阅读说明：本技术 一种装配式集成卫生间防水底盘 (Waterproof chassis of integrated bathroom of assembled ) 是由 邱寿华 余广鹓 郭云 于 2019-09-30 设计创作，主要内容包括：一种装配式集成卫生间防水底盘由干区底盘、湿区底盘和干湿区防水隔离条构成。干区底盘由防水挡板、地板面和门栏构成,防水挡板围绕地板面周围,门栏的两边以外围绕地板面周围；湿区底盘由侧防水挡板、湿区地板面和地面排水口构成；地面排水口成条状局部或全部沿绕靠近侧防水挡板的湿区地板面,地面排水口迎水面的底部高处到低处有落差。本发明能解决目前的装配式集成卫生间防水底盘需要卫生间结构降板或抬高地面的缺陷,以及容易造成漏水隐患和降低建筑空间使用率的问题,使得装配式集成卫生间防水底盘可以在卫生间结构无需降板和抬高地面的情况下完成安装,特别是解决了洗脸盆在没有靠管井或马桶夹墙一侧情况下的给排水管道布置问题。(an assembled integrated toilet waterproof chassis is composed of a dry area chassis, a wet area chassis and a dry and wet area waterproof isolating strip. The dry area chassis consists of a waterproof baffle, a floor surface and a door sill, wherein the waterproof baffle surrounds the periphery of the floor surface, and the periphery of the floor surface is surrounded outside two sides of the door sill; the wet area chassis consists of a side waterproof baffle, a wet area floor surface and a ground water outlet; the ground water outlet is in a strip shape and partially or completely surrounds the surface of the wet area ground close to the near side waterproof baffle, and a fall is formed from the high position to the low position of the bottom of the water-facing surface of the ground water outlet. The invention can solve the defects that the existing assembled integrated waterproof chassis of the toilet needs a toilet structure to descend a plate or raise the ground, easily causes water leakage hidden trouble and reduces the utilization rate of building space, so that the assembled integrated waterproof chassis of the toilet can be installed under the condition that the toilet structure does not need to descend the plate and raise the ground, and particularly solves the problem of arrangement of water supply and drainage pipelines of a washbasin under the condition that the washbasin does not lean on one side of a pipe well or a toilet clamping wall.)

1. an assembled integrated toilet waterproof chassis is composed of a dry area chassis (1), a wet area chassis (2) and a dry and wet area waterproof isolating strip (3); the method is characterized in that: the dry area chassis (1) is composed of a waterproof baffle (4), a floor surface (5) and a door fence (6), wherein the waterproof baffle (4) surrounds the periphery of the floor surface (5) and is higher than the floor surface (5) and the door fence (6), the length of the door fence (6) is smaller than 1300mm and is larger than 500mm, the length of the door fence is higher than the floor surface (5) but is lower than the waterproof baffle (4), and the waterproof baffle (4) surrounds the periphery of the floor surface (5) except two sides of the door fence (6) and is higher than the door fence (6); the floor surface (5) is divided into a top surface A and a bottom surface B, and the thickness from the top surface A to the bottom surface B is less than 90mm and more than 20 mm; the wet area chassis (2) is composed of a side waterproof baffle (7), a wet area floor surface (8) and a ground water outlet (9); the side waterproof baffle (7) is higher than the wet area floor surface (8) and surrounds the wet area floor surface (8), the wet area floor surface (8) is divided into a wet area top surface C and a wet area bottom surface D, the thickness from the wet area top surface C to the wet area bottom surface D is smaller than 100mm and larger than 20mm, the bottom of the ground water outlet (9) is sealed and forms an integral structure with the wet area floor surface (8), the side waterproof baffle is divided into a drainage outlet (10) and a water-facing surface E, the length of the drainage outlet (10) from the nearest side waterproof baffle (7) in the transverse length is smaller than 800mm and is communicated with the water-facing surface E, the inner wall of the transverse bottom of the edge of the side waterproof baffle (7) is not lower than the wet area bottom surface D of the wet area floor surface (8), and the bottom of the ground water outlet (9) and the water-facing surface E are both lower than the wet; vertical holes passing through the lowest part of the bottom surface of the chassis are not formed in the dry area chassis (1) and the wet area chassis (2); the lowest point of the inner wall of the drainage outlet (10) is higher than the lowest surface of the wet area bottom surface D of the wet area floor surface (8), and the included angle between the drainage outlet (10) and the vertical is 80-110 degrees; the top surface F in the middle of the waterproof isolating strip (3) in the dry-wet area is positioned above the top surface G of the waterproof baffle plate (4) of the adjacent dry-area chassis (1) and the top surface K of the waterproof baffle plate (7) on the side of the wet-area chassis (2), and the bottom surfaces M on the two sides of the waterproof isolating strip (3) in the dry-wet area are lower than the top surfaces G of the waterproof baffle plate (4) of the adjacent dry-area chassis (1) and the top surface K of the waterproof baffle plate (7) on the side of the wet-area chassis (2); the lowest surface of the bottom surface B of the dry area chassis (1) and the lowest surface of the bottom surface D of the wet area chassis (2) can be planes, concave-convex lowest positions or longitudinal and transverse strip-shaped lowest positions.

