Integrated pipeline assembly type integrated toilet

Abstract

The invention relates to an integrated pipeline assembly type integrated toilet, and mainly aims to solve the problems that according to an existing assembly type integrated toilet, water supply and drainage pipelines and electric pipelines are complex in installation and need a large amount of field installation work, all the pipelines and toilet wall enclosures occupy large building plane space, maintenance and overhaul are difficult, cost is high, and installation efficiency is low. According to the main technical scheme, a waterproof flange which surrounds the periphery and is higher than the surface of the waterproof base plate is arranged on the waterproof base plate, the bottoms of inner decoration plates of the integrated wall plates are adjacently spliced in multiple rows on the inner sides of the waterproof flange, and the integrated wall plates are formed by adhering and compounding the inner decoration plates, outer waterproof decoration plates and polyurethane foaming filling layers; when the assembly type integrated toilet is provided, water supply and drainage pipelines and electric pipelines are easy to install, the field installation workload can be reduced, the building space utilization rate can be increased, maintenance and overhaul are easy, the production and installation cost can be reduced, and the installation efficiency can be improved.

Description

Technical Field

[0001] The invention relates to an integrated toilet, in particular to an integrated pipeline assembled integrated toilet. Background Art

[0002] In traditional prefabricated toilets, the layout of water supply pipelines, electricity pipelines, drainage pipelines, and equipotential pipelines (referred to as various pipelines) is messy, cannot be integrated and prefabricated in the factory, and is troublesome to install. It requires high professionalism of the installers and is time-consuming. In addition, each pipeline must be laid in the gap between the interior decorative panel and the structural wall or structural floor. The thickness of the structural wall is generally required to be more than 120mm, and the interior decorative surface layer combined with the pipeline installation space requires about 100mm. Therefore, the total thickness from the interior decorative surface layer to the structural wall needs to be more than 200mm, and the total thickness from the floor decorative surface layer to the structural floor generally needs to be more than 300mm. Therefore, various pipelines occupy a large plane and pipeline space of the building, and are difficult to inspect and maintain, and the maintenance cost is extremely high. Summary of the invention

[0003] The present invention aims to overcome the defects of the prior art and provides a kind of water supply pipeline and electric pipeline that can be used in buildings, which can simplify the layout of each pipeline, conceal the water supply pipeline and electric pipeline that need to occupy the building space, adopt the centralized composite prefabrication with integrated wall panels in the factory, and realize the rapid installation of integrated wall panels on site, so that the pipeline occupies very little plane and height space of the building, which can improve the utilization space of the building, and can prevent the leakage of water supply pipelines and cause leakage of structural walls and structural floors. It is also convenient to carry out centralized search and centralized rapid maintenance of concealed parts that need periodic maintenance, can facilitate the repeated disassembly and assembly of integrated walls, and can reduce the professional requirements for installers. An integrated pipeline assembled integrated bathroom.

