CN109992807A - Bathroom industrial decoration method and system - Google Patents

Abstract

The invention provides an industrialized bathroom decoration method and system. A decoration model is designed according to the original building structure information of the bathroom and user's decoration demand data, and a list of materials required in the decoration model is obtained by parsing and matching according to the decoration model and material single-product components. The production unit directly processes the single-product components according to the bill of materials. After the processing is completed, the single-product components are transported to the decoration site, and the single-product components can be assembled according to the existing installation instructions. The solution well solves the defects of the existing technology, such as low overall efficiency, uneven quality, construction pollution and serious waste of materials. Moreover, since all the modules have been standardized, designed and processed, the site only needs to be spliced according to the instructions, which can greatly improve the efficiency of decoration and save time.

Description

Bathroom industrial decoration method and system

technical field

The invention relates to the field of construction, in particular to a method and system for industrialized decoration of a bathroom.

Background technique

At present, when renovating a bathroom, the construction is usually carried out in the form of customized processing of parts and manual work on site. In the construction process, it is necessary to purchase raw materials according to the design plan, and move the purchased raw materials to the construction site. Different types of work will process and manufacture the corresponding raw materials on site, and finally complete the final decoration work through the cooperation of various types of work. Under this mode, whether it is the production and processing of parts or the construction on site, there are defects such as low overall efficiency, uneven quality, construction pollution and serious waste of materials.

SUMMARY OF THE INVENTION

The present invention aims to provide an industrialized bathroom decoration method, storage medium, electronic equipment and system, so as to solve the defects of low overall efficiency, uneven quality, construction pollution and serious waste of materials in the bathroom decoration process of the prior art.

The invention provides an industrialized decoration method for a bathroom, comprising the following steps:

S1: Obtain the original building structure information of the toilet to be renovated, the original building structure information includes the ground structure information and the side wall structure information; the ground structure information at least includes the ground shape, size, and the position of each opening in the ground ;

S2: Acquire decoration demand data, where the decoration demand data includes data information of subspaces divided by usage; the subspace includes at least a wet ground area and a dry ground area; the decoration demand data includes at least a dry ground area and the division method of the ground wet area;

S3: establishing a bathroom decoration model according to the original building structure information and the decoration requirement data;

S4: Acquire single-product component information that can be used for all materials constituting the decoration model to form a bill of materials, where the single-product component information includes single-product component identifiers and quantities;

S5: Output the bill of materials and installation instructions, where the installation instructions are generated according to the installation sequence of the ground, wall and ceiling during decoration and the assembly dependencies between the individual product components.

The present invention also provides a computer-readable storage medium, where instruction information is stored in the storage medium, and when the computer reads the instruction information, the computer can execute the above-mentioned method for industrialized bathroom decoration.

The present invention further provides an electronic device, comprising at least one processor and at least one memory, at least one of the memories stores instruction information, and at least one of the processors can execute the above-mentioned industrialized bathroom decoration after reading the instruction information method.

The present invention also provides an industrialized bathroom decoration system, comprising a material information storage module, a decoration design module, a material production module, a material transportation module and a material assembly module:

The material information storage module is used to store the information of general material single product parts;

The decoration design module is connected in communication with the material information storage module, and is used to obtain the original building structure information of the toilet to be decorated, and the original building structure information includes the ground structure information and the side wall structure information; the ground structure information at least Including the shape, size of the ground, and the position of each opening in the ground; acquiring decoration demand data, the decoration demand data including the data information of the subspaces divided by use; the subspaces at least include the ground wet area and the ground dry area; the decoration demand data includes at least the division method of the ground dry area and the ground wet area; build a bathroom decoration model according to the original building structure information and the decoration demand data; obtain a model that can be used to compose the decoration The single-product component information of all materials of the model forms a bill of materials, and the single-product component information includes the identification and quantity of the single-product component; output the bill of materials and installation instructions, and the installation instructions are based on the ground, wall and ceiling during decoration. The installation sequence and the generation of assembly dependencies between individual product components;

The material production module is in communication connection with the decoration design module, receives the material list, processes the required material single-item parts according to the identification and quantity of the material single-item parts recorded in the material list, and triggers the process after the processing is completed. material transport operations;

The material transport module is in communication connection with the material production module, and in response to the material transport operation, transports the processed material single product components to the decoration site where the toilet to be decorated is located;

The material assembly module is connected in communication with the decoration design module, and after assembling the single product parts of the material transported to the decoration site according to the installation instructions, a prefabricated toilet that is consistent with the decoration model is obtained.

The industrialized bathroom decoration method, storage medium, electronic equipment and system provided by the present invention design a decoration model according to the original building structure information of the bathroom and the user's decoration demand data, and analyze and match according to the decoration model and the material single-product components to obtain all the decoration models in the decoration model. The required bill of materials is directly processed by the production unit according to the bill of materials. After the processing is completed, the single product components are transported to the decoration site, and the single product components can be assembled according to the existing installation instructions.

Description of drawings

1A is a flow chart of a method for industrialized bathroom decoration according to an embodiment of the present invention;

1B is a schematic structural diagram of a bathroom decoration model according to an embodiment of the present invention;

1C is a schematic structural diagram of an electronic device according to an embodiment of the present invention;

1D is a schematic block diagram of a bathroom decoration system according to an embodiment of the present invention;

Fig. 1E is a kind of bathroom decoration model in this embodiment;

2A is a schematic diagram of the installation structure of the bathroom floor according to an embodiment of the present invention;

2B is a schematic structural diagram of a dividing bar according to an embodiment of the present invention;

2C and 2D are schematic diagrams of the installation relationship between the floor tile positioning component and the floor tile according to an embodiment of the present invention;

3A is a schematic structural diagram of a frame according to an embodiment of the present invention;

3B is a schematic structural diagram of a bottom box connector according to an embodiment of the present invention;

3C is a schematic diagram of the connection relationship between the bottom box connector and the bottom box edge and bottom frame profile according to an embodiment of the present invention;

3D is a schematic structural diagram of a connecting beam of an inner corner portion according to an embodiment of the present invention;

3E is a schematic diagram of the installation of the connecting beam leveling member according to an embodiment of the present invention;

3F is a schematic diagram of the connection between the connecting beam and the bottom frame according to an embodiment of the present invention;

3G is a schematic diagram of the connection between the connecting beam and the top frame according to an embodiment of the present invention;

4A is a schematic structural diagram of an aluminum gusset ceiling according to an embodiment of the present invention;

4B is a schematic structural diagram of the connection between the edge trimming aluminum strip and the wall panel according to an embodiment of the present invention;

Figure 4C is an enlarged schematic view of part F in Figure 4A;

4D is a schematic structural diagram of a water pipe elbow fixing member according to an embodiment of the present invention;

FIG. 4E and FIG. 4F are respectively schematic structural diagrams of integrated water conduits and power conduits on a wall panel according to an embodiment of the present invention;

5A is a schematic structural diagram of an NP board integrated ceiling according to an embodiment of the present invention;

5B is a schematic structural diagram of the finally installed NP board assembly according to an embodiment of the present invention;

5C is a schematic structural diagram of the installation hinge and the NP board being fixed at the edge trim according to an embodiment of the present invention;

Fig. 5D is a schematic diagram of the connection relationship between the bending and buckling strips and the edge trim plate according to an embodiment of the present invention;

5E is a schematic diagram of the connection relationship of the edge closing plate at the corner according to an embodiment of the present invention;

5F is a schematic diagram of the installation structure of the air heating assembly in the NP board integrated ceiling according to an embodiment of the present invention;

5G is a schematic structural diagram of the air heating fixture according to an embodiment of the present invention;

5H-5J are schematic diagrams of the installation process of the NP board according to an embodiment of the present invention;

FIG. 6 is a schematic structural diagram of an external corner connector according to an embodiment of the present invention.