2. the waterproof chassis of assembled integrated bathroom of claim 1, characterized in that: the ground water outlet (9) of the wet area chassis (2) is strip-shaped, and partially or completely surrounds the wet area floor surface (8) close to the near side waterproof baffle (7), and a fall is formed from the high position to the low position of the bottom of the water facing surface E of the ground water outlet (9).

3. The waterproof chassis of assembled integrated bathroom of claim 2, characterized in that: a cover plate (13) is arranged on the upstream surface of a ground water outlet (9) of the wet area chassis (2).

4. The waterproof chassis of assembled integrated bathroom of claim 3, characterized in that: a ground water outlet (11) is arranged on the dry area chassis (1), the closed bottom of the ground water outlet (11) does not expose the lowest surface of the bottom surface B of the floor surface (5) of the dry area chassis (1), the upstream surface P of the ground water outlet (11) is lower than the top surface A of the floor surface (5), and a cover plate (13) is arranged above the upstream surface P of the ground water outlet (11).

5. The waterproof chassis of assembled integrated bathroom of claim 4, characterized in that: the dry area chassis (1) is provided with a water outlet (14), the closed bottom of the water outlet (14) does not expose the lowest surface of the bottom surface B of the floor surface (5) of the dry area chassis (1), the water discharge inlet (16) of the water outlet (14) is higher than the floor surface (5), and a closed transverse pipeline (15) of the water outlet (14) is laid along a gap between a waterproof baffle plate (4) of the dry area chassis (1) and a waterproof baffle plate (7) at the side of the wet area chassis (2) which are adjacent below the top surface F in the middle of the waterproof isolating strip (3) of the dry area chassis (1).

6. The waterproof chassis of assembled integrated bathroom of claim 3, characterized in that: a vertical pipeline laying groove (17) is arranged above a dry-wet area waterproof isolating strip (3) at one end of a drainage inlet (16) close to a drainage outlet (14) of a crack between a waterproof baffle plate (4) on the adjacent dry area chassis (1) and a waterproof baffle plate (7) on the side of the wet area chassis (2), the vertical pipeline laying groove (17) is hollow, except for a pipeline laying inlet and a pipeline laying outlet, all outer walls are closed, and the inner wall is communicated with the crack below the dry-wet area waterproof isolating strip (3).

Technical Field

The invention relates to a waterproof chassis for a toilet, in particular to an assembled integrated waterproof chassis for a toilet.