[0004] The integrated pipeline assembled integrated toilet described in the present invention comprises a waterproof chassis, integrated wall panels, a roof, a structural floor, a pipeline integrated inspection well, a drainage pipeline, a water supply pipeline, and an electric pipeline. It is characterized in that: the waterproof chassis is above the structural floor slab, and there is a waterproof flange around the periphery of the waterproof chassis, which is 25mm higher than the surface of the waterproof chassis. The bottom of the interior panel of the integrated wall panel is spliced ​​in multiple adjacent rows on the inner side of the waterproof flange. Therefore, the wall water collected on the surface of the interior panel of the integrated wall panel will not flow to the outside of the waterproof flange, but will only be discharged at the floor drain at the lower part of the waterproof chassis within the waterproof flange, which can prevent wall leakage. The integrated wall formed by the waterproof flange is formed into multiple columns of independent structures, and the weight of each column of wall panels can be controlled within a range that is convenient for workers to install, so as to reduce the labor intensity of installers. At the same time, when there is no horizontal pipeline connection in the hidden area where two adjacent columns of vertical integrated wall panels cannot be inspected and maintained, each column of integrated wall panels can be independently completed in the factory with water supply pipelines and electrical pipelines, and can be quickly assembled and dismantled on site in a modular manner; the integrated wall panel includes an interior panel, an external waterproof decorative panel, and a polyurethane foam filling layer adhered to the wall. Composite composition, the polyurethane foam filling layer is on the back of the interior trim, the external waterproof decorative panel is on the outside of the polyurethane foam filling layer, and the total thickness of the internal and external decorative panels is between 25mm-90mm. Therefore, the polyurethane foam filling layer can be used to adhere and laminate the internal and external decorative panels and the water supply pipelines and electrical pipelines in the internal and external decorative panels in the factory. When the internal and external decorative panels are ceramic tiles or rock panels, the damage of the internal and external decorative panels during transportation and installation can be reduced. At the same time, a variety of materials are filled and laminated with polyurethane foam materials to form a 25mm-90mm thick sound insulation, moisture-proof and heat-insulating integrated wall, which can replace the traditional bathroom external partition wall while playing the role of sound insulation, moisture-proof and heat preservation. The back of the external waterproof decorative panel of the integrated wall panel can be without a structural wall (the pipeline integrated inspection well area can be sealed with an external decorative panel), so that the total thickness of the internal and external decorative surfaces of the traditional prefabricated bathroom partition wall is reduced from about 200mm to 25mm-90mm, which can improve the plane utilization space of the building;The water supply pipeline and the electric pipeline are laid vertically up and down on the back of the interior trim panel of the integrated wall panel in the same row, and the water supply horizontal pipe and the electric horizontal pipe are connected in the area above the top of the integrated wall panel. There are no water supply pipelines (furthermore, no electric pipelines) horizontally connected on the back of the interior trim panels of the two adjacent rows of integrated wall panels outside the pipeline integrated inspection well area. Therefore, according to the layout of bathroom appliances, the water supply pipelines and electric pipelines in the area that cannot be inspected can be prefabricated in the factory with a single row of integrated wall panels. The single row of integrated wall panels is convenient for block-shaped transportation and assembly, and the horizontal pipelines connecting the vertical pipelines of the two adjacent rows are all set on the integrated wall panels. The area above the top and the pipeline integrated inspection well area, use the space reserved for laying the bathroom ventilation pipe above the top of the integrated wall panel and the enclosure space for the drainage riser in the pipeline integrated inspection well area as the installation and maintenance space for all pipelines (the lateral connections of water supply pipelines and electric pipelines are concentrated in the area above the top of the integrated wall panel, and a very small part is in the pipeline integrated inspection well, and the drainage pipelines are all connected and laid in the pipeline integrated inspection well). The inspection panel enclosure in the pipeline integrated inspection well area and the top plate on the top of the integrated wall panel can be easily opened and restored in the bathroom (when opening, the connected water supply pipelines, When the connection point of the electric pipeline is cut off and the joint is filled with glue, it can be opened by scraping off the joint glue. When restoring, the joint needs to be glued again, and the cut water supply pipeline and electric pipeline should be connected). This makes it easy to maintain and repair all pipelines. At the same time, since there are no horizontally connected water supply pipelines on the back of the interior panels of the two adjacent rows of integrated wall panels outside the pipeline integrated inspection well area (furthermore, there is no electric cross pipe), therefore, when the integrated wall panels are to be reused or dismantled for maintenance, they can be separately repaired by removing the connected pipelines in the inspectable space (the area above the top of the integrated wall panels and the pipeline integrated inspection well area). The whole row of integrated wall panels can be dismantled or reassembled without damage. At the same time, when there is a bathroom building structure wall on the back of the integrated wall panels, since there is no connection joint for the water supply horizontal pipe on the back of the interior panel of the integrated wall panels (furthermore, there is no connection joint for the electric pipeline), there is no need to reserve installation space for the water supply pipeline and the electric pipeline, which can improve the utilization of the building plane space; at the same time, the water supply pipeline and the electric pipeline arranged vertically up and down on the back of the interior panel can be easily identified by the water supply threaded elbow in the water supply hole in the interior panel when the owner needs to drill a hole in the interior panel, so as to prevent the pipeline from being damaged by the drilling hole;Furthermore, when the water supply pipelines are laid between the inner and outer panels, and the outer waterproof panel is made of waterproof material (the outer waterproof panel can be made of fiber cloth, iron sheet, calcium silicate board or other materials that can restrain polyurethane foam), the water supply threaded elbows in the water supply holes on the interior panel connect the vertical pipelines. When the water supply pipelines in the inner and outer panels burst and leak, the polyurethane foam around the inner and outer panels and the water supply pipelines will prevent the leak from flowing to the back of the outer waterproof panel. It will only flow through the gaps between the vertically arranged water supply pipelines and the parallel-laid equipotential pipelines from the water supply holes on the interior panel to the inner side of the integrated wall panel and be discharged to the waterproof chassis floor drain, making it easier for owners to find water supply pipeline leaks in the bathroom. When there is a structural wall on the back of the integrated wall panel, the leak It will not seep into the structural wall and structural floor on the back of the external waterproof decorative panel of the integrated wall panel. Combined with the waterproof structure of the bottom of the integrated wall panel on the inner side of the chassis waterproof flange and the connection between the two adjacent integrated wall panels, it can prevent water leakage on the structural wall and floor without the need for waterproofing construction. At the same time, since there are no horizontal pipelines connected to the vertical pipelines (water supply pipelines, electrical pipelines) in the hidden area of ​​the space that cannot be inspected (the back of the integrated wall panel interior panel), combined with the connection structure of the adjacent integrated wall panels by the oblique groove and the shaft rod sleeve, as long as the connection points of the horizontal and vertical pipelines are removed in the inspectable area (the area above the top plate or the pipeline integrated maintenance well area), the entire row of integrated wall panels can be removed in sequence from the chassis waterproof flange and the oblique grooves of the adjacent integrated wall panels or The shaft rod is separated, and the whole row of integrated wall panels is taken out, and the upper and lower vertical water supply pipelines hidden in the integrated wall panels are inspected and maintained; the inner side of the waterproof flange has a floor drain outlet with the bottom lower than the waterproof chassis surface, and the outer side has a floor drain outlet. Therefore, the scattered water gathered by the interior decoration panel and the waterproof chassis can be discharged from the floor drain outlet below the waterproof chassis surface to the connected drainage riser from the floor drain outlet; the pipeline integrated inspection well is in the area at the floor drain outlet on the outside of the waterproof flange. Therefore, all drainage pipelines connected to the floor drain outlet can be laid in the pipeline integrated inspection well. The drainage pipelines and some water supply pipelines extending out of the inner and outer decorative panels of the integrated wall panels are concentrated in this area. The drainage pipeline is generally composed of a drainage riser, a sewage branch pipe connected to the toilet, and a sewage branch pipe connected to the floor drain outlet. The wastewater horizontal branch pipes for the bathroom, washbasin, and shower are composed of all drainage pipelines and all water supply pipelines except those between the interior and exterior decorative wall panels and above the top plate are centrally laid in the pipeline integrated inspection well, so that the maintenance and inspection points can be quickly found and centralized for inspection; the inspection panel of the top plate and pipeline integrated inspection well can be opened after removing the joint glue and water supply horizontal pipes and electric horizontal pipes in the convenient space in the bathroom. When restoring, the integrated wall panel is inserted and connected to the water supply horizontal pipe, electric horizontal pipe, and the joint glue is re-applied. This structure can realize the opening and restoration of the inspection panel of the top plate and pipeline integrated inspection well without damage in the bathroom on this floor, which is convenient for the owner to find and maintain the parts and components in the pipeline integrated inspection well, which can greatly reduce the cost of later maintenance and inspection. ;

