CN117569648B

CN117569648B - Reversible dry method integrated bathroom

Info

Publication number: CN117569648B
Application number: CN202311550070.XA
Authority: CN
Inventors: 王宏刚
Original assignee: Guangda Zhupin Technology Development Co ltd
Current assignee: Guangda Zhupin Technology Development Co ltd
Priority date: 2023-11-21
Filing date: 2023-11-21
Publication date: 2024-05-31
Anticipated expiration: 2043-11-21
Also published as: CN117569648A

Abstract

The invention relates to a reversible dry integrated bathroom, in the construction process, a protective layer is firstly arranged, meanwhile, the arrangement of a waterproof layer and a moistureproof film is simultaneously completed in the arrangement process of the protective layer, then an overhead balance layer is erected and fixed by utilizing a fixed supporting component, an aluminum alloy integrated part is installed, a dry quick-mounting wallboard and a floor drain pan are installed in sequence, finally an aluminum alloy wall ground internal corner strip with a waterproof expansion adhesive tape is embedded in the aluminum alloy integrated part, and when the bathroom is disassembled, one corner of the integrated stone waterproof chassis is forcibly lifted by utilizing a sucker, so that the integrated stone waterproof chassis and the overhead balance layer are separated, thereby realizing the construction reversibility.

Description

Reversible dry method integrated bathroom

Technical Field

The invention relates to a reversible dry integrated bathroom, in particular to a reversible dry integrated bathroom applied to the field of indoor toilets.

Background

In assembly type decoration, water prevention of a bathroom is a key technical difficulty, and the quality of ground water prevention is always one of the most concerned problems, and the engineering quality is directly affected.

In traditional fitment project, the waterproof layer easily makes ceramic tile cement tie coat fracture, separation, leads to ceramic tile hollowness rate too high, causes environmental pollution and wasting of resources, and the water-proof effects is relatively poor, has had great potential safety hazard, and in current assembly type fitment technology, integration waterproof chassis material is mostly PE, ABS, SMC etc. the wall is thin easily to take place deformation, and just many directness use as the veneer, and the sensory effect is relatively poor.

Disclosure of Invention

Aiming at the prior art, the invention aims to solve the technical problems that the waterproof layer is easy to crack and separate the tile cement bonding layer, so that the tile hollowing rate is too high, the environment pollution and the resource waste are caused, the waterproof effect is poor, and the potential safety hazard is large.

In order to solve the problems, the invention provides a reversible dry integrated bathroom, which comprises a bathroom wall body and a bottom plate, wherein the bathroom wall body is vertical to the bottom plate, a protective layer is paved on the bottom plate, a waterproof layer is distributed in the protective layer, a moisture-proof film is adhered on the inner wall of the bathroom wall body, an integrated stone waterproof chassis is arranged on the upper side of the protective layer, the lower end of the integrated stone waterproof chassis is connected with an overhead balance layer matched with the integrated stone waterproof chassis, the integrated stone waterproof chassis is only contacted with the overhead balance layer, a dry fast-assembling wallboard matched with the integrated stone waterproof chassis is arranged on the inner side of the bathroom wall body, a plurality of fixed support assemblies are fixedly connected between the protective layer and the overhead balance layer and between the bathroom wall body and the dry fast-assembling wallboard, the upper end of the integrated stone waterproof chassis is fixedly connected with a water blocking reverse edge, the upper end fixed connection aluminum alloy wall body reentrant corner strip that the manger plate was followed is followed, the one end fixedly connected with aluminum alloy integral part that is close to the bathroom wall body is followed to the manger plate, and aluminum alloy integral part and aluminum alloy wall body reentrant corner strip are close to the one end of dry process fast-assembling wallboard all with dry process fast-assembling wallboard contact, integrative fossil material waterproof chassis includes the integration chassis main part, the cutting has the floor drain groove in the integration chassis main part, fixedly connected with and self assorted floor drain pan in the floor drain groove, floor drain pan's opening part fixedly connected with and self assorted floor drain apron, fixedly connected with adjusts the landing leg between floor drain pan and the protective layer, fixedly connected with drainage pipe on the lateral wall of floor drain pan, drainage pipe runs through the lateral wall of floor drain pan and is linked together with floor drain pan, the upper end fixedly connected with stone material of the waterproof chassis of integration fossil material is crossed the mouth stone.