Background

When the conventional assembled integrated toilet is applied to a building, the floor is required to be lowered or lifted on the structural ground of the building. The waterproof chassis of the assembled integrated toilet needs to consider ground drainage, and in order to meet the ground drainage, firstly, the waterproof chassis needs to consider ground drainage gradient, when the ground gradient needs to meet the drainage requirement, the thickness of the chassis needs to be increased, and when the thickness of the chassis exceeds the thickness of a ground decoration surface layer outside the toilet, the structural ground needs to be lowered or lifted for meeting the use function of the toilet; the waterproof chassis needs to consider ground drainage, vertical holes need to be formed in the waterproof chassis at present, a drainage transverse pipe is used below the waterproof chassis to be connected with the vertical holes and a drainage vertical pipe, drainage pipes laid below the waterproof chassis need to occupy space, the vertical holes can form water leakage hidden dangers, the drainage pipes connected with the vertical holes occupy building height space, and therefore the floor of a building structure needs to be lowered or lifted.

disclosure of Invention

The invention aims to overcome the defects of the prior art, and provides an assembled integrated waterproof chassis for a toilet, which is used in a building, can reduce the gradient of the floor of the waterproof chassis for the toilet under the condition that the toilet has a quick drainage function and the use function is complete, can reduce the integral thickness of the waterproof chassis, can prevent the floor of a building structure from falling, lifting and generating water leakage hidden trouble, and can improve the utilization rate of the height space and the plane space of the building.