[0005] Furthermore, at least one set of relative tops of integrated wall panels are fixedly connected by a top plate without a break in the middle. In this structure, when there is no other structural wall against the back of the integrated wall panel, or the top of the integrated wall panel is not fixed to other structures (when the integrated wall panel is used as the wall of the bathroom), the relative tops of the integrated walls are fixedly connected by a top plate or a tie strip or a keel without a break in the middle (a tie strip or keel without a break in the middle is equivalent to a top plate without a break in the middle). The top plate or tie strip or keel without a break can prevent the integrated wall panel from being deformed inward or outward due to external impact. Collapse or tilt, increase the integrated wall panel's ability to resist internal and external impact; the bottom of the integrated wall panel has a concave overlap groove that spans the waterproof flange, and the bottom of the interior panel is at the bottom of the inner side of the concave overlap groove; one of the two vertically adjacent rows of integrated wall panels on the same plane has an oblique groove with an opening far from the side of the integrated wall panel and a closed opening close to the side of the integrated wall panel, and the other has an axis rod, and the oblique groove and the axis rod are connected up and down; thus, the concave overlap groove that spans the waterproof flange makes the waterproof flange a fixed supporting structure of the integrated wall panel, and the bottom of the interior panel on the inner side of the concave overlap groove is fixed to the waterproof chassis on the inner side of the waterproof flange. The top of the concave lap groove is overlapped on the top of the waterproof flange (it can also be suspended with the waterproof flange), the outer side of the concave lap groove crossing the waterproof flange can be lower than the top of the waterproof flange and sleeved on the outer side of the waterproof flange, or it can be not lower than the top of the waterproof flange. The outer waterproof decorative plate of the integrated wall panel can be outside the outer side of the waterproof flange or inside the outer side of the waterproof flange, but it is best to be outside the outer side of the waterproof flange. During the installation process, when there is a structural wall on the back of the integrated wall panel, due to the limitation of the internal installation space of the structural wall, when the distance between the structural wall and the outer side of the waterproof flange of the chassis is small, it is difficult to waterproof the chassis Placement and adjustment: since the concave groove at the bottom of the integrated wall panel spans the waterproof flange, the outer waterproof decorative plate of the integrated wall panel exceeds the outer side of the waterproof flange and rests on the structural wall, the outer side of the waterproof flange of the waterproof chassis can be far away from the structural wall, so that the installers have a certain amount of space to carry, adjust and position the waterproof chassis, which is convenient for installing the waterproof chassis and can improve the installation efficiency. At the same time, the space on the back of the integrated wall panel interior panel spanning the waterproof flange area is used to lay water supply pipelines and electric pipelines, so that the laying of water supply pipelines and electric pipelines does not occupy additional building plane space, which can improve the utilization of building plane space;In addition, the integrated wall panels use polyurethane foam to wrap the water supply pipelines, electrical pipelines, interior panels, and external waterproof panels. The bottom of the integrated wall panels has a recessed groove that spans the waterproof flange. The bottom of the recessed groove is fixed on the waterproof chassis. The two adjacent rows of integrated wall panels at the inner and outer corners have an axis rod and an oblique groove that are nested up and down. Therefore, during installation, as long as the axis rod of the integrated wall panel and the oblique groove are nested up and down, before the waterproof chassis is completely fixed to the structural floor, when the outer side of the waterproof flange is close to the structural wall, under the action of the weight of the integrated wall panel and external force, the outer waterproof panel of the integrated wall panel that spans the waterproof flange will push the waterproof chassis and the entire integrated wall panel it carries out from the structural wall, and automatically adjust the width of the waterproof chassis from the structural wall, so that the outer waterproof panel of the integrated wall panel is close to the structural wall, which can maximize the utilization of the building plane space. In this process, the flexible and elastic polyurethane foam filling layer is used The structure of the concave lap groove, the waterproof flange of the chassis and the lap joint of the chassis, when the bottom of the integrated wall panel is inserted into the waterproof chassis, the lap joint between the bottom of the integrated wall panel and the overlapping surface of the structural wall and the waterproof chassis forms a fulcrum. The length of the bottom area of ​​the integrated wall panel below the fulcrum is about 50mm (the total thickness of the internal and external decorative panels is between 25mm-90mm, and the waterproof flange is 10mm-100mm higher than the waterproof chassis surface), and the integrated wall panel area above the fulcrum is more than 2000mm (the length of the integrated wall panel is generally between 2000mm-2700mm). The lever structure formed by this can easily adjust and position the waterproof chassis that is not completely fixed by the weight of the integrated wall panel itself (external force can also be added) (the bottom of the waterproof chassis can be fixed by delayed curing of polyurethane foam and other materials, or it can be fixed). ;

[0006] Furthermore, since the opening of the inclined groove is far from the side edge of the integrated wall panel and the closed end is close to the side edge, an inclined surface is formed between the closed end and the bottom of the opening. When the integrated wall panel is installed, after the shaft rod is inserted into the opening, the shaft rod will automatically slide along the inclined surface from the opening to the closed end under the weight of the integrated wall panel, thereby realizing automatic compression and splicing of the joints of the two wall panels, sealing the joints and preventing water leakage in the joints. In addition, when the shaft rod is just inserted into the opening of the inclined groove for the opening far from the side edge of the integrated wall panel, or when the opening of the inclined groove is just inserted into the shaft rod, there is a certain gap space at the joint of the two wall panels, which is convenient for carrying and the sleeve of the opening of the inclined groove and the shaft rod. The shaft rod can be a hard structure such as a screw, bolt, iron sheet, etc. that can slide down the inclined surface of the inclined groove.

[0007] Furthermore, on the sides of two adjacent rows of integrated wall panels in the same plane outside the pipeline integrated inspection well area, one row has a V-shaped groove and the other row has a V-shaped protrusion, and the V-shaped protrusion is inserted into the V-shaped groove. Since one of the two vertically adjacent rows of integrated wall panels in the same plane has an inclined groove with an opening far from the side edge of the integrated wall panel and a closed end close to the side edge of the integrated wall panel, as long as the shaft rod is inserted into the inclined groove or the inclined groove is inserted into the shaft rod, the shaft rod will automatically slide from the opening to the closed end along the inclined groove, and then the V-shaped protrusion will slide from the small end into the V-shaped groove, and the V-shaped protrusion and the V-shaped groove play a positioning and waterproofing role.

[0008] The integrated pipeline assembled integrated bathroom has two rows of integrated wall panels vertically adjacent to each other at the inner corner, and one of the integrated wall panels with the side against the interior panel has an oblique groove with an opening far from the side of the integrated wall panel and a closed end close to the side of the integrated wall panel, and the other integrated wall panel with the interior panel against the side of the integrated wall panel has an axis rod. This structure can use the distance between the axis rod on the side of the integrated wall panel and the waterproof decorative panel outside the integrated wall panel as the distance between the opening and the closed end of the inclined surface on the oblique groove on the other row of integrated wall panels when the axis rod is inserted into the oblique groove. Therefore, after the axis rod is inserted into the oblique groove, the inclined surface formed by the distance from the opening to the closed end on the oblique groove will After the joints of two adjacent rows of integrated wall panels are tightened, the farthest part (opening) of the oblique groove may not expose the back of the outer waterproof decorative board of the integrated wall panel where the shaft rod is located, which can reduce the periphery of the integrated bathroom after installation and occupy the building plane space; the shaft rod and the oblique groove are connected up and down. In this structure, after installing an integrated wall panel with the side supporting the interior panel surface, when installing another corner integrated wall panel, as long as the shaft rod is inserted into the opening of the oblique groove, under the action of the weight of the integrated wall panel, the shaft rod will automatically slide to the closed end along the inclined surface of the oblique groove, thereby realizing the rapid and automatic tightening and splicing of the inner corner joints of two adjacent rows of integrated wall panels at the inner corner; Furthermore, when there is a sealing gasket at the joint of two vertically adjacent rows of integrated wall panels, when the joint of the internal corner integrated wall panel is tightened by the inclined tensioning axis rod of the inclined groove, the sealing gasket at the joint of the two adjacent rows of integrated wall panels will also be compressed to form a waterproof structure of the internal corner joint to prevent water leakage at the internal corner joint. The joint of the interior panel is filled with seam filler, which also plays a role in preventing water leakage at the internal corner joint and beautifying the internal corner joint.