Detailed ways

The technical solutions in the present invention will be exemplarily described below with reference to the accompanying drawings in this embodiment.

Example 1

This embodiment provides an industrialized bathroom decoration method, which can be applied to any terminal equipment, as shown in FIG. 1A , including the following steps:

S1: Obtain the original building structure information of the toilet to be renovated, the original building structure information includes the ground structure information and the side wall structure information; the information can be directly obtained from documents such as building floor plans, project approval instructions, etc., or can be obtained by on-site measurement. Wherein, the ground structure information includes at least the shape and size of the ground, the number and position of the inside and/or outside corners, the position of the basin hole, toilet hole, and floor drain hole in the ground; the side wall structure information at least Including the height of the wall, the position and size of doors and windows, the position of the water pipeline, the position of the power line, etc.

S2: Obtaining decoration demand data, the decoration demand data includes data information of subspaces divided according to usage; the data is provided by the owner, and the owner puts forward requirements for the decoration effect of the bathroom according to their own usage requirements and personal preferences. For example, the subspace includes a ground wet area, a ground dry area, an overhead wall panel, and a suspended ceiling; the decoration requirement data includes at least a division method of the ground dry area and the ground wet area; adjacent to the wall cabinet installation requirements; whether to use aluminum gusset integrated ceiling/NP board integrated ceiling; whether to install air heating components in the integrated ceiling.

S3: Build a bathroom decoration model according to the original building structure information and the decoration demand data; the designer can formulate the model according to the above data, and can use certain design software (for example: CAD software, etc.) to carry out preliminary design on the PC terminal , forming design scheme data, the design scheme data may include but not limited to: overall design structure of bathroom, partial design structure such as ground, wall, ceiling lights, and other structures with special requirements. After the design plan data is approved by the owner, it can be used as a decoration model.

S4: Obtain single-product component information of all materials that can form the decoration model to form a bill of materials, where the single-product component information includes single-product component identifiers and quantities;

For example, the decoration model reflects a suspended ceiling structure, which can be formed by a combination of a central decorative panel module, a drop module and a light trough module, and the bill of materials can include the central decorative panel module, drop The central trim panel module data, downgrade module data and light trough module data corresponding to the module and the light trough module.

The following table shows the identifier (preferably the identity code) corresponding to the bill of materials in one embodiment, and the corresponding material information.

S5: Output the bill of materials and installation instructions, where the installation instructions are generated according to the installation sequence of the ground, wall and ceiling during decoration and the assembly dependencies between the individual product components. In the step S5, the installation instructions record the shape and quantity of each item of material involved in the bill of materials, the installation sequence of each item of material, and the installation node of each item of material. diagram and a schematic diagram of the current assembly state that should be obtained after each item of material is installed.

After the above steps are completed, the production unit directly processes the single-product components according to the material list. After the processing is completed, the single-product components are transported to the decoration site, and the single-product components can be assembled according to the existing installation instructions.

The solution well solves the defects of the prior art, such as low overall efficiency, uneven quality, construction pollution and serious waste of materials. Moreover, since all the modules have been standardized, designed and processed, the site only needs to be spliced according to the instructions, which can greatly improve the efficiency of decoration and save time.

Example 2

In this embodiment, the above-mentioned step S4 can be implemented by the flowchart shown in FIG. 1B , which includes:

S41: Analyze and match the decoration model according to the structure data of the decoration model and the general material single-item parts; that is, split the decoration model according to the structure of the existing material single-item parts or according to the existing material single-item parts components in various combinations. This process can be implemented by existing design software.

S411: Determine whether the decoration model can be obtained according to the combination of general material single-product components, if so, go to step S42, otherwise go to step S44;

S42: Compose the bill of materials with the identifiers and quantities of all general bill of materials components in the combination.

S43: Select general material single product parts based on the principle of adopting the least types of general material single product parts; then design special-shaped material single product according to the difference data between the initial model composed of the selected general material single product parts and the decoration model parts and configure unique identifiers for the special-shaped material single-item parts; the identifiers and quantities of all selected general-purpose material single-product parts, the structure data of the special-shaped material single-item parts, and the special-shaped material single-item parts identifiers and quantities make up the bill of materials.

S44 : Associate the structure data of the special-shaped material single-item part with its identifier and store it as general material single-item part information.

Through the above solution in this embodiment, the special-shaped material single-item parts are also stored in this module, so as to realize the update of the general material single-item parts data in the database in the server. Specifically, the newly uploaded special-shaped material single-item part can be supplemented into the general material single-item part data, and the updated special-shaped material single-item part can be used as the general material single-item part in the next use. data to use. In this design, the database in the server is constantly enriched.

Example 3

This embodiment provides a computer-readable storage medium, where instruction information is stored in the storage medium, and when the computer reads the instruction information, the computer can execute the bathroom according to any one of Embodiments 1 or 2 Industrial decoration methods. In addition, this embodiment provides an electronic device, as shown in FIG. 1C , which includes at least one processor 1 and at least one memory 2 , at least one of the memories 2 stores instruction information, and at least one of the processors 1 reads the data. After the instruction information is described, the industrialized bathroom decoration method described in any one of Embodiment 1 or 2 can be executed.

Example 4

This embodiment provides an industrialized bathroom decoration system, as shown in FIG. 1D, including a material information storage module 3, a decoration design module 4, a material production module 5, a material transportation module 6 and a material assembly module 7: the material information storage module 3. It is used to store the information of general material single product parts; the decoration design module 4 is connected to the material information storage module 3 in communication, and is used to obtain the original building structure information of the toilet to be decorated, and the original building structure information includes the ground Structural information and side wall structure information; the ground structure information includes at least the shape and size of the ground, and the position of each opening in the ground; and the decoration demand data is obtained, and the decoration demand data includes the data of subspaces divided by use information; the subspace includes at least the ground wet area and the ground dry area; the decoration requirement data includes at least the division method of the ground dry area and the ground wet area; according to the original building structure information and the decoration requirements data to build a bathroom decoration model; obtain single-product component information that can be used for all materials that compose the decoration model to form a bill of materials, and the single-product component information includes single-product component identification and quantity; output the bill of materials and installation instructions, The installation instructions are generated according to the installation sequence of the ground, wall and ceiling during decoration and the assembly dependencies between the individual product components. The material production module 5 is connected in communication with the decoration design module 4, receives the material list, and processes the required material single-item parts according to the identification and quantity of the material single-item parts recorded in the material list, and the processing is completed. Then trigger the material transportation operation; the material transportation module 6 is connected in communication with the material production module 5, and in response to the material transportation operation, transports the finished material single product parts to the decoration site where the toilet to be decorated is located The material assembly module 7 is connected in communication with the decoration design module 5, and according to the installation instructions, the single product parts of the material transported to the decoration site are assembled to obtain an assembly type consistent with the decoration model. bathroom.

