CN212104678U

CN212104678U - Assembled bathroom wallboard system and assembled bathroom

Info

Publication number: CN212104678U
Application number: CN201922294110.4U
Authority: CN
Inventors: 杨建中; 徐传顺; 付宝龙; 何壮志
Original assignee: Shanghai Xunzhu Building Technology Co ltd
Current assignee: Shanghai Xunzhu Building Technology Co ltd
Priority date: 2019-12-19
Filing date: 2019-12-19
Publication date: 2020-12-08
Anticipated expiration: 2029-12-19

Abstract

The utility model provides an assembled bathroom wallboard system, including wallboard, external corner mosaic structure and reentrant corner mosaic structure. The external corner splicing structure comprises an external corner upright post and an H-shaped upright post which are connected in an inserting way and fixedly connected through an elastic buckle; reentrant corner mosaic structure includes a reentrant corner stand, and the symmetry sets up two H type stands in reentrant corner stand both sides, and the reentrant corner stand is fixed through elasticity buckle with the H type stand of corresponding side difference plug-in connection. The H-shaped upright post comprises two first edge folding strips, an H-shaped upright post inserting strip and a first slot, and the first slot is formed by the two first edge folding strips; the bottoms of the two first edge-closing strips are connected through a middle connecting plate; the H-shaped upright post inserting strip comprises a fixed plate and a buckle strip protruding out of the fixed plate, and a second slot is formed between the middle connecting plate and the buckle strip. Also discloses an assembled bathroom. The utility model discloses can realize quick, the high accuracy installation of bathroom wallboard, it is strong to show cost reduction and suitability.

Description

Assembled bathroom wallboard system and assembled bathroom

Technical Field

The utility model belongs to the assembly bathroom field specifically says, relates to an assembly bathroom wallboard system and assembly bathroom.

Background

An assembled toilet typically includes a toilet base, a wall panel system mounted on the toilet base, a toilet roof, and sanitary equipment mounted within the toilet. A wallboard system typically includes wallboards, male corner joint structures, female corner joint structures, and planar joint structures for splicing two adjacent wallboards. The wall panel is usually assembled by a plurality of wall panel units in the height direction.

At present, most bathroom wallboard is the on-the-spot whole wallboard of assembling, then lifts into the assembly position or will assemble according to the order again, and the space requirement to the bathroom is higher like this, and can not realize the independent dismouting to the monolithic wallboard, the later maintenance of being not convenient for. Meanwhile, the connection strength, the water resistance, the durability, the precision and the like of the existing assembled wall board are insufficient, and the higher and higher requirements of people on the assembled toilet cannot be met. Therefore, there is a need for a new and improved assembly bathroom wall panel system to overcome the above-mentioned problems in the prior art.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide an assembled bathroom wallboard system to overcome the above-mentioned technical problem among the prior art.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

the utility model provides an assembled bathroom wallboard system, includes the wallboard for splice the external corner mosaic structure of two blocks of adjacent wallboards, and be used for splicing the internal corner mosaic structure of two blocks of adjacent wallboards, wherein:

the external corner splicing structure comprises an external corner upright post and an H-shaped upright post, wherein the H-shaped upright post and the external corner upright post are connected in an inserting way and are fixedly connected through a plurality of elastic buckle buckles; reentrant corner mosaic structure includes a reentrant corner stand, and the symmetry sets up two H type stands of reentrant corner stand both sides, the H type stand of reentrant corner stand and corresponding side is plug-in connection respectively to through a plurality of elasticity buckle fixed connection, wherein:

the H-shaped upright post is a section with a cross section approximately in an H shape and comprises two first edge folding strips, an H-shaped upright post inserting strip and a first slot, wherein the first slot is formed by the two first edge folding strips and is matched with the side end of the wallboard so as to allow the side end of the wallboard to be inserted; the bottoms of the two first edge-closing strips are connected through a middle connecting plate; the H-shaped upright post inserting strip comprises a fixed plate and a buckle strip protruding out of the fixed plate, the fixed plate is connected with the bottom of a first edge folding strip positioned on the inner side of the toilet, and the buckle strip extends towards the outside of the toilet; a second slot is formed between the middle connecting plate and the buckle strip;

the elastic buckle comprises two buckle parts which are symmetrically arranged and are connected at the bottoms, the buckle parts comprise outer side clamping legs and inner side clamping legs, and a third slot is formed between the two opposite inner side clamping legs for the clamping of the buckle strip so as to realize the buckle fixed connection of the elastic buckle and the H-shaped upright post;