[0009] The described integrated pipeline assembled integrated toilet has two rows of integrated wall panels vertically adjacent to each other at the outside corner, one of which has an outer waterproof decorative plate with an opening far from the oblique edge of the integrated wall panel and a closed end close to the oblique edge, and the other has an outer waterproof decorative plate with an axis rod, and the oblique groove and the axis rod are sleeved up and down; when installing two adjacent outside corner integrated wall panels of this structure, after one integrated wall panel is installed, when installing the other, it is only necessary to insert the bottom groove of the integrated wall panel into the waterproof flange, insert the axis rod into the opening of the oblique groove or insert the opening of the oblique groove into the axis rod, and then install the integrated wall panel. Under the weight of the wall panel, the inclined surface of the inclined groove will automatically pull the axis rod to the closed position, thereby realizing automatic splicing of the external corner joint; further, there is a sealing gasket at the overlapping joint of two vertically adjacent rows of integrated wall panels. When the joint of the external corner integrated wall panel is tightened by tightening the axis rod through the inclined surface of the inclined groove, the sealing gasket at the overlapping joint of the two adjacent rows of integrated wall panels will also be compressed to form a waterproof structure of the external corner joint to prevent water leakage in the external corner joint. The joint of the interior panel is filled with caulking glue, which also prevents water leakage in the external corner joint and beautifies the external corner joint.

[0010] In the gap between the inner and outer waterproof panels of the integrated wall panel, an equipotential pipeline is laid close to the water supply pipeline, and the wires in the equipotential pipeline are connected to the threaded joint in the threaded elbow. This structure allows the equipotential wire and the sleeve to be laid in the gap between the inner and outer panels of the integrated wall panel, which does not occupy the plane space of the building and is also convenient for prefabrication in the factory. Outside the pipeline integration inspection well area, there are no water supply pipelines or electrical pipelines laid on the back of the outer waterproof panels of the integrated wall panel within the range from the waterproof chassis to the top plate. The outer waterproof panels of the integrated wall panel are laid on the outside of the waterproof flange of the waterproof chassis, and the inner waterproof chassis of the pipeline integration inspection well area is A corner is recessed, and drainage pipelines, water supply pipelines, toilet tanks and other components that require periodic maintenance and repair are centrally laid in the corner. In this corner, the waterproof flanges in front of the drainage pipelines, water supply pipelines and toilet tanks are equipped with integrated wall panels that can be opened and restored without damage, which is convenient for centralized search for maintenance points and centralized and rapid maintenance; the drainage pipelines, water supply pipelines, toilet tanks and the back of the external waterproof decorative panels are closed with decorative panels or structural walls. When there is no structural wall, the outer wall of the decorative panel is generally close to the external waterproof decorative panel. When there is a structural wall, the structural wall is generally close to the external waterproof decorative panel. As a result, there are no water supply pipelines and electric pipelines laid on the back of the outer waterproof decorative panel of the integrated wall panel outside the pipeline integrated inspection well area and within the range from the waterproof bottom plate to the top plate. The water supply pipelines and electric pipelines in the pipeline integrated inspection well and above the top of the integrated wall panel are concealed by decorative panels or structural walls. Therefore, the water supply pipelines and electric pipelines do not occupy additional building plane space. At the same time, when there are no structural walls, the integrated wall panels with a total thickness of only 25mm-90mm can be used as wall partition panels for the bathroom. There is no need to add structural walls around the integrated wall panels. Each wall can reduce the building plane space occupied by about 150mm thick compared with traditional bathrooms or prefabricated integrated bathrooms, and each bathroom can increase the building plane utilization space by more than 1.0m2.

[0011] The waterproof chassis surface has no vertical holes passing through the bottom of the waterproof chassis. This structure can achieve no drainage pipes or water supply pipe interfaces at the bottom of the waterproof chassis. The wastewater chassis is placed directly above the structural floor. The drainage pipeline is connected to the floor drain outlet on the outside of the waterproof flange above the structural floor for drainage. All drainage pipelines are connected to the drainage riser above the structural floor, thereby achieving drainage on the same floor without lowering the floor. At the same time, it prevents the vertical hole interface passing through the bottom of the chassis from leaking due to vibration caused by daily activities, and can prevent the waterproof chassis from leaking and seeping. The floor drain outlet is farthest from the width of the bathroom (the bathroom is divided into length, width and height), and is distributed in strips on the inner side of the waterproof flange inside the pipeline integrated inspection well. There is a slope difference I with a high point far from the floor drain outlet and a low point at the floor drain outlet. The slope difference I is not less than 20mm. The waterproof bottom plate has a high and low slope i at the lower part facing the floor drain outlet; there is a floor drain cover on the floor drain outlet; since the floor drain outlet is distributed in strips on the inner side of the waterproof flange inside the pipeline integrated inspection well, therefore, as long as the waterproof bottom plate can be produced to be unidirectionally inclined from the highest point of the bathroom width (generally at the door) to the lower part of the pipeline integrated inspection well to the strip floor drain outlet, since the floor drain is distributed in strips, therefore, the waterproof bottom plate does not have multiple sides to find slopes at the lower part of the floor drain outlet, thus the waterproof bottom plate can be laid with large slate plates or large tiles to prevent the tiles from hollowing and cracking;Because the floor drain outlet is at the farthest point from the width of the toilet, therefore, when there is no floor drain outlet on the inner side of the waterproof flange close to the width of the toilet (such as the inner area of ​​the waterproof flange inside the pipeline integrated inspection well under the washbasin recessed into the width of the toilet), the water on the inner side of the waterproof flange close to the width of the toilet can flow into the floor drain outlet far from the width of the toilet to prevent water from accumulating on the ground. Moreover, because the floor drain outlet has a slope difference I with a high point far from the floor drain outlet and a low point at the floor drain outlet, and the slope difference I is not less than 20mm, therefore, as long as there is water flow at any position of the strip floor drain, it will flow to the floor drain outlet along the slope difference for discharge, and the slope difference I of the strip floor drain outlet + the high and low slope i of the waterproof chassis surface. When the length of the strip floor drain outlet of the structure reaches half of the width of the column where the chassis is located, a tolerance error in the production and installation of the waterproof chassis can be formed. Even if the structural floor slab leveling error, Or the height error of the waterproof chassis during installation, or the thermal expansion and contraction error during the production of the waterproof chassis, causing the chassis to be uneven in any direction and at any angle. As long as the unevenness is within the range of the high and low slope i value, the water on the surface of the waterproof chassis can enter any corner of the strip floor drain outlet and can be quickly discharged through the floor drain outlet. Therefore, when the height error of the structural floor is less than the high and low slope i value, the structural floor does not need to be leveled, and the bottom of the waterproof chassis does not need to be leveled. The waterproof chassis can be directly placed on the structural floor for installation, which can prevent the generation of silted water on the waterproof floor, reduce the installation process, increase the installation speed, reduce the production cost, and reduce the professional requirements for the installation workers, improve the installation effect. At the same time, since there is no leveling support at the bottom of the chassis, the hollow feeling of the waterproof chassis surface can be reduced, and the height space occupied by the waterproof chassis installation can be reduced, which can improve the utilization of the building height space. ;