In the above scheme, the decoration model is designed according to the original building structure information of the bathroom and the user's decoration demand data, and the material list required in the decoration model is obtained by parsing and matching according to the decoration model and the material single-item components, and the production unit directly matches the material list according to the material list. The single-product parts are processed. After the processing is completed, the single-product parts are transported to the decoration site, and the single-product parts can be assembled according to the existing installation instructions.

Example 5

This embodiment provides a prefabricated toilet, which is realized by the industrialized toilet decoration system described in the fifth embodiment. First, obtain the bathroom space size data from the user, determine the position of the window, the position of the sewer and the position of the door opening, and deepen it through the software and relying on the data of the bathroom standard module. The standard modules that rely on include bottom box module, frame module, wall panel module, ceiling panel module, keel module, floor panel module, post-installed finished product module, etc. Compared with non-industrial decoration, there are two differences in the design of this bathroom: 1. Hole position. In non-industrial decoration, tile laying has extremely strict requirements on the hole positions of ground drainage pipes, and there can be no deviation; in industrial decoration bathrooms, at least 10mm of adjustable space is reserved for various hole positions, and the decorative effect will not be affected. 2. Does not depend on the original wall size. Although it is necessary to measure the space size data of the bathroom, it is not necessary to completely rely on this data for design deepening, just use this data as a reference. The industrial bathroom decoration has its own independent frame system. The installation of the wall only depends on the frame, and the size of the frame is the basis for determining the size of the bathroom. This brings great convenience to the design of deepening the size of the bathroom. When the designer encounters some extreme situations, the size of the frame can be adjusted to make the design proceed smoothly.

The engineer's design deepening relies on the standard module data of the toilet. When the design is deepened, several standard modules and several non-standard modules will be generated according to the deepening drawings. These standard modules and non-standard modules will be extracted to generate a module list, and a material list and a processing list will be generated by comparing the module material information table. And indicate the size, quantity and other material information of various materials. Additional production rules and production standards are required in some customized modules. Production rules and production standards are pre-established by the module designer. In this embodiment, the list of materials used to realize the decoration model at least includes the following general-purpose single-product components such as top frame profiles, bottom frame profiles, connecting beams at the outside corners, clip beams, supports, and clip beam fixing Parts, leveling feet, wall panels, aluminum gussets or NP panels, triangular keels, main keels, various types of screws and nuts, various types of connecting corners, edge trim aluminum strips, edge trim plates. The rest are single-product parts of special-shaped materials, such as the dry area of the integrally formed waterproof bottom box, the wet area of the integrally formed waterproof bottom box, the connecting parts of the bottom box, the connecting beams at the inner corners, the wall panel fixing parts, the ceiling pendants, Fixing parts for fixing water pipe elbows, bending buckles, flat joint angle codes, NP board components, fixed structure of the air heating host in the NP board integrated ceiling, etc. For each special-shaped material single-product component, after the design is obtained, it is necessary to provide its structural parameter information such as length, width, whether it is slotted, the shape and depth of the slot, etc. It is necessary to make consistent materials that can be processed according to its description. Single item parts. There are detailed drawings and/or textual descriptions of the nodes to which they are applied.

When generating the processing bill of materials, according to the material and processing method of the material, the products that can be completed in the same processing plant are written into the same processing sheet, and the processing drawings are attached if necessary. These are one-run sheets, and the items listed in the one-run sheets are mostly single items. For example: one form for wall tiles and floor tiles, one form for open-form aluminum profiles, and one form for shower room stone, water retaining strip and door stone. The detailed material name, model, size, quantity and tolerance value will be generated in the processing bill of material. After the primary processing forms are generated, the forms are released to each factory through the supply chain channel and put into production. After the production is completed, if no secondary processing is required, it will be delivered to the site, and if further processing is required, it will be delivered to the secondary processing site. . Some modules require secondary processing, and a secondary processing form and a detailed secondary processing flowchart must be issued. Most of the materials listed in the secondary processing form are composite materials. For example, wall panels, wall panels need to be composited by several materials, and they need to be processed by assembly lines.

The materials after primary and secondary processing need to be packaged first for shock absorption and damage prevention. Shipping is the responsibility of the manufacturer. The arrival of the goods needs to be checked and accepted, and the materials are checked and accepted by comparing with the bathroom acceptance specifications. If there are unqualified products, the manufacturer needs to rework or re-process them.

The designer can obtain the decoration effect shown in Figure 1E according to the original bathroom building structure combined with the user's decoration needs, and finally obtain the above-mentioned general material single-product components and special-shaped material single-product components, and send the material list to the processing factory for processing and transportation. Go to the decoration site, and then follow the installation instructions and follow the steps to complete the installation. It can be installed in the following installation order:

①Waterproof bottom box installation. Clean the floor of the bathroom and place the waterproof bottom box on the ground according to the position.

②The external angle and frame installation. Connect the frames with connectors to form an independent frame. The prefabricated external corner modules are connected to the frame system to form a stable frame structure.

③ Wall and window cover installation. Install the wall panels into the façade of the frame system in sequence, and install the hydroelectric modules. When encountering a window hole, snap the whole window cover into the window hole and fix it. When encountering a door opening, use the connector to install the door top module.

④Ceiling module installation. Install the primary and secondary keels and side keels first, and then install the decorative panels, lamps and other electrical appliances.

⑤ Ground module installation. Install the bottom box waterproof accessories first, then lay the decorative tiles on top, and then install the decorative surface waterproof accessories and drainage accessories.

⑥ Post-installation of finished products. Install according to the finished product manual.

⑦ Door cover installation. After the installation is completed, the acceptance is carried out according to the installation quality acceptance checklist.

An existing house needs to be renovated. There are two bathrooms, one of which has a large size of 2000mm*2000mm, a floor height of 2800mm and an outside corner. The designer went to the site to measure the size, hole position, and door and window openings to deepen the design.

After deepening, it is found that there are two bottom boxes, A bottom box 1200mm*2000mm, B bottom box 800mm*2000mm, in the frame system, A frame is 30m, B frame is 28m, C frame is 26m, the standard version of the wall plate is 12 faster, and the non-standard plate 6 pieces, 4 square meters of ceiling, 15 pieces of standard floor tiles, 5 pieces of non-standard bricks, 1.6 square meters of ground stone, and several other accessories.

Decompose the obtained modules again. For example, wall panels are decomposed into surface bricks, substrates, supports and connectors. Fill in a processing sheet for each decomposed material, indicating the model, size, quantity and texture direction. For the facing bricks with holes, it is necessary to describe the hole diameter and hole position with the attached drawings. At the same time, according to the module information, a secondary processing order is generated. For example, the wall panel will combine the cut facing brick and the cut substrate, and install supports to strengthen the overall module strength. The raw material of the secondary processing order is the finished product of the primary processing order. The primary processing order is submitted to the supplier through the supply chain, the supplier processes as required, and transports the finished product to the secondary processing site after processing. Both primary processing and secondary processing are processed according to the drawing, and the finished product is placed in the designated position after the processing is completed. After the final trim modules are produced, the supplier is responsible for packaging and shipping the finished product to the customer's home.

