Fabricated kitchen and bath

Abstract

The utility model relates to an assembly type kitchen and bath. The assembly type kitchen and bath comprises a base plate and a wall body assembled around the base plate. The chassis comprises a plurality of bottom plates which are spliced together; the wall body comprises a plurality of wallboards which are spliced together; the bottom plates are spliced through a first splicing assembly; the wallboards are also spliced through the first splicing components; the bottom plate and the wall plate are spliced through a second splicing assembly; the first splicing assembly comprises a first splicing and inserting body and a second splicing and inserting body which are integrally arranged with the edge covering profile of the bottom plate or the wall plate and are mutually buckled and locked; the second splicing assembly comprises a guide splicing body which is integrally arranged with the edge covering profile of the bottom plate, and a slot body which is integrally arranged with the edge covering profile of the wall plate; and the slot cavity of the slot body is matched with the guide splicing body. The utility model has the advantages of high assembly efficiency, stable structure and prominent sealing and waterproof effects; and meanwhile, kitchen and bath requirements of various layouts can be met.

Description

Technical Field

[0001] The utility model relates to the field of building decoration, in particular to an assembled kitchen and bathroom. Background Art

[0002] At present, homogeneous residential products can no longer meet the growing individuality and aesthetic needs, while the diversified demand for fine decoration has increased the management costs and construction cycle of developers. Focusing on people's yearning for a better life, real estate companies can only return to people-oriented and continuously improve the strength of residential products in order to accelerate the transformation of the industry from "quantitative expansion" to "qualitative improvement", thereby building a new development model, cultivating the vitality of real estate, and leading the high-quality and sustainable development of the residential industry chain.

[0003] The kitchen and bathroom are the most frequent living scenes in modern houses, and are also the scenes that home buyers pay the most attention to and use the most frequently. In the construction of traditional kitchens and bathrooms, construction defects such as anchor leakage, hollowing and falling of wall and floor decoration materials, and large deviation of the opening points of sewage pipes often occur; the construction period is long, the labor cost is high, and multiple types of work and multiple processes are interspersed in construction, which seriously affects the construction progress and increases the difficulty of management.

[0004] With the development of prefabricated buildings and prefabricated decoration, due to the shortage of traditional bricklaying workers and the increasing requirements for kitchen and bathroom decoration inheritance, more and more real estate developers are beginning to favor prefabricated kitchens and bathrooms as a supporting solution for prefabricated decoration.

[0005] Prefabricated integrated kitchen and bathroom is an integrated kitchen and bathroom solution that includes the ceiling, floor, wall and all kitchen and bathroom facilities. Different from traditional kitchen and bathroom, the integrated kitchen and bathroom is factory-made in one go, exquisite, fully functional, saving kitchen and bathroom area, increasing the room rate, no leakage, and conducive to cleanliness and hygiene. The integrated bathroom has the characteristics of cleanliness, durability, integrated molding, heat insulation, environmental protection and safety, and dry construction. You can choose any of the following: hood, stove, dishwasher, disinfection cabinet, cabinet wall cabinet, lamps, etc.; ceramic sanitary ware, bathroom cabinet, hardware faucet, shower room, bathtub, and other smart products.

[0006] Prefabricated kitchen and bathroom products have undergone years of development. From the first generation of FRP integrated bathrooms, referred to as "glass fiber reinforced plastic material", its production process is hand-layup production. Due to its long production cycle, unstable quality, short service life, and inability to meet the industrial large-scale manufacturing of finishing materials such as tiles and marble, it cannot meet the requirements of the development of my country's low-carbon and intelligent manufacturing industries.

[0007] The second generation products SMC (sheet molding compound) and VCM (color steel composite system) are characterized by being greatly restricted by molds, meeting the requirements of standardized production rather than flexible customization, complex on-site installation, inability to pre-embed and integrate pipelines, alkali-intolerant materials, and a hollow feeling when knocked, so they cannot meet the needs of the high-end residential and mid- to high-end hotel markets.

[0008] The third-generation product, the aluminum alloy assembled integrated kitchen and bathroom system, utilizes the structural strength and precision of the aluminum profile frame to achieve rapid assembly and easy and flexible customization of various sizes. At the same time, it can integrate various finishes and sandwich structure synthetic material characteristics, and can be pre-buried pipelines, bonded tiles, natural stones, rock slabs and other traditional and new finishing materials. It has the core advantages of low-carbon energy saving and environmental protection throughout the process, full product customization, reduced floor load, zero leakage, zero hollowing, zero falling off, fast installation, easy use, and good experience.

[0009] However, the existing aluminum alloy assembled kitchen and bathroom chassis still adopts an integral type due to the waterproofing problem. Since the integral chassis has no joints, the waterproofing effect is relatively good. However, due to the complexity of the kitchen and bathroom space, if the overall chassis is customized according to the entire space, the cost is too high. Therefore, people divide the chassis shape according to the functional areas of the kitchen and bathroom space, and realize the chassis installation of the entire kitchen and bathroom space by splicing the chassis of multiple functional areas. At the same time, sealant is applied at the joints between the chassis to minimize water leakage. When the wall panel is assembled on the chassis, it is often simply plugged in, and sealant is applied at the plug-in joint to avoid water leakage.

[0010] The above assembly methods of prefabricated kitchens and bathrooms are not a big problem in the initial use, but after the sealant ages, gaps often appear where the sealant is applied, which still causes water leakage. There are many joints in the splicing state of the wall panels of existing prefabricated kitchens and bathrooms, especially in the shower area of ​​the bathroom, making it difficult to meet the 1.8m waterproof height requirement of the wall. Utility Model Content

[0011] The purpose of the utility model is to provide an assembled kitchen and bathroom, which has high assembly efficiency, stable structure, and outstanding sealing and waterproofing effect; and can also adapt to the needs of kitchens and bathrooms of various layouts.

[0012] The technical solution to achieve the purpose of the utility model is: the assembled kitchen and bathroom in the utility model includes a chassis and a wall assembled around the chassis; the characteristics are: the chassis includes a plurality of bottom plates spliced ​​together; the wall includes a plurality of wall panels spliced ​​together; the bottom plates are spliced ​​together by a first assembling component; the wall panels are also spliced ​​together by a first assembling component; the bottom plates are spliced ​​together by a second assembling component;

[0013] The first assembly component comprises a first assembly insert and a second assembly insert that are integrally arranged with the edge profile of the bottom plate or the wall plate; the first assembly insert comprises a first assembly insert portion, and a first assembly slot is formed between the first assembly insert portion and the edge profile where the first assembly insert portion and the edge profile where the second assembly insert portion and the edge profile where the second assembly insert portion and the second assembly insert portion form a second assembly slot; when the bottom plates are assembled with the bottom plates or the wall plates are assembled with the wall plates, the corresponding first assembly insert portion is inserted into the corresponding second assembly slot, and the corresponding second assembly insert portion is inserted into the corresponding first assembly slot to form an interlocking assembly;

[0014] The second assembly component comprises a guide assembly body integrally provided with the edge profile of the bottom plate, and a slot body integrally provided with the edge profile of the wall plate; the guide assembly body extends upward, and the upper end of the guide assembly body is provided with a guide inclined surface for guiding the insertion of the slot body of the wall plate; the slot cavity of the slot body is adapted to the guide assembly body; the wall plate and the bottom plate are assembled by matching the corresponding slot body with the corresponding guide assembly body;

[0015] The first inserting part, the second inserting part, the guide inserting body and the slot body all extend from one end to the other end of the edge-wrapped profile where they are located.

