Abstract:
A Junction between a flexible conductor and a connection terminal, whose particularity consists of the fact that it comprises: a connection terminal that is shaped substantially like a parallelepiped and has an upper face and a lower face, two side faces and an end face, and has, on the end face, one or more slots shaped substantially like a parallelepiped, which run through the entire thickness of the connection terminal; at least one flexible conductor, in which one end part is shaped so as to mate substantially with the inner walls of the slots; the end part being inserted in the slots, and the flexible conductor protruding substantially at right angles from one of the upper, lower or end faces; at least one laser welding bead, which runs at said slots along at least one of the two faces from which the flexible conductor does not protrude.
Abstract:
A Junction between a flexible conductor and a connection terminal, whose particularity consists of the fact that it comprises: a connection terminal that is shaped substantially like a parallelepiped and has an upper face and a lower face, two side faces and an end face, and has, on the end face, one or more slots shaped substantially like a parallelepiped, which run through the entire thickness of the connection terminal; at least one flexible conductor, in which one end part is shaped so as to mate substantially with the inner walls of the slots; the end part being inserted in the slots, and the flexible conductor protruding substantially at right angles from one of the upper, lower or end faces; at least one laser welding bead, which runs at said slots along at least one of the two faces from which the flexible conductor does not protrude.
Abstract:
A junction between a flexible conductor and a connection terminal is disclosed. The junction includes a connection terminal that is shaped substantially like a parallelepiped and has an upper face and a lower face, a pair of side faces and an end face. The connection terminal includes, on the end face, one or more slots shaped substantially like a parallelepiped, which run through the entire thickness of the connection terminal. The junction further includes at least one flexible conductor, in which one end part is shaped so as to mate substantially with the inner walls of the slots. The end part of the flexible conductor is inserted in the slots and cold coined, and the flexible conductor protrudes substantially at right angles from one of the upper, lower or end faces. At least one laser welding bead runs across the two slots along two of the faces from which the flexible conductor does not protrude.
Abstract:
A junction between a flexible conductor and a connection terminal is disclosed. The junction includes a connection terminal that is shaped substantially like a parallelepiped and has an upper face and a lower face, a pair of side faces and an end face. The connection terminal includes, on the end face, one or more slots shaped substantially like a parallelepiped, which run through the entire thickness of the connection terminal. The junction further includes at least one flexible conductor, in which one end part is shaped so as to mate substantially with the inner walls of the slots. The end part of the flexible conductor is inserted in the slots and cold coined, and the flexible conductor protrudes substantially at right angles from one of the upper, lower or end faces. At least one laser welding bead runs across the two slots along two of the faces from which the flexible conductor does not protrude.
Abstract:
A method for joining components of thermostatic systems and thermal relays for low-voltage circuit breakers, the components being constituted by at least one bimetallic element constituted by a lamina with a first face and a second face and at least one connection element that has a substantially flat end part with a third face and a fourth face, its particularity consisting of the fact that it comprises the steps that consist in:-overlapping and coupling the end part of the first face of the bimetallic element with respect to the third face of the end part of the connection element;-subjecting the end part of the second face of the bimetallic element to the welding action of laser means to provide a weld between the bimetallic element and the connection element.
Abstract:
A method for mutually welding a plate that has at least one layer based on Ag alloys and a copper body, comprising the use of laser means for performing the welding, its particularity consisting of the fact that it comprises the steps that consist in:-superimposing and coupling one face of the plate on a surface of the copper body;-starting the welding process by focusing the laser means on a point located proximate to the joint between the face of the plate and the surface of the copper body;-maintaining an angle of incidence of the laser means at values other than 0° with respect to the perpendicular to the surface to be welded;-moving the laser means with respect to the joint, so that the weldpool is pushed along the joint.
Abstract:
A low-voltage circuit breaker that comprises: a containment structure (2); a control mechanism (3); a plurality of circuit breaking poles (4), chosen between a first type of pole (40) that comprises a first housing (41) containing a first fixed contact (42) and a corresponding first moving contact (43) that can be coupled to said first fixed contact by means of its rotation around a point (45), and a second type of pole (50) that comprises a second housing (51) containing a second fixed contact and a corresponding second moving contact that can be coupled to said second fixed contact by means of a translatory movement along an axis (55); a first kinematic coupling (6) between said control mechanism (3) and said first moving contact, in the case of said poles belonging to said first type of pole (40), or a second kinematic coupling (7) between said control mechanism and said second moving contact, in the case of said poles belonging to said second type of pole (50).
Abstract:
Una unión entre al menos un conductor flexible (2) y un terminal de conexión (1), en la que: - el terminal de conexión (1) está conformado de forma sustancialmente análoga a un paralelepípedo y tiene una cara superior (11) y una cara inferior (12); dos caras laterales (13, 14) y una cara de extremo (16), teniendo dicho terminal de conexión, en dicha cara de extremo, al menos una ranura (150) conformada de forma sustancialmente análoga a un paralelepípedo, que se extiende a través de todo el grosor de dicho terminal de conexión (1); - una parte de extremo (21) del al menos único conductor flexible (2) está conformada con el fin de acoplar sustancialmente con las paredes interiores de dicha ranura (150), introduciéndose dicha parte de extremo (21) en dicha ranura (150); de modo que dicho conductor flexible (2) sobresalga sustancialmente en ángulos rectos de una de dichas caras superior (11), inferior (12) o de extremo (15) de dicho terminal de conexión (1); dicha parte de extremo (21) se aloja en dicha ranura (150); de modo que al menos dos caras adyacentes de dicha parte de extremo (21), que no sobresalen de dicha ranura (150), sean adecuadas para exponerse a una acción de soldadura de medios de láser (40), a lo largo de al menos una de las dos caras de dicho terminal de conexión (1), del que no sobresale dicho conductor flexible (2), caracterizada porque al menos un cordón de soldadura láser (3) se extiende de manera sustancialmente continua en dicha ranura (150), sustancialmente a lo largo de toda la longitud de dicho terminal de conexión (1), que incluye dicha ranura (150).
Abstract:
A junction between a flexible conductor and a connection terminal is disclosed. The junction includes a connection terminal that is shaped substantially like a parallelepiped and has an upper face and a lower face, a pair of side faces and an end face. The connection terminal includes, on the end face, one or more slots shaped substantially like a parallelepiped, which run through the entire thickness of the connection terminal. The junction further includes at least one flexible conductor, in which one end part is shaped so as to mate substantially with the inner walls of the slots. The end part of the flexible conductor is inserted in the slots and cold coined, and the flexible conductor protrudes substantially at right angles from one of the upper, lower or end faces. At least one laser welding bead runs across the two slots along two of the faces from which the flexible conductor does not protrude.