High-current plug-in connector
View Patent ↗A high-current plug-in connector for transmitting electrical currents, having a housing made of electrically conducting material, designed to mechanically and electrically connect to a cable, the housing having at least one open side for inserting a mating plug-in connector made of an electrically conducting material, and forming a chamber for accommodating the mating plug-in connector, and at least one contact element, which is arranged on the housing and designed so that the contact element establishes an electrical contact having a contact area and a contact pressure between the housing and the mating plug-in connector inserted into the housing, wherein the contact element is designed as a coil spring.
1. A high-current insertion-connected connector for transmitting electrical currents, comprising:
a housing including electrically conductive material, said housing designed to be connected mechanically and electrically to a cable, and having at least one open side or end, and forming a chamber for receiving a mating insertion-connected connector;
said mating insertion-connected connector for insertion within said housing, made of an electrically conductive material;
at least one contact member arranged against the housing to make an electrical contact, at which there is an area of contact and a contact-making pressure, between the housing and the mating insertion-connected connector inserted into the housing, the at least one contact member including a coil spring, there being arranged in the housing, in the chamber to receive the mating insertion-connected connector; and
a mounting member made of an electrically insulating material to hold the at least one contact member in a predetermined position, said mounting member receiving the mating insertion-connected connector, and including, for each of said at least one contact member in the form of a coil spring, a spigot having a free end, on each of which spigots the coil spring is so arranged that the spigot engages axially in turns of the coil spring.
2. The high-current insertion-connected connector of claim 1 , wherein the mating insertion-connected connector includes a blade-type insertion-connected connector, an insertable blade, or a contact-making blade.
3. The high-current insertion-connected connector of claim 1 , wherein a central longitudinal axis of the coil spring is aligned parallel to a straight line.
4. The high-current insertion-connected connector of claim 3 , including two, three, four, or more coil springs, with central longitudinal axes each of said coil springs being aligned parallel to one another.
5. The high-current insertion-connected connector of claim 1 , wherein that the at least one contact member in the form of said coil spring makes electrical and mechanical contact with the housing and the mating insertion-connected connector at radially outer sides of turns of the coil spring.
6. The high-current insertion-connected connector of claim 1 , wherein a longitudinal center axis of at least one turn of the coil spring is tilted relative to a longitudinal center axis of the coil spring by a predetermined angle greater than zero.
7. The high-current insertion-connected connector of claim 1 , including the mounting member formed in two parts.
8. The high-current insertion-connected connector of claim 1 , wherein the mounting member includes apertures, with the at least one contact member in the form of a coil spring making electrical and mechanical contact with the housing by fitting through an aperture and projecting into the chamber within the housing for the mating insertion-connected connector.
9. The high-current insertion-connected connector of claim 1 , wherein the mounting member includes two flaps facing one another, resiliently deflectable, said flaps having a spacing therebetween smaller than the thickness of the mating insertion-connected connector.
10. The high-current insertion-connected connector of claim 1 , wherein a radial diameter of the at least one contact member in the form of said coil spring is perpendicular to a central longitudinal axis of the coil spring and greater than a distance between the housing and a mating insertion-connected connector inserted in the housing.
11. The high-current insertion-connected connector of claim 2 , wherein a central longitudinal axis of the coil spring is aligned parallel to a straight line.
12. The high-current insertion-connected connector of claim 11 , including two, three, four or more coil springs, with central longitudinal axes of each of said coil springs being aligned parallel to one another.
13. The high-current insertion-connected connector according to claim 3 , wherein that the at least one contact member in the form of said coil spring makes electrical and mechanical contact with the housing and the mating insertion-connected connector at radially outer sides of turns of the coil spring.
14. The high-current insertion-connected connector of claim 3 , wherein a longitudinal center axis of at least one turn of the coil spring is tilted relative to a longitudinal center axis of the coil spring by a predetermined angle greater than zero.
15. The high-current insertion-connected connector of claim 5 , wherein a longitudinal center axis of at least one turn of the coil spring is tilted relative to a longitudinal center axis of the coil spring by a predetermined angle greater than zero.
16. The high-current insertion-connected connector of claim 7 , wherein the mounting member includes apertures, with the at least one contact member in the form of a coil spring making electrical and mechanical contact with the housing by fitting through an aperture and projecting into the chamber within the housing for the mating insertion-connected connector.
17. The high-current insertion-connected connector of claim 8 , wherein the mounting member includes two flaps facing one another, resiliently deflectable, said flaps having a spacing therebetween smaller than the thickness of the mating insertion-connected connector.
18. The high-current insertion-connected connector of claim 16 , wherein the mounting member includes two flaps facing one another, resiliently deflectable, said flaps having a spacing therebetween smaller than the thickness of the mating insertion-connected connector.