[0016] Furthermore, it also includes a main runner; the main runner includes a first runner arranged at the joint of the wall panels, and a second runner on the second assembly component; the first runner is formed between adjacent edging profiles when the wall panels are spliced ​​together; the second runner is formed at the joint of the slot body and the guide assembly body and is located inside the slot body; the first runner and the second runner are connected; the main runner is filled with sealant.

[0017] Furthermore, the first splicing assembly for splicing the wall panels is divided into a plane splicing assembly for plane splicing, a positive angle splicing assembly for splicing at positive corners, and a negative angle splicing assembly for splicing at negative corners;

[0018] The plane splicing assembly includes a first splicing insert body and a second splicing insert body which are integrally arranged with the edge profile of the wall panel; the first splicing insert body includes a first splicing insert part extending from the wall panel near the back side to the decorative surface, and a first splicing slot is formed between the first splicing insert part and the edge profile where it is located; the second splicing insert body includes a second splicing insert part extending from the wall panel near the decorative surface to the back side, and a second splicing slot is formed between the second splicing insert part and the edge profile where it is located; when the wall panels are plane spliced, the corresponding first splicing insert part is inserted into the corresponding second splicing slot, and the corresponding second splicing insert part is inserted into the corresponding first splicing slot to form the splicing;

[0019] The external corner splicing assembly comprises a first external corner splicing portion and a second external corner splicing portion which are integrally arranged with the edging profile of the wall panel; the first external corner splicing portion and the second external corner splicing portion are spliced ​​to form a external corner; a first splicing inserting portion and a first splicing slot are provided on a splicing surface of the first external corner splicing portion; a second splicing inserting portion and a second splicing slot are provided on a splicing surface of the second external corner splicing portion; when the wall panels are spliced ​​to form external corners, the first external corner splicing portion and the second external corner splicing portion form external corner splicing, and the first splicing inserting portion is inserted into the corresponding second splicing slot, and the second splicing inserting portion is inserted into the corresponding first splicing slot;

[0020] The internal angle splicing assembly comprises an internal angle splicing body and a second splicing inserting body which are integrally arranged with the edging profile of the wall panel; the second splicing inserting body comprises a second splicing inserting portion extending from the wall panel near the decorative surface to the back side, and a second splicing slot is formed between the second splicing inserting portion and the edging profile where it is located; the internal angle splicing body is provided with a first splicing slot, and the first splicing slot separates the end of the internal angle splicing body away from the edging profile where it is located into a first splicing inserting portion; when the wall panels are spliced ​​with each other to form an internal angle, the second splicing inserting portion is inserted into the corresponding first splicing slot, and the first splicing inserting portion is inserted into the corresponding second splicing slot;

[0021] The first external corner splicing portion, the second external corner splicing portion and the internal corner splicing body all extend from one end to the other end of the edging profile where they are located.

[0022] Furthermore, the first splicing assembly at the joint of the bottom plate and the bottom plate comprises a first splicing insert and a second splicing insert; the first splicing insert comprises a first splicing insert portion extending from the bottom plate near the back side toward the decorative surface, and a first splicing slot is formed between the first splicing insert portion and the edging profile where the first splicing insert portion is located; the second splicing insert portion comprises a second splicing insert portion extending from the bottom plate near the decorative surface toward the back side, and a second splicing slot is formed between the second splicing insert portion and the edging profile where the second splicing insert portion is located; when the bottom plates and the bottom plates are spliced, the corresponding first splicing insert portion is inserted into the corresponding second splicing slot, and the corresponding second splicing insert portion is inserted into the corresponding first splicing slot to form the splicing;

[0023] The edging profile for setting the first splicing part is located on the back side and a limiting support strip is provided below the first splicing part; the limiting support strip extends from one end of the edging profile on which it is located to the other end; the first splicing part is located within the range of the limiting support strip in the vertical projection direction; when the bottom plates are spliced ​​together, the limiting support strip is used to support the edging profile of the second splicing body.

[0024] Furthermore, in the plane splicing assembly, the edge profile on which the second splicing insert is arranged is provided with a stop bar at the decorative surface end; the stop bar extends from one end of the edge profile on which it is located to the other end; a gap is formed between the stop bar and the second splicing insert on the edge profile on which it is located, and after the plane splicing of the wall panel, a first runner is formed between the gap and the edge profile on which the first splicing insert is located at the splicing position;

[0025] In the external corner splicing assembly, a first groove is provided on the splicing surface of the first external corner splicing part near the decorative surface, and a second groove is provided on the splicing surface of the second external corner splicing part near the decorative surface; the first groove and the second groove extend from one end to the other end of the edging profile where they are located; when the first external corner splicing part and the second external corner splicing part are spliced, the first groove and the second groove are spliced ​​to form a first runner;

[0026] In the internal angle splicing assembly, a third groove is provided on the inner wall of the first splicing slot near the decorative surface, and a fourth groove is provided on the second splicing portion near the decorative surface; the third groove and the fourth groove extend from one end of the edging profile where they are located to the other end; when the first splicing slot and the second splicing portion are matched, the third groove and the fourth groove are spliced ​​to form a first runner.

[0027] Furthermore, an extension body extending toward the bottom of the slot body is provided on the inner wall of the slot body close to the decorative surface; the extension body extends from one end of the edging profile on which it is located to the other end; a glue groove is formed at the connection between the extension body and the inner wall of the slot body on which it is located; a guiding slope is provided on the inner side of the upper end of the guide splicing body for guiding the insertion of the slot body of the wall panel; the guiding slope cooperates with the extension body to form a support; after the slot body and the guide splicing body are plugged in, the guiding slope and the extension body, the inner wall of the slot body on which the extension body is provided, and the bottom of the slot body form a second runner.

[0028] Furthermore, sealing pieces are provided in the cavities at both ends of the guiding inserts; a glue pouring channel is provided on the end surface of the sealing piece close to the inner side of the guiding inserts; when the base plates are spliced ​​with each other, the guiding inserts of the two base plates are butted together, and the sealing pieces in the butted guiding inserts are also butted together, and at the same time, the glue pouring channels on the two butted sealing pieces are spliced ​​together to form an auxiliary pouring channel for glue pouring; the auxiliary pouring channel is located directly below the butting gap between the guiding inserts of the two base plates; a glue pouring hole communicating with the auxiliary pouring channel is provided on one of the guiding inserts, or a glue pouring hole communicating with the auxiliary pouring channel is provided at the butting gap between the two guiding inserts, which is formed by butting and splicing the two guiding inserts.

[0029] Furthermore, the cross section of the upper end of the guiding inserting body is trapezoidal, and the inner and outer sides thereof are provided with guiding inclined surfaces for guiding the insertion of the slot body of the wall panel.

[0030] Furthermore, the guiding inclined surface on the inner side of the upper end portion of the guiding assembly body, the extension body, the inner wall of the slot body where the extension body is arranged, and the bottom of the slot body form a second runner.

[0031] Furthermore, a limiting support strip is provided on the back side and below the first plug-in part, wherein the limiting support strip extends from one end of the edging profile on which the first plug-in part is located to the other end; the first plug-in part is located within the range of the limiting support strip in the vertical projection direction; and when the bottom plates are spliced ​​together, the limiting support strip is used to support the edging profile of the second plug-in body.

[0032] Furthermore, the above-mentioned internal angle splicing body is provided with a through groove for passing the locking rod; the guiding splicing body is provided with a connecting hole corresponding to the through groove; the edging profile provided with the internal angle splicing body is locked and fixed to the base plate with the guiding splicing body by the locking rod passing through the through groove and the connecting hole in turn and the locking nut cooperating therewith.

