Ground integrated rock plate close joint water retaining bottom sill

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By setting up a ground integrated rock slab tightly on the bathroom floor, the waterproof bottom sill is shaped and the moisture barrier belt and strengthening the waterproof layer, the problem of water leakage in the wet area of the shower room is solved, preventing furniture from getting damp and damage to the aesthetic feeling of the floor design. Achieve effective waterproofing effect.

CN222350120UActive Publication Date: 2025-01-14YIGONGYIPIN DECORATION (BEIJING) CO LTD

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Patent Information

Application Number: CN202420681365.4
Authority / Receiving Office: CN · China
Patent Type: Utility models(China)
Current Assignee / Owner
Filing Date: 2024-04-03
Publication Date: 2025-01-14
Estimated Expiration: 2034-04-03

AI Technical Summary

Technical Problem

In the prior art, the leakage water in the wet area of the shower room penetrates into the bathroom washing and drying area along the ground level and slope layer, causing the furniture to be damp, deformed and rusted, and affecting the overall design and decorative aesthetics of the ground.

Method used

The ground integrated rock slabs are used to block the bottom ridge, including a shaped water stop and tide barrier belt, a reinforced waterproof layer and a ground integrated rock slab surface layer. It is connected through structural glue to form a continuous structure to prevent the lateral propagation of water leakage and pass through 45° edge grinding and sealing splicing achieve tight seam effect.

Benefits of technology

It effectively avoids leakage in the wet area of the shower room and seeps into the bathroom washing and drying area along the ground leveling and slope searching layer, prevents furniture from getting damp, deformed and rusted, and enhances the overall design and decorative beauty of the ground.

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Abstract

A ground integrated rock plate close-joint water retaining bottom sill comprises a ground cushion layer located on the ground of a toilet, a leveling and slope making layer and a shower room sliding door slope bottom rail, and the ground integrated rock plate close-joint water retaining bottom sill is arranged between the ground cushion layer and the shower room sliding door slope bottom rail. The ground integrated rock plate close-joint water retaining bottom sill is specifically composed of a shaping water stopping and moisture insulation belt, a reinforcing waterproof layer and a ground integrated rock plate face layer, the shaping water stopping and moisture insulation belt roots on a ground cushion layer, the ground integrated rock plate face layer covers the outer side surface of the shaping water stopping and moisture insulation belt, the whole ground integrated rock plate close-joint water retaining bottom sill is of a continuous structure, and the reinforcing waterproof layer covers the outer side surface of the shaping water stopping and moisture insulation belt. And two ends of the steel wire rope respectively end at the underground extension surfaces of the two side walls. According to the ground integrated rock plate close-joint water retaining bottom sill, the problems that furniture in a bathroom washing dry area is affected with damp, deformed and rusted and the overall design and decoration aesthetic feeling of the ground is poor due to the fact that leakage water in a shower room wet area permeates into the bathroom washing dry area along a ground leveling and slope making layer and a shower room stone foundation is inconsistent with ground decoration materials can be solved.

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Description

Technical Field

[0001] The utility model relates to the technical field of building decoration, in particular to a ground-integrated rock slab with tight seams and water-retaining bottom sill. Background Art

[0002] Nowadays, independent shower rooms and bathing areas in bathrooms are often the boundary between dry and wet areas. If the waterproof measures for the stone foundation at the bottom of the shower room are not appropriate, water seepage and moisture will easily occur. Therefore, the furniture located in the dry washing area of the bathroom will easily expand, deform and rust due to moisture. After sufficient research and analysis, it was found that the main reason for the above phenomenon is that the shower room is a customized semi-finished product and needs to be installed on-site by the manufacturer. The stone foundation used in the shower room is usually placed directly on the ground surface. After leveling, the glass glue is applied to the junction with the ground and wall for waterproof sealing. For example, the bathroom floor surface (such as rock slabs, etc.) must adopt a thin-stick process. When the bathing waste water in the shower room is discharged, some of the waste water will penetrate into the leveling and slope layer below the ground surface through the joints of the ground surface. Since the leveling and slope layer is made of a high-porosity material and has strong water absorption, and the lower part of the leveling and slope layer has a waterproof layer, the infiltrated water will not penetrate downward, but will penetrate horizontally along the leveling and slope layer to the washing and drying area. Therefore, the leveling and slope layer is the main channel for water seepage in the shower room. In addition, since the leveling and sloping layer of the wash and dry area will be soaked by water, moisture will return upward through the joints of the floor surface layer. If the stone foundation of the shower room is not consistent with the decorative material of the floor surface, the wooden (metal) furniture placed on the decorative floor of the wash and dry area will be in a humid environment for a long time, which will easily lead to the furniture getting damp, deforming, rusting, and the overall design and decorative aesthetics of the floor will be poor.