In the reversible dry method integrated bathroom, the integrated stone waterproof chassis is selected, the installation and the combination are reliable, the installation speed is high, the waterproof effect is good, the machined integrated stone waterproof chassis is more practical in surface and better in effect, and a new thought is provided for the diversity of materials of the waterproof chassis.

As a further improvement of the application, the integral stone waterproof chassis is selected from integral stones with the thickness of 25mm, the periphery of the integral stone waterproof chassis is provided with a 20mm high-reflection edge, the integral stone waterproof chassis is processed by special engraving equipment, an overhead balancing layer does not need to find a slope, and the integral stone waterproof chassis is waterproof and reliable, and simultaneously has the appearance integrity and the aesthetic property.

As a further improvement of the application, the integrated chassis main body is divided into a wet area and a dry area, the wet area and the dry area are respectively positioned at two sides of the floor drain groove, the upper end of the wet area is provided with a water guide groove, the area of the wet area is provided with a gradient of 2%, the dry-wet separation of the toilet is realized, and the use efficiency is increased.

As a further improvement of the application, the lower end of the overhead balance layer is fixedly connected with the humidity sensor, the first electromagnetic valve is fixedly connected in the drainage pipeline, and the first electromagnetic valve is positioned on one side of the drainage pipeline close to the floor drain bottom shell, so that enough reaction time is provided for a user, excessive accumulated water on the integrated stone waterproof chassis is avoided until the water is spread to other rooms, and the damage of water leakage is not easy to expand.

As another improvement of the application, the electromagnetic valve II is fixedly connected in the drainage pipeline, the electromagnetic valve II is positioned on one side of the drainage pipeline far away from the electromagnetic valve I, the bottom plate of the floor drain bottom shell is fixedly connected with the water pressure sensor, and the water seepage cause can be quickly positioned through the seeped water, so that convenience is provided for the subsequent maintenance work of staff.

In addition to the improvement of the application, the humidity sensor and the water pressure sensor form a sensor group, the electromagnetic valve I and the electromagnetic valve II form an electromagnetic valve group, the sensor group and the electromagnetic valve group are connected with an intelligent household appliance control terminal in a signal manner, the intelligent household appliance control terminal is connected with a toilet electric control terminal in a signal manner, the intelligent household appliance control terminal can collect and monitor monitoring data of the sensor group and the electromagnetic valve group in real time and process the monitoring data, once the abnormal phenomenon occurs, the toilet electric control terminal is controlled in time to take corresponding measures, so that the intelligent degree of the toilet and the processing capacity of water seepage accidents under unmanned conditions are increased.

In addition to the improvement of the application, the intelligent household appliance control terminal has two forms of automatic and manual, an alarm can be generated rapidly after the intelligent household appliance control terminal detects a water seepage accident, a user controls the intelligent household appliance control terminal to stop the alarm within 5 minutes, the intelligent household appliance control terminal stops controlling the electric control terminal of the bathroom, all facilities in the bathroom are mainly manually operated, and when the user stops the alarm within a specified time, all equipment in the bathroom is controlled by the intelligent household appliance control terminal, so that the risk of water accumulation spreading is reduced.

As another improvement of the application, the intelligent household appliance control terminal is connected with the mobile monitoring terminal in a signal manner, a user controls the intelligent household appliance terminal through the mobile monitoring terminal and controls the toilet electric control terminal to complete remote control, so that the equipment in the toilet can be effectively controlled in time, and the safety is improved.

In summary, in the construction process, the protection layer is firstly laid, meanwhile, the waterproof layer and the moistureproof film are simultaneously laid in the protection layer laying process, then the overhead balance layer is erected and fixed by utilizing the fixed supporting component, the aluminum alloy integrated piece is installed, the dry method fast-assembling wallboard and the floor drain pan are installed in sequence, finally the aluminum alloy wall ground internal corner strip with the waterproof expansion adhesive tape is embedded in the aluminum alloy integrated piece, and when the aluminum alloy wall ground internal corner strip is dismounted, one corner of the integrated stone waterproof chassis is lifted by utilizing the sucker, so that the integrated stone waterproof chassis and the overhead balance layer are separated, the construction reversibility of the integrated stone waterproof chassis is realized, the integrated stone waterproof chassis is selected, the installation and the combination are reliable, the installation speed is high, the waterproof effect is good, the surface of the machined integrated stone waterproof chassis is more practical and better, and a new idea is provided for the diversity of materials of the waterproof chassis.

Drawings

Fig. 1 is a side cross-sectional view of a reversible dry integrated bathroom of a first embodiment of the present application;

FIG. 2 is a schematic diagram of the structure at A in FIG. 1;

fig. 3 is a schematic structural view of a reversible dry process integrated bathroom according to a first embodiment of the present application;

Fig. 4 is a top view of a reversible dry integrated bathroom according to a first embodiment of the present application;

fig. 5 is a schematic structural view of an integrated waterproof chassis made of fossil materials according to a first embodiment of the present application;

FIG. 6 is a schematic view showing a partial sectional structure of a stainless steel floor drain and a drain pipe according to a second embodiment of the present application;

FIG. 7 is a schematic view showing the change of local working state of the stainless steel floor drain and drain pipe according to the second embodiment of the application;

FIG. 8 is a schematic view showing a partial sectional structure of a stainless steel floor drain and a drain pipe according to a third embodiment of the present application;

FIG. 9 is a schematic view showing a change of local working state of a stainless steel floor drain and a drain pipe according to a third embodiment of the present application;

fig. 10 is a diagram of an intelligent system of a reversible dry process integrated bathroom according to a third embodiment of the present application.

The reference numerals in the figures illustrate:

The wall body of the bathroom, a2 protective layer, a 3 dry method fast-assembling wallboard, a 4 integrated stone waterproof chassis, a 401 integrated chassis main body, a 402 wet area, a 403 dry area, a 404 floor drain groove, a 405 water guiding groove, a 5 fixed supporting component, a 6 water retaining reverse edge, a 7 aluminum alloy integrated piece, an 8 aluminum alloy wall floor internal corner strip, a 9 waterproof layer, a 10 dampproof film, a 11 floor drain cover plate, a 12 floor drain bottom shell, a 13 adjusting support leg, a 14 drainage pipeline, a 15 stone through-hole stone, a 16 overhead balance layer, a 17 humidity sensor, a 18 electromagnetic valve I, a 19 electromagnetic valve II and a 20 water pressure sensor.

Detailed Description

Three embodiments of the present application will be described in detail with reference to the accompanying drawings.

First embodiment:

Figures 1-3 and 5 show a reversible dry integrated bathroom, comprising a bathroom wall 1 and a bottom plate, wherein the bathroom wall 1 is vertical to the bottom plate, a protective layer 2 is paved on the bottom plate, a waterproof layer 9 is paved in the protective layer 2, a dampproof film 10 is attached on the inner wall of the bathroom wall 1, an integrated stone waterproof chassis 4 is arranged on the upper side of the protective layer 2, an overhead balance layer 16 matched with the integrated stone waterproof chassis 4 is connected at the lower end of the integrated stone waterproof chassis 4, the integrated stone waterproof chassis 4 is only contacted with the overhead balance layer 16, a dry fast-assembling wallboard 3 matched with the integrated stone waterproof chassis 4 is arranged on the inner side of the bathroom wall 1, a plurality of fixed support assemblies 5 are fixedly connected between the protective layer 2 and the overhead balance layer 16 and between the bathroom wall 1 and the dry fast-assembling wallboard 3, one ends of the plurality of fixed support assemblies 5, which are close to the overhead balance layer 16 and the dry fast-assembling wallboard 3, respectively penetrate and extend into the dry fast-assembling wallboard 3 and the overhead balance layer 16, the protection layer 2 is fixedly connected with the integrated stone waterproof chassis 4 and the bathroom wall 1 and the dry fast-assembling wallboard 3 respectively through a plurality of fixed supporting components 5, the upper end of the integrated stone waterproof chassis 4 is fixedly connected with a water blocking reverse edge 6, the upper end of the water blocking reverse edge 6 is fixedly connected with an aluminum alloy wall internal corner strip 8, one end of the water blocking reverse edge 6, which is close to the bathroom wall 1, is fixedly connected with an aluminum alloy integrated piece 7, one ends of the aluminum alloy integrated piece 7 and the aluminum alloy wall internal corner strip 8, which are close to the dry fast-assembling wallboard 3, are contacted with the dry fast-assembling wallboard 3, the integrated stone waterproof chassis 4 comprises an integrated chassis main body 401, a floor drain groove 404 is cut on the integrated chassis main body 401, a floor drain bottom shell 12 matched with the floor drain groove 404 is fixedly connected with the floor drain groove, the opening part fixedly connected with of floor drain pan 12 and self assorted floor drain apron 11, fixedly connected with adjusts landing leg 13 between floor drain pan 12 and the protective layer 2, fixedly connected with drainage pipe 14 on the lateral wall of floor drain pan 12, drainage pipe 14 runs through the lateral wall of floor drain pan 12 and is linked together with floor drain pan 12, and the upper end fixedly connected with stone material on the waterproof chassis 4 of integration passes a mouthful stone 15, and stone material passes a mouthful stone 15 to be located the bathroom outside.

According to the application, in the construction process, the protective layer 2 is firstly laid, meanwhile, the waterproof layer 9 and the dampproof film 10 are simultaneously laid in the protective layer 2 laying process, then the overhead balance layer 16 is erected and fixed by the fixed support component 5, the aluminum alloy integrated part is installed, the dry-method fast-assembling wallboard 3 and the floor drain pan 12 are installed in sequence, the nylon fastener is used for installing the dry-method fast-assembling wallboard 3, finally, the aluminum alloy wall internal corner strip 8 with the waterproof expansion adhesive tape is embedded in the aluminum alloy integrated part, and when the aluminum alloy wall internal corner strip 8 is dismounted, one corner of the integrated stone waterproof chassis 4 is lifted by force by the sucker, so that the integrated stone waterproof chassis 4 and the overhead balance layer 16 are separated, and the construction reversibility of the integrated stone waterproof chassis 4 is realized.

The integral stone waterproof chassis 4 is made of integral stone with the thickness of 25mm, 20mm high-reflection edges exist around the integral stone waterproof chassis 4, the integral stone waterproof chassis 4 is processed through special engraving equipment, the overhead balancing layer 16 does not need to find a slope, and the integral stone waterproof chassis is waterproof and reliable, and meanwhile, the integral stone waterproof chassis has the appearance and attractive appearance.

Referring to fig. 4-5, the integrated chassis main body 401 is divided into a wet area 402 and a dry area 403, the wet area 402 and the dry area 403 are respectively located at two sides of the floor drain 404, a water guide groove 405 is cut at the upper end of the wet area 402, and the wet area 402 has a gradient of 2% to realize dry-wet separation of the toilet, so that the use efficiency is improved.

The integrated stone waterproof chassis 4 is selected, the installation and combination are reliable, the installation speed is high, the waterproof effect is good, the surface of the machined integrated stone waterproof chassis 4 is more practical and better, and a new thought is provided for the diversity of waterproof chassis materials.