On-site unpacking and acceptance, after acceptance, start installation. ①Waterproof bottom box installation. Clean the floor of the bathroom and place the waterproof bottom box on the ground according to the position. ②The external angle and frame installation. Connect the frames with connectors to form an independent frame. The prefabricated external corner modules are connected to the frame system to form a stable frame structure. ③ Wall and window cover installation. Install the wall panels into the façade of the frame system in sequence, and install the hydroelectric modules. When encountering a window hole, snap the whole window cover into the window hole and fix it. When encountering a door opening, use the connector to install the door top module. ④Ceiling module installation. Install the primary and secondary keels and side keels first, and then install the decorative panels, lamps and other electrical appliances. ⑤ Ground module installation. Install the bottom box waterproof accessories first, then lay the decorative tiles on top, and then install the decorative surface waterproof accessories and drainage accessories. ⑥ Post-installation of finished products. Install according to the finished product manual. ⑦ Door cover installation. After the installation is completed, the acceptance is carried out according to the installation quality acceptance checklist.

Specifically, as shown in FIG. 1E , the prefabricated toilet includes a toilet floor 101 , a frame 103 including a bottom frame and a top frame; a wall panel 104 ; and an integrated ceiling 102 .

In the above-mentioned prefabricated toilet, the structure of the toilet floor 101 is shown in Figs. 2A-2D. The floor tiles 14 laid in the waterproof bottom box are compounded with an adhesive layer on the back. The waterproof bottom box includes a dry area portion 11 , a wet area portion 12 , and a partition bar 13 , and the dry area portion 11 and the wet area portion 12 are located on two sides of the partition bar 13 respectively. The dry area portion 11 is integrally formed, and the wet area portion 12 is integrally formed. The remaining part of the dry area perimeter and the remaining part of the wet area part perimeter form a waterproof bottom box perimeter. A toilet hole 111 and a basin hole 141 are formed on the dry area 11; a floor drain hole 121 is formed on the wet area 12; the floor tile 14 covering the toilet hole 111 is formed with a first through hole matched with the toilet hole 111; The floor tile 14 on the basin hole 141 is formed with a second through hole matched with the basin hole 141; the floor tile 14 covered on the floor drain hole 121 is formed with a third through hole matched with the floor drain hole 121; wherein, the toilet hole 111 , The basin hole 141 and the floor drain hole 121 are respectively opposite to the toilet sewer hole, the basin sewer hole and the floor drain sewer hole on the original building ground. The toilet flange is fixed after passing through the first through hole and the toilet hole 111; the basin flange is fixed after passing through the second through hole and the basin hole 141; the floor drain is fixed in the third through hole. The wet area portion 12 further includes a reinforcing strip disposed on the back of the wet area portion 12 , and the back surface of the wet area portion 12 is the side of the wet area portion 12 that is close to the original building floor. The reinforcing strip makes the wet area 12 present a high and low slope, and guides the water in the wet area 12 into the floor drain hole 121 to play a role in drainage. The structure of the dividing bar 13 is shown in FIG. 2B , which includes a peripheral edge slot 131 . The depth of the edge clip groove 131 is adapted to the height of the dry zone edge and the wet zone edge, and the width of the edge clip slot 131 is adapted to the sum of the width of the dry zone edge and the wet zone edge.

As shown in the figure, the dry area 11 and the wet area 12 of the waterproof bottom box are formed with at least one positioning groove 15 that matches the shape of the floor tile positioning component. As shown in FIG. 2C , one implementation of the floor tile positioning component is: The bottom surface 411 of the positioning component and the positioning clip 412 are both cross-shaped structures, which are used for the intersection of four floor tiles of the bathroom floor; as shown in Figure 2D, another implementation of the floor tile positioning component is: the bottom surface of the floor tile positioning component 411 is a T-shaped structure, which includes a horizontal plate and a vertical plate arranged vertically on the horizontal plate; the positioning clip 412 is a bar-shaped block arranged on the vertical plate, which is used for two floor tiles in the edge area of the bathroom floor the intersection.

In the assembled toilet provided in this embodiment, the structure of the frame 103 is as shown in FIGS. 3A to 3G , the frame 103 includes a top frame 1031 and a bottom frame 1032 , and the bottom frame 1032 is surrounded by a wall along the waterproof bottom box. The bottom frame profiles arranged around the inner wall of the side wall are formed; a plurality of top corners of the top frame 1031 and a plurality of top corners of the bottom frame 1032 are connected by a plurality of connecting beams 1033 in a one-to-one correspondence. Preferably, in order to be able to adjust the verticality and flatness of the wall panel 104 when the wall panel 104 is installed, the frame 103 further includes a snap beam 1034, the two ends of which are slidably connected to the top frame 1031 and the top frame 1031 and 1034 respectively. On the bottom frame 1032; the clamping beam 1034 is provided with a clamping groove penetrating the entire clamping beam 1034 along the length direction of the clamping beam 1034, and the notch of the clamping groove 1034 faces the The center of the top frame 1031 is set. A support member 1035 is disposed on the clamping beam 1034 , the first end of which is mounted on the side of the clamping beam 1034 facing away from the clamping groove, and the second end faces away from the clamping beam 1034 The distance between the first end and the second end is adjustable.

The bottom frame profile structure used by the bottom frame 1032 is shown in FIG. 3C , and a bottom frame top chute is formed on the upper surface thereof. In addition, the prefabricated toilet also includes a bottom box connecting piece 108. The structure of the bottom box connecting piece 1088 is shown in FIG. 3B, and a square slot 1081 is formed thereon. Referring to FIG. 3C , the end face of the partition part of the surrounding edge 11a of the dry area and the end surface of the partition part of the surrounding edge 12a of the wet area part are embedded in the square slot 1081 ; the outer walls on both sides of the square slot 1081 They are respectively connected and fixed to the first and second profiles in the bottom frame 1032. The first profile is the bottom frame profile located on one side of the end face of the edge partition 11a in the dry area, and the second profile is located in the wet area. The bottom frame profile on the side of the end face of the edge partition part 12a.

Side limiting grooves 1082 are formed on the outer walls on both sides of the square card slot 1081; As shown in the figure, it is preferable that lateral locking grooves 1084 extend from both sides of the notch of the lateral limiting slot 1082 of the bottom frame connecting member 108 to the central portion of the lateral limiting slot 1082 . The snap-fit slot 1084 can provide a position limit function for the first angle code plate, and facilitate the installation and connection of the angle code. In addition, in order to facilitate the sliding of the connecting corner 109 into the lateral limiting groove 1082, a top limiting groove 1083 is formed on the top of the bottom frame connecting member 108, and the notch of the top limiting groove 1083 The inner walls of both sides are formed with a top engaging groove, and the top engaging groove communicates with the lateral engaging groove 1084 .

Further, the structure of the connecting beam 1033 in the frame 1033 is shown in FIG. 3D. The connecting beam 1033 includes a right-angle clamp plate and a connecting arm 333 disposed in the right-angle clamp plate. The right-angle card plate includes a first card plate 331 and a second card plate 332 arranged perpendicular to each other; the first surface of the connecting arm 333 is parallel to the first card plate 331, and a first card slot 335 is formed on it. ; The second surface of the connecting arm 333 is parallel to the second clamping plate 332, and a second clamping slot 334 is formed on it. The first card slot 335 and the second card slot 334 are used to connect with the adjacent top frame profiles or bottom frame profiles. Further, as shown in the figure, the first surface of the connecting arm 333 is further formed with an insertion slot 336, and the insertion slot 336 is located between the first clamping slot 335 and the second surface; One side of the slot of the insertion slot 336 is coincident with one side of the first locking slot 335 ; the other side of the slot of the insertion slot 336 is overlapped with the second surface.

