A split combined chassis system

Abstract

A split and combined chassis system, including a chassis body with side walls all around, a support platform around the chassis body, a slope adjustment block on one side of the chassis body, and one end of the grate on the slope adjustment block , the other end of the grate abuts against the support platform; the support platform is provided with vertically arranged wall tiles, and the grate is laid with floor tiles. The structure design of this device is reasonable, and it adopts a split design, except for the chassis body, which is a split design, so it is convenient for storage and transportation; the slope adjustment block is used to adjust the slope, and there is no need to rely on manual determination of the slope. The construction speed is fast and the construction quality is guaranteed; There are two layers of waterproofing on the ground, one is the floor tiles, and the other is the chassis body; there are also two layers of waterproofing on the wall, one is the wall tiles, and the other is the waterproof strip inside the wall tiles; The existing chassis, wall tiles and floor tiles also have good thermal insulation and sound insulation effects.

Description

Technical field: [0001] The invention relates to a split and combined chassis system. Background technique: [0002] With the people's increasing material and living needs, buildings have become the main architectural form. How to ensure the waterproofing of the water floor of the building, especially in places where water splashes are serious such as toilets and bathrooms, is the key to the quality of the building. At present, the sanitary ground waterproofing is mainly a flexible coating waterproof layer and a rigid waterproof mortar waterproof layer, or a composite waterproof layer of the two. These waterproof construction methods have the following deficiencies: Some building structures cannot be made of cement mortar ground and veneer, so the construction of the above-mentioned waterproof layer cannot be carried out, such as wooden structures; wall leakage may cause moisture to penetrate to the outside, thereby damaging the outer surface The wall skin will affect the u...

AI Technical Summary

Problems solved by technology

These waterproof construction methods have the following deficiencies: Some building structures cannot be made of cement mortar ground and veneer, so the construction of the above-mentioned waterproof layer cannot be carried out, such as wooden structures; wall leakage may cause moisture to penetrate to the outside, thereby damaging the outer surface The wall skin will affect the use time and effect; the service life and future maintenance of current waterproof materials are difficult to guarantee

In response to the above deficiencies, some integrated waterproof chassis appeared on the market, but most of the existing waterproof chassis are integrally formed as a whole, which is not easy to store, transport and install; Comparison of existing technologies does not provide a solution

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