The invention relates to a connecting arrangement, a charging socket and to a system of a charging socket and a connecting arrangement, which are distinguished by in each case a high thermal conductivity and thermal capacity and allow a reliable assembly. In particular, this is made possible by the use of a busbar with a tapering connecting bolt with through hole.

The invention relates to a charging socket with a connecting part, in particular for use in electromobility, wherein a plug-in bolt arranged in the charging socket has at least one recess in which a connecting key bolt of the connecting part engages.

A connection pole for an accumulator, wherein the connection pole includes an inner hollow region configured to receive a pole shaft of the accumulator. The connection pole includes ribs on its inner wall in the inner hollow region, wherein the ribs run in the longitudinal direction of the connection pole and one or more or all of the ribs are integrally formed with the connection pole from the material of the connection pole and protrude from the inner side of the connection pole such that the ribs form a gap between the pole shaft and the inner surface of the connection pole.

A detachable cable joint is provided and includes a housing having a first socket, a second socket, a third socket, a first contact member, and a second contact member. The second socket is positioned adjacent to the first socket, while the third socket is positioned adjacent to the first socket and separate from the second socket. The first contact member connects the first socket and the second socket, while the second contact member connects the first socket and the third socket.

An electrical coupling for making a secure and reliable connection between a frayed end of one or more wires. The electrical coupling comprises a terminal, a casing, a conical portion, and a threading portion. The electrical coupling is configured to receive and squeeze down the frayed end of the one or more wires due to the tapering and narrowing shape of the conical portion within an inner sidewall between a first inner diameter and a second inner diameter. The conical portion comprises a side wall. The side wall is configured to taper in from a first end to a second end to form a conical shape. The conical portion comprises a first open end having the first inner diameter.

A connector assembly has a connector body having a plurality of conductor apertures and a plurality of fastener bores, and a plurality of hammer driven fasteners. In one configuration, each of the plurality of conductor apertures can extend through the connector body from one side of the connector body to an opposite side of the connector body, and each of the plurality of fastener bores extend from an end of the connector body into the connector body a predefined depth so that one fastener bore intersects one conductor aperture. In another configuration, each of the plurality of conductor apertures extend through the connector body from one end of the connector body into the connector body a predetermined depth, and each of the plurality of fastener bores extend from a side of the connector body into the connector body a predefined depth so that one fastener bore intersects one conductor aperture.