Bathroom assembly type ground bottom box barrier-free splicing structure and installation mode

Abstract

The invention discloses a bathroom assembly type ground bottom box barrier-free splicing structure and an installation mode, and the bathroom assembly type ground bottom box barrier-free splicing structure comprises a first bottom box frame, a second bottom box frame, a horizontal direction connecting piece and a vertical direction connecting piece. The vertical connecting piece comprises an L-shaped vertical face connecting piece and a vertical clamping piece. According to the bathroom assembly type ground bottom box barrier-free splicing structure, two adjacent bottom boxes are spliced in the horizontal direction through the horizontal direction connecting pieces, and meanwhile two adjacent bottom boxes are spliced in the vertical direction through the vertical direction connecting pieces; according to the bathroom assembly type ground bottom box barrier-free splicing structure, synchronous splicing of the two adjacent bottom boxes in the horizontal direction and the vertical direction is achieved, the integrity of the spliced bottom box structure is higher, the stability of the overall structure is better, the overall structure is not prone to loosening or deformation dislocation under the action of external force, and the service life of the bottom boxes is prolonged. And the waterproof sealing performance is better.

Description

technical field [0001] The invention relates to the technical field of integral bathrooms, and in particular, the invention relates to a barrier-free splicing structure and an installation method of a bathroom assembled ground bottom box. Background technique [0002] With the introduction of energy conservation and emission reduction policies, prefabricated interior technology has risen rapidly, and prefabricated ground bottom boxes have been used more and more. Restricted by the production process and transportation conditions of the bottom box, the production of large-scale modules of a single bottom box cannot be carried out. Therefore, in the larger space of the bathroom, the prefabricated floor is composed of two or more bottom boxes. How to realize the barrier-free combination and splicing of the waterproof requirements between the bottom box and the bottom box is an urgent need to solve. question. [0003] The structure of a general bathroom floor bottom box is rel...

AI Technical Summary

Problems solved by technology

The frame disclosed in this patent is surrounded by four rectangular profiles. This simple rectangular profile frame constitutes the bottom box frame. When the bottom box is filled with waterproof adhesive, the adhesion between the frame of the rectangular profile and the waterproof adhesive The connection performance is not strong enough, and the frame of the bottom box is easy to loose when subjected to external force, so that there is a gap between the bottom box and the waterproof adhesive layer filled inside, resulting in a decrease in the waterproof performance of the bottom box

[0004] In addition, the splicing between two adjacent bathroom laying modules is realized through the water retaining strip, which is U-shaped upside down on the splicing perimeter of two adjacent bathroom modules, and the adhesive is coated on the U-shaped water retaining On the inner concave surface of the strip, the amount of adhesive filled inside of this inverted water retaining strip is not easy to control when splicing, and the adhesive is prone to partial overflow, which brings inconvenience to the sizing operation

On the other hand, this splicing method focuses on the splicing of two adjacent bathroom modules in the horizontal direction, while ignoring the vertical splicing of two adjacent bathroom modules, so that the two adjacent bathroom modules in the vertical direction The splicing strength is relatively weak, resulting in poor integrity of two adjacent bathroom modules after splicing, poor overall structural stability, and the overall structure is prone to loosening or deformation and misalignment when subjected to external forces

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