Second embodiment:

In the reversible dry integrated bathroom shown in fig. 6-7, the lower end of the overhead balance layer 16 is fixedly connected with the humidity sensor 17, the electromagnetic valve I18 is fixedly connected in the drainage pipeline 14, and the electromagnetic valve I18 is positioned on one side of the drainage pipeline 14 close to the floor drain bottom shell 12.

In this scheme, after the bathroom starts to use, each structure takes place ageing phenomena along with the increase of live time, especially drain pipe 14, and its ageing can influence self sealed effect, and then appear leaking the accident between protective layer 2 and the overhead balance layer 16, and because the shielding effect of integration stone material waterproof chassis 4 and overhead balance layer 16, the user is difficult to directly observe leaking and ponding between protective layer 2 and the overhead balance layer 16, and then easily form the defect that influences the bathroom and use such as mildewing on the lateral wall of bathroom, even because soak for a long time and cause the bathroom whole decoration to damage, cause huge economic loss.

The humidity sensor 17 can monitor the humidity of the area between the protective layer 2 and the overhead balance layer 16 in real time, when the humidity sensor 17 detects that the humidity rises rapidly in a short time, the phenomenon that the drainage pipeline 14 leaks water is judged, the first electromagnetic valve 18 is started, the connection between the floor drain pan 12 and the drainage pipeline 14 is closed, so that accumulated water can accumulate on the upper side of the integrated stone waterproof chassis 4 in a short time, a user can timely find a water leakage accident, shut down water equipment in a toilet and timely contact maintenance personnel to perform maintenance work, after the first electromagnetic valve 18 is closed for a period of time, the first electromagnetic valve 18 is opened again, accumulated water on the upper side of the integrated stone waterproof chassis 4 can slide down to the area between the protective layer 2 and the overhead balance layer 16, enough reaction time is provided for the user, excessive accumulated water on the integrated stone waterproof chassis 4 is avoided until the accumulated water spreads to other rooms, and the damage of water leakage is not easy to expand.

Third embodiment:

In the reversible dry method integrated bathroom shown in fig. 8-9, a second electromagnetic valve 19 is fixedly connected in the drainage pipeline 14, the second electromagnetic valve 19 is positioned on one side of the drainage pipeline 14 away from the first electromagnetic valve 18, and a water pressure sensor 20 is fixedly connected on the bottom plate of the floor drain pan 12.

Referring to fig. 9, in the present solution, during the use of the toilet, the humidity sensor 17 monitors the humidity between the protective layer 2 and the overhead balance layer 16, and when the humidity sensor 17 detects that the humidity rises rapidly in a short time, it is determined that the drain pipe 14 leaks, at this time, the first solenoid valve 18 is closed, at this time, when the pressure detected by the water pressure sensor 20 is continuously stable, the running water cannot be continuously collected in the floor drain pan 12, which means that there are other seepage points on the integrated waterproof floor pan 4, it is determined that the seepage points are not on the floor drain pan 12 and the drain pipe 14, and when the pressure detected by the water pressure sensor 20 is continuously and stably rising, the running water cannot be collected in the floor drain pan 12, the first solenoid valve 18 is opened, and the second solenoid valve 19 is closed, at this time, if the water pressure detected by the water pressure sensor 20 continuously drops, it indicates that the water seepage point is located on the drainage pipeline 14, and if the water pressure detected by the water pressure sensor 20 firstly drops and then rises, it indicates that the tightness of the floor drain pan 12 and the drainage pipeline 14 is also good, the rapid rise of the humidity detected by the humidity sensor 17 in a short time is not caused by leakage of the waterproof structure, and another searching reason is needed.

Referring to fig. 10, the humidity sensor 17 and the water pressure sensor 20 form a sensor group, the electromagnetic valve group is formed by the electromagnetic valve I18 and the electromagnetic valve II 19, the sensor group and the electromagnetic valve group are connected with an intelligent household appliance control terminal, the intelligent household appliance control terminal is connected with a toilet electric control terminal, the intelligent household appliance control terminal can collect and monitor monitoring data of the sensor group and the electromagnetic valve group in real time and process the monitoring data, once the abnormal phenomenon occurs, the toilet electric control terminal is controlled in time to take corresponding measures, so that the intelligent degree of the toilet is increased, and the processing capacity of water seepage accidents is improved under unmanned conditions.