[0003] Therefore, how to solve the problem of water leakage from the wet area of the shower room penetrating into the dry area of the bathroom wash area along the leveling and sloping layer of the ground and the inconsistency between the stone foundation of the shower room and the floor decoration material, which causes the furniture in the dry area of the bathroom wash area to become damp, deformed, rusted, and the overall design and decoration of the floor to be aesthetically pleasing has become an urgent problem that people need to solve today. Utility Model Content

[0004] The purpose of the utility model is to overcome the deficiencies of the prior art and to provide a ground-integrated rock slab with tight seams and water retaining bottom sill. This ground-integrated rock slab with tight seams and water retaining bottom sill can solve the problems of furniture in the bathroom washing and dry area getting damp, deformed, rusted, and poor overall design and decorative aesthetics of the floor due to water leakage from the wet area of the shower room penetrating along the ground leveling and slope layer into the bathroom washing and dry area and the inconsistency between the stone foundation of the shower room and the floor decoration material.

[0005] The technical solution provided by the utility model is: a ground-integrated rock slab tight-joint water-retaining bottom sill, comprising a ground cushion layer, a leveling and slope layer and a shower room sliding door slope bottom rail located on the bathroom floor, a ground-integrated rock slab tight-joint water-retaining bottom sill is arranged between the ground cushion layer and the shower room sliding door slope bottom rail, the ground-integrated rock slab tight-joint water-retaining bottom sill is specifically composed of three parts: a shaped water-stopping and moisture-proofing belt, a reinforced waterproof layer and a ground-integrated rock slab surface layer, the shaped water-stopping and moisture-proofing belt is rooted in the ground cushion layer, the ground-integrated rock slab surface layer covers the outer surface of the shaped water-stopping and moisture-proofing belt, the ground-integrated rock slab tight-joint water-retaining bottom sill is a continuous structure as a whole, and its two ends respectively terminate at the extension surfaces of the walls on both sides to the underground.

[0006] Furthermore, the shaped water-stopping and moisture-proofing strip is connected to the ground cushion layer by structural adhesive.

[0007] Furthermore, a shower room wet area leveling and sloping layer and a toilet wash dry area leveling and sloping layer are respectively arranged on the ground cushion layer with the shaped water-stopping and moisture-proof strip as the boundary. The drainage slope of the shower room wet area is 0.5%, and the drainage slope of the toilet wash dry area is 1%.

[0008] Furthermore, a waterproof layer is provided on the shower room wet area leveling and slope layer, the toilet wash area leveling and slope layer and the shaped water-stopping and moisture-proof belt.

[0009] Furthermore, the waterproof layer integrates the shower room wet area leveling and slope layer and the toilet wash area leveling and slope layer with the shaped water-stopping and moisture-proof strip, wherein the surface of the shaped water-stopping and moisture-proof strip needs to be coated with 5 coats of waterproofing for local reinforcement.

[0010] Furthermore, the shaped water-stopping and moisture-proofing strip and the underground extension surfaces of the walls on both sides enclose a shape that follows the sloped bottom rail of the shower room sliding door.

[0011] Furthermore, the cross-sectional structural width of the shaped water-stopping and moisture-proofing strip is 40 mm, and the edges of the bottom surface of the structure are right-angled edges; the edges of the top surface of the structure are chamfered edges.

[0012] Furthermore, the ground-integrated rock slab surface layer is arranged on the vertical facades and horizontal top surfaces on both sides of the shaped water-stopping and moisture-proofing belt by means of structural adhesive, and the positive angles on both sides of the horizontal top surface adopt 45° edge grinding and <0.5mm sealing and splicing.

[0013] Furthermore, the leveling and slope layer is covered with a rock slab decorative floor, the top surface of the integrated rock slab water-retaining bottom sill is 33 mm higher than the rock slab decorative floor in the dry area of the bathroom washroom, and the top surface of the integrated rock slab water-retaining bottom sill is 38 mm higher than the rock slab decorative floor in the wet area of the shower room.

[0014] Compared with the prior art, the utility model provides a ground-integrated rock slab with tight seams and water-retaining bottom sill, which achieves the following technical effects:

[0015] The utility model provides a ground-integrated rock slab with tight seams and water retaining bottom sill, which arranges a ground-integrated rock slab with tight seams and water retaining bottom sill on the ground cushion layer of the bathroom floor, thereby avoiding the poor overall design and decorative aesthetics of the floor caused by the inconsistency between the stone foundation of the shower room and the ground decoration material, and further avoiding the phenomenon of moisture, deformation, rust and the like of furniture in the bathroom washing and drying area caused by water leakage in the wet area of the shower room penetrating along the ground leveling and slope layer into the bathroom washing and drying area. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1 This is a schematic plan view of the ground-integrated rock slab with tight seams and water-retaining bottom sill in the first embodiment of the utility model;

[0017] Figure 2 It is a schematic cross-sectional elevation diagram of the ground-integrated rock slab with tight seams and water-retaining bottom sill 1-1 in Example 1 of the utility model.

[0018] In the figure: 1. Ground cushion layer; 2. Sloped bottom rail of shower room sliding door; 3. Shower room floor leveling and slope layer; 4. Washing and drying area floor leveling and slope layer; 5. Shaping water-stop moisture-proof strip; 6. Structural adhesive; 7. Waterproof layer; 8. Local reinforcement; 9. Thin-film adhesive; 10. Integrated rock slab; 11. Ground rock slab. DETAILED DESCRIPTION

[0019] The present invention will be further described in detail below in conjunction with the embodiments and drawings, but the implementation manner of the present invention is not limited thereto.

[0020] The utility model provides a ground-integrated rock plate with a close-seam water-retaining bottom sill, such as Figure 1 and Figure 2 As shown, the ground integrated rock slab with tight seams and water retaining bottom sill is preferably set in a room where water is often used, such as a bathroom, where the washing and drying area is mostly furnished with wooden (metal) furniture. Figure 2As shown, the ground integrated rock slab tight seam water retaining bottom sill includes a ground cushion layer 1, a shower room floor leveling and slope layer 3 and a wash and dry area floor leveling and slope layer 4, all of which are arranged on the floor in the room. Furthermore, a shaped water-stopping and moisture-proof strip 5 is arranged on the ground cushion layer 1, and the shaped water-stopping and moisture-proof strip 5 is connected to the ground cushion layer 1 by a structural adhesive 6. The material of the shaped water-stopping and moisture-proof strip 5 is preferably natural stone, which has the function of moisture-proof and moisture-proofing. The whole structure is continuous (that is, there is no break in the middle) and has a certain height, and its two ends respectively terminate at the extension surfaces of the walls on both sides of the shower room to the underground, thereby isolating the shower room floor leveling and slope layer 3 from the wash and dry area floor leveling and slope layer 4. Preferably, the shaped water-stopping and moisture-proofing strip 5 and the extension surfaces of the walls on both sides to the ground form a shape that follows the slope bottom rail of the shower room sliding door. In particular, the top surface and the facades on both sides of the shaped water-stopping and moisture-proofing strip 5 are processed to have a finely flat matte base surface, which is beneficial for the integrated rock slab 10 to maintain flatness, firmness and tight seam effect. Furthermore, a shower room floor leveling and slope layer 3 and a wash-dry area floor leveling and slope layer 4 are respectively arranged on the ground cushion layer 1 with the shaped water-stopping and moisture-proofing strip 5 as the boundary. Furthermore, a waterproof layer 7 is provided on the surface of the shower room floor leveling and slope layer 3, the wash-dry area floor leveling and slope layer 4 and the shaped water-stopping and moisture-proofing strip 5. Furthermore, the surface of the shaped water-stopping and moisture-proofing strip 5 is painted with five coats of waterproof paint to make a local Strengthen 8. Further, the ground rock slab 11 is respectively covered on the waterproof layer 7 of the shower room floor leveling and slope layer 3 and the waterproof layer 7 of the wash and dry area floor leveling and slope layer 4 by a thin adhesive 9. Further, the integrated rock slab 10 is covered on the top surface and both side facades of the shaped water-stopping and moisture-proofing belt 5 by structural adhesive 6. The integrated rock slab 10 is connected to the shaped water-stopping and moisture-proofing belt 5 by structural adhesive 6. Preferably, the integrated rock slab 10 on the top surface of the shaped water-stopping and moisture-proofing belt 5 has a 45° edge grinding and sealed joint at the positive corner. In particular, the facades of the integrated rock slab 10 on both sides of the shaped water-stopping and moisture-proofing belt 5 are respectively pressed on the planes of the shower room floor rock slab 11 and the wash and dry area floor rock slab 11, forming a ground integrated rock slab with a tight seam effect. The shower room sliding door slope bottom rail 2 is located on the ground integrated rock slab with a tight seam water retaining bottom sill.

[0021] Specifically, in a preferred embodiment, according to the profile specifications and layout position of the slope bottom rail 2 of the shower room sliding door, first, the center position line of the shaped water-stopping and moisture-proofing belt 5 is placed on the bathroom floor cushion layer 1, and the top surface elevation of the shaped water-stopping and moisture-proofing belt 5 is calculated according to the design elevation of the bathroom floor rock slab surface layer. According to the measurement results, the construction contour line and elevation control line of the shaped water-stopping and moisture-proofing belt 5 are placed, taking into account the thickness of the structural adhesive, the thickness of the shower room floor leveling and slope layer 3, the thickness of the wash and dry area floor leveling and slope layer 4, the thickness of the floor rock slab thin-patch adhesive 9, and the rock slab surface. The thickness of the layer is determined, and the shaped water-stopping and moisture-proofing strip 5 is made of natural stone. Furthermore, the shaped water-stopping and moisture-proofing strip 5 is connected to the ground cushion layer 1 by a structural adhesive 6. Furthermore, a shower room floor leveling and sloping layer 3 and a wash-dry area floor leveling and sloping layer 4 are respectively arranged on the ground cushion layer 1 with the shaped water-stopping and moisture-proofing strip 5 as the boundary. Among them, the drainage slope of the shower room floor leveling and sloping layer 3 is 0.5%, and the drainage slope of the bathroom wash-dry area floor leveling and sloping layer 4 is 1%. Furthermore, a film waterproofing is used to waterproof the surface of the shaped water-stopping and moisture-proofing strip 5 and the inside and outside of the ground. The horizontal 150mm wide area is painted with waterproofing 5 times for local reinforcement 8. Further, the surface of the shower room floor leveling and slope layer 3, the wash and dry area floor leveling and slope layer 4 and the shaped water-stopping moisture-proof strip 5 is painted with film waterproofing to form a waterproof layer 7. After the waterproof layer 7 passes the water-tightness test, further, the ground rock slab 11 is respectively covered on the waterproof layer 7 of the shower room floor leveling and slope layer 3 and the waterproof layer 7 of the wash and dry area floor leveling and slope layer 4 by a thin adhesive 9. Further, the integrated rock slab 10 is covered on the shaped water-stopping moisture-proof strip 5 by a structural adhesive 6. The top surface and the two side elevations of the water-proof zone 5, where: the top surface of the integrated rock slab with tight seams and water-retaining bottom sill is 33mm higher than the rock slab decorative floor in the dry area of the bathroom; the top surface of the integrated rock slab with tight seams and water-retaining bottom sill is 38mm higher than the rock slab decorative floor in the wet area of the shower room. The integrated rock slab 10 on the top surface of the shaped water-proof and moisture-proof zone 5 has a 45° edge grinding angle and a sealing splicing of <0.5mm. The vertical surfaces of the integrated rock slabs 10 on both sides of the shaped water-proof and moisture-proof zone 5 are respectively pressed on the planes of the shower room floor rock slab 11 and the dry area floor rock slab 11, forming a ground integrated rock slab with tight seams. The shower room sliding door slope bottom rail 2 is located on the ground integrated rock slab with tight seams and water-retaining bottom sill.

