WO2019128242A1

WO2019128242A1 - Fabricated toilet and mounting method therefor

Info

Publication number: WO2019128242A1
Application number: PCT/CN2018/099187
Authority: WO
Inventors: 王文广; 丁欣欣; 庄惟敏; 周东珊; 侯建群; 任宝双; 余广
Original assignee: 王文广
Priority date: 2017-12-30
Filing date: 2018-08-07
Publication date: 2019-07-04
Also published as: CN108086719B; CN108086719A

Abstract

A fabricated toilet and a mounting method therefor. The fabricated toilet comprises a toilet floor (101), a frame (103), a wallboard (104) and an integrated ceiling (102); the toilet floor (101) and the ceiling (102) are standard modules, the toilet floor (101) is mounted directly in site, and the integrated ceiling (102) does not need a boom and is fixed directly by means of a top frame (1031) of the frame (103). The mounting method for the fabricated toilet does not involve wet mounting, so the site is tidy and clean, and since each module has been made according to standardized design and process, only splicing needs to be performed in site according to the instruction, achieving high mounting efficiency.

Description

Assembled toilet and installation method thereof

Technical field

The invention relates to the field of construction, in particular to a fