Diversion trough and construction method of diversion trough

Abstract

The diversion tank provided by this application includes a group of brackets buried in the concrete ground, each bracket in the bracket group is fixed on the equipment foundation, and each bracket is fixed with an anti-corrosion bracket, and the anti-corrosion bracket The top surface is an arc-shaped groove with a radian of less than 180 degrees, and a horizontally placed plastic arc groove pipe with a semicircular cross-section is arranged in the arc-shaped groove. Concrete is poured on both sides of the plastic arc groove pipe, and the pouring height of the concrete is It is flush with the upper edge of the plastic arc groove pipe and does not enter the plastic arc groove pipe, and the bracket group, the anti-corrosion bracket and the plastic arc groove pipe are buried and fixed. The plastic arc groove pipe is fixed on the anti-corrosion bracket, and then concrete is poured. During construction, the whole plastic pipe can be used, and the upper part exposed on the concrete floor can be cut after pouring concrete. The construction is simple and realizes providing a Rust-resistant and easy-to-construct diversion tanks. The application also provides a construction method of the diversion groove.

Description

technical field [0001] The present application relates to the technical field of building construction, and more specifically, to a diversion tank. The present application also relates to a construction method of the diversion tank. Background technique [0002] There are many equipment rooms in the building, such as air conditioner room, refrigerator room, etc. These equipment rooms will generate water due to their working principles. The water cannot be drained through the usual drainage ditch. The existence of water will cause high air humidity. Long time will cause the corrosion of the equipment and affect the service life of the relevant parts, so the diversion grooves are set in the equipment room. [0003] The current diversion groove setting is often due to the phenomenon that the diversion groove is not fixed firmly and is easy to be damaged during the indwelling process, so that the indwelling diversion groove and the drainage ditch are not straight, which affects...

AI Technical Summary

Problems solved by technology

[0006] Disadvantages of the first solution: the diversion channel using channel steel and angle steel has a better forming effect, but it is easy to rust and damage if it exists in a water environment for a long time, and it is difficult to repair after damage; In the ground concrete, it is easy to damage during the pouring of concrete, the elevation, slope and positioning cannot be guaranteed, and it is difficult to repair after damage, and the appearance is poor

These materials cannot be fixed at the male and female corners of the diversion groove to ensure molding

[0007] Disadvantages of the second scheme: it is difficult to cut grooves with a cutting machine in the later stage, especially the forming quality cannot be guaranteed at the male and female corners of the diversion groove, the cost of construction and repair is high, the ground is easy to be damaged, and the formation of the diversion groove is difficult to guarantee, and the slope and the elevation cannot be controlled

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