Spliced 3D printing waterproof chassis

Abstract

The invention discloses a spliced 3D printing waterproof chassis. The spliced 3D printing waterproof chassis comprises at least two first bottom plate parts, wherein the at least two first bottom plate parts are spliced to form a chassis body; each first bottom plate part is subjected to 3D printing in the circumferential direction to be provided with a first waterproof fence with a spiral bulge; the splicing edge of each first waterproof fence is cut to form a first splicing notch; the part, located in the chassis body, of each first splicing notch is a horizontal edge with the same height, and the end, close to the periphery of the chassis body, of each first splicing notch protrudes upwards to form a vertical edge; the space between every two adjacent splicing edges is filled with a sealant; and the horizontal edges and the vertical edges of every two adjacent first splicing notches are clamped and fixed through splicing profiles. The spliced 3D printing waterproof chassis has the beneficial effects of being simple in structure, safe, reliable, free of water leakage and free of sealing weak points.

Description

technical field [0001] The invention relates to the technical field of toilet waterproof equipment. More specifically, the present invention relates to a spliced ​​3D printed waterproof chassis. Background technique [0002] Bathroom waterproofing is an important item in the decoration process, and it is also a hidden project that is prone to problems. If there is a problem with waterproofing, it will be very troublesome to repair later. In the process of traditional bathroom decoration, waterproof paint is usually applied to the bathroom floor to achieve waterproof effect, which takes a long time and the effect depends on the level of the operator. In order to replace the traditional process of painting waterproof paint, the waterproof chassis has been more and more widely used as the core of the assembled overall sanitation. Among them, for larger bathrooms, considering transportation, installation and other issues, the preferred solution will choose to use splicing to c...

AI Technical Summary

Problems solved by technology

Among them, for larger bathrooms, considering transportation, installation and other issues, the preferred solution will choose to use splicing to connect and seal. A connection between adjacent chassis is achieved through the arrangement of the cover plate and the groove body. It cannot realize the sealed connection of the chassis at both ends of the length direction of the cover plate, and there is a problem of poor sealing effect caused by weak points of the seal.

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