In addition, as shown in FIG. 3E , the frame 103 further includes adjustment feet 1033a, and the adjustment feet 1033a are arranged on the back of the first card board and/or the second card board of the connecting beam 1033, and adjust the The position between the connecting beam 1033 and the original wall of the bathroom, wherein the back refers to the side close to the original wall of the bathroom. In this solution, the structure of the profile used for the top frame 1031 is shown in FIG. 3G . The top frame 1031 is composed of a plurality of top frame profiles, and the bottom surface of the top frame profiles is formed with a bottom chute of the top frame. FIG. 3F shows a schematic diagram of the structure of using the connecting corner code 109 to fixedly connect the connecting beam 1033 to the bottom frame profile, and FIG.

In this embodiment, as shown in FIG. 4B , the wall panel 104 is fixed on the top frame 1031 by a wall panel fixing member 204 , and the structure of the wall panel fixing member is shown in FIG. 4C , including a substrate fixing slot , Substrate fixed transition plate, substrate mounting plate. The substrate fixing slot is sleeved outside the top frame 1031; the substrate fixing transition plate has one side connected to the bottom of one side of the substrate fixing slot, and the other side is connected to the top of the substrate mounting plate The substrate fixing transition plate is perpendicular to the substrate mounting plate; the substrate mounting plate is formed with a substrate positioning hole, and the substrate positioning member passes through the substrate positioning hole to connect the substrate mounting plate to the substrate mounting plate. The substrate layers of the wall panel 104 are fixedly connected. On this basis, the integrated ceiling in this embodiment is an aluminum gusset ceiling as shown in FIG. 4A , which includes a main keel 202 , a triangular keel 203 , an aluminum edge 207 and an aluminum gusset 205 , wherein the main keel 202 The two ends are respectively fixed on the inside of the top frame 1031; the triangular keel 203 is arranged in the top frame 1031 along the direction perpendicular to the main keel 202, and the bottom plate is hung on the main keel 202 through the ceiling hanger 201 The edge trimming aluminum strip 207 includes a horizontal plate and a vertical plate that are perpendicular to each other. The vertical plate is fixed between the substrate mounting plate and the substrate layer, and the edge trimming aluminum strips are connected end to end in sequence. An aluminum gusset trimming strip is formed for the ceiling; at least one of the aluminum gusset plates 205 is laid flat inside the aluminum gusset trimming strip to form a ceiling panel.

Figure 4C presents an enlarged schematic view of Figure 4A. Referring to FIG. 4C , the suspended ceiling hanger 201 includes a hanging plate and a bent portion, wherein a first end of the hanging plate is formed with a hooking slot for the bottom plate of the triangular keel 203 to pass through, and the slot of the hooking slot is formed. The two sides of the mouth extend toward the center of the notch with hooking parts; the bending parts are suitable for being sleeved on the outside of the main keel 202, which includes a top plate of a pendant and a side plate of the pendant, and the first part of the top plate of the pendant is The end is connected to the first end of the side plate of the pendant, the second end of the top plate of the pendant is connected to the second end of the transition plate of the pendant, the transition plate of the pendant is perpendicular to the top plate of the pendant, and the pendant transitions The plate and the side plate of the pendant are located on the same side of the top plate of the pendant; the distance between the transition plate of the pendant and the side plate of the pendant is adapted to the width of the main keel 202 .

The trimming aluminum strips 207 include horizontal plates and vertical plates that are perpendicular to each other. The vertical plates are fixed on the toilet wall panel 104. The aluminum buckle plate 205 includes a square plate and a buckle strip 206. The buckle strip 206 is disposed perpendicular to the square plate along the circumference of the square plate.

Further, in the above solution, the main keel 202 is fixed on the inner side of the top frame 1031 by two right-angle codes 208, and the two right-angle codes 208 are respectively arranged on two sides of the main keel 202. At the position in contact with the top frame 1031; each right-angle code 208 includes a first angle code plate and a second angle code plate, and the first angle code plate is fixed on the inside of the top frame 1031, so The second angle code plate is fixed on the side surface of the main keel 202 .

As a preferred solution, referring to FIGS. 4D and 4E , the wall panel 104 is further provided with a water pipe elbow 1043 , wherein: the wall panel 104 is formed with through holes, and the through holes are located in the edge-tight aluminum Between the strip 207 and the top frame 1031; the elbow 1043, which includes a first pipe section perpendicular to the wall panel 104 and a second pipe section parallel to the wall panel 104, the first pipe section passing through The through hole and the through hole are interference fit so that the elbow 1043 is fixed in the through hole. The pipe fitting 1041 is fixed on the wall panel 104 through the pipe clip 1042, and this solution can be used for the conversion of the water pipeline. The water pipe elbow fixing member 1044, the water pipe elbow fixing member includes a first limit plate 441, a second limit plate 442 and at least one positioning member 446 arranged perpendicular to each other; the first limit plate 441 is provided with At least one positioning hole 444, the positioning member 446 passes through the positioning hole 444 to fasten the first limit plate 441 on the wall panel 104; a limit slot is formed on the first limit plate 441 443, the width of the limiting groove 443 is adapted to the diameter of the first pipe section; the second limiting plate 442 defines a through hole 445 suitable for the second pipe section to pass through.

Referring to FIG. 4F , the elbow in the above structure is replaced with the cup comb 1045 , the switch bottom box 1046 , and the switch bottom box fixing member 1047 , which can then be used for the power-on circuit. The switch bottom box penetrates through the wall panel, the side with the switch panel is located on the front side of the wall panel, the side with the switch panel is connected with the other side surfaces through positioning bolts, and one side on the box body is connected to the other side surfaces. An opening is provided on the surface; the switch bottom box fixing piece includes two right-angled triangle fixing pieces, and the two right-angled triangle fixing pieces are respectively arranged on the outside of a pair of mutually parallel surfaces of the switch bottom box; One right-angled side of the right-angled triangle fixing piece is fixed on the surface of the switch bottom box, and the other right-angled side is fixed on the toilet wall panel by bolts; the first end of the cup comb is connected with the opening, and the The second end is connected to the pipe. In the above solution, the pipe fittings are PPR pipes when used in the waterway, and PVC pipes when the pipe fittings are used for electrification.

In the prefabricated toilet provided in this embodiment, as shown in FIG. 5C , the wall panel 104 is fixed on the top frame 1031 through the bending buckle strip 24 and the wall plate limiter 20 : the bending buckle strip 24 is As shown in FIG. 5D, the structure includes a hooking slot 241 and a hooking plate 242 hooked on the top frame 1031; the wall plate limiting member 20 includes a first limiting plate, a second limiting plate and a first limiting plate. Three limit plates, the first limit plate is inserted between the hooking slot 241 and the top frame 1031, the second limit plate is connected to the first limit plate and the Between the third limiting plates; the third limiting plate is fixed to the substrate layer of the wall panel 104 by the substrate positioning member 213 , and the surface layer 214 of the wall panel shown in the figure is disposed toward the center of the frame.

As shown in FIG. 5A , on the basis of the above solution, the integrated ceiling is an NP board integrated ceiling, which includes: an edge-receiving plate 243 fixed on the lower surface of the hanging plate 242 of the bending buckle 24 , The hooking plate 242 of the bending buckle 24 and the edge receiving plate 243 form the bottom edge of the NP plate edge closing strip, and the hooking groove 241 of the bending buckle is close to the top frame One side surface of the center forms the side edge of the NP board trimming strip; at least one NP board assembly is arranged inside the ceiling frame; the NP board assembly includes an NP board 21 and a keel 22 arranged on the back of the NP board; The side surfaces of both ends of the keel are fixed with installation hinges 23; the installation hinge 23 includes a hinge fixing plate 232 and a hinge rotating plate 231; the hinge fixing plate 232 is fixed on the side of the keel 22, and its first One end is flush with the end face of the keel 22; the distance between the end face of the keel 22 and the edge of the NP plate is greater than the width of the rotating plate 231; the hinge rotating plate 231 and the hinge fixing plate The first end of 232 is rotatably connected. When the hinge rotating plate 231 and the hinge fixing plate 232 are located on the same plane, the bottom edge of the NP plate edge trim is clamped on the hinge rotating plate 231 and the NP plate. 21 to achieve fixation; at least one NP board is laid on the inner side of the NP board edge trim to form a ceiling panel. The NP board in the last installed NP board assembly is slightly different from the NP boards in the remaining NP board assemblies, mainly because the structure of the rotating plate 231 needs to be individually designed and adjusted for the last installed NP board assembly.

As shown in FIG. 5B , for the NP board assembly that is finally installed, the following components are additionally added to the rest of the NP board assemblies: an adapter 210 , which is disposed between the rotating plate 231 and the first end of the fixing plate 232 . At the connection position, the adapter 210 is rotated to drive the rotating plate 231 to rotate; the adapter hole 27 is formed on the NP board 21 at the position opposite to the adapter 210 and is suitable for rotating the adjusting part reach in. The cap 28 is embedded in the adapter hole 27 , and its surface is on the same plane as the surface of the NP board 21 . That is, after the last NP board assembly is installed, the rotating plate 231 is adjusted to the position on the same plane as the fixed plate 232 by rotating the adjusting part, and after the fixing is achieved, the cap 28 is installed into the adapter hole 27 of the NP board 21. to complete the overall installation.

In addition, the NP board integrated ceiling in the above solution can have multiple NP board components or only one according to the design of the house type. For the NP board assembly, on the two sides of the NP board (that is, the two sides parallel to the keel), a limiting groove 29 is formed on one side, and a limiting strip is formed on the other side. When two NP boards are spliced together, the limit bars on one of the NP boards can be embedded into the limit slots in the other NP board to realize the butt fixing of the two NP boards.

As shown in FIGS. 5C and 5D , both the hooking groove 241 and the hooking plate 242 of the bending buckle 24 are provided with round holes, and the buckle positioning member 211 can pass through the round holes on the hooking groove 241 to be fixed on the On the top frame; the edge closing plate positioning member 212 can pass through the round hole on the hanging plate 242 to fixedly connect the edge closing plate 243 and the hanging plate 242 .

As shown in FIG. 5E , when the top frame has a polygonal structure, the edge trim plates at the corners of the top frame can be spliced and fixed by the flat-jointed corner codes 244 . The flat-jointed corner code 244 includes a first flat-jointed corner code board and a second flat-jointed corner code board; the first flat-jointed corner code board is attached to the upper surface of the end portion of the edge-receiving board 243 arranged on one side of the corner. , the second flat-joint corner code plate is attached to the upper surface of the end portion of the edge receiving plate 243 arranged on the other side of the corner; the first flat-joint corner code board and the second flat-joint corner code board are formed There is a flat corner code hole; after the corner code positioning member 245 passes through the flat corner code hole, the first flat corner code plate is fixed on the edge receiving plate on one side of the corner, and the second flat joint The corner code plate is fixed on the edge plate on the other side of the corner.

As shown in FIG. 5A , holes of different shapes are also opened at corresponding positions on the NP board integrated ceiling, including ventilation holes 25 and pipe through holes 26 . The ventilation hole 25 is used to correspond to the air heating main unit, and the pipe through hole 26 is used to set the corresponding water pipe or electric pipe. 5A , 5F and 5G , the NP board integrated ceiling further includes an air heating host 301 , the bottom of which is formed with a mounting portion, and the mounting portion is fixed on the mounting beam 30 by the air heating fixing member 302 . The two ends of the mounting beam 30 are fixed on the inner wall of the side edge of the edge trimming strip (that is, the side wall of the hooking groove of the bending strip 24), and the air outlet of the air heater 301 is connected to the The ventilation holes 25 are opposite. By directly fixing the air heating assembly on the existing top frame, it can be provided with supporting force through the edge trim to realize the convenience of installation.

In the above solution, there are various ways to fix the air heating host 301 on the mounting beam 30. Referring to FIG. 5G, in this embodiment, the air heating fixing member 302, the screw 304 and the nut 305 are used to realize the air heating fixing member 302. The first end of the air heater is formed with an air heater hooking slot 3021, and the air heater hook 3021 is sleeved on the outside of the mounting beam 30; the air heater hook 3021 is far from the air heater 301. The height of the board on the side is greater than the height of the board on the side close to the air heater 301, in order to provide better support. An air heater mounting plate 3024 is disposed on the second end of the air heater fixing member 302 , and an air heater positioning hole is formed on the air heater installation plate 3024 , and the air heater installation plate 3024 is arranged facing away from the mounting beam 30 . The installation part is also formed with air heating fixing holes; the screws 304 pass through the air heating positioning holes and the air heating fixing holes and then fix the air heating installation plate 3024 on the installation part through nuts 305 . With the above structure, the air heating main unit 301 can be fixed on the mounting beam 30 .

An auxiliary plate 3023 is provided in the above air heater fixing member 302, the auxiliary plate 3023 is connected with the air heater installation plate 3024, and the auxiliary plate 3024 faces away from the air heater motor 301 and the air heater Mounting slot 3021 is provided. Preferably, the auxiliary board 3023 is arranged perpendicular to the air heating installation board 3024 . The auxiliary plate 3023 can release part of the gravity of the air heating main unit 301, thereby ensuring the stability and safety of the air heating fixing member 302.

In the above solution, the air heating assembly further includes a shock absorbing component, and the shock absorbing component is arranged between the air heating hooking slot and the mounting beam, preferably VHB (Very High Bond: polyacrylate double-sided foam). Cotton tape) double-sided tape 303. The air heater will generate large vibration and noise during operation, and the vibration and noise can be well eliminated by setting the shock-absorbing components to improve the user experience. The double-sided tape can also provide adhesive force, which can improve the firmness of the air heater through the adhesive force while reducing vibration and noise reduction.

Preferably, the above solution may also include an air heating panel, the air heating panel includes a panel body and a snap portion, the snap portion is arranged along the edge of the panel body, and the snap portion is embedded in the adjacent In the gap between the two NP panels; the panel body is arranged below the ventilation hole, and the grille on it is arranged opposite to the air outlet of the air heating main unit. In the above solution, a conversion panel may also be included, and the conversion panel includes a conversion board and a plug-in board; the conversion board is an annular structure, and the plug-in board is arranged along the outer edge of the annular structure; the plug-in board The board is embedded in the gap between the catching portion and the NP board to achieve fixation.