Claims

1. A ground-integrated rock slab with tight seams and water-retaining bottom sill, comprising a ground cushion layer, a leveling and slope layer, and a shower room sliding door slope bottom rail located on the bathroom floor, characterized in that: A ground-integrated rock slab water-retaining bottom sill with tight seams is arranged between the ground cushion layer and the bottom rail of the shower room sliding door slope. The ground-integrated rock slab water-retaining bottom sill is specifically composed of three parts: a shaped water-stopping and moisture-proof belt, a reinforced waterproof layer and a ground-integrated rock slab surface layer. The shaped water-stopping and moisture-proof belt is rooted in the ground cushion layer, and the ground-integrated rock slab surface layer covers the outer surface of the shaped water-stopping and moisture-proof belt. The ground-integrated rock slab water-retaining bottom sill has an overall continuous structure, and its two ends respectively terminate at the extension surfaces of the walls on both sides to the underground.

2. The ground-integrated rock slab with tight seams and water-retaining bottom sill according to claim 1 is characterized by: The shaped water-stopping and moisture-proofing strip is connected to the ground cushion layer through structural adhesive.

3. The ground-integrated rock slab with tight seams and water-retaining bottom sill according to claim 2 is characterized by: A shower room wet area leveling and sloping layer and a toilet wash dry area leveling and sloping layer are respectively arranged on the ground cushion layer with the shaped water-stopping and moisture-proof belt as the boundary. The drainage slope of the shower room wet area is 0.5%, and the drainage slope of the toilet wash dry area is 1%.

4. The ground-integrated rock slab with tight seams and water-retaining bottom sill according to claim 3 is characterized by: A waterproof layer is provided on the shower room wet area leveling and slope layer, the toilet wash area leveling and slope layer and the shaped water-stopping and moisture-proof belt.

5. The ground-integrated rock slab with tight seams and water-retaining bottom sill according to claim 4 is characterized by: The waterproof layer integrates the shower room wet area leveling and slope layer and the toilet wash area leveling and slope layer with the shaped water-stopping and moisture-proof strip, and the surface of the shaped water-stopping and moisture-proof strip needs to be painted with 5 coats of waterproofing for local reinforcement.

6. The ground-integrated rock slab with tight seams and water-retaining bottom sill according to any one of claims 1 to 5, characterized in that: The shaped water-stopping and moisture-proofing belt and the underground extension surfaces of the walls on both sides enclose a shape that follows the slope bottom rail of the shower room sliding door.

7. The ground-integrated rock slab with tight seams and water-retaining bottom sill according to claim 6 is characterized by: The cross-sectional structural width of the shaped water-stopping and moisture-proof strip is 40 mm, and the edges of the bottom surface of the structure are right-angled edges; the edges of the top surface of the structure are chamfered edges.

8. The ground-integrated rock slab with tight seams and water-retaining bottom sill according to claim 7 is characterized by: The ground-integrated rock slab surface layer is arranged on the vertical facades and horizontal top surfaces on both sides of the shaped water-stopping and moisture-proofing belt by means of structural adhesive, and the positive angles on both sides of the horizontal top surface adopt 45° edge grinding and butting angle, and the sealing splicing is less than 0.5mm.

9. The ground-integrated rock slab with tight seams and water-retaining bottom sill according to claim 1 is characterized by: The leveling and slope layer is covered with a rock slab decorative floor. The top surface of the integrated rock slab water-retaining bottom sill is 33 mm higher than the rock slab decorative floor in the dry area of the bathroom washroom. The top surface of the integrated rock slab water-retaining bottom sill is 38 mm higher than the rock slab decorative floor in the wet area of the shower room.