Electrical installation pre-embedded wire pipe protection device for energy-saving building

Abstract

The invention discloses an electrical installation pre-embedded wire pipe protection device for an energy-saving building, and the device comprises two half pipe bodies, a plurality of semi-annular sliding grooves are uniformly formed in the two half pipe bodies, and each semi-annular sliding groove is provided with a protection module for protection. The protection module comprises semi-annular protection rings arranged on the semi-annular sliding grooves, the inner side of each semi-annular protection ring is fixedly connected with an arc-shaped connecting block, and the side, away from the corresponding semi-annular protection ring, of each arc-shaped connecting block is provided with a rolling wheel. And each semi-annular protection ring located at the upper part is connected with each semi-annular protection ring located at the lower part through a connecting module. In the using process of the device, the protection performance is excellent, the good protection effect can be achieved even if the device encounters broken stones with large impact force, after the protection device deforms, the lamp body is turned on, workers can conveniently replace the protection device in time, and the protection effect on the connecting position of the embedded pipeline is effectively guaranteed.

Description

Technical field [0001] The present invention relates to the field of building construction, and more particularly to an electrical mounting of electrical mounting of energy-saving buildings. Background technique [0002] In construction construction, in order to facilitate the convenience of the wiring requirements, the tube is usually prepared, and the connection between the two pipes is generally required, but the pipe connection is the most vulnerable position; [0003] In the process of construction, there will be some gravel or debris impact to the joint of the pipe, which is easy to cause cracking at the line tube, and the existing protective device is generally adopted in the process of use. However, for some powerful gravel or debris impact, these buffer materials are obviously insufficient to play a good protection, and since the protective device is in turn, the surface deformation occurs, although there may no effect To the pipe, the protection of the protective device...

AI Technical Summary

Problems solved by technology

[0003] During the construction process, more or less some gravel or sundries will hit the joint of the pipeline, which will easily cause the joint of the pipeline to crack. The existing protective devices generally use some buffer materials for protection during use. , but these cushioning materials are obviously not enough to play a good protective role when some powerful gravel or sundries are hit, and because a protective device has surface deformation after being hit once, although it may not affect to the pipeline, but the protective performance of the protective device has been greatly reduced at this time. If the staff cannot find out in time, if there is another impact in the future, it is easy to damage the internal pre-buried pipe. Therefore, how to solve these problems is what we need to consider

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