Conductive concrete grounding part employing branch pipe and manufacturing device for conductive concrete grounding part

Abstract

The invention relates to a conductive concrete grounding part employing a branch pipe and a manufacturing device for the conductive concrete grounding part, in particular to conductive concrete grounding part employing a branch pipe and a manufacturing device for the conductive concrete grounding part, which have the characteristics as follows: the conductive concrete grounding part is formed by a synthetic material with soil characteristics, so that the conductive concrete grounding part has environment friendliness, high durability, expansibility, moisture adsorption capability and regulation capability, has the characteristic of integration with soil, and can be rapidly and easily produced in batches, and surge, abnormal voltage and abnormal current can be smoothly released to the earth. The conductive concrete grounding part integrally consists of a hollow pipe, conductive concrete and a cylindrical branch pipe, wherein a spiral part for connecting a grounding wire is attached to one side of the hollow pipe; the outer surface of the hollow pipe is coated with the conductive concrete with a uniform thickness; the outer lateral surface of the conductive concrete is coated with the cylindrical branch pipe.

Description

technical field [0001] The present invention relates to a conductive concrete grounding component using a branch pipe and its manufacturing device, and specifically relates to a conductive concrete grounding component using a branch pipe and a manufacturing device having the following characteristics. Unchanging, expansive, moisture absorption and adjustment capabilities, and has the characteristics of integration with the soil, so that it can smoothly release surges, abnormal voltages, and abnormal currents to the earth, and can be mass-produced quickly and easily. Background technique [0002] Grounding components buried in the soil undergo physical and chemical reactions (corrosion, electrolytic corrosion, etc.) over time, and thus cannot normally perform the grounding characteristics. [0003] The current buildings and facilities with electrical, electronic, communication and other functions will be used for decades. [0004] In addition, the grounding components buried...

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Problems solved by technology

[0008] However, the inherent problems are as follows: the existing grounding parts have a structure in which conductive concrete is exposed to the outside, and a strong grounding effect cannot be obtained due to the evaporation of water, and the technology for mass production by one-time fixing has not been developed, so , the manufacturing efficiency is significantly reduced

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