Bathroom fabricated chassis

Abstract

The invention provides a bathroom fabricated chassis which comprises a waterproof integral bottom plate, a skeleton, a surface floor and a plurality of pipelines. The waterproof integral bottom plateis a flat plate, and the flat plate is provided with pipeline mounting grooves. The skeleton is installed on the waterproof integral bottom plate, the surface floor is fixed on the skeleton by adjusting bolts, and the surface floor is provided with three ports for installing a toilet, a hand washing sink and a floor drain separately. The multiple pipelines are installed in the pipeline mounting grooves, one ends of the pipelines are connected to water outlets of the toilet, the hand washing sink and the floor drain, and the other ends of the pipelines are connected to a drainage stand pipe ofa bathroom. The chassis is a fabricated integral chassis, the pipelines used can be separated from a structural floor or the wall, and therefore the problems of the drainage of the same layer, smell of the floor drain of the bathroom and leakage can be solved. In addition, partial components of the bathroom fabricated chassis are produced in a standardized mode, on-site assembly is carried out, and the construction is convenient; and after installation, the fabricated chassis does not occupy space and is waterproof and reliable.

Description

technical field [0001] The invention relates to an assembled chassis for a toilet, which belongs to the technical field of sewage treatment. Background technique [0002] The prefabricated overall bathroom building refers to a building that is assembled and connected at the construction site from the parts and components produced in the factory. Compared with the cast-in-place buildings that still dominate the construction, some of the original cast-in-place components, such as beams, columns, and slabs, are brought to the factory for production, and then transported to the construction site for assembly. Make its joints well, and then use a part of the site pouring to combine the two parts to form a complete building. We call this a prefabricated building. To measure the level of prefabricated buildings, there is also the question of assembly rate. How many components have been assembled in the factory and how much the wet work on site has been reduced, all represent the t...

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Problems solved by technology

[0004] However, this construction method also has the following disadvantages: 1. There are many construction procedures: it needs to go through mold positioning, pre-embedded installation of standard embedded parts structure, prefabricated installation, detailed interpretation of the construction process based on engineering examples, preparation of embedded parts materials (pre-embedded parts) Embedded parts include: UPVC floor drain embedded parts, UPVC toilet connectors, UPVC boarding pipe connectors, elevator base embedded parts), pipe connection embedded parts and ordinary elevators, new elevator embedded parts (embedded parts Sealing processing is required before embedding), installation

[0005] 2. Reclaimed water cannot be reused, resulting in a large amount of waste of domestic water

[0008] 1. The inability to reuse reclaimed water causes a large amount of waste of domestic water;

[0009] 2. Area waste = (length + width) × 0.15≥0.5-0.9m 2 ;

[0010] 3. Floor height waste ≥ 0.25m;

[0011] 4. It is difficult to maintain the pipeline, and the overall toilet wallboard must be removed;

[0012] 5. Water seepage in the pipeline will still cause floor leakage and neighbor disputes;

[0013] 6. The pipeline is assembled on site, and the quality is not guaranteed;

[0014] 7. There is a sense of emptiness

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