the external corner upright post comprises an external corner upright post body, two second edge folding strips fixedly connected with the external corner upright post body, and an external corner inserting strip; the outer corner upright post body is positioned at the included angle of the two wallboards, a fourth slot is formed between the two second edge strips, and the fourth slot is matched with the side end of the wallboard so as to allow the side end of the other wallboard to be inserted; the external corner splicing strip is provided with an external corner fixing end and an external corner splicing end, and the external corner fixing end is used for being fixedly connected with the external corner upright post body and/or a second edge folding strip far away from the interior of the toilet; a fifth slot for the elastic buckle to insert is formed between the external corner inserting end and the external corner upright post body, and the two outer side clamping legs are fixedly connected with two side wall buckles of the fifth slot respectively; the external corner inserting end is used for being inserted into the second slot;

the internal corner upright post is a section with an approximately M-shaped cross section and comprises an internal corner upright post body and internal corner splicing strips fixedly connected with two side walls of the internal corner upright post body respectively; the internal corner upright post body is positioned at the included angle of the two wallboards, the internal corner splicing strip is provided with an internal corner fixing end and an internal corner splicing end, the internal corner fixing end is fixedly connected with the internal corner upright post body, and the internal corner splicing end is respectively spliced and fixed with a second slot of the H-shaped upright post; and a sixth slot for inserting the elastic buckle is formed between the internal corner inserting end and the internal corner upright post body, and the two outer side clamping legs are fixedly connected with two side wall buckles of the sixth slot respectively.

According to a preferred technical scheme of the utility model, the front end of the buckle strip is provided with a buckle part with a larger diameter, the inner walls of the two inner side clamping legs are provided with first convex strips protruding towards the middle and towards the bottom, a gap is formed between the two first convex strips, and the third slot is divided into a front slot and a rear slot; when the buckling part is inserted into the rear end slot, the two inner side clamping legs and the first convex strips are elastically deformed, the gap is enlarged, so that the buckling part can be inserted into the rear end slot, and the two first convex strips respectively abut against the outer wall of the buckling strip to realize buckling fixation;

two side walls of the fifth slot or the sixth slot are respectively provided with a second convex strip protruding towards the middle, and a channel is formed between the two second convex strips; when the elastic buckle is inserted into the fifth slot, the two outer side clamping legs are elastically deformed, the distance between the middle parts of the outer side clamping legs is reduced, so that the elastic buckle is inserted into the fifth slot or the sixth slot, the tail ends of the two outer side clamping legs are respectively tightly abutted against the second convex strips on the two sides, and the buckle is fixed.

Further preferably, the outer wall of one end, close to the buckling part, of each buckling strip is provided with a wave groove, so that the two first convex strips can be tightly abutted to realize buckling fixation.

Further preferably, the two side walls of the fifth slot or the sixth slot are further provided with guide grooves at the front ends of the second protruding strips.

According to the utility model discloses a preferred technical scheme of another, assembled bathroom wallboard system is still including the plane mosaic structure that is used for splicing two blocks of adjacent wallboards in order to increase the wallboard width, plane mosaic structure includes a plane stand, and the symmetry sets up two H type stands of plane stand both sides, plane stand and the H type stand that corresponds the side are plug-in connection respectively to through a plurality of elasticity buckle fixed connection, wherein:

the H-shaped upright post and the elastic buckle of the plane splicing structure are respectively the same as those of the external corner splicing structure or the internal corner splicing structure; the plane upright post is a section with an approximately E-shaped cross section and comprises a plane upright post body and two plane splicing strips, wherein each plane splicing strip comprises a plane fixed end and a plane splicing end, the plane fixed end is fixedly connected with the plane upright post body, and the two plane splicing ends are arranged in parallel; the two plane insertion ends are respectively fixedly inserted into a second slot of one H-shaped upright post; the plane upright post body and the two plane insertion strips on the two sides form two seventh slots for the elastic buckles to insert into respectively.

Further preferably, the two side walls of the seventh slot are further provided with guide grooves at the front ends of the second protruding strips.

Preferably, the external corner is a 90-degree external corner, the cross section of the external corner upright post body is square, and the vertical corner of the external corner upright post body is positioned at the vertical corner formed by the two wallboards; the bottoms of the two second edge-closing strips are fixed with the outer wall of the external corner upright post body;

the internal angle is a 90-degree internal angle; the internal corner upright post body comprises a first section part with a V-shaped cross section and a second section part which is connected with two side plates of the first section part; the V-shaped vertex angle of the first section bar part is 90 degrees and faces the inside of the toilet.

Preferably, the outer walls of the first and second edging strips facing the interior of the toilet are respectively provided with a wave groove.

Preferably, a connection inclined plate is arranged at the joint of the middle connecting plate and the fixing plate, and an inclined surface matched with the connection inclined plate is arranged at one side, facing the middle connecting plate, of the tail end of the inserting end.

The H-shaped upright post further comprises a rib plate which is positioned at the bottom of the first slot and connected with the bottom ends of the two first edge banding strips.

