7results about "Conductor screwing into other" patented technology

The invention relates to a contact assembly for plug connections, i.e. charging plugs for transmitting electrical power, having at least two contact assembly elements, at least one connecting element, and at least one securing element, wherein the at least two contact assembly elements are positioned so as to be axially aligned in the longitudinal direction of the contact assembly and are detachably placed together at one of the end faces thereof, the connecting element is formed by a wire thread insert, a contact assembly element has a threaded bore into which the wire thread insert is screwed, and the wire thread insert interacts with a securing element such that the contact assembly elements placed together are detachably connected so as to be stable over the long term.

Some embodiments relate to a rack module for a rack, the rack module comprising an insert element configured to slide into one of a plurality of receiving compartments of a spine of the rack. The insert element comprises a first electrical contact and a second electrical contact. The first electrical contact is located on a first side of the insert element and is configured to physically contact a first busbar of the spine. The second electrical contact is located on a second side of the insert element opposite the first side. The second electrical contact is configured to contact a second busbar of the spine.

The invention provides a method for producing an electrical feedthrough having a one- or multi-part inner conductor which is arranged at least sectionally in a metal outer tube and is electrically insulated from the outer tube by means of an electrically insulating material, wherein the inner conductor of the electrical feedthrough produced has at least one contact section which protrudes from the metal outer tube, wherein in the method the metal outer tube, the electrically insulating material and the section of the one- or multi-part inner conductor which is already arranged in the metal outer tube are compacted into an assembly with one another, wherein the at least one contact section which protrudes from the metal outer tube is joined to the one- or multi-part inner conductor only after the compacting of the metal outer tube, the electrically insulating material and the section of the one- or multi-part inner conductor which is already arranged in the metal outer tube into an assembly with one another has been completed, wherein the contact section is positioned such that it is oriented along the central axis of the metal outer tube.

A charging connector is provided, including a charging socket body; multiple terminals disposed in the charging socket body; a hollow housing connected to the charging socket body; and multiple cables threaded within the housing. Each cable is detachably connected to a corresponding terminal via a terminal connector. In the embodiments of the present disclosure, the terminal connector is arranged as an intermediate adapter mechanism to connect the terminals to the cables, facilitating disassembly and assembly of the terminals and cables, and fast replacement of the cables.