[0012] The integrated pipeline assembled integrated toilet, the drainage pipeline includes a drainage riser, a sewage lateral branch pipe, a wastewater lateral branch pipe, and an integrated water seal. The drainage outlets of wastewater appliances such as the washbasin and floor drain on the inner side of the interior panel are connected to the integrated water seal via the wastewater lateral branch pipe and are separately connected to the drainage riser. The toilet is separately connected to the drainage riser above the integrated water seal via the sewage lateral branch pipe, thereby forming a sewage and waste diversion mode of the drainage lateral branch pipe, preventing the pressure fluctuation caused by the large drainage of the sewage appliance toilet in the pipeline, causing the loss of water stored in the integrated water seal connected to the washbasin, floor drain and other wastewater appliances, so that the water stored in the integrated water seal is not easy to dry up. The drainage outlets of wastewater appliances such as the washbasin and floor drain are connected to the integrated water seal via the wastewater lateral branch pipe and are separately connected to the drainage riser. Therefore, as long as there is a wastewater appliance connected to the integrated water seal During use, the integrated water seal can be replenished with water, and the washbasin is used frequently in daily life, so the drainage of the washbasin can be used to replenish the integrated water seal, so that the owner can replenish the water seal unconsciously in normal daily life, and can achieve maintenance-free prevention of the water seal from drying up, prevent odors from entering the room, and improve drainage safety. No water trap is set under all wastewater appliances connected to the integrated water seal, thereby reducing the probability of blockage of the wastewater appliances and improving drainage unobstructedness; the water seal height in the integrated water seal is not less than 50mm, the minimum flow channel width is not less than 15mm, and the minimum water flow cross-sectional area is not less than 1500mm2. This structure limits the minimum flow channel width and the minimum water flow cross-sectional area, which can ensure the drainage unobstructedness of the integrated water seal and limit the water seal height, thereby ensuring drainage safety in the future.

[0013] The integrated pipeline assembled integrated toilet has a structural wall closely attached to the back of the external waterproof decorative panel on the back of the external waterproof decorative panel on one side of the pipeline integrated inspection well area, the thickness of the structural wall is between 100mm-200mm, and the gap between the back of the top of the integrated wall panel and the structural wall is filled with wall polyurethane foam; the pipeline integrated inspection well is on the inside of the structural wall and on the back of the external waterproof decorative panel, which is equivalent to the integrated pipeline assembled integrated toilet being installed in a space surrounded by structural walls, and the wall polyurethane foam is filled in the gap between the top of the integrated wall panel and the structural wall, which can further stabilize and fix the integrated wall panel and the structural wall. At the same time, when the integrated wall panel needs to be removed, it is filled and fixed in the inspectable area to facilitate the removal of the wall polyurethane foam.

[0014] The integrated pipeline assembled integrated toilet has an external decorative panel tightly attached to the back of the external waterproof decorative panel, the thickness of the external decorative panel is 5mm-10mm, and the total thickness of the external decorative panel to the interior panel outside the pipeline integrated inspection well area is between 40mm-90mm. This structure can utilize the 5mm-10mm thick external decorative panel to conceal the unsightly defects of the external decorative panel connection of the integrated pipeline assembled integrated toilet, as well as the components in the pipeline integrated inspection well. The structure with a total thickness of 40mm-90mm from the external decorative panel to the interior panel can be used as a partition wall with internal and external decorative surface layers in the bathroom, so that the traditional partition wall with a total thickness of more than 200mm for the internal and external decorative layers is reduced to a total thickness of about 50mm. Each bathroom can increase the building plane utilization space by more than 1.0m2. At the same time, the external decorative panel can be used as a decorative surface of the external wall of the bathroom to reduce costs.

[0015] The integrated pipeline assembled integrated bathroom has an external decorative panel tightly attached to the back of the external waterproof decorative panel outside the structural wall, and the thickness of the external decorative panel is 5mm-10mm; the total thickness from the external decorative panel to the internal panel is between 40mm-90mm; if the structure has one or more structural walls outside the bathroom, the external decorative panel and the external waterproof decorative panel of the integrated wall panel are used as partition walls if there is no structural wall. The partition wall only needs to be 40mm-90mm thick, which can improve the utilization of the building plane space. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1 This is a peripheral structural diagram of the water supply pipeline and the electric pipeline of the present invention, with the outer waterproof decorative plate partially exposed.

[0017] Figure 2 This is a peripheral structural diagram of the present invention in which the water supply pipeline and the electric pipeline are not exposed to the outer waterproof decorative plate.

[0018] Figure 3 This is a peripheral structural diagram of the present invention with structural walls and external decorative panels.

[0019] Figure 4 Based Figure 2 Exploded view of the wall, floor, ceiling and partially integrated wall exterior waterproof panels and interior panels.

[0020] Figure 5 for Figure 1 Top view with the top plate removed.

[0021] Figure 6 for Figure 2 A top view of the lateral inspection panel with the top and part of the pipeline integrated inspection shaft area removed.

[0022] Figure 7 A top view of the structured wall and exterior decorative panels of the present invention with the top removed.

[0023] Figure 8 for Figure 3 A sectional view of the local structure of the present invention.

[0024] Fig. 9 for Figure 3 A sectional view of the local structure of the present invention.

[0025] Fig.10 This is the connection diagram and node diagram of adjacent integrated wall panels of the present invention.

[0026] Fig.11 It is a cross-sectional structural diagram and a node diagram cut in the direction of the drainage outlet of the wet area floor drain of the present invention.

[0027] Fig.12 It is an exploded view of the integrated wall panel of the present invention and water supply holes, water supply threaded elbows, metal threaded joints, wire box holes, and switch and socket wire boxes.

[0028] Fig.13 for Figure 3 Connection diagram of adjacent wall panels of the present invention.

[0029] Fig.14 This is a schematic diagram of the connection structure of adjacent integrated wall panels on the same plane of the present invention.

[0030] In the figure: 1- waterproof chassis; 2- integrated wall panel; 3- top plate; 4- structural floor; 5- pipeline integrated inspection well; 6- drainage pipeline; 7- water supply pipeline; 8- electric pipeline; 9- sealing gasket; 10- closed end of oblique groove; 11- waterproof chassis surface; 12- waterproof flange; 13- floor drain outlet; 14- floor drain outlet; 15- floor drain cover; 20- opening of oblique groove; 21- interior panel; 22- external waterproof decorative panel; 23- polyurethane foam filling layer; 24- bottom concave groove of integrated wall panel; 25- water supply hole; 26- oblique groove; 27- shaft Rod; 30-side of integrated wall panel; 51-inspection panel; 70-wall polyurethane foam; 71-water supply threaded elbow; 72-metal threaded joint; 81-hole of wire box; 82-switch socket box; 83-electrical horizontal pipe; 61-water supply horizontal pipe; 62-sewage horizontal branch pipe; -63-wastewater horizontal branch pipe; 64-integrated water seal; 65-washbasin; 66-toilet; 67-drainage riser; 68-toilet tank; 80-exterior decorative panel; 90-structural wall; 91-caulking glue; 93-equipotential pipeline; 94-electric wire; 99-groove; 98-convex head. DETAILED DESCRIPTION

[0031] The present invention is further described below with reference to the accompanying drawings, but is not limited to the embodiments.

[0032] Example 1 like Figure 1 , 2As shown in Figures 3, 4, 5, 6, 7, 8, 9, 11 and 12, the integrated pipeline assembled integrated toilet includes a waterproof chassis 1, an integrated wall panel 2, a top plate 3, a structural floor 4, a pipeline integrated inspection well 5, a drainage pipeline 6, a water supply pipeline 7 and an electrical pipeline 8. The invention is characterized in that: the waterproof chassis 1 is above the structural floor 4, and there is a waterproof flange 12 on the waterproof chassis 1 which surrounds the periphery and is 25 mm higher than the waterproof chassis surface. The bottom of the interior panel 21 of the integrated wall panel 2 is adjacent to each other in multiple rows on the inner side of the waterproof flange 12; the integrated wall panel 2 includes an interior panel 21, an outer waterproof decorative panel 22, and a polyurethane foam filling layer 23 which are adhered to each other and composited. The polyurethane foam filling layer 23 is outside the back of the interior panel 21, and the outer waterproof decorative panel 22 is outside the polyurethane foam filling layer 23. The total thickness of the inner and outer decorative panels is 38 mm; the water supply pipeline 7 and the electric pipeline 8 are vertically laid up and down on the back of the interior panel 21 of the integrated wall panel in the same column, and the water supply horizontal pipe 61 and the electric horizontal pipe 83 are connected in the area above the top of the integrated wall panel 2; the interior panels of the two adjacent columns of integrated wall panels 2 outside the pipeline integrated inspection well 5 area There are no water supply pipelines 7 and electric pipelines 8 connected laterally on the back of the interior panel 21; there are water supply holes 25 and wire box holes 81 on the interior panel 21, the water supply threaded elbow 71 in the water supply hole 25 is connected to the water supply pipeline 7 on the back of the interior panel 21, and the switch socket box 82 in the wire box hole 81 is connected to the electric pipeline 8 on the back of the interior panel 21; the inner side of the waterproof flange 12 has a floor drain outlet 13 with a bottom lower than the waterproof bottom plate surface 11, and the outer side has a floor drain outlet 14, and the floor drain outlet 13 is connected to the floor drain outlet 14; the pipeline integrated inspection well 5 is in the area of ​​the floor drain outlet 14 outside the waterproof flange 12, the drainage pipeline 6 and part of the water supply pipeline 7 are laid in the area of ​​the pipeline integrated inspection well 5, and the top plate 3 and part of the inspection plate 51 of the surrounding pipeline integrated inspection well 5 can be opened and restored in the bathroom.

[0033] Example 2 like Figure 1 , 2 As shown in , 3, 4, 6, 7, 8, 9, and 11, the integrated pipeline assembled integrated toilet has at least one set of relative tops of integrated wall panels 2, which are fixedly connected by a top plate 3 without a break in the middle; the bottom of the integrated wall panel 2 has a concave groove 24 spanning the waterproof flange 12, and the bottom of the interior panel 21 is at the bottom of the inner side of the concave groove 24; the water supply pipeline 7 and the electric pipeline 8 outside the pipeline integrated inspection well 5 area and the top area of ​​the integrated wall panel are laid up and down in the gap between the interior panel 21 and the outer waterproof decorative panel 22 of the integrated wall panel 2; the rest is the same as Example 1.

[0034] Example 3 like Figure 1 , 2As shown in , 4, 6, 8, 10, and 13, the integrated pipeline assembled integrated toilet has an oblique groove 26 on one of the two vertically adjacent rows of integrated wall panels 2 in the same plane, the opening 20 of which is far from the side 30 of the integrated wall panel and the closed opening 10 is close to the side of the integrated wall panel; the other panel has an axis rod 27, and the oblique groove 26 and the axis rod 27 are connected with each other up and down; it is not limited to which row of integrated wall panels the oblique groove 26 and the axis rod 27 are respectively on; the rest is the same as embodiment 1 or 2.

[0035] Example 4 like Figure 1 , 2 As shown in , 4, 5, 6, 10, and 13, the integrated pipeline assembled integrated bathroom has two rows of integrated wall panels 2 adjacent to each other vertically at the inner corner, and one of the integrated wall panels 2 that presses against the interior panel 21 on the side has an oblique groove 26 with an opening 20 far from the side 30 of the integrated wall panel and a closed opening 10 close to the side 30 of the integrated wall panel, and the other integrated wall panel 2 on which the interior panel 21 presses against the side 30 of the integrated wall panel 2 has an axis rod 27, and the axis rod 27 is connected to the oblique groove 26 up and down; the rest is the same as Example 3.

[0036] Example 5 like Figure 2 , 6 As shown in 10, the integrated pipeline assembled integrated toilet has two rows of integrated wall panels 2 vertically adjacent to each other at the outside corners, one of which has an outer waterproof decorative panel 22 with an opening 20 far from the integrated wall panel 2 and a closed opening 10 close to the integrated wall panel 2, and the other integrated wall panel 2 has an axis rod 27, and the oblique groove 26 and the axis rod 27 are connected with each other up and down.