The assembled waterproof toilet chassis is composed of a dry area chassis 1, a wet area chassis 2 and a dry and wet area waterproof isolating strip 3. The dry area chassis 1 is composed of a waterproof baffle 4, a floor surface 5 and a door fence 6, the waterproof baffle 4 surrounds the periphery of the floor surface 5 and is higher than the floor surface 5 and the door fence 6, the length of the door fence 6 is smaller than 1300mm and is more than 500mm, the length of the door fence 6 is higher than the floor surface 5 and is lower than the waterproof baffle 4, the waterproof baffle 4 surrounds the periphery of the floor surface 5 and is higher than the door fence 6 outside two sides of the door fence 6, and the dry area waterproof chassis 1 has the advantages that flowing water in a toilet is collected, accumulated water in the waterproof chassis cannot overflow, and the dry area waterproof chassis can have a barrier-free function; the floor surface 5 is divided into a top surface A and a bottom surface B, the thickness from the top surface A to the bottom surface B is smaller than 90mm and larger than 20mm, the whole thickness of the chassis 1 in the dry area can be reduced under the condition that the strength of the waterproof chassis is met, the thickness can be controlled to be lower than the thickness of a ground decoration surface layer of an outer structure of a toilet, and the building structure does not need to be lifted or lowered. The wet area chassis 2 consists of a side waterproof baffle 7, a wet area floor surface 8 and a ground water outlet 9; the side waterproof baffle 7 is higher than the wet area floor surface 8 and surrounds the periphery of the wet area floor surface 8, and the structure ensures that the wet area chassis 2 has the functions of collecting running water in a toilet and preventing accumulated water in the waterproof chassis from overflowing; the wet area floor 8 is divided into a wet area top surface C and a wet area bottom surface D, the thickness from the wet area top surface C to the wet area bottom surface D is less than 100mm and more than 20mm, the structure can reduce the whole thickness of the wet area chassis 2 under the condition of meeting the strength of the waterproof chassis, the thickness can be controlled below the thickness of a structural ground decoration surface layer outside a toilet, the building structure does not need to be lowered or lifted, the bottom of a ground water outlet 9 is closed to form an integrated structure with the wet area floor 8, the structure is divided into a drainage outlet 10 and a water facing surface E, the length of the side waterproof baffle 7 with the shortest transverse length of the drainage outlet 10 is less than 800mm and is communicated with the water facing surface E, the inner wall of the transverse bottom at the edge of the side waterproof baffle 7 is not lower than the wet area bottom surface D of the wet area floor 8, the structure reduces the transverse length from the drainage outlet 10 to the side waterproof baffle 7 under the condition of considering that the drainage gradient is unchanged, the use of the, the bottom of the ground water outlet 9 and the bottom of the upstream face E are both lower than the wet area top surface C of the wet area floor surface 8, the difference between the bottom of the ground water outlet 9 and the bottom of the upstream face E and the wet area top surface C of the structure forms a drainage gradient, and the maximum drainage gradient difference is formed by utilizing the thickness of the wet area chassis 2, so that the wet area top surface C of the wet area chassis 2 does not need to be provided with the drainage gradient or reduce the drainage gradient, and further, the whole thickness from the wet area top surface C to the wet area bottom surface D of the wet area chassis 2 can be reduced to the maximum extent under the condition of meeting the requirement of rapid drainage; vertical holes penetrating through the lowest part of the bottom surfaces of the chassis are not formed in the dry area chassis 1 and the wet area chassis 2, so that the dry area chassis 1 and the wet area chassis 2 have an integral waterproof effect, and the hidden danger of chassis water leakage is eliminated; the lowest point of the inner wall of the drainage outlet 10 is higher than the lowest surface of the wet area bottom surface D of the wet area floor surface 8, the included angle between the drainage outlet 10 and the vertical direction is 80-110 degrees, the structure is combined with the front structure, so that the drainage gradient can be met under the condition that the whole thickness of the wet area chassis 2 is controlled, a drainage transverse pipe is not arranged below the bottom surface of the chassis, the whole chassis can be placed on the ground of a building structure, the ground of the building structure is fully contacted with the whole bottom surface of the chassis, and the plate descending and lifting are not needed when the chassis is installed on the ground of the building structure. The top surface F in the middle of the waterproof isolating strip 3 in the dry and wet area is positioned above the top surface G of the waterproof baffle 4 of the chassis 1 in the adjacent dry area and the top surface K of the waterproof baffle 7 on the side of the chassis 2 in the adjacent wet area, the bottom surfaces M on two sides of the waterproof isolating strip 3 in the dry and wet area are lower than the bottoms of the top surface G of the waterproof baffle 4 of the chassis 1 in the adjacent dry area and the top surface K of the waterproof baffle 7 on the side of the chassis 2 in the adjacent wet area, the waterproof isolating strip 3 in the dry and wet area forms an n-shaped structure, the closed outer wall seals a gap formed by the waterproof baffle 4 of the chassis 1 in the adjacent dry area and the waterproof baffle 7 on the side of the chassis 2 in the adjacent wet area, so that the chassis 1 in the dry area and the chassis 2 in the wet area form an integrated structure with a sealed; the lowest surface of the bottom surface B of the dry area chassis 1 and the lowest surface of the bottom surface D of the wet area chassis 2 can be planes, or can be the lowest part of a concave-convex shape or the lowest part of a longitudinal and transverse strip shape, and the structural chassis can be produced integrally or by hermetically connecting a plurality of blocks; can be to the drainage upstream face that needs formed the drainage slope at the local processing that thickness is thick, and the horizontal pipe of drainage or other pipelines are installed in the place that thickness is thin, make the lowest department of horizontal pipe of drainage and other pipelines not expose the lowest department of chassis bottom surface, play the effect that reduces chassis thickness and weight, vertically and horizontally staggered's unsmooth strip can play the chassis additional strengthening and remove the effect that the chassis leveled structure ground.

the ground water outlet 9 of the wet area chassis 2 of the waterproof chassis of the assembled toilet is strip-shaped, and partially or completely surrounds the wet area floor surface 8 close to the waterproof baffle 7, the height of the bottom of the water surface E of the ground water outlet 9 is different from the height of the bottom of the water surface E, the structure utilizes the drainage gradient formed by the difference of the water surface in the ground water outlet, the maximum drainage gradient can be formed, the thickness of the waterproof chassis is not occupied, the accumulated water flow distance between the upper surface of the wet area floor surface 8 and the ground water outlet can be reduced, and decorative materials such as marble and ceramic tiles on the wet area floor surface do not need to drain or reduce the drainage gradient, so that the thickness of the waterproof chassis is reduced.