[0033] Furthermore, the first and second slots gradually become larger from their bottoms to their openings; the first and second slots gradually become smaller from their connecting ends connected to the edging profiles to their free ends.

[0034] Furthermore, a sealant is filled between the first assembly slot and the second assembly inserting portion and / or between the second assembly slot and the first assembly inserting portion.

[0035] Furthermore, a water retaining strip is provided on the bottom plate; the water retaining strip is integrally provided with the edging profile of the bottom plate and protrudes upward.

[0036] Furthermore, when the base plate with a water retaining strip is spliced ​​with another base plate, a buckle strip integrally arranged therewith is provided on the edging profile on the other base plate corresponding to the water retaining strip; the buckle strip is buckled on the raised water retaining strip; and a decorative water retaining strip is also buckled on the outside of the buckle strip.

[0037] As a deformation design, the base plate provided with a water retaining strip includes a frame formed by splicing edging profiles and an extended edging strip located in the middle of the frame; the extended edging strip divides the frame into two installation spaces for installing the board body, and a board body is provided in each installation space; an upwardly protruding water retaining strip is integrally provided on the extended edging strip; a decorative water retaining strip is also buckled on the water retaining strip.

[0038] Furthermore, the above-mentioned base plate includes a plate body, and an edging profile that is used to edge the edges of the plate body and assemble them together; adjacent edging profiles are spliced ​​and fixed by angle brackets inserted into adjacent edging profiles; the angle brackets are provided with threaded connection holes for connecting the foot; the edging profiles are provided with through holes corresponding to the threaded connection holes; the foot includes a supporting foot and an adjusting screw fixedly arranged on the supporting foot; the adjusting screw passes through the through hole and is threadably matched with the threaded connection hole.

[0039] Furthermore, the wall is provided with windows and door openings.

[0040] Furthermore, there is a gap between two of the wall panels of the wall body, and an upper attached plate and a lower attached plate are assembled and fixed to the two wall panels through the first assembly component between the gap; the upper attached plate and the lower attached plate enclose the gap to form a window;

[0041] There is also a gap between the other two wall panels of the wall body, and a door lintel board is assembled and fixed to the two wall panels through a first assembly component between the gap; the door lintel board encloses the gap to form a door opening.

[0042] Furthermore, a sewer pipe connecting the upper and lower water outlets of the chassis is provided on the back of the chassis.

[0043] The assembly method of the assembled kitchen and bathroom in the utility model comprises the following steps:

[0044] S1. Develop an assembly plan based on the kitchen and bathroom drawings or actual measurements;

[0045] S2. Prepare the size and quantity of each base plate and each wall plate according to the assembly plan;

[0046] S3, bottom plate installation: according to the assembly plan, the next bottom plate is sequentially assembled with the previous bottom plate through the first assembly component to form a chassis; when the bottom plate is installed, the drain port on the bottom plate needs to be connected to the drain pipe during the assembly process;

[0047] S4. Wall panel installation: according to the assembly plan, first assemble a wall panel on the corresponding bottom plate through the second assembly component, then assemble the next wall panel with the previous wall panel through the first assembly component, and insert the slot body of the next wall panel into the guide assembly body. At this time, the next wall panel and the previous wall panel are tightened into place under the guidance of the guide assembly body; in this way, other wall panels are assembled in turn until the wall assembly is completed; wherein, when the wall panels are assembled, the first assembly component can select the plane splicing component, the outer corner splicing component and the inner corner splicing component according to the assembly plan.

[0048] S5, glue pouring: After the chassis and the wall are assembled, the main runner is assembled; then glue is poured from the first runner at the upper end of the wall until the main runner is filled with sealant;

[0049] S6. After the sealant solidifies, the assembly is completed.

[0050] Furthermore, plugging pieces are provided in the mold cavities at both ends of the guide insert; a glue pouring channel is provided on the end surface of the plugging piece close to the inner side of the guide insert; when the base plates are spliced ​​with each other, the guide inserts of the two base plates are butted, and the plugging pieces in the butted guide inserts are also butted, and at the same time, the glue pouring channels on the two butted plugging pieces are spliced ​​to form an auxiliary pouring channel for glue pouring; the auxiliary pouring channel is located directly below the butting gap of the guide inserts of the two base plates; a glue pouring hole communicating with the auxiliary pouring channel is provided on one of the guide inserts, or a glue pouring hole communicating with the auxiliary pouring channel is provided at the butting gap of the two guide inserts through butting and splicing of the two guide inserts;

[0051] In the step S3, after the chassis is assembled, glue is poured from the glue pouring hole to the auxiliary runner until the auxiliary runner is filled with sealant.

[0052] Furthermore, in step S4, the inner corner of the wall is first spliced, and the locking rod is inserted and locked in the inner corner splicing body, so that the wall panel with the inner corner splicing body is locked and fixed to the chassis; and then other wall panels are spliced.

[0053] Furthermore, in step S3, when the next base plate is assembled with the previous base plate, sealant is first applied to the first assembly slot, and then the corresponding second assembly slot on the next base plate is inserted into the first assembly slot, and the first assembly slot is inserted into the second assembly slot.

[0054] Furthermore, the base plate comprises a plate body, and an edge-wrapped profile for wrapping the edge of the plate body and assembling them together; adjacent edge-wrapped profiles are spliced ​​and fixed by angle brackets inserted into adjacent edge-wrapped profiles; the angle brackets are provided with threaded connection holes for connecting the foot; the edge-wrapped profiles are provided with through holes corresponding to the threaded connection holes; the foot comprises a supporting foot and an adjusting screw fixedly arranged on the supporting foot; the adjusting screw passes through the through hole and then threadably engages with the threaded connection hole;

[0055] Before installing the base plate in step S3, the feet of the first base plate are installed first, and the supporting height of the feet is adjusted based on the height calibrated by the level meter at the construction site, and then the first base plate is put down as a reference for chassis assembly; before assembling subsequent base plates, the feet are installed and adjusted, and then the base plates are assembled.

[0056] Furthermore, there is a sewer pipe; in step S3, the sewer pipe is installed first, and the water outlet of the sewer pipe is connected to the sewer pipe provided in the kitchen and bathroom space; then when the base plate is installed, the water inlet of the sewer pipe is connected to the drain port on the base plate.

[0057] The utility model has positive effects: (1) In the utility model, the chassis and the wall are formed by splicing, so the assembly plan can be formulated according to different kitchen and bathroom spaces, thereby reducing non-standard base plates or wall panels, reducing production costs, and having higher adaptability. At the same time, the multi-directional path of the splicing seam can be realized through the first splicing component and the second splicing component, and after splicing and tightening, an effective waterproof effect can be achieved.

[0058] (2) The utility model can form waterproof meridians inside the assembled kitchen and bathroom by setting up the main pouring channel. The waterproof meridians are naturally formed according to the joints. After the sealant is poured, the sealant can fill the waterproof meridians and fill the joints that are prone to water seepage from the inside to the outside. This filling method retains a large amount of glue, which fundamentally solves the problem of water seepage caused by aging of the sealant.

[0059] (3) The utility model has high assembly efficiency. The bottom plates can be quickly assembled by the first assembly. The wall plates can also be quickly assembled by the first assembly. The first assembly can be tightened by the second assembly. When the bottom plates are assembled, the interlocking properties of the first assembly can be quickly strengthened by their own weight, achieving the effect of fast assembly, tightening and sealing by their own weight.

[0060] (4) The utility model can further solve the waterproof problem of the gap at the joint of the guiding insert when the bottom plates are spliced ​​together through the auxiliary runner, further improving the waterproofness of the chassis, so that the chassis can achieve a good waterproof effect even if it does not use integral parts.

[0061] (5) The extension body on the slot body of the utility model is provided with a second runner that grooves the main runner, and also forms a glue retention groove, so that the amount of glue retained in the second runner is increased, thereby greatly improving the waterproof property.

[0062] (6) The windows and door openings in the present invention can be quickly formed by assembly, and only the windows and doors need to be installed later.

[0063] (7) The utility model can further improve the assembly stability of the wall and the chassis by locking the pull rod, thereby greatly improving the integration of the assembly.

[0064] (8) The water retaining strip in the utility model is prefabricated, which can effectively solve the problem of water seepage at the bottom of the traditional pre-buried water retaining strip. BRIEF DESCRIPTION OF THE DRAWINGS

[0065] In order to make the content of the utility model easier to understand, the utility model is further described in detail according to specific embodiments and in conjunction with the accompanying drawings.

[0066] Figure 1It is a schematic diagram of the structure of the utility model;

[0067] Figure 2 This is a schematic diagram of the structure of the chassis in the utility model;

[0068] Figure 3 It is a structural schematic diagram of the first splicing assembly at the splicing point of the bottom plate and the bottom plate in the utility model;

[0069] Figure 4 It is a structural schematic diagram of a plane splicing assembly at the joint of wall panels in the utility model;

[0070] Figure 5 It is a structural schematic diagram of the external corner splicing assembly at the splicing point of the wall panels in the utility model;

[0071] Figure 6 It is a structural schematic diagram of the inner corner splicing assembly at the splicing place of the wall panels in the utility model;

[0072] Figure 7 It is a structural schematic diagram of the second splicing assembly at the splicing point of the wall panel and the bottom panel in the utility model;

[0073] Figure 8 It is a structural schematic diagram of the blocking member in the utility model;

[0074] Fig. 9 It is a schematic diagram of the matching of the blocking piece at the joint of the guiding splicing insert in the utility model;

[0075] Fig.10 It is a structural schematic diagram of an auxiliary pouring channel for guiding the splicing of the splicing inserts when the bottom plate of the utility model is spliced;

[0076] Fig.11 This is a schematic diagram of the arrangement of the water retaining strip in the utility model;

[0077] Fig.12 This is a schematic diagram of the installation of the angle bracket and the base foot in the utility model;

[0078] Fig.13 This is a schematic structural diagram of a first splicing assembly at the splicing location of the bottom plate and the bottom plate in Example 2 of the present utility model;

[0079] Fig.14 This is a schematic diagram of the arrangement of the water retaining strip in Example 3 of the utility model. DETAILED DESCRIPTION

[0080] (Example 1)

[0081] See Figures 1 to 12The assembled kitchen and bathroom in the utility model includes a chassis 1 and a wall 2 assembled around the chassis 1; the chassis 1 includes a plurality of bottom plates 11 spliced ​​together; the wall 2 includes a plurality of wall panels 21 spliced ​​together; the bottom plates 11 are spliced ​​together by a first assembling component 3; the wall panels 21 are also assembled together by a first assembling component 3; the bottom plates 11 and the wall panels 21 are assembled together by a second assembling component 4; since the chassis 1 and the wall 2 are both formed by splicing, an assembly plan can be formulated according to different kitchen and bathroom spaces, thereby reducing non-standard bottom plates 11 or wall panels 21, reducing production costs, and having higher adaptability.

[0082] The first assembly component 3 includes a first assembly insert 31 and a second assembly insert 32 which are integrally arranged with the edge profile of the bottom plate 11 or the wall plate 21; the first assembly insert 31 includes a first assembly insert portion 311, and a first assembly slot 312 is formed between the first assembly insert portion 311 and the edge profile where it is located; the second assembly insert 32 includes a second assembly insert portion 321, and a second assembly slot 322 is formed between the second assembly insert portion 321 and the edge profile where it is located; when the bottom plates 11 and 11 are assembled or the wall plates 21 and 21 are assembled, the corresponding first assembly insert portion 311 is inserted into the corresponding second assembly slot 322, and the corresponding second assembly insert portion 321 is inserted into the corresponding first assembly slot 312 to form an interlocking assembly;

[0083] The second assembly component 4 includes a guide assembly body 41 integrally provided with the edge profile of the bottom plate 11, and a slot body 42 integrally provided with the edge profile of the wall plate 21; the guide assembly body 41 extends upward, and the upper end of the guide assembly body 41 is provided with a guide inclined surface 411 for guiding the insertion of the slot body 42 of the wall plate 21; the groove cavity of the slot body 42 is adapted to the guide assembly body 41; the wall plate 21 and the bottom plate 11 are assembled by matching the corresponding slot body 42 with the corresponding guide assembly body 41;

[0084] The first inserting portion 311 , the second inserting portion 321 , the guide inserting body 41 and the slot body 42 all extend from one end to the other end of the edging profile where they are located.

[0085] It also includes a main runner; the main runner includes a first runner 22 arranged at the joint of the wall panel 21, and a second runner 43 on the second assembly component 4; the first runner 22 is formed between adjacent edging profiles when the wall panel 21 is spliced ​​with the wall panel 21; the second runner 43 is formed at the joint of the slot body 42 and the guide assembly body 41 and is located inside the slot body 42; the first runner 22 and the second runner 43 are connected; the main runner is filled with sealant.

[0086] The first splicing assembly 3 for splicing the wall panels 21 and the wall panels 21 is divided into a plane splicing assembly 3a for plane splicing (see Figure 4), the outer corner splicing component 3b for splicing at the outer corner (see Figure 5 ) and the inner corner splicing component 3c for splicing at the inner corner (see Figure 6 );

[0087] The plane splicing assembly 3a includes a first splicing insert 31 and a second splicing insert 32 which are integrally arranged with the edging profile of the wall panel 21; the first splicing insert 31 includes a first splicing insert portion 311 extending from the wall panel 21 near the back to the decorative surface, and a first splicing slot 312 is formed between the first splicing insert portion 311 and the edging profile where it is located; the second splicing insert portion 321 includes a second splicing insert portion 321 extending from the wall panel 21 near the decorative surface to the back, and a second splicing slot 322 is formed between the second splicing insert portion 321 and the edging profile where it is located; when the wall panels 21 and the wall panels 21 are plane spliced, the corresponding first splicing insert portion 311 is inserted into the corresponding second splicing slot 322, and the corresponding second splicing insert portion 321 is inserted into the corresponding first splicing slot 312 to form the splicing;

[0088] The external corner splicing assembly 3b includes a first external corner splicing portion 3b-1 and a second external corner splicing portion 3b-2 which are integrally arranged with the edging profile of the wall panel 21; the first external corner splicing portion 3b-1 and the second external corner splicing portion 3b-2 are spliced ​​to form a external corner; a first splicing portion 311 and a first splicing slot 312 are provided on the splicing surface of the first external corner splicing portion 3b-1; a second splicing portion 321 and a second splicing slot 322 are provided on the splicing surface of the second external corner splicing portion 3b-2; when the wall panels 21 and the wall panels 21 form external corner splicing, the first external corner splicing portion 3b-1 and the second external corner splicing portion 3b-2 form external corner splicing, and the first splicing portion 311 is inserted into the corresponding second splicing slot 322, and the second splicing portion 321 is inserted into the corresponding first splicing slot 312;

[0089] The internal angle splicing assembly 3c includes a internal angle splicing body 3c-1 and a second splicing body 32 which are integrally arranged with the edging profile of the wall panel 21; the second splicing body 32 includes a second splicing portion 321 extending from the wall panel 21 close to the decorative surface to the back, and a second splicing slot 322 is formed between the second splicing portion 321 and the edging profile where it is located; a first splicing slot 312 is provided on the internal angle splicing body 3c-1, and the first splicing slot 312 separates the end of the internal angle splicing body 3c-1 away from the edging profile where it is located into a first splicing portion 311; when the wall panels 21 and 21 form internal angle splicing, the second splicing portion 321 is inserted into the corresponding first splicing slot 311, and the first splicing portion 311 is inserted into the corresponding second splicing slot 322;

[0090] The first external corner joint portion 3b-1, the second external corner joint portion 3b-2 and the internal corner joint body 3c-1 all extend from one end to the other end of the edging profile where they are located.