Further, the two ends of the mounting beam are also fixed on the inner wall of the side edge of the edge trimming strip through the VHB double-sided tape 303, that is, the side wall of the hooking groove of the bending and folding strip in the figure. When the mounting beam is fixed in the top frame, on the one hand, it can be provided with supporting force by the edge trimming strip, and on the other hand, its end face can be bonded to the inner side of the ceiling frame 1 by VHB double-sided tape, so it has good stability.

The installation method of the above-mentioned NP board integrated ceiling includes the following steps:

Install the ceiling frame; the ceiling frame can be the top frame of the existing frame. This step is mainly to complete the basic conditions required for installing the suspended ceiling, in which the wall panel needs to be installed into the existing frame, and then the relevant components of the suspended ceiling are installed.

Install an edge trim around the inner side of the ceiling frame, so that the side of the edge trim is fixed on the inner side of the ceiling frame, and the bottom edge of the edge trim is set toward the center of the ceiling frame; On the bending buckle strip, then hang the bending buckle strip on the ceiling frame. When the ceiling frame is a polygonal structure, the edge-receiving boards at the corners can be spliced and fixed by a flat-jointed corner code.

Install the NP board assembly in the ceiling frame, the NP board in the NP board assembly is located below the bottom edge of the edge trim, and the rotating plate for installing the hinge in the NP board assembly is located above the bottom edge of the edge trim to fix the NP board assembly described above. According to the design of the house, there can be multiple NP board components or only one. For the NP board assembly, on the two sides of the NP board (that is, the two sides parallel to the keel), a limit groove is formed on one side, and a limit strip is formed on the other side. When splicing NP boards, the limit bars on one of the NP boards can be embedded into the limit slots in the other NP board to realize the butt-fixing of the two NP boards. When the NP board is adjacent to the ceiling frame, limit bars can be formed on both sides of the NP board. One of the limit bars is inserted into the limit slots in the adjacent NP boards, and the other The limit bars on the sides fit into the runners on the inside of the ceiling frame.

For the above solution, when there are multiple NP board assemblies, the step 3 includes:

Step A: Install the NP board components in sequence along the direction from one side to the other side of the ceiling frame, wherein the last installed NP board component is defined as the last NP board component, and the other NP board components are defined as regular NP board components. It should be noted that during the installation process, first install from one side to the other. When the last two NP board components are installed, first install the NP board component close to the half-frame of the ceiling, and then install the last remaining piece. NP board assembly.

Step B: install the conventional NP board assembly, as shown in Figure 5H, adjust the rotating plate of its installation hinge to the position perpendicular to the fixed board; from the ground to the ceiling frame direction, adjust the conventional NP board assembly to the described retractable position from bottom to top. Below the edge strip; then, as shown in Figure 5J, the rotating plate is adjusted to a position on the same plane as the fixed plate to fix the conventional NP plate assembly; at this time, the rotating plate and the NP plate are located at the bottom of the edge strip, respectively The upper and lower sides of the side, so it can be snapped and fixed.

Step C: Install the last NP board assembly, and adjust the rotating plate on which the hinge is installed to be perpendicular to the fixed board; adjust the last NP board assembly to the edge from the ground to the ceiling frame direction from bottom to top Below the bar; the NP plate in the last NP plate assembly and the NP plate in the adjacent conventional NP plate assembly are fixed by the limit bar and the limit groove; as shown in FIG. Passing through the adapter hole on the NP board in the last NP board assembly, the rotating adapter is rotated to adjust the rotating board to a position on the same plane as the fixed board, so as to fix the last NP board assembly.

Step D: Install the cap so that it is embedded in the adapter hole and keep the surface of the cap and the surface of the NP board in the final NP board assembly on the same plane.

In the prefabricated toilet in this embodiment, the outer corner part also includes the outer corner connector 80, as shown in FIG. 6: including a first edge closing clip, a second edge closing clip and a connecting plate. Wherein, the said device includes a first edge closing plate 801 and a second edge closing plate 802. The first end surface of the first edge closing plate 801 is connected with the first end surface of the second edge closing plate 802. The edge is the first connecting portion, and the inner edge is the edge located in the area surrounded by the first edge closing plate 801 and the second edge closing plate 802 . The second edge closing clip includes a third edge closing plate 803 and a fourth edge closing plate 804. The first end surface of the third edge closing plate 803 is connected to the second end surface of the fourth edge closing plate 804. , the outer edge of the connection is the second connection portion, and the outer edge is the side outside the surrounding area of the third edge closing plate 803 and the fourth edge closing plate 804; the connecting plate 805, its first end surface is The first connecting portion is connected, the second end face thereof is connected with the second connecting portion, and the first end face and the second end face are two end faces that are parallel to each other. The external angle connector also includes a reinforcing plate 806 , the first end surface of the reinforcing plate 806 is fixed on the inner side of the first edge closing plate 801 , and the second end surface of the reinforcing plate 806 is fixed on the second edge closing plate 802 inside. By arranging the reinforcing plate 806, a supporting force is provided for the first edge closing plate 801 and the second edge closing plate 802, which further improves the deformation resistance of the external angle, and can ensure that the external angle connector itself has a stronger binding force, Not easily deformed. In the above scheme, it is directly arranged between the two wall panels of the outside corner during installation. The inner surface of the wall panel is set close to each other, and the third edge closing plate 803 and the fourth edge closing plate 804 are embedded into the pre-set card slots on the wall panel. There is no need for repeated measurement during installation, which greatly improves the installation efficiency.

The present embodiment provides a method for assembling a prefabricated toilet, comprising the following steps:

Step 1: Install the waterproof bottom box and fix it on the original building ground of the bathroom to be renovated; after cleaning the ground, put the waterproof bottom box down according to the position of the drawing, so that it aligns with the position of each pipe hole. A divider bar connects the dry area base box and the wet area base box together. The deviation of each side of the waterproof bottom box from the ground elastic line is less than 1mm, and the gap between the two bottom boxes is 2mm, which can allow a 1mm error.

Step 2: Set the bottom frame profiles along the edge of the inner wall of the waterproof bottom box; install from the outer corner to both sides, install in units of surfaces, and install the profiles on both sides of the dry area and the wet area of the waterproof bottom box As shown in Figure 3D.

Step 3: Install the top frame, and splicing the top frame profiles through one end of the connecting beam to obtain the polygonal structure of the top frame; during installation, connect the connecting beam and the top frame profiles through the corner code. As shown in Figure 3F.

Step 4: Connect the other end of the connecting beam to the bottom frame profile, so that the top frame and the bottom frame are arranged oppositely; during installation, the connecting beam and the bottom frame profile are connected by a corner code. Install snap beams between adjacent connecting beams. As shown in Figure 3A.

Step 5: Install the wall panel, the wall panel is fixed between the top frame and the bottom frame, and the panel layer is arranged toward the center of the frame; the outer corner part is pre-assembled as an independent part. It is secured with the outside corner connector. The finally obtained external angle module is installed on the bottom surface of the waterproof bottom box, and the whole frame is leveled by the leveling feet on the connecting beam and the supporting piece on the clamping beam. In addition, in the step, the wall panel and the window cover part are installed. And the water pipeline and the power pipeline are installed, that is, the water pipe elbow, the switch bottom box, etc. are pre-integrated on the wall panel. The window cover is a pre-qualified artificial stone integral window cover. The L-shaped corner code is directly set at the bottom of the window cover, and the window cover is fixed to the window sill board through the L-shaped corner code. First install the lower part of the window cover, then fix the overall window cover spur and the fixed angle code on the lower side to the side and lower wall panels, fix it with foam glue if necessary, and finally install the top plate.

