End pressure interface device for power distribution module and conductive copper bar in track-type bus

Abstract

The invention discloses an end crimping interface device for a power distribution module and a conductive copper bar in a track-type bus. The end pressure interface device comprises a power distribution bottom shell, and the end pressure interface device is mounted on the power distribution bottom shell. The end pressure interface device comprises a connecting panel, and the connection panel is integrally provided with a connection groove according to the arrangement spacing of conductive copper bars in the track-type bus, wherein the interior of the connecting groove is movably connected witha conductive copper piece, one end of the conductive copper piece extends out of the connecting groove to be connected with the conductive copper strip in the track-type bus, and the other end of theconductive copper piece extends to the upper part of the connecting panel, and the top end of the conductive copper piece is sleeved with a reset spring which is embedded in the power distribution bottom shell. The device is simple in structure, is ingenious in design and is convenient to mount and dismount. The plug-in power distribution bottom shell with an electric hot plug function can be flexibly supported at any position of the trunk body of the track-type bus in cooperation with a locking buckle structure.

Description

technical field [0001] The invention relates to the technical field of connection between a power distribution module and a bus bar, in particular to a terminal pressure interface device for a power distribution module and a conductive copper bar inside a rail-type bus bar. Background technique [0002] The existing busbar unit is wrapped by the outer casing, and wires or metal sheets are placed in the cavity of the cavity as conductors for power transmission, and the position is fixed on the surface of the outer casing, and a fixed interface is fed out to realize the transmission and distribution of power . This method is often used in scenarios such as socket installation, cable strips, and cabinet PDUs. It is impossible to realize the function of feeding out power in any interface form at any position of the conductor according to actual needs, and at the same time, the flexible configuration of switches or power monitoring components cannot be realized. The structure is...

AI Technical Summary

Problems solved by technology

It is impossible to realize the function of feeding out power in any interface form at any position of the conductor according to actual needs, and it is impossible to flexibly configure switches or power monitoring components at the same time. The structure is fixed, the assembly form is complicated, and installation and disassembly are inconvenient.

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