Shower room floor drainage skid resistance structure

Abstract

The invention discloses a shower room floor drainage skid resistance structure which comprises a wall body (1) and a partition (2). A shower room is separated out in a rest room through the partition (2), a shower floor (3) is arranged in the shower room, and annular drainage ditches (4) are arranged between the shower floor (3) and the wall body (1) and between the shower floor (3) and the partition (2). The annular drainage ditches (4) are internally provided with floor drains, and a water blocking ditch (6) is further formed outside the partition (2). The water blocking ditch (6) is also internally provided with a standby floor drain (8), and skid resistance floor tiles (7) are laid on the shower floor (3) and floors, outside the shower room, of the rest room. The laying direction of the skid resistance floor tiles (7) is that drainage grooves (72) face the floor drain (5) in a unified mode. The shower room floor drainage skid resistance structure has the high water accumulation preventing capability, can effectively drain and resist skid and is safe to use and convenient to clean.

Description

[0001] technical field [0002] The invention relates to drainage facilities, in particular to a drainage and anti-slip structure on the floor of a shower room, which has the functions of timely drainage, anti-water accumulation, anti-skid, and convenient cleaning. [0003] Background technique [0004] Existing shower rooms (except public bathrooms) are generally enclosed by glass or other materials in a corner of the toilet. There are two main reasons why people often slip and fall when taking a bath: one is that when the place and environment change, they are unconscious No attention has been paid, and the dynamics are as usual; the second is that the floor of the bathroom is smooth, and when the bathing water falls on the floor, a water film will be formed, especially after encountering soapy water and washing liquid water, the water film on the floor will be difficult to dissipate and will be more slippery. In order to discharge the water on the floor of the shower roo...

AI Technical Summary

Problems solved by technology

[0004] Existing shower rooms (except public bathrooms) are generally enclosed by glass or other materials in a corner of the toilet. There are two main reasons why people often slip and fall when taking a bath: one is that when the place and environment change, they are unconscious No attention has been paid, and the dynamics are as usual; the second is that the floor of the bathroom is smooth, and when the bathing water falls on the floor, a water film will be formed, especially after encountering soapy water and washing liquid water, the water film on the floor will be more slippery if it is difficult to dissipate

In order to discharge the water on the floor of the shower room in time, in addition to setting a floor drain near the wall on one side of the shower room, the side of the shower room without a floor drain should be higher than the side with a floor drain, so that the water on the floor of the shower room can flow to the floor drain and be discharged. In this way, the existing shower room still has the following defects: in the process of partitioning the bathroom, water seeps often at the joint between the partition and the ground, especially the anti-seepage treatment of the partition and the facade wall is often easily overlooked, even if the water seepage treatment is done, as the The passage of time and unintentional impact during use will also cause a large amount of bath water to seep through the floor and walls, while the existing shower room only has a drainage function, and the ability to prevent stagnant water is insufficient. Once the bath water is large, or the floor drain is blocked If the water cannot be drained in time, water will easily accumulate on the floor of the entire shower room and the outside of the isolated bathroom, and there are unsafe factors that may cause people to fall easily.

[0006] The Chinese utility model patent with the announcement number 202380527 discloses a bathroom drainage structure. The central plate of the drainage structure is a straight shallow groove, which has a certain anti-slip effect compared with the above-mentioned comparative document, but the straight strip Shallow grooved surfaces are still prone to water film formation, causing falls

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