Step 6: Install an integrated ceiling, and the integrated ceiling is arranged on the top frame opposite to the ground of the toilet. Assemble the integrated ceiling according to the situation shown in FIG. 4A or FIG. 5A , and then fix the integrated ceiling on the top frame.

Step 7: Lay floor tiles in the waterproof bottom box, and the floor tiles are fixed on the bottom surface of the waterproof bottom box through an adhesive layer. When laying bricks, the floor tile positioning components are used, as shown in Figures 2C and 2D. Finally install the bathroom door cover.

Obviously, for each solution in the above-mentioned embodiments, since all the above-mentioned components are industrially produced in the factory, only simple installation is required at the decoration site, no skilled workers are required on the site, and there is no need for too much construction time, and rapid construction is realized. Moreover, it avoids the situation that the traditional decoration operation site is relatively dirty. The above embodiments are only used to illustrate the technical solutions of the present invention, but not to limit them; those of ordinary skill in the art should understand that they can still modify the technical solutions recorded in the foregoing embodiments, or modify some of the technical features. Equivalent replacements are made; and these modifications or replacements do not make the essence of the corresponding technical solutions depart from the scope of the technical solutions of the embodiments of the present invention.

Claims (11)

1. a kind of toilet industrializes decoration method, which comprises the steps of:

S1: obtaining the primitive architecture structural information of toilet to be fitted up, and the primitive architecture structural information includes ground structure letter Breath and sidewall structure information；The ground structure information includes at least the position of ground shape, size, each aperture in the ground It sets；

S2: obtaining decoration requirements data, and the decoration requirements data include the data information of the subspace divided according to purposes；Institute It states subspace and does portion, area including at least the wet portion, area in ground and ground；The decoration requirements data include at least ground and do portion, area and ground The division mode in portion, the area Mian Shi；

S3: toilet decoration model is established according to the primitive architecture structural information and the decoration requirements data；

S4: the single-item component information for obtaining all materials that can be used in forming the finishing model forms bill of materials, described Single-item component information includes single-item component mark and quantity；

S5: exporting the bill of materials and installation instructions, and the installation instructions are according to ground when finishing, the peace of metope and furred ceiling Assembly dependence between dress sequence and each single-item component generates.

2. toilet according to claim 1 industrializes decoration method, it is characterised in that:

Waterproof back box is included at least in the step S4, in the bill of materials and does portion, area, the wet portion, area of waterproof back box, wherein described Waterproof back box, which is done in portion, area, to be needed integrally formed with platform basin hole and closestool hole, needs to form in the wet portion, area of the waterproof back box Ground leak hole.

3. toilet according to claim 1 industrializes decoration method, it is characterised in that:

The sidewall structure information in the step S1 includes at least height, door and window position and the size, water-filled pipe of wall Position, conductive track position；

In the step S4, include at least in the bill of materials for fixing the fixing piece of water pipe elbow, for fixing wallboard Wallboard fixing piece, the corner brace fixing piece for fixing door pocket or exterior window trim.

4. toilet according to claim 1 industrializes decoration method, it is characterised in that:

In the step S2, the subspace further includes furred ceiling portion；Whether the decoration requirements data further include using aluminum-pinch Integral ceiling/whether NP plate Integral ceiling；Whether air-heating component is installed in Integral ceiling；

In the step S4, include at least in the bill of materials for aluminum-pinch furred ceiling intermediate cam keel to be mounted on main joist On furred ceiling pendant and the fixing piece that is fixed on wallboard for side aluminum strip will to be received；Or, keel, installation for fixing NP plate Hinge, for fixed bending profile, the mounting rail for installing air-heating host, the air-heating for fixing air-heating host for receiving side plate Fixing piece.

5. toilet according to claim 1 industrializes decoration method, it is characterised in that:

In the step S5, the shape for each material single-item component being related in the bill of materials is recorded in the installation instructions Shape and quantity, the erection sequence of each material single-item component, each material single-item component installation node diagram and install every The schematic diagram for the current assembled state that should be obtained after one material single-item component.

6. toilet according to claim 1 industrializes decoration method, which is characterized in that include: in the step S4

S41: parsing is carried out to the finishing model according to the structured data of the finishing model and general material single-item component Match；

S42: if the finishing model can be obtained according to the combination of general material single-item component, with all in the combination The mark and quantity of general material single-item component form the bill of materials.

7. toilet according to claim 6 industrializes decoration method, which is characterized in that in the step S4 further include:

S43: if all combinations of general material single-item component are unable to get the finishing model, to use general object Material list product variety of components is at least that principle selects general material single-item component；Later according to selected general material single-item component Differentiation data between the initial model of composition and the finishing model designs special-shaped store list product component and is the abnormity The unique mark of material single-item component configuration；With the mark of selected all general material single-item components and quantity, described different The structured data of shape material single-item component, the mark of the special-shaped store list product component and quantity form the bill of materials.

8. toilet according to claim 7 industrializes decoration method, which is characterized in that in the step S4 further include:

S44: the structured data of the special-shaped store list product component is identified with it and is used as general material single-item component letter after be associated with Breath is stored.

9. a kind of computer readable storage medium, command information is stored in the storage medium, described in the computer is read When command information the computer can perform claim require toilet described in any one of 1-8 to industrialize decoration method.

10. a kind of electronic equipment, including at least one processor and at least one processor, deposited at least one described memory Command information is contained, at least one described processor is able to carry out any one of claim 1-8 after reading described instruction information The toilet industrializes decoration method.

11. a kind of toilet industrializes finished system, which is characterized in that including material information memory module, Decoration Design module, Material production module, material transportation module and material load module:

The material information memory module, for storing general material single-item component information；

The Decoration Design module is communicated to connect with the material information memory module, for obtaining the original of toilet to be fitted up It establishes building structure information, the primitive architecture structural information includes ground structure information and sidewall structure information；The ground knot Structure information includes at least the position of ground shape, size, each aperture in the ground；Obtain decoration requirements data, the dress Repair the data information that demand data includes the subspace divided according to purposes；The subspace includes at least the wet portion, area in ground and ground Portion, the area Mian Gan；The decoration requirements data include at least the division mode that portion, area and the wet portion, area in ground are done in ground；According to the original Building structure information of establishing and the decoration requirements data establish toilet decoration model；Acquisition can be used in forming the finishing The single-item component information of all materials of model forms bill of materials, and the single-item component information includes single-item component mark sum number Amount；The bill of materials and installation instructions are exported, the installation instructions are suitable according to the installation on ground, metope and furred ceiling when finishing Assembly dependence between sequence and each single-item component generates；

The material production module communicates to connect with the Decoration Design module, the bill of materials is received, according to the material Material single-item component required for the mark and number processing of the material single-item component recorded in inventory, after processing is completed trigger Expect transport operation；

The material transportation module is communicated to connect with the material production module, is operated, will be processed in response to the material transportation Material single-item component after the completion is transported to the finishing scene where toilet to be fitted up；

The material load module is communicated to connect with the Decoration Design module, will be transported according to the installation instructions to institute It is obtained and the consistent assembled toilet of finishing model after stating the material single-item component assembling at finishing scene.