Preferably, in the external corner splicing structure and the internal corner splicing structure, the fixing plate is further provided with a third protruding strip and a fourth protruding strip respectively at two sides of the buckle strip, and the third protruding strip is located at the tail end of the fixing plate and is close to the outer wall of the external corner upright post body or the external corner upright post body; the fourth convex strip is close to the side wall of the inserting end. Preferably, in the plane splicing structure, the plane column body is a plate-shaped structure, and the side walls of the third protruding strips of the two H-shaped columns are adjacent to each other.

Preferably, one the wallboard is formed by the concatenation of a plurality of unit wallboard in the direction of height, and the bottom surface of the unit wallboard of top sets up the eighth slot, the top surface setting of the unit wallboard of below with the fifth sand grip that the eighth slot matches, the two realizes connecting through unsmooth slot form.

Preferably, a corner edging is arranged at the corner of the external corner upright post body facing the interior of the toilet.

Preferably, the external corner stand column is fixedly connected with the H-shaped stand column through 5-8 elastic buckle buckles. The internal corner stand column and the H-shaped stand column on the corresponding side are fixedly connected through 5-8 elastic buckle buckles.

Preferably, the plane stand column is fixedly connected with the H-shaped stand column on the corresponding side through 5-8 elastic buckle buckles.

A second object of the utility model is to provide an assembled bathroom, include the bathroom base, install wallboard system on the bathroom base reaches the bathroom roof, wherein: the wallboard system is the assembled bathroom wallboard system.

Compared with the prior art, the utility model discloses following beneficial technological effect has:

(1) the assembled bathroom wallboard system of the utility model is formed by splicing the wallboard through the external corner splicing structure and the internal corner splicing structure, wherein the external corner splicing structure fixedly connects an external corner stand column with a self-contained edge-folding strip and the H-shaped stand column buckle through a plurality of elastic buckles, and the internal corner splicing structure fixedly connects the internal corner stand column and 2H-shaped stand column buckles respectively by adopting a plurality of elastic buckles, so that the assembled bathroom wallboard system has the advantages of relatively simple structure, low manufacturing cost, high installation precision and good structural stability; through purpose-made elasticity buckle, realize on-the-spot real assembled installation, installer can install the operation in 4 confined narrow and small spaces, can realize the quick assembly and the dismantlement maintenance of bathroom wallboard.

(2) The utility model discloses an assembled bathroom wallboard system, mosaic structure itself have a plurality of groove structure that can regard as the guide way, consequently have the effect of fine direction moisture, and moisture can be followed each guide way and is followed the stand and collect downwards to the chassis of bathroom to from the floor drain discharge bathroom on the chassis, consequently have good physics water-proof effects. Need not to set up the adhesive tape notch specially and install waterproof adhesive tape, showing the cost that has reduced waterproof material, reduced waterproof work load, further reduced the cost.

(3) On the width direction, realize the width increase of wallboard through plane mosaic structure, plane mosaic structure adopts 2H type stands and plane stand, applicable in the bathroom wallboard system of unidimensional, and the flexible operation is convenient, and the installation is swift.

(4) The wallboard is spliced from top to bottom in the height direction by the unit wallboard, and the top surface and the bottom surface of the unit wallboard adjacent to each other from top to bottom are spliced in a concave-convex slot mode, so that the installation is quick, the precision is high, the structural stability is good, and the physical waterproofness can be effectively realized.

(5) When setting up the wave groove on the outer wall of first receipts strake and second receipts strake, can effectively increase glue bonding area, improve the bonding force of ceramic tile or decoration panel, improve the security of bathroom.

Drawings

Fig. 1 is a schematic structural view of the assembled bathroom wall panel system of the present invention.

Fig. 2 is the structural schematic diagram of the external corner splicing structure of the present invention (no wall panel is installed).

Fig. 3 is a schematic top view of a corner splice structure (with wall panels installed).

Fig. 4 is a schematic structural view of the elastic buckle.

Fig. 5 is a schematic structural diagram of an H-shaped upright post.

FIG. 6 is a schematic top view of the structure of the H-shaped pillar with the elastic buckle installed.

Fig. 7 is a schematic structural view of an external corner post.

Fig. 8 is a schematic structural plan view of the external corner column.

Fig. 9 is a schematic view of the construction of a reentrant splice structure (no wall panels installed).

Fig. 10 is a top view of a reentrant splice structure (wall panels installed).

Fig. 11 is a schematic structural view of a reentrant corner post.

Fig. 12 is a schematic structural plan view of the reentrant post.

Fig. 13 is a schematic view of a flat splice structure (without wall panels installed).

Fig. 14 is a top view of a structural schematic of a flat mosaic structure (with wall panels installed).

Fig. 15 is a plan view schematically illustrating the structure.

Fig. 16 is a schematic view of the structure of the unit wall panel splice.