A cover plate 13 is arranged on the upstream surface of a ground water outlet 9 of a wet area chassis 2 of the assembled waterproof toilet chassis, and the cover plate 13 with the structure can filter impurities such as hair and the like, so that a horizontal drainage pipe is not easy to block.

The dry area chassis 1 of the waterproof chassis of the assembly type toilet is provided with a ground water outlet 11, the closed bottom of the ground water outlet 11 is not exposed out of the lowest surface of the bottom surface B of the floor surface 5 of the dry area chassis 1, the upstream surface P of the ground water outlet 11 is lower than the top surface A of the floor surface 5, and a cover plate 13 is arranged above the upstream surface P of the ground water outlet 11.

The dry area chassis 1 of the waterproof chassis of the assembly type toilet is provided with the water outlet 14, the closed bottom of the water outlet 14 is not exposed out of the lowest surface of the bottom surface B of the floor surface 5 of the dry area chassis 1, the water discharge inlet 16 of the water outlet 14 is higher than the floor surface 5, the structure enables the dry area chassis to be provided with 2 water outlets, one floor water outlet 11 is used for discharging the floor water, the other water outlet 14 can be used for discharging water of other appliances such as a basin and the like, no hole penetrating through the bottom of the chassis enables the chassis to have no hidden water leakage danger, and the structure can reduce the thickness of the chassis at the same time. The closed transverse pipeline 15 of the water outlet 14 is laid along the gap between the waterproof baffle 4 of the dry area chassis 1 adjacent below the top surface F in the middle of the dry and wet area waterproof isolating strip 3 and the waterproof baffle 7 at the side of the wet area chassis 2, when the dry area chassis needs to be connected with more than two drainage devices such as a floor drain for drainage, the gap between the dry and wet area chassis is utilized to lay a water supply and drainage pipeline, the water supply and drainage pipeline can be hidden below the top surface F of the dry and wet area waterproof isolating strip 3, the water supply and drainage pipeline does not need to be arranged from the ground space below the wall surface or the bottom of the chassis, the pipeline installation can be realized without groove removal and pre-embedding, under the condition of reducing the thickness of the chassis, the pipeline does not occupy the building plane and the height space.

A vertical pipeline laying groove 17 is arranged above a dry-wet area waterproof isolating strip 3 at one end of a drainage inlet 16 of a drainage outlet 14, of a crack between a dry area chassis 1 waterproof baffle plate 4 and a wet area chassis 2 side waterproof baffle plate 7 which are adjacent to the assembly type toilet waterproof chassis, the vertical pipeline laying groove 17 is hollow, except for a pipeline laying inlet, all outer walls are closed, the inner wall is communicated with the crack below the dry-wet area waterproof isolating strip 3, this structure makes dry district chassis 1 under the ground outlet 9 circumstances that only discharges ground ponding, and vertical pipe laying groove 17 upper end can lay the water supply pipe, and the crack of lower extreme and dry wet district waterproof parting strip 3 below can lay other utensil drainage pipes of connection and other pipelines, makes water supply pipe and other pipeline laying need not structure wall, ground groove picking and buries underground, can improve the rate of utilization of building plane, high space.

Drawings

FIG. 1 is a plan view of the present invention;

FIG. 2 is a cross-sectional view of a dry zone chassis of the present invention;

FIG. 3 is a cross-sectional view of a wet zone chassis ground drain in accordance with the present invention;

FIG. 4 is a cross-sectional view of a dry zone chassis floor drain of the present invention;

FIG. 5 is a longitudinal cross-sectional view of the ground vent of the present invention;

FIG. 6 is a cross-sectional view of a waterproof spacer of the present invention;

FIG. 7 is a view showing the arrangement of the drainage port of the vertical pipe laying trough of the present invention (1);

FIG. 8 is a view of the vertical pipe laying trough drain outlet arrangement of the present invention (2);

Fig. 9 is a view showing the arrangement of the drain port of the vertical pipe laying groove of the present invention (3).

Detailed Description

The invention is further described below, but not limited to, embodiments with reference to the drawings.