrical energy storage cell; and a cradle, facing the bottom and separated from the bottom by a space.

Abstract: This electrical battery according to the present disclosure may comprise a housing including a lower part and an upper part; a plurality of electricity storage cells arranged in the housing and intended to together form a source of electrical energy for the battery; and at least one docking member of the plurality of cells. Each docking member may define an interior volume. Further, each electricity storage cell may be arranged in the interior volume and may be attached to the housing by means of one of the or the docking member. Each docking member may extend transversely into the housing and covers at least one side face of each cell. Each docking member may have an opening to the interior volume so that the opening opens to an exposed face of each cell arranged in the interior volume.

Abstract: A thermal regulation element that includes an intermediate cover interposed between the first and second levels of electricity storage cells, with first and second flow volumes for a thermal regulation fluid being formed on first and second major faces of the intermediate cover, a first thermally conductive plate being disposed against the first major face of the intermediate cover and closing the first flow volume, and a second thermally conductive plate being disposed against the second major face of the intermediate cover and closing the second flow volume.

Abstract: A battery comprises: at least one electrical energy storage cell; an enclosure in which the at least one electrical energy storage cell is housed, the enclosure having a bottom made from a material with low thermal conductivity having at least one flow channel for a cooling fluid; a thermal plate made from a material with a high thermal conductivity, laying down on the bottom the thermal plate being in thermal contact with the at least one electrical energy storage cell; and a cradle, facing the bottom and separated from the bottom by a space.

Abstract: A method for elaborating an assembly which includes at least one composite structure part, one metal interface part and one metal structure part, said method includes a first step for assembling the part to the part in order to form a sub assembly and a second assembling step for welding the interface part of said sub assembly to part. The composite structure and metal interface parts are pre-equipped with male/female type mating connections and with locking devices locking the connection. The method can include, during the first assembling step, a phase for pre-assembling the parts by interlocking the male/female mating connections and a phase for locking said interlock by deforming by pressing at least one portion of the locking devices pre-equipped in the metal interface.

Abstract: The flexible bearing is formed of a sleeve-shaped smooth bearing 6 fixed in a flexible block 4 nested in a housing 3 of the boat so as to absorb the bending deformations of the mainpiece without transmitting them to the structure. The housing 3 is streamlined so as to block the flexible block.