Particularly, the connection mode and the power supply mode among the sensor group, the electromagnetic valve group, the intelligent household appliance control terminal and the toilet electric control terminal are all known techniques of the technicians in the field, the connection can be performed through wifi and Bluetooth, the power supply can be performed through the mains supply and the battery pack, and the technicians in the field can reasonably select according to actual conditions.

The intelligent household electrical appliance control terminal has two forms of automatic and manual, after the intelligent household electrical appliance control terminal detects the infiltration accident, can produce the alarm rapidly, the user controls intelligent household electrical appliance control terminal to shut down the alarm in 5 minutes, intelligent household electrical appliance control terminal pauses the control to bathroom automatically controlled terminal, each facility in the bathroom is mainly with manual operation, and when the user does not shut down the alarm in the regulation time, then control each equipment in the bathroom by intelligent household electrical appliance control terminal, reduce the risk that ponding is spread, intelligent household electrical appliance control terminal signal is connected with mobile monitoring terminal, the user controls intelligent household electrical appliance terminal through mobile monitoring terminal, and control bathroom automatically controlled terminal, accomplish remote control, can in time carry out effectual control to the equipment in the bathroom, increase the security.

In the first embodiment, a waterproof structure with reversible construction is provided for a toilet, when the waterproof structure is detached, only the aluminum alloy wall internal corner strip 8 is required to be detached, the integral waterproof chassis 4 is lifted by force by utilizing the sucker, the integral waterproof chassis 4 and the overhead balance layer 16 are separated, the operation is simple and convenient, meanwhile, in the second embodiment, the humidity sensor 17 and the electromagnetic valve 18 are added, the first electromagnetic valve 18 is switched to the working state, enough reaction time is provided for a user, excessive water accumulated on the integral waterproof stone chassis 4 is avoided until the waterproof stone chassis is spread to other rooms, the damage of water leakage is not easy to expand, in the third embodiment, the electromagnetic valve 19 and the water pressure sensor 20 are additionally added, the specific water seepage position can be detected while the water leakage expansion is prevented, convenience is provided for subsequent maintenance work of workers, meanwhile, the intelligent household appliance control terminal is introduced, intelligent control of household appliances of the toilet is realized, the safety is increased, the first embodiment of the application is changed to the third embodiment, the safety of the toilet is improved, the user can select the architecture according to the rising cost, and the requirements of the user can be met one by one according to the actual requirements.

The present application is not limited to the above-described embodiments, which are adopted in connection with the actual demands, and various changes made by the person skilled in the art without departing from the spirit of the present application are still within the scope of the present application.

Claims

1. A reversible dry process integrated bathroom which is characterized in that: including bathroom wall body (1) and bottom plate, and bathroom wall body (1) and bottom plate are perpendicular, protective layer (2) has been laid on the bottom plate, waterproof layer (9) has been laid in protective layer (2), it has dampproofing membrane (10) to paste on the inner wall of bathroom wall body (1), the upside of protective layer (2) is equipped with integrative waterproof chassis (4) of stone material, the lower extreme of integrative waterproof chassis (4) is connected with aerial balancing layer (16) with self assorted, and integrative waterproof chassis (4) of stone material only contact with aerial balancing layer (16), the inboard of bathroom wall body (1) is equipped with dry method fast-assembling wallboard (3) with self assorted, all fixedly connected with a plurality of fixed support components (5) between protective layer (2) and bathroom wall body (1) and dry method fast-assembling wallboard, the upper end fixedly connected with manger plate anti-edge (6) of integrative waterproof chassis (4), the upper end of anti-edge (6) is connected with aluminium alloy ground angle strip (8) of anti-edge (6), be close to water-alloy (7) of bathroom wall body (1) along aerial alloy fixedly connected with manger plate (7), and aluminum alloy integral part (7) and aluminum alloy wall internal corner strip (8) are close to the one end of dry process fast-assembling wallboard (3) and all contact with dry process fast-assembling wallboard (3), integration stone material waterproof chassis (4) are including integration chassis main part (401), it has floor drain groove (404) to open on integration chassis main part (401), floor drain groove (404) internal fixation has floor drain pan (12) with self assorted, floor drain pan (12) opening part fixedly connected with and self assorted floor drain apron (11), fixedly connected with adjusts landing leg (13) between floor drain pan (12) and protective layer (2), fixedly connected with drain pipe (14) on the lateral wall of floor drain pan (12), drain pipe (14) run through the lateral wall of floor drain pan (12) and are linked together with floor drain pan (12), the upper end of integration stone material waterproof chassis (4) is fixedly connected with stone material and crosses mouthful stone (15);