[0091] The first splicing assembly 3 at the joint of the bottom plate 11 and the bottom plate 11 includes a first splicing body 31 and a second splicing body 32; the first splicing body 31 includes a first splicing portion 311 extending from the bottom plate 11 near the back side to the decorative surface, and a first splicing slot 312 is formed between the first splicing portion 311 and the edging profile where it is located; the second splicing body 32 includes a second splicing portion 321 extending from the bottom plate 11 near the decorative surface to the back side, and a second splicing slot 322 is formed between the second splicing portion 321 and the edging profile where it is located; when the bottom plates 11 and the bottom plates 11 are spliced ​​together, the corresponding first splicing portion 311 is inserted into the corresponding second splicing slot 322, and the corresponding second splicing portion 321 is inserted into the corresponding first splicing slot 312 to form the splicing.

[0092] The first splicing assembly 3 and the second splicing assembly 4 can realize multi-directional paths of the splicing seam, and can achieve an effective waterproof effect after being spliced ​​and tightened.

[0093] In the plane splicing assembly 3a, the edge profile on which the second splicing insert 32 is arranged is provided with a stop bar 323 at the decorative surface end; the stop bar 323 extends from one end of the edge profile on which it is located to the other end; a gap is formed between the stop bar 323 and the second splicing insert 32 on the edge profile on which it is located, and after the wall panel 21 is plane spliced, a first runner 22 is formed between the gap and the edge profile on which the first splicing insert 31 is located at the splicing position;

[0094] In the external corner splicing assembly 3b, a first groove 3b-3 is provided on the splicing surface of the first external corner splicing part 3b-1 near the decorative surface, and a second groove 3b-4 is provided on the splicing surface of the second external corner splicing part 3b-2 near the decorative surface; the first groove 3b-3 and the second groove 3b-4 extend from one end of the edging profile where they are located to the other end; when the first external corner splicing part 3b-1 and the second external corner splicing part 3b-2 are spliced, the first groove 3b-3 and the second groove 3b-4 are spliced ​​to form a first runner 22;

[0095] In the internal corner splicing component 3c, a third groove 3c-2 is provided on the inner wall of the first splicing slot 312 near the decorative surface, and a fourth groove 3c-3 is provided on the second splicing portion 321 near the decorative surface; the third groove 3c-2 and the fourth groove 3c-3 extend from one end of the edging profile where they are located to the other end; when the first splicing slot 312 and the second splicing portion 321 are matched, the third groove 3c-2 and the fourth groove 3c-3 are spliced ​​to form a first runner 22.

[0096] That is, the first runner 22 formed on the plane splicing component 3a, the first runner 22 formed on the external corner splicing component 3b and the first runner 22 formed on the internal corner splicing component 3c are combined to form the first runner 22 in the main runner.

[0097] The utility model can form waterproof meridians inside the assembled kitchen and bathroom through the arrangement of the main pouring channel. The waterproof meridians are naturally formed according to the joints. After the glue is poured, the sealant can fill the waterproof meridians and fill the joints that are prone to water seepage from the inside to the outside. This filling method leaves a large amount of glue, which fundamentally solves the problem of water seepage and leakage caused by aging of the sealant.

[0098] An extension body 421 extending toward the bottom of the slot body 42 is provided on the inner wall of the slot body 42 near the decorative surface; the extension body 421 extends from one end of the edging profile to the other end; a glue groove 422 is formed at the connection between the extension body 421 and the inner wall of the slot body 42 where it is located; the cross section of the upper end of the guide splicing body 41 is trapezoidal, and the inner and outer sides thereof are provided with guide slopes 411 for guiding the insertion of the slot body 42 of the wall panel 21. The guide slope 411 on the inner side of the upper end of the guide splicing body 41 cooperates with the extension body 421 to form a support; after the slot body 42 is plugged into the guide splicing body 41, the guide slope 411 on the inner side of the upper end of the guide splicing body 41, the extension body 421, the inner wall of the slot body 42 where the extension body 421 is provided, and the bottom of the slot body 42 form a second runner 43.

[0099] The mold cavities at both ends of the guide insert 41 are provided with plugging pieces 5; a glue pouring channel 51 is provided on the end surface of the plugging piece 5 close to the inner side of the guide insert 41; when the base plate 11 is spliced ​​with the base plate 11, the guide inserts 41 of the two base plates 11 are butted, and the plugging pieces 5 in the butted guide inserts 41 are also butted, and at the same time, the glue pouring channels 51 on the two butted plugging pieces 5 are spliced ​​to form an auxiliary pouring channel 52 for glue pouring; the auxiliary pouring channel 52 is located directly below the butting gap of the guide inserts 41 of the two base plates 11; a glue pouring hole 412 is provided at the butting gap of the two guide inserts 41, which is formed by butting and splicing the two guide inserts 41. Of course, it is also possible that one of the guide inserts 41 is provided with a glue pouring hole 412 that is communicated with the auxiliary pouring channel 52.

[0100] The internal angle splicing body 3c-1 is provided with a through groove 3c-4 for passing the locking rod; the guiding splicing body 41 is provided with a connecting hole corresponding to the through groove 3c-4; the edging profile provided with the internal angle splicing body 3c-1 is locked and fixed to the base plate 11 with the guiding splicing body 41 by the locking rod passing through the through groove 3c-4 and the connecting hole in turn and the locking nut matching therewith.

[0101] The first slot 312 and the second slot 322 gradually become larger from their bottoms to their openings; the first inserting portion 311 and the second inserting portion 321 gradually become smaller from their connecting ends connected to the edging profiles to their free ends.

[0102] The space between the first inserting slot 312 and the second inserting portion 321 and / or the space between the second inserting slot 322 and the first inserting portion 311 is filled with sealant.

[0103] The bottom plate 11 is further provided with a water retaining strip 111 ; the water retaining strip 111 is integrally provided with the edge-wrapped profile of the bottom plate 11 and protrudes upward.

[0104] When the base plate 11 with the water retaining strip 111 is spliced ​​with another base plate 11, a buckle strip 112 integrally arranged therewith is provided on the edging profile on the side corresponding to the water retaining strip 111 on the other base plate 11; the buckle strip 112 is buckled on the raised water retaining strip 111; and a decorative water retaining strip 6 is also buckled on the outside of the buckle strip 112.

