Electrical connection structure and electronic equipment using the same

Abstract

The embodiment of the invention discloses an electrical connection structure, which is used to realize the electrical connection between the working part fixed on the free end of the lifting rod and the power supply provided at the fixed end of the lifting rod opposite to the free end. The electrical connection structure includes a supporting member, a tap, an elastically stretchable slingshot connection wire and a tap wire. The supporting member is arranged on the free end of the lifting rod together with the working part. The tap is seated on the support member. The tap includes a power terminal connected to the power supply and an electrical interface for external output. Both ends of the slingshot connecting wire are respectively connected to the power supply terminal and the power supply. The branch line is connected to the electrical interface and the working part. When the lifting rod is telescopic, the tap on the supporting part moves together with the working part, and the distance between the working part and the electrical interface of the tap remains unchanged, so the tap wire does not move during the telescopic process of the lifting rod. Will be broken by pulling. In addition, the present invention also provides an electronic device with the electrical connection structure.

Description

technical field [0001] The invention relates to electrical connection technology, in particular to an electrical connection structure for realizing electrical connection in a lifting structure. Background technique [0002] Many existing electronic devices often need to adjust their height according to actual needs during use, and the power supply that provides energy for electronic devices usually does not move with the electronic devices because of its bulky size or safety considerations, but is fixed on the ground. Electronic devices are connected by wires to a power source set in the ground for power. [0003] However, during the lifting process of the electronic device, the scattered wires between the electronic device and the power supply will affect the work of the lifting mechanism, and the wires are easily pulled during the lifting process and thus disconnected. [0004] Therefore, how to provide a reliable electrical connection for electronic equipment that needs...

AI Technical Summary

Problems solved by technology

[0003] However, during the lifting process of the electronic equipment, the scattered wires between the electronic equipment and the power supply will affect the work of the lifting mechanism, and the wires are easily pulled and disconnected during the lifting process.

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