In the figure:

100-wallboard, 200-external corner splicing structure, 300-internal corner splicing structure and 400-plane splicing structure; 30-H type upright post, 40-elastic buckle, 50-external corner upright post, 60-internal corner upright post and 70-plane upright post;

31-a first edge folding strip, a 32-H type upright post inserting strip, 33-a first slot, 34-a middle connecting plate, 35-a second slot, 36-a rib plate, 321-a fixing plate, 322-a buckle strip, 323-a buckle part, 324-a third convex strip, 325-a fourth convex strip, 326-a wave groove, 327-a guide groove and 341-a connecting inclined plate;

41-buckle part, 42-third slot, 411-outer clamping leg, 412-inner clamping leg, 413-first convex strip, (551,631,731) -second convex strip, (552,632,732) -guide slot;

51-external corner upright post body, 52-second edge banding, 53-external corner splicing strip, 54-fourth slot, 55-fifth slot, (311,511) -wave slot, 512-corner edge banding, 531-external corner fixing end and 532-external corner splicing end;

61-internal corner upright post body, 62-internal corner splicing strip, 621-internal corner fixing end, 622-internal corner splicing end, 63-sixth slot, 611-first section bar part and 612-second section bar part;

70-plane upright post, 71-plane upright post body, 72-plane plug strip, 73-seventh slot, 721 plane fixed end and 722-plane plug end;

110-unit wall plate, 120-eighth slot, 130-fifth convex strip.

Detailed Description

The technical solution of the present invention will be further described in detail with reference to the accompanying drawings.

As shown in fig. 1, the utility model discloses an assembled bathroom wallboard system, including wallboard 100 for splice the external corner mosaic structure 200 of two blocks of adjacent wallboards, be used for splicing the internal corner mosaic structure 300 of two blocks of adjacent wallboards, and be used for splicing the plane mosaic structure 400 of two blocks of adjacent wallboards in order to increase the wallboard width, wherein:

as shown in fig. 2, 3, 9, 10, 13 and 14, the male corner splicing structure 200 includes a male corner column 50 and an H-shaped column 30, wherein the H-shaped column 30 and the male corner column 50 are connected by plugging and are fixedly connected by a plurality of elastic buckles 40; the internal corner splicing structure 300 comprises an internal corner upright post 60 and two H-shaped upright posts 30 symmetrically arranged at two sides of the internal corner upright post 60, wherein the internal corner upright post 60 and the H-shaped upright post 30 at the corresponding side are respectively connected in an inserting way and are fixedly connected through a plurality of elastic buckles 40; the plane splicing structure 400 comprises a plane upright post 70 and two H-shaped upright posts 30 symmetrically arranged at two sides of the plane upright post 70, wherein the plane upright post 70 and the H-shaped upright post 30 at the corresponding side are respectively connected in an inserting way and are fixedly connected through a plurality of elastic buckles 40 in a buckling way; wherein:

as shown in fig. 3, 5 and 6, the H-shaped pillar 30 is a section bar with a cross section substantially in an H shape, and includes two first edge strips 31, an H-shaped pillar insertion strip 32 and a first insertion slot 33, where the first insertion slot 33 is formed by the two first edge strips 31 and is matched with the side end of the wall panel 100 for the side end of the wall panel to be inserted; the bottoms of the two first edge banding strips 31 are connected through an intermediate connecting plate 34; the H-shaped upright post inserting strip 32 comprises a fixing plate 321 and a buckle strip 322 protruding out of the fixing plate 321, the fixing plate 321 is connected with the bottom of the first edge strip 31 positioned on the inner side of the toilet and extends reversely along the first edge strip 31 positioned on the inner side of the toilet, and the buckle strip 322 extends towards the outside of the toilet; a second slot 35 is formed between the middle connecting plate 34 and the buckle strip 322.

As shown in fig. 4 and 6, the elastic buckle 40 includes two buckle parts 41 that are symmetrically arranged and have bottom portions connected, where the buckle part 41 includes an outer side clamping leg 411 and an inner side clamping leg 412, and a third slot 42 is formed between two opposite inner side clamping legs 412 for the buckle strip 322 to be clamped in, so as to realize the buckle fixing connection between the elastic buckle 40 and the H-shaped pillar 30.

As shown in fig. 7 and 8, the external corner pillar 50 includes an external corner pillar body 51, two second edge strips 52 fixedly connected to the external corner pillar body 51, and an external corner edge strip 53; the external corner upright post body 51 is positioned at the included angle between two wall boards 100, a fourth slot 54 is formed between the two second edge strips 52, and the fourth slot 54 is matched with the side end of the wall board 100 so as to allow the side end of another wall board to be inserted; the external corner inserting strip 53 is provided with an external corner fixing end 531 and an external corner inserting end 532, and the external corner fixing end 531 is used for being fixedly connected with the external corner upright post body 51 and/or a second edge folding strip 52 far away from the interior of the toilet; a fifth slot 55 for the elastic buckle 40 to insert is formed between the external corner inserting end 532 and the external corner upright post body 51, and the two outer side clamping legs 412 are respectively and fixedly connected with two side walls of the fifth slot 55 in a buckling manner; the male corner plug end 532 is adapted to be inserted into the second slot 35.