[0037] Example 6 like Figure 4 , 5 As shown in , 6, 7, 10, and 13, the integrated pipeline assembled integrated toilet has a sealing gasket 9 at the joints of two vertically adjacent rows of integrated wall panels, and the joints of the interior panels 21 are filled with caulking glue 91; the rest is the same as embodiments 1, 2, and 5.

[0038] Example 7 like Figure 2 , 3 As shown in , 4, 6, 7, 11, and 12, the integrated pipeline assembled integrated toilet has an equipotential pipeline 93 laid close to the water supply pipeline 6 in the gap between the inner and outer waterproof decorative panels of the integrated wall panel 2, which is generally laid close to the hot water pipe, and the electric wire 94 in the equipotential pipeline 93 is connected to the metal threaded joint 72 in the threaded elbow 71 of the hot water supply pipe; outside the area of ​​the pipeline integrated inspection well 5, there is no water supply pipeline 6 or electric pipeline 7 laid on the back of the outer waterproof decorative panel 22 of the integrated wall panel 2 within the range from the waterproof bottom plate 1 to the top plate 3; the rest is the same as embodiments 3, 4, and 5.

[0039] Example 8 like Figure 4 , 5 As shown in , 6, 7, 8, 9, 11, and 12, the integrated pipeline assembled integrated toilet, the waterproof chassis surface 11 has no vertical holes passing through the bottom of the waterproof chassis; the floor drain outlet 13 is located at the farthest point from the width of the toilet and is distributed in a strip shape on the inner side of the waterproof flange 12 along the inner side of the pipeline integrated inspection well, with a slope difference I of a high point far from the floor drain outlet 14 and a low point at the floor drain outlet 14, the slope difference I is 25mm, and the length of the floor drain outlet 14 covers the entire length of the chassis in the wide direction; the waterproof chassis surface 11 has a high and low slope i facing the floor drain outlet at a low point, and the i value is 10mm-15mm; there is a floor drain cover 15 on the floor drain outlet 13; the bottom of the waterproof chassis 1 has no leveling support and is directly placed on the structural floor 4; the rest is the same as embodiments 3, 4, and 6.

[0040] Example 9 like Figure 1 , 2 As shown in , 4, 5, 6, 7, and 8, the integrated pipeline assembled integrated toilet, the drainage pipeline 6 includes a drainage riser 67, a sewage lateral branch pipe 62, a wastewater lateral branch pipe 63, and an integrated water seal 64. The drainage outlets of wastewater appliances such as the washbasin 65 and the floor drain 13 on the inner side of the interior panel 21 are connected to the integrated water seal 64 through the wastewater lateral branch pipe 63 and then separately connected to the drainage riser 67. The toilet 66 is separately connected to the drainage riser 67 above the integrated water seal 64 through the sewage lateral branch pipe 62. No water trap is set below all wastewater appliances connected to the integrated water seal 64; the water seal height in the integrated water seal 64 is not less than 50 mm, the minimum flow channel width is not less than 15 mm, and the minimum water-passing cross-sectional area is not less than 1500 mm2; the rest is the same as embodiments 1 and 8.

[0041] Example 10 like Figure 3 , 7 As shown in , 8 and 9, the integrated pipeline assembled integrated toilet, the back of the external waterproof decorative panel 22 on one side of the pipeline integrated inspection well 5 area has a structural wall 90, the thickness of the structural wall 90 is 100 mm, and the gap between the top back of the integrated wall panel 2 and the structural wall 90 is filled with wall polyurethane foam 70, the polyurethane foam 70 is fixed to the structural wall at the top back of the integrated wall panel 2, when some adjacent integrated walls 2 are not connected with the shaft rod 27 up and down through the inclined groove 26, the polyurethane foam can fix the integrated wall panel 2 to prevent the integrated wall panel 2 from deformation and lodging, and when the integrated wall panel needs to be removed, it is also convenient to remove the polyurethane foam 70; the rest is the same as Example 9.

[0042] Embodiment 11 like Figure 3 , 7As shown in 9, the integrated pipeline assembled integrated toilet has an external decorative panel 80 closely attached to the back of the external waterproof decorative panel 22, and the thickness of the external decorative panel 80 is 5mm-10mm; the total thickness from the external decorative panel 80 outside the pipeline integrated inspection well 5 area to the interior panel 21 is 50mm; the rest is the same as Example 10.

[0043] Example 12 like Figure 3 , 7 As shown in 9, in the integrated pipeline assembled integrated toilet, the back of the external waterproof decorative plate 22 outside the structural wall 90 is closely attached to the external decorative panel 80, and the thickness of the external decorative panel 80 is 6 mm; the rest is the same as Example 11.

[0044] Embodiment 13 like Figure 3 , 7 As shown in 9, on the side edges (30) of two adjacent rows of integrated wall panels on the same plane outside the pipeline integrated inspection well (5) area, one row has a V-shaped groove (99) and the other row has a V-shaped protrusion (98), and the V-shaped protrusion (98) is inserted into the V-shaped groove.

Claims

1. An integrated pipeline assembled integrated toilet, comprising a waterproof chassis (1), an integrated wall panel (2), a top panel (3), a structural floor panel (4), a pipeline integrated inspection well (5), a drainage pipeline (6), a water supply pipeline (7), and an electrical pipeline (8); characterized in that: The waterproof chassis (1) is above the structural floor (4); the waterproof chassis (1) has a waterproof flange (12) surrounding the periphery and 10 mm to 100 mm higher than the waterproof chassis surface (11); the bottom of the interior panels (21) of the integrated wall panel (2) are adjacently assembled in multiple rows on the inner side of the waterproof flange (12); the integrated wall panel (2) comprises an interior panel (21), an outer waterproof decorative panel (22), and a polyurethane foam filling layer (23) which are adhered to each other and composited; the polyurethane foam filling layer (23) is The filling layer (23) is outside the back of the interior panel (21), the outer waterproof decorative panel (22) is outside the polyurethane foam filling layer (23), and the total thickness of the inner and outer decorative panels is between 25 mm and 90 mm; the water supply pipeline (7) and the electric pipeline (8) are vertically laid up and down on the back of the interior panel (21) of the integrated wall panel in the same row, and are connected to the water supply horizontal pipe (61) and the electric horizontal pipe (83) in the area above the top of the integrated wall panel (2); the pipeline integration inspection well (5) is connected to the corresponding area outside the area The back of the interior panels (21) of the adjacent two rows of integrated wall panels (2) does not have a water supply pipeline (7) connected transversely; the interior panel (21) has a water supply hole (25) and a wire box hole (81); the water supply threaded elbow (71) in the water supply hole (25) is connected to the water supply pipeline (7) on the back of the interior panel (21); the switch socket box (82) in the wire box hole (81) is connected to the electric pipeline (8) on the back of the interior panel (21); the waterproof flange (12 ) has a floor drain outlet (13) whose bottom is lower than the waterproof bottom plate surface (11) on the inner side, and a floor drain outlet (14) on the outer side; the pipeline integrated inspection well (5) is located in the area of ​​the floor drain outlet (14) outside the waterproof flange (12), the drainage pipeline (6) and part of the water supply pipeline (7) are laid in the area of ​​the pipeline integrated inspection well (5), and the top plate (3) and part of the inspection plate (51) of the surrounding pipeline integrated inspection well (5) can be opened and restored in the bathroom.

2. According to claim 1, the integrated pipeline assembled integrated toilet is characterized by: The tops of at least one set of relatively integrated wall panels (2) are fixedly connected by a top plate (3) without a break in the middle; the bottom of the integrated wall panel (2) has a concave groove (24) spanning the waterproof flange (12), and the bottom of the interior panel (21) is at the bottom of the inner side of the concave groove (24); the water supply pipeline (7) and the electric pipeline (8) outside the pipeline integrated inspection well (5) area and the top area of ​​the integrated wall panel are laid up and down in the gap between the interior panel (21) and the outer waterproof decorative panel (22) of the integrated wall panel (2).

3. The integrated pipeline assembled integrated toilet according to claims 1 and 2, characterized in that: One of two vertically adjacent rows of integrated wall panels (2) in the same plane has an oblique groove (26) with an opening (20) far from the side edge (30) of the integrated wall panel and a closed opening (10) close to the side edge (30) of the integrated wall panel; the other has an axle rod (27), and the oblique groove (26) and the axle rod (27) are sleeved up and down.

4. The integrated pipeline assembled integrated toilet according to claim 3, characterized in that: Two rows of integrated wall panels (2) adjacent to each other in the inner corner are provided with an oblique groove (26) on one of the integrated wall panels (2) whose side is against the interior panel (21), and whose opening (20) is far from the side (30) of the integrated wall panel and whose closed opening (10) is close to the side (30) of the integrated wall panel; and another integrated wall panel (2) on which the interior panel (21) is against the side (30) of the integrated wall panel (2) is provided with a shaft rod (27), and the shaft rod (27) is connected with the oblique groove (26) in an upper and lower manner.

5. The integrated pipeline assembled integrated toilet according to claim 4, characterized in that: Two rows of vertically adjacent integrated wall panels (2) at a positive corner have an outer waterproof decorative panel (22) of one having an opening (20) far from the integrated wall panel (2) and a closed opening (10) close to the integrated wall panel (2), and the other integrated wall panel (2) has an axle rod (27), and the oblique groove (26) and the axle rod (27) are sleeved up and down.

6. The integrated pipeline assembled integrated toilet according to claims 4 and 5, characterized in that: A sealing pad (9) is provided at the joints of two vertically adjacent rows of integrated wall panels, and a caulking glue (91) is provided at the joints of the interior trim panels (21).

7. The integrated pipeline assembled integrated toilet according to claims 3, 4 and 5, characterized in that: In the gap between the inner and outer waterproof decorative panels of the integrated wall panel (2), an equipotential pipeline (93) is laid close to the water supply pipeline (6), and the electric wire (94) in the equipotential pipeline (93) is connected to the threaded joint (72) in the threaded elbow (71); outside the pipeline integrated inspection well (5) area, no water supply pipeline (6) or electric pipeline (7) is laid on the back of the outer waterproof decorative panel (22) of the integrated wall panel (2) within the range from the waterproof bottom plate (1) to the top plate (3).

8. The integrated pipeline assembled integrated toilet according to claims 3, 4 and 7, characterized in that: The waterproof chassis surface (11) has no vertical holes penetrating the bottom of the waterproof chassis; the floor drain outlet (13) is located at the farthest point from the width of the toilet and is arranged in a strip-shaped manner on the inner side of the waterproof flange of the inner side of the pipeline integrated inspection well, with a slope difference I from the high point far from the floor drain outlet (14) to the low point at the floor drain outlet (14), the slope difference I is not less than 20 mm, and the length of the floor drain outlet (14) is not less than half of the width of the column where the chassis is located; The waterproof bottom plate surface (11) has a high and low slope i at a lower position facing the floor drain outlet; and a floor drain cover (15) is disposed on the floor drain outlet (13).

9. The integrated pipeline assembled integrated toilet according to claims 1 and 8, characterized in that: The drainage pipeline (6) includes a drainage riser (67), a sewage transverse branch pipe (62), a wastewater transverse branch pipe (63), and an integrated water seal (64). The drainage outlets of wastewater appliances such as a wash basin (65) and a floor drain (13) on the inner side of the interior panel (21) are connected to the integrated water seal (64) through the wastewater transverse branch pipe (63) and then connected to the drainage riser (67). The toilet (66) is connected to the drainage riser (67) above the integrated water seal (64) through the sewage transverse branch pipe (62). No water trap is provided below all wastewater appliances connected to the integrated water seal (64). The water seal height in the integrated water seal (64) is not less than 50 mm, the minimum flow channel width is not less than 15 mm, and the minimum water flow cross-sectional area is not less than 1500 mm2.

10. The integrated pipeline assembled integrated toilet according to claim 9, characterized in that: The back of the external waterproof decorative panel (22) on one side of the pipeline integrated inspection well (5) area is provided with a structural wall (90), the thickness of the structural wall (90) is between 100 mm and 200 mm, and the gap between the top back of the integrated wall panel (2) and the structural wall (90) is filled with wall polyurethane foam (70).

11. The integrated pipeline assembled integrated toilet according to claim 9, characterized in that: The back of the outer waterproof decorative plate (22) is closely attached to an outer decorative panel (80), and the thickness of the outer decorative panel (80) is 5 mm to 10 mm; the total thickness of the outer decorative panel (80) outside the pipeline integrated inspection well (5) area to the interior panel (21) is between 40 mm and 90 mm.

12. The integrated pipeline assembled integrated toilet according to claim 10, characterized in that: The back surface of the external waterproof decorative plate (22) outside the structural wall (90) is closely attached to the external decorative panel (80), and the thickness of the external decorative panel (80) is 5 mm-10 mm.

13. The integrated pipeline assembled integrated toilet according to claims 3 and 4, characterized in that: On the side edges (30) of two adjacent rows of integrated wall panels on the same plane outside the pipeline integrated inspection well (5) area, one row has a V-shaped groove (99) and the other row has a V-shaped protrusion (98), and the V-shaped protrusion (98) is sleeved in the V-shaped groove.

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