Assembly type integrated toilet without plate descending

Abstract

The invention relates to an assembly type integrated toilet without plate descending. The assembly type integrated toilet mainly aims at solving the problems that a traditional assembly type integrated toilet needs plate descending or lifting, the space utilization rate is low, the drainage safety and smoothness are low, and the installation process is complex. According to the technical scheme, the assembly type integrated toilet without plate descending is composed of a waterproof chassis, waterproof wallboards, a top plate, a drainage system, a drainage appliance, a water supply pipeline, astructural wall, a structural ground and a pipeline inspection well, wherein the waterproof chassis is not provided with vertical holes and is attached to the structural ground, the waterproof wallboards are inserted into grooves in the periphery of the waterproof chassis, all or most of the water supply and drainage pipelines are arranged in the pipeline inspection well, and for an L-shaped toilet, the water supply and drainage pipelines connected with a washbasin are arranged in gaps of adjacent dry and wet area chassis. According to the assembly type toilet, the assembly type toilet does not need structural plate descending or lifting, pipeline integration facilitates overhauling and maintenance, the drainage safety is improved, the usable clear space of the toilet is increased, and the installation efficiency is improved.

Description

technical field [0001] The invention relates to an assembled integrated toilet, in particular to an assembled integrated toilet without lowering boards. Background technique [0002] When traditional residential building toilets adopt prefabricated integrated toilets, due to drainage safety and unobstructed considerations, the ground structure floor of the toilet needs to be lowered or lifted by more than 250mm, and the drainage pipes are laid under the waterproof chassis of the integrated toilet, which occupies the height of the building. At the same time, when the drainage pipes are blocked, it is extremely difficult to repair and maintain the drainage pipes; in the case of low building height and space in traditional prefabricated toilets, when it is necessary to reduce the height of the structural floor lowering or lifting slabs, part of the water supply and drainage pipes are laid behind the waterproof wall panels. As a result, the waterproof wall panel for laying the w...

AI Technical Summary

Problems solved by technology

[0002] When traditional residential building toilets adopt prefabricated integrated toilets, due to drainage safety and unobstructed considerations, the ground structure floor of the toilet needs to be lowered or lifted by more than 250mm, and the drainage pipes are laid under the waterproof chassis of the integrated toilet, which occupies the height of the building. At the same time, when the drainage pipes are blocked, it is extremely difficult to repair and maintain the drainage pipes; in the case of low building height and space in traditional prefabricated toilets, when it is necessary to reduce the height of the structural floor lowering or lifting slabs, part of the water supply and drainage pipes are laid behind the waterproof wall panels. As a result, the waterproof wall panel for laying the water supply and drainage pipeline is far from the original wall of the bathroom building structure (the installation space for the water supply and drainage pipeline needs to be more than 100mm), which occupies the building plane space; the installation method of the traditional prefabricated toilet is complicated and occupies the building The plane and height space is large, and the installation, replacement and maintenance of the bathroom are difficult, the work intensity is high, and the cost is high

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