The intelligent household appliance control system is characterized in that a humidity sensor (17) is fixedly connected to the lower end of the overhead balancing layer (16), a first electromagnetic valve (18) is fixedly connected to the inside of the drainage pipeline (14), the first electromagnetic valve (18) is located at one side, close to the floor drain bottom shell (12), of the drainage pipeline (14), a second electromagnetic valve (19) is fixedly connected to the inside of the drainage pipeline (14), the second electromagnetic valve (19) is located at one side, far away from the first electromagnetic valve (18), of the drainage pipeline (14), a water pressure sensor (20) is fixedly connected to the bottom plate of the floor drain bottom shell (12), a sensor group is formed by the humidity sensor (17) and the water pressure sensor (20), an electromagnetic valve group is formed by the first electromagnetic valve (18) and the second electromagnetic valve (19), an intelligent household appliance control terminal is connected to signals of the sensor group and the electromagnetic valve group, and a bathroom electric control terminal is connected to signals of the intelligent household appliance control terminal;

In the process of using in a bathroom, humidity sensor (17) can monitor the humidity between protective layer (2) and overhead balance layer (16), and when humidity sensor (17) detects humidity and rise fast in the short time, judge that drainage pipe (14) appears leaking phenomenon, close solenoid valve one (18) this moment, when pressure that water pressure sensor (20) detected is last steady, flowing water can't continue to gather in floor drain pan (12), it has other oozing points to state on integrative stone material waterproof chassis (4), judge that oozing point is on floor drain pan (12) and drainage pipe (14) not, and when pressure that water pressure sensor (20) detected is last steady rising, flowing water can't collect in floor drain pan (12), open solenoid valve one (18), and close solenoid valve two (19), water pressure sensor (20) detected water pressure is last to drop this moment, then state that the water oozing point is on pipeline (14), and water pressure sensor (20) detects water pressure and go down earlier, it is that rising again to have other oozes to state on floor drain pan (12), and the humidity that the leak is good in the drain pipe is not needed to be detected in the short time, in addition, the drain pipe is not leak-proof structure is detected, and the drain pipe is leak is detected in the quick drain pan (14).

2. A reversible dry integrated bathroom according to claim 1, characterized in that: the integral stone waterproof chassis (4) is made of integral stone with the thickness of 25-40 mm, and high-reflection edges of 20-30 mm exist around the integral stone waterproof chassis (4).

3. A reversible dry integrated bathroom according to claim 1, characterized in that: the integrated chassis main body (401) is divided into a wet area (402) and a dry area (403), the wet area (402) and the dry area (403) are respectively located on two sides of a floor drain groove (404), a water guide groove (405) is cut at the upper end of the wet area (402), and the area of the wet area (402) has a gradient of 2% -4%.

4. A reversible dry integrated bathroom according to claim 1, characterized in that: the intelligent household appliance control terminal has two forms of automatic and manual.

5. A reversible dry integrated bathroom according to claim 1, characterized in that: the intelligent household appliance control terminal is connected with a mobile monitoring terminal in a signal mode.