[0105] The base plate 11 includes a plate body, and an edging profile that is used to edge the edges of the plate body and assemble them together; adjacent edging profiles are spliced ​​and fixed by angle codes 7 inserted into adjacent edging profiles; the angle code 7 is provided with a threaded connection hole for connecting a foot 8; the edging profile is provided with a through hole corresponding to the threaded connection hole; the foot 8 includes a supporting foot 81 and an adjusting screw 82 fixedly arranged on the supporting foot 81; the adjusting screw 82 passes through the through hole and is threadedly matched with the threaded connection hole.

[0106] The wall 2 is provided with windows and door openings.

[0107] There is a gap between two wall panels 21 of the wall body 2, and an upper attached board and a lower attached board are assembled and fixed to the two wall panels 21 through a first assembly component 3 between the gaps; the upper attached board and the lower attached board surround the gap to form a window;

[0108] There is also a gap between the other two wall panels 21 of the wall body 2, and a door lintel is assembled and fixed to the two wall panels 21 through the first assembly component 3 between the gaps; the door lintel encloses the gap to form a door opening.

[0109] A niche is also embedded in the wall 2.

[0110] A plurality of drain ports are arranged on the chassis 1 according to the functional areas, and a drain pipe 9 for connecting the drain ports and the drain ports of the chassis 1 is arranged on the back of the chassis 1 .

[0111] The assembly method of the assembled kitchen and bathroom in the utility model comprises the following steps:

[0112] S1. Develop an assembly plan based on the kitchen and bathroom drawings or actual measurements;

[0113] S2. Prepare the size and quantity of each base plate 11 and each wall plate 21 according to the assembly plan;

[0114] S3. Installation of the bottom plate 11: Before installation, the installer shall check and calibrate the size and quantity of each bottom plate 11 and each wall plate 21, and shall check whether the on-site conditions meet the installation requirements. If they meet the requirements, the following bottom plate 11 installation shall be performed:

[0115] First, the finished surface height is calibrated with a level at the construction site, and then the foot 8 of the first base plate 11 is installed, and the support height of the foot 8 is adjusted based on the finished surface height calibrated by the level, and then the first base plate 11 is put down as a reference for assembling the chassis 1; before assembling the subsequent base plates 11, the foot 8 is installed and adjusted, and then the base plates 11 are assembled with each other; during the installation of the base plate 11, the next base plate 11 is sequentially assembled with the previous base plate 11 through the first assembly component 3 according to the assembly plan to form the base When the next base plate 11 is assembled with the previous base plate 12, sealant is first applied to the first assembly slot 312, and then the corresponding second assembly slot 321 on the next base plate 11 is inserted into the first assembly slot 312, and the first assembly slot 311 is inserted into the second assembly slot 322; after the base plate 1 is assembled, glue is poured from the glue injection hole 412 to the auxiliary runner 52 until the auxiliary runner 52 is filled with sealant; of course, when the base plate 11 is installed, the drain port on the base plate 11 needs to be connected to the drain pipe 9 during the assembly process;

[0116] If it is necessary to pre-bury and install the sewer pipe 9 based on the sewer pipe in the kitchen and bathroom space, the sewer pipe 9 must be installed first, and the water outlet end of the sewer pipe 9 must be connected to the sewer pipe in the kitchen and bathroom space; then when the base plate 11 is installed, the water inlet end of the sewer pipe 9 is connected to the water outlet on the base plate 11.

[0117] S4, installation of wall panels 21: firstly splice the inner corner of the wall, and install and lock the locking rod of the inner corner splicing body 3c-1 at that place, so as to lock and fix the wall panel 21 with the inner corner splicing body 3c-1 with the chassis 1, thereby determining the vertical reference plane of the wall splicing; then splice other wall panels 21; when splicing other wall panels, first assemble a wall panel 21 on the corresponding bottom plate 11 through the second assembling component 4 according to the assembling plan, and then assemble the next wall panel 21 with the previous wall panel 21 through the first assembling component 3, and then assemble the next wall panel 21 The slot body 42 is inserted into the guide splicing plug-in body 41, and at this time, the next wall panel 21 and the previous wall panel 21 are tightened into place under the guidance of the guide splicing plug-in body 41; other wall panels 21 are spliced ​​in turn in this way until the assembly of the wall 2 is completed; wherein, when the wall panels 21 are spliced ​​with the wall panels 21, the first splicing component 3 can select the plane splicing component 3a, the outer corner splicing component 3b and the inner corner splicing component 3c according to the assembly plan; when the wall panels 21 are installed, it is necessary to cooperate with the plumbers and electricians to dock when encountering positions such as switch panels and wire boxes;

[0118] S5, glue pouring: After the chassis 1 and the wall 2 are assembled, the main runner is assembled; then glue is poured from the first runner 22 at the upper end of the wall 1 until the main runner is filled with sealant;

[0119] S6. After the sealant solidifies, the assembly is completed.

[0120] (Example 2)

[0121] See Fig.13 In the utility model, the first splicing component 3 in which the bottom plate 11 and the bottom plate 11 are spliced ​​also has the following configuration: a edging profile of the first splicing part 311 is located at the back and a limiting support strip 313 is provided below the first splicing part 311; the limiting support strip 313 extends from one end of the edging profile where it is located to the other end; the first splicing part 311 is located within the range of the limiting support strip 313 in the vertical projection direction; when the bottom plate 11 and the bottom plate 11 are spliced, the limiting support strip 313 is used to support the edging profile of the second splicing body 32.

[0122] Such a design can ensure that the bottom plates 11 and the bottom plates 11 maintain flatness when being assembled.

[0123] Other technical features are the same as those of Example 1.

[0124] (Example 3)

[0125] See Fig.14 In the utility model, the bottom plate 11 provided with a water retaining strip 111 includes a frame formed by splicing edging profiles and an extended edging strip located in the middle of the frame; the extended edging strip divides the frame into two installation spaces for installing the board body, and a board body is arranged in each installation space; the extended edging strip is integrally provided with an upwardly protruding water retaining strip 111; the water retaining strip 111 is also buckled with a decorative water retaining strip 6.

[0126] Other technical features are the same as those of Example 1.

[0127] The specific embodiments described above further illustrate the purpose, technical solutions and beneficial effects of the present invention. It should be understood that the above description is only a specific embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention should be included in the protection scope of the present invention.

Claims

1. An assembled kitchen and bathroom, comprising a chassis and a wall assembled around the chassis; characterized in that: The chassis includes a plurality of bottom plates spliced ​​together; the wall includes a plurality of wall panels spliced ​​together; the bottom plates are spliced ​​together by a first splicing assembly; the wall panels are also spliced ​​together by a first splicing assembly; the bottom plates are spliced ​​together by a second splicing assembly; The first assembly component comprises a first assembly insert and a second assembly insert that are integrally arranged with the edge profile of the bottom plate or the wall plate; the first assembly insert comprises a first assembly insert portion, and a first assembly slot is formed between the first assembly insert portion and the edge profile where the first assembly insert portion and the edge profile where the second assembly insert portion and the edge profile where the second assembly insert portion and the second assembly insert portion form a second assembly slot; when the bottom plates are assembled with the bottom plates or the wall plates are assembled with the wall plates, the corresponding first assembly insert portion is inserted into the corresponding second assembly slot, and the corresponding second assembly insert portion is inserted into the corresponding first assembly slot to form an interlocking assembly; The second assembly component comprises a guide assembly body integrally provided with the edge profile of the bottom plate, and a slot body integrally provided with the edge profile of the wall plate; the guide assembly body extends upward, and the upper end of the guide assembly body is provided with a guide inclined surface for guiding the insertion of the slot body of the wall plate; the slot cavity of the slot body is adapted to the guide assembly body; the wall plate and the bottom plate are assembled by matching the corresponding slot body with the corresponding guide assembly body; The first inserting part, the second inserting part, the guide inserting body and the slot body all extend from one end to the other end of the edge-wrapped profile where they are located.

2. The assembled kitchen and bathroom according to claim 1, characterized in that: It also includes a main runner; the main runner includes a first runner arranged at the joint of the wall panels and a second runner on the second assembly component; the first runner is formed between adjacent edging profiles when the wall panels are spliced ​​together; the second runner is formed at the joint of the slot body and the guide assembly body and is located inside the slot body; the first runner and the second runner are connected; the main runner is filled with sealant.

3. The assembled kitchen and bathroom according to claim 1, characterized in that: The first splicing assembly for splicing the wall panels is divided into a plane splicing assembly for plane splicing, a positive angle splicing assembly for splicing at a positive corner, and a negative angle splicing assembly for splicing at a negative corner; The plane splicing assembly includes a first splicing insert body and a second splicing insert body which are integrally arranged with the edge profile of the wall panel; the first splicing insert body includes a first splicing insert part extending from the wall panel near the back side to the decorative surface, and a first splicing slot is formed between the first splicing insert part and the edge profile where it is located; the second splicing insert body includes a second splicing insert part extending from the wall panel near the decorative surface to the back side, and a second splicing slot is formed between the second splicing insert part and the edge profile where it is located; when the wall panels are plane spliced, the corresponding first splicing insert part is inserted into the corresponding second splicing slot, and the corresponding second splicing insert part is inserted into the corresponding first splicing slot to form the splicing; The external corner splicing assembly comprises a first external corner splicing portion and a second external corner splicing portion which are integrally arranged with the edging profile of the wall panel; the first external corner splicing portion and the second external corner splicing portion are spliced ​​to form a external corner; a first splicing inserting portion and a first splicing slot are provided on a splicing surface of the first external corner splicing portion; a second splicing inserting portion and a second splicing slot are provided on a splicing surface of the second external corner splicing portion; when the wall panels are spliced ​​to form external corners, the first external corner splicing portion and the second external corner splicing portion form external corner splicing, and the first splicing inserting portion is inserted into the corresponding second splicing slot, and the second splicing inserting portion is inserted into the corresponding first splicing slot; The internal angle splicing assembly comprises an internal angle splicing body and a second splicing inserting body which are integrally arranged with the edging profile of the wall panel; the second splicing inserting body comprises a second splicing inserting portion extending from the wall panel near the decorative surface to the back side, and a second splicing slot is formed between the second splicing inserting portion and the edging profile where it is located; the internal angle splicing body is provided with a first splicing slot, and the first splicing slot separates the end of the internal angle splicing body away from the edging profile where it is located into a first splicing inserting portion; when the wall panels are spliced ​​with each other to form an internal angle, the second splicing inserting portion is inserted into the corresponding first splicing slot, and the first splicing inserting portion is inserted into the corresponding second splicing slot; The first external corner splicing portion, the second external corner splicing portion and the internal corner splicing body all extend from one end to the other end of the edging profile where they are located.

4. An assembled kitchen and bathroom according to claim 1, 2 or 3, characterized in that: The first splicing assembly at the joint of the bottom plate and the bottom plate comprises a first splicing insert and a second splicing insert; the first splicing insert comprises a first splicing insert portion extending from the bottom plate near the back side to the decorative surface, and a first splicing slot is formed between the first splicing insert portion and the edging profile where the first splicing insert portion is located; the second splicing insert portion comprises a second splicing insert portion extending from the bottom plate near the decorative surface to the back side, and a second splicing slot is formed between the second splicing insert portion and the edging profile where the second splicing insert portion is located; when the bottom plates and the bottom plates are spliced, the corresponding first splicing insert portion is inserted into the corresponding second splicing slot, and the corresponding second splicing insert portion is inserted into the corresponding first splicing slot to form the splicing; The edging profile for setting the first splicing part is located on the back side and a limiting support strip is provided below the first splicing part; the limiting support strip extends from one end of the edging profile on which it is located to the other end; the first splicing part is located within the range of the limiting support strip in the vertical projection direction; when the bottom plates are spliced ​​together, the limiting support strip is used to support the edging profile of the second splicing body.

5. The assembled kitchen and bathroom according to claim 3, characterized in that: It also includes a main runner; the main runner includes a first runner arranged at the joint of the wall panels and a second runner on the second assembly component; the first runner is formed between adjacent edge profiles when the wall panels are joined; the second runner is formed at the joint of the slot body and the guide assembly body and inside the slot body; the first runner and the second runner are connected; the main runner is filled with sealant; In the plane splicing assembly, the edge profile on which the second splicing insert is arranged is provided with a stop bar at the decorative surface end; the stop bar extends from one end of the edge profile on which it is located to the other end; a gap is formed between the stop bar and the second splicing insert on the edge profile on which it is located, and after the wall panels are plane-spliced, a first runner is formed between the gap and the edge profile on which the first splicing insert is located at the splicing position; In the external corner splicing assembly, a first groove is provided on the splicing surface of the first external corner splicing part near the decorative surface, and a second groove is provided on the splicing surface of the second external corner splicing part near the decorative surface; the first groove and the second groove extend from one end to the other end of the edging profile where they are located; when the first external corner splicing part and the second external corner splicing part are spliced, the first groove and the second groove are spliced ​​to form a first runner; In the internal angle splicing assembly, a third groove is provided on the inner wall of the first splicing slot near the decorative surface, and a fourth groove is provided on the second splicing portion near the decorative surface; the third groove and the fourth groove extend from one end of the edging profile where they are located to the other end; when the first splicing slot and the second splicing portion are matched, the third groove and the fourth groove are spliced ​​to form a first runner.

6. The assembled kitchen and bathroom according to claim 5, characterized in that: The first splicing assembly at the joint of the bottom plate and the bottom plate comprises a first splicing insert and a second splicing insert; the first splicing insert comprises a first splicing insert portion extending from the bottom plate near the back side to the decorative surface, and a first splicing slot is formed between the first splicing insert portion and the edging profile where the first splicing insert portion is located; the second splicing insert portion comprises a second splicing insert portion extending from the bottom plate near the decorative surface to the back side, and a second splicing slot is formed between the second splicing insert portion and the edging profile where the second splicing insert portion is located; when the bottom plates and the bottom plates are spliced, the corresponding first splicing insert portion is inserted into the corresponding second splicing slot, and the corresponding second splicing insert portion is inserted into the corresponding first splicing slot to form the splicing; The edging profile for setting the first splicing part is located on the back side and a limiting support strip is provided below the first splicing part; the limiting support strip extends from one end of the edging profile on which it is located to the other end; the first splicing part is located within the range of the limiting support strip in the vertical projection direction; when the bottom plates are spliced ​​together, the limiting support strip is used to support the edging profile of the second splicing body.

7. An assembled kitchen and bathroom according to claim 2 or 3 or 5 or 6, characterized in that: An extension body extending toward the bottom of the slot body is provided on the inner wall of the slot body close to the decorative surface; the extension body extends from one end of the edging profile on which it is located to the other end; a glue groove is formed at the connection between the extension body and the inner wall of the slot body on which it is located; a guiding inclined surface for guiding the insertion of the slot body of the wall panel is provided on the inner side of the upper end of the guide splicing body; the guiding inclined surface cooperates with the extension body to form a support; after the slot body and the guide splicing body are plugged in, the guiding inclined surface and the extension body, the inner wall of the slot body on which the extension body is arranged, and the bottom of the slot body form a second runner.

8. An assembled kitchen and bathroom according to claim 1 or 2 or 3 or 5 or 6, characterized in that: Sealing pieces are provided in the cavities at both ends of the guiding inserts; a glue pouring channel is provided on the end surface of the sealing piece close to the inner side of the guiding inserts; when the base plates are spliced ​​with each other, the guiding inserts of the two base plates are butted together, and the sealing pieces in the butted guiding inserts are also butted together, and at the same time, the glue pouring channels on the two butted sealing pieces are spliced ​​together to form an auxiliary pouring channel for glue pouring; the auxiliary pouring channel is located directly below the butting gap between the guiding inserts of the two base plates; a glue pouring hole communicating with the auxiliary pouring channel is provided on one of the guiding inserts, or a glue pouring hole communicating with the auxiliary pouring channel is provided at the butting gap between the two guiding inserts, which is formed by butting and splicing the two guiding inserts.

9. The assembled kitchen and bathroom according to claim 7, characterized in that: Sealing pieces are provided in the cavities at both ends of the guiding inserts; a glue pouring channel is provided on the end surface of the sealing piece close to the inner side of the guiding inserts; when the base plates are spliced ​​with each other, the guiding inserts of the two base plates are butted together, and the sealing pieces in the butted guiding inserts are also butted together, and at the same time, the glue pouring channels on the two butted sealing pieces are spliced ​​together to form an auxiliary pouring channel for glue pouring; the auxiliary pouring channel is located directly below the butting gap between the guiding inserts of the two base plates; a glue pouring hole communicating with the auxiliary pouring channel is provided on one of the guiding inserts, or a glue pouring hole communicating with the auxiliary pouring channel is provided at the butting gap between the two guiding inserts, which is formed by butting and splicing the two guiding inserts.

10. An assembled kitchen and bathroom according to claim 1 or 2 or 3 or 5 or 6, characterized in that: The cross section of the upper end of the guiding splicing and inserting body is trapezoidal, and the inner side and the outer side of the guiding splicing and inserting body are both provided with guiding inclined surfaces for guiding the insertion of the slot body of the wall panel.

11. The assembled kitchen and bathroom according to claim 7, characterized in that: The cross-section of the upper end of the guiding assembly body is trapezoidal, and its inner and outer sides are provided with guiding inclined surfaces for guiding the insertion of the slot body of the wall panel; the guiding inclined surface on the inner side of the upper end of the guiding assembly body and the extension body, the inner wall of the slot body where the extension body is arranged, and the bottom of the slot body form a second runner.

12. The assembled kitchen and bathroom according to claim 7, characterized in that: The first splicing assembly at the joint of the bottom plate and the bottom plate comprises a first splicing insert and a second splicing insert; the first splicing insert comprises a first splicing insert portion extending from the bottom plate near the back side to the decorative surface, and a first splicing slot is formed between the first splicing insert portion and the edging profile where the first splicing insert portion is located; the second splicing insert portion comprises a second splicing insert portion extending from the bottom plate near the decorative surface to the back side, and a second splicing slot is formed between the second splicing insert portion and the edging profile where the second splicing insert portion is located; when the bottom plates and the bottom plates are spliced, the corresponding first splicing insert portion is inserted into the corresponding second splicing slot, and the corresponding second splicing insert portion is inserted into the corresponding first splicing slot to form the splicing; The edging profile for setting the first splicing part is located on the back side and a limiting support strip is provided below the first splicing part; the limiting support strip extends from one end of the edging profile on which it is located to the other end; the first splicing part is located within the range of the limiting support strip in the vertical projection direction; when the bottom plates are spliced ​​together, the limiting support strip is used to support the edging profile of the second splicing body.

13. An assembled kitchen and bathroom according to claim 3, 5 or 6, characterized in that: The internal angle splicing body is provided with a through groove for passing the locking rod; the guide splicing body is provided with a connecting hole corresponding to the through groove; the edging profile provided with the internal angle splicing body is locked and fixed to the base plate with the guide splicing body by the locking rod passing through the through groove and the connecting hole in turn and the locking nut cooperating therewith.

14. An assembled kitchen and bathroom according to claim 1 or 2 or 3 or 5 or 6, characterized in that: The first slot and the second slot gradually become larger from the bottom to the opening; the first inserting portion and the second inserting portion gradually become smaller from the connecting end connected to the edge-wrapped profile to the free end.

15. The assembled kitchen and bathroom according to claim 1 or 2 or 3 or 5 or 6, characterized in that: The space between the first assembling slot and the second assembling inserting portion and / or the space between the second assembling slot and the first assembling inserting portion is filled with sealant.

16. The assembled kitchen and bathroom according to claim 12, characterized in that: The space between the first assembling slot and the second assembling inserting portion and / or the space between the second assembling slot and the first assembling inserting portion is filled with sealant.

17. An assembled kitchen and bathroom according to claim 1 or 2 or 3 or 5 or 6, characterized in that: The bottom plate is also provided with a water retaining strip, which is integrally arranged with the edge-wrapped profile of the bottom plate and protrudes upward.

18. The assembled kitchen and bathroom according to claim 17, characterized in that: When the bottom plate with the water retaining strip is spliced ​​with another bottom plate, a buckle strip integrally arranged therewith is provided on the edging profile on the other bottom plate corresponding to the water retaining strip; the buckle strip is buckled on the raised water retaining strip.

19. The assembled kitchen and bathroom according to claim 18, characterized in that: A decorative water retaining strip is also fastened on the outside of the fastening strip.

20. The assembled kitchen and bathroom according to claim 17, characterized in that: The base plate with a water retaining strip includes a frame formed by splicing edging profiles and an extended edging strip located in the middle of the frame; the extended edging strip divides the frame into two installation spaces for installing the board body, and a board body is provided in each installation space; the extended edging strip is integrally provided with an upwardly protruding water retaining strip.

21. The assembled kitchen and bathroom according to claim 17, characterized in that: A decorative water retaining strip is also buckled on the water retaining strip.

22. The assembled kitchen and bathroom according to claim 1 or 2 or 3 or 5 or 6, characterized in that: The base plate includes a plate body, and an edging profile that is used to edge the edges of the plate body and assemble them together; adjacent edging profiles are spliced ​​and fixed by angle brackets inserted into adjacent edging profiles; the angle brackets are provided with threaded connection holes for connecting to the foot; the edging profiles are provided with through holes corresponding to the threaded connection holes; the foot includes a supporting foot and an adjusting screw fixedly arranged on the supporting foot; the adjusting screw passes through the through hole and then threadably engages with the threaded connection hole.

23. The assembled kitchen and bathroom according to claim 1 or 2 or 3 or 5 or 6, characterized in that: The wall is provided with windows and door openings.

24. The assembled kitchen and bathroom according to claim 23, characterized in that: There is a gap between two wall panels of the wall body, and an upper attached board and a lower attached board are assembled and fixed to the two wall panels through a first assembly component between the gap; the upper attached board and the lower attached board surround the gap to form a window; There is also a gap between the other two wall panels of the wall body, and a door lintel board is assembled and fixed to the two wall panels through a first assembly component between the gap; the door lintel board encloses the gap to form a door opening.

25. The assembled kitchen and bathroom according to claim 1 or 2 or 3 or 5 or 6, characterized in that: A sewer pipe connecting the upper and lower water outlets of the chassis is arranged on the back of the chassis.

Images