As shown in fig. 11 and 12, the inside corner column 60 is a section with a cross section substantially in an M shape, and includes an inside corner column body 61, and inside corner inserting strips 62 fixedly connected to two side walls of the inside corner column body 61 respectively; the internal corner upright post body 62 is positioned at the included angle of the two wall boards, the internal corner inserting strip 62 is provided with an internal corner fixing end 621 and an internal corner inserting end 622, the internal corner fixing end 621 is fixedly connected with the internal corner upright post body 61, and the internal corner inserting end 622 is respectively inserted and fixed with the second slot 35 of one H-shaped upright post 30; a sixth slot 63 for the elastic buckle 40 to insert is formed between the internal corner inserting end 622 and the internal corner upright post body 61, and the two outer side clamping legs 412 are respectively and fixedly connected with two side walls of the sixth slot 63 in a buckling manner.

As shown in fig. 15, the H-shaped pillar and the elastic buckle of the planar splicing structure 400 are respectively the same as those of the male corner splicing structure or the female corner splicing structure; the planar upright 70 is a section bar with a cross section approximately in an E shape, and comprises a planar upright body 71 and two planar insertion strips 72, wherein each planar insertion strip 72 comprises a planar fixed end 721 and a planar insertion end 722, the planar fixed end 721 is fixedly connected with the side wall of the planar upright body 71, and the two planar insertion ends 722 are arranged in parallel; the two planar insertion ends 722 are respectively inserted and fixed with the second slot 35 of one H-shaped upright post 30; the planar upright body 71 and the two planar insertion strips 72 on the two sides form two seventh slots 73 for the elastic buckle 40 to insert into respectively.

According to the above arrangement, the assembled bathroom wallboard system of the present invention, the wallboard 100 is formed by splicing the external corner splicing structure 200, the internal corner splicing structure 300 and the plane splicing structure 400, wherein the external corner splicing structure 200 is formed by fastening and fixedly connecting an external corner upright 50 with a self-contained edge strip and the H-shaped upright 30 through a plurality of elastic fasteners 40, the internal corner splicing structure 300 is formed by fastening and fixedly connecting the internal corner upright 50 with 2H-shaped uprights 30 through a plurality of elastic fasteners 40, the plane splicing structure 400 is formed by fastening and fixedly connecting the plane upright 70 with 2H-shaped uprights 30 through a plurality of elastic fasteners 40; the structure is simple, the manufacturing cost is low, the purpose-made elastic buckle 40 is used for realizing on-site real assembly type installation, an installer can install and operate in a small space with 4 closed surfaces, the assembly type toilet wallboard can be effectively and conveniently installed and detached, the installation precision is high, and the structural stability is good.

In the width direction, the width of the wall panel 100 is increased by the plane splicing structure 400, so that the wall panel is applicable to toilet wall panel systems with different sizes, and is flexible and convenient to operate and quick to install. When one wall panel is sufficient in width, the flat mosaic 400 may not be needed. When the requirement on width is wide, a plurality of plane splicing structures can be adopted for splicing so as to widen the width of the wall board.

It should be noted that, the assembled bathroom wallboard system of the present embodiment can realize flexible change of the bathroom size through the external corner splicing structure 200, the internal corner splicing structure 300 and the plane splicing structure 400.

It should be noted that the elastic buckle 40 may be any feasible structure in the prior art, as long as the buckle fixing connection with the buckle strip 322 and the internal corner upright 60 can be achieved at the same time. The "elasticity" of the elastic buckle 40 refers to the fact that the elastic buckle is made of elastic materials available in the prior art, such as plastic and metal sheet (e.g., elastic steel). In this embodiment, the elastic buckle is made of elastic steel.

It should be noted that the inside corner column body 61 and the inside corner splicing strips 62 on both sides form a section with a substantially M-shaped cross section. The plane upright post body 71 and the plane insertion strips 72 on the two sides form a section bar with an approximately E-shaped cross section.

According to a preferred embodiment of the present invention, as shown in fig. 4 and 6, the front end of the fastening strip 322 has a fastening portion 323 with a larger diameter, the inner walls of the two inner side fastening legs 411 have first protruding strips 413 protruding toward the middle and toward the bottom, a gap is formed between the two first protruding strips 413, and the third slot 42 is divided into a front slot and a rear slot; when the fastening part 323 is inserted into the rear slot from the front slot, the two inner fastening legs 412 and the first protruding strips 413 are elastically deformed, the gap is enlarged, so that the fastening part 323 can be inserted into the rear slot, and the two first protruding strips 413 respectively abut against the outer wall of the fastening strip 322 to realize fastening fixation.

As shown in fig. 8, 12 and 15, two side walls of the fifth slot 55, the sixth slot 63 and the seventh slot 73 are respectively provided with a second protruding strip (551,631,731) protruding toward the middle, a channel is formed between the two second protruding strips (551,631,731), and the distance between the middle parts of the two outer clamping legs 411 is greater than the maximum width of the channel; when the elastic buckle 40 is inserted into the fifth slot 55, the sixth slot 63 and the seventh slot 73, the two outer side clamping legs 411 are elastically deformed, the distance between the middle parts of the outer side clamping legs 411 is reduced, so that the elastic buckle 40 is inserted into the fifth slot 55, the sixth slot 63 and the seventh slot 73, the tail ends of the two outer side clamping legs 411 are respectively abutted against the second convex strips (551,631,731) at the two sides, and the buckle fixation is realized.

So set up, simple structure not only, and can effectively realize that H type stand 30 is fixed with the buckle of external corner stand 50, reentrant corner stand 60 and plane stand 70, the installation with dismantle the convenience, structural strength is high, structural stability is better.

As shown in fig. 8, 12 and 15, it is further preferable that the side walls of the fifth slot 55, the sixth slot 63 and the seventh slot 73 are further provided with guide grooves (552,632,732) at the front ends of the second ribs (551,631,731). So set up, moisture can be followed guide way (552,632,732) flow direction bathroom's chassis has ensured the utility model discloses an assembled bathroom has good physics waterproof performance. Need not to set up the adhesive tape notch specially and install waterproof adhesive tape, showing the cost that has reduced waterproof material, reduced waterproof work load, further reduced the cost.

Further preferably, as shown in fig. 5, an outer wall of one end of the fastening strip 322 close to the fastening portion 323 is provided with a wave groove 326, so that the two first protruding strips 413 can abut against each other, and fastening and fixing are achieved. So set up, further improve the buckle fixed connection structural stability of elasticity buckle 40 with buckle strip 322.

Preferably, as shown in fig. 7 and 8, the external corner is a 90-degree external corner, the cross section of the external corner column body 51 is square, and the vertical corner of the external corner column body 51 is located at the vertical corner formed by the two wall boards; the bottoms of the two second edge strips 52 are fixed with the outer wall of the outer corner upright post body 51.

As shown in fig. 11 and 12, the internal angle is a 90-degree internal angle; the inside corner pillar body 61 includes a first profile portion 611 having a V-shaped cross section, and a second profile portion 612 connecting both side plates of the first profile portion 611. The V-shaped vertex angle of the first profile part 611 is 90 degrees, and faces to the inside of the toilet, and the fixed end 621 forms an angle of 90 degrees with the inserting end 622.

Above-mentioned setting, the structure of external corner stand body 51 and reentrant corner stand body 61 respectively with 90 degrees external corners and 90 degrees reentrant corners to matching, can effectively ensure the mounting structure stability, waterproof nature of external corner mosaic structure 200 and reentrant corner mosaic structure 300, and the installation is convenient fast, and the installation accuracy is high. Meanwhile, the external corner upright columns 50 and the internal corner upright columns 60 can also be used as base layer keels of the exterior wall veneer, so that the structure of the base layer keels is simplified, and a system is formed.

Further preferably, the first profile part 611 and the second profile part 612 are formed as an integral profile. The manufacturing cost of the reentrant corner post 60 is further increased and the structural strength is high.

Further preferably, the fixed ends 621 of 2 female-angle plug strips 62 are fixedly connected with the two side plates of the first profile portion 611 respectively.

Preferably, as shown in fig. 6 and 8, wave grooves (311,521) are respectively formed on the outer walls of the first and second edge strips 31 and 52 facing the interior of the toilet. So set up, can effectively increase the bonding area of glue, improve the adhesion of ceramic tile or decoration panel to improve the security of assembled bathroom.

Preferably, as shown in fig. 5 and 6, the first edge banding device further comprises a rib plate 36 located at the bottom of the first slot 33 and connecting the bottom ends of the two first edge banding devices 31. So set up, improved the structural strength of H type stand.

Preferably, as shown in fig. 5, 6, 8 and 12, a connection inclined plate 341 is provided at a connection position of the intermediate connecting plate 34 and the fixing plate 321, and an inclined surface matching with the connection inclined plate 341 is provided at a side of the distal end of the male corner plugging end 532, the distal end of the female corner plugging end 622 or the planar plugging strip 52 facing the intermediate connecting plate 34. With the arrangement, after the H-shaped upright column 30, the male corner upright column 50, the female corner upright column 60 and the plane upright column 70 are inserted and fixed, the inclined plane and the side wall of the connection inclined plate 341 are limited or can abut against each other, so that the stability of the installation structure is effectively improved.

Preferably, as shown in fig. 5 and 6, in the male corner splicing structure 200, the female corner splicing structure 300, and the planar splicing structure 400, the fixing plate 321 is further provided with a third protruding strip 324 and a fourth protruding strip 325 on two sides of the snap strip 322, respectively, and the third protruding strip 324 is located at the end of the fixing plate 321.

Wherein: in the external corner splicing structure 200 and the internal corner splicing structure 300, the third protruding strip 324 is adjacent to the outer wall of the external corner column body 51 or the internal corner column body 61; the fourth rib 325 is adjacent to the sidewall of the insertion end.

So set up, third sand grip 324 and fourth sand grip 325 play the effect of vertical strengthening rib, also play horizontal spacing effect simultaneously, have further improved structural stability, and because third sand grip 324 and fourth sand grip 325's setting, third sand grip 324 and fourth sand grip 325 respectively with the guide way 327 has been formed between buckle strip 322, the fixed plate 321, and the direction flow direction chassis has better been ensured to moisture the utility model discloses an assembled bathroom has good physical waterproof performance.

Wherein: as shown in fig. 6, 14 and 15, in the flat splicing structure 400, the flat column body 71 is a plate-shaped structure, the sidewalls of the third ribs 324 of the two H-shaped columns 30 are adjacent to each other, and the fourth ribs 325 are adjacent to the sidewall of the plugging end.

And because the setting of third sand grip 324 and fourth sand grip 325, third sand grip 324 and fourth sand grip 325 respectively with the guide way 327 has been formed between buckle strip 322, the fixed plate 321, and the direction flow direction chassis has been guaranteed better to moisture the utility model discloses an assembled bathroom has good physics waterproof performance.

As shown in fig. 16, preferably, one wall panel 100 is formed by splicing a plurality of unit wall panels 110 in the height direction, an eighth slot 120 is formed in the bottom surface of the upper unit wall panel, and a fifth rib 130 matched with the eighth slot 120 is formed in the top surface of the lower unit wall panel, and the eighth slot and the fifth rib are connected in a concave-convex slot manner. So set up, not only the installation is quick, and the precision is high, and structural stability is good and can effectively realize physics waterproof.

As shown in fig. 7 and 8, preferably, the corner of the external corner upright body 51 facing the inside of the toilet has a corner edge strip 511. When the inner wall of the wall panel 100 is adhered with tiles or decoration panels, the corner edge strips 511 have an edge folding function, so that the wall panel is attractive.

Preferably, the external corner upright column 50 and the H-shaped upright column 30 are fixedly connected through 5-8 elastic buckles 40. The internal corner upright post 60 and the H-shaped upright post 30 on the corresponding side are fixedly connected through 5-8 elastic buckles 40 in a buckling mode.

Preferably, the plane upright post 70 is fixedly connected with the H-shaped upright post 30 on the corresponding side through 5-8 elastic buckles 40.

Of course, the number of the spring buckles can be flexibly adjusted by a person skilled in the art according to the specific height and structural strength requirements of the toilet.

As shown in fig. 1, according to a specific example of the present embodiment, the prefabricated bathroom wall panel system includes 5 female corner splicing structures 300, 1 male corner splicing structure 200, and 1 flat splicing structure 400. The specific number of the internal corner splicing structures 300, the external corner splicing structures 200 and the plane splicing structures 400 can be flexibly set and adjusted according to the actual size of the toilet.

In the present invention, the wall plate 100 may be an SMC plate or a color plate.

As shown in fig. 1, a second object of the present invention is to provide an assembled bathroom, comprising a bathroom base, a wall plate system installed on the bathroom base, and a bathroom roof, wherein: the wallboard system is the assembled bathroom wallboard system.

With reference to fig. 1 to 16, the installation method of the assembled bathroom wall panel system of the present invention is as follows:

(1) respectively installing the external corner upright post 50, the internal corner upright post 60 and the plane upright post 70 on a chassis of the toilet base; then, a plurality of the elastic buckles 40 are buckled and installed along the height direction of the buckling strips 322 of the H-shaped upright 30, then the H-shaped upright 30 is installed on one side of the male corner upright 50, both sides of the female corner upright 60 and the planar upright 70 on the base of the bathroom, and is connected in an inserting manner, and meanwhile, the two outer clamping legs 411 of the elastic buckles 40 are buckled and fixedly connected with the two side walls of the fifth slot 53, the sixth slot 63 and the seventh slot 73 respectively.

(2) One end of the wall plate 100 is inserted into the first slot 33 of the H-shaped pillar 30, and the bottom of the wall plate 100 is fixed to the base of the bathroom in an inserting manner.

The wallboard at the corner is spliced through external corner mosaic structure and reentrant corner mosaic structure respectively promptly, through plane mosaic structure concatenation with the wallboard of one side in order to widen the width of wallboard. The specific installation steps can be flexibly adjusted according to the actual situation on site.

The present invention has been described in detail with reference to the specific embodiments, but the present invention is only by way of example and is not limited to the specific embodiments described above. Any equivalent modifications and substitutions to those skilled in the art are intended to be within the scope of the present invention. Accordingly, variations and modifications in equivalents may be made without departing from the spirit and scope of the invention, which is intended to be covered by the following claims.

Claims

1. The utility model provides an assembled bathroom wallboard system, includes the wallboard for splice the external corner mosaic structure of two blocks of adjacent wallboards, and be used for splicing the internal corner mosaic structure of two blocks of adjacent wallboards, its characterized in that, wherein:

the external corner splicing structure comprises an external corner upright post and an H-shaped upright post, wherein the H-shaped upright post and the external corner upright post are connected in an inserting way and are fixedly connected through a plurality of elastic buckle buckles; reentrant corner mosaic structure includes a reentrant corner stand, and the symmetry sets up two H type stands of reentrant corner stand both sides, the H type stand of reentrant corner stand and corresponding side is plug-in connection respectively to respectively through a plurality of elasticity buckle fixed connection, wherein:

2. The assembly type bathroom wall panel system according to claim 1, wherein the front end of the fastening strip has a fastening portion with a larger diameter, the inner walls of the two inner fastening legs have first protruding strips protruding toward the middle and toward the bottom, a gap is formed between the two first protruding strips, and the third slot is divided into a front slot and a rear slot; when the buckling part is inserted into the rear end slot, the two inner side clamping legs and the first convex strips are elastically deformed, the gap is enlarged, so that the buckling part can be inserted into the rear end slot, and the two first convex strips respectively abut against the outer wall of the buckling strip to realize buckling fixation;

3. The assembly type bathroom wallboard system of claim 2, wherein the outer wall of the fastening strip near one end of the fastening portion is provided with a wave groove for the two first protruding strips to abut against to realize fastening fixation.

4. The assembly type bathroom wall panel system of claim 2, wherein a guide groove is further formed on the front end of the second protruding strip on the two side walls of the fifth slot or the sixth slot.

5. The assembly type bathroom wallboard system of claim 2, further comprising a planar splicing structure for splicing two adjacent wallboards to increase the width of the wallboard, wherein the planar splicing structure comprises a planar upright, two H-shaped uprights symmetrically disposed at two sides of the planar upright, the planar upright and the H-shaped upright at the corresponding side are respectively connected in a plugging manner and are fixedly connected through a plurality of elastic buckles, wherein:

6. The assembly type bathroom wall panel system of claim 5, wherein two side walls of the seventh slot are further provided with a guide slot at a front end of the second rib.

7. The assembly type bathroom wall panel system of claim 1, wherein the external corner is a 90 degree external corner, the cross section of the external corner post body is square, and the vertical angle of the external corner post body is located at the vertical angle formed by the two wall panels; the bottoms of the two second edge-closing strips are fixed with the outer wall of the external corner upright post body;

8. The fabricated sanitary wallboard system of claim 1, wherein wave grooves are respectively provided on outer walls of the first and second edging strips facing an interior of a toilet.

9. The assembly type bathroom wall panel system according to claim 1, wherein a connection inclined plate is provided at the connection position of the middle connection plate and the fixing plate, and an inclined surface matched with the connection inclined plate is provided at one side of the tail end of the insertion end facing the middle connection plate;

10. The assembly type bathroom wallboard system of claim 1, wherein in the male corner splicing structure and the female corner splicing structure, the fixing plate is further provided with a third protruding strip and a fourth protruding strip respectively at two sides of the fastener strip, and the third protruding strip is located at the end of the fixing plate and is close to the outer wall of the male corner upright post body or the female corner upright post body; the fourth convex strip is close to the side wall of the inserting end.

11. The assembly type bathroom wallboard system of claim 1, wherein one wallboard is formed by splicing a plurality of unit wallboards in the height direction, an eighth slot is formed in the bottom surface of the upper unit wallboard, a fifth protruding strip matched with the eighth slot is formed in the top surface of the lower unit wallboard, and the upper unit wallboard and the lower unit wallboard are connected in a concave-convex slot mode.

12. The assembly type bathroom wall panel system according to any one of claims 1-11, wherein the number of the elastic buckles used for buckling and fixing with one H-shaped upright post is 5-8.

13. The utility model provides an assembled bathroom, its characterized in that includes bathroom base, installs wallboard system on the bathroom base, and bathroom roof, wherein: the wallboard system is the fabricated sanitary wallboard system of any of claims 1-12.