Novel power source tapping integrated device

Abstract

The invention discloses a novel power source tapping integrated device. The device is composed of a tapping device and an electric power track; a live line conductor, a null line conductor and a ground line conductor which are insulated from one another are arranged in the electric power track. After being inserted into any position of the electric power track, the tapping device is connected with the live line conductor, the null line conductor and the ground line conductor in the electric power track, so that safe electricity tapping at the position can be realized. The novel power source tapping integrated device is characterized in that the electric power track is formed by connecting a plurality of integrally-molded cavities; each cavity is of a sealed structure with a longitudinal opening; a live line groove and a null line groove where the live line conductor and the null line conductor can be arranged respectively are formed in the sealed structure along two sides of the cavity; and the bottom of each cavity is provided with a protruding structure facing the opening, wherein the protruding structure is adopted as the ground line conductor, and the protruding structure and the cavity are molded integrally. The novel power source tapping integrated device of the invention has the advantages of simpler structure and lower cost.

Description

technical field [0001] The invention belongs to the field of electric power technology, and in particular relates to a new type of power tap integration device, which flexibly distributes power and / or communication signals to various power consumption units of strong and weak power. Background technique [0002] The strong and weak currents of traditional homes and offices rely on fixed and pre-set power points at a certain location, and the strong and weak currents are set separately. Due to the pre-set and separate settings, it may cause wrong power-taking positions and insufficient number of power-taking points. Moreover, the power-taking point of strong electricity is an open structure in many cases, and the power conversion point is exposed to the outside, which may easily cause safety hazards. Due to the need to avoid strong current interference, weak current needs to be strictly distinguished from strong current, and the wiring and installation should be carried out ...

AI Technical Summary

Problems solved by technology

The limitation of this structure is: on the one hand, the structure is complex, and the connection performance is bound to be affected by the use of multiple parts to connect. On the other hand, the biggest problem is that the parallel connection of the sheet-like object with the conductor on the side can easily cause the sheet-shaped protrusions to go up and down. Misalignment and slipping will not reach the state of close connection, which will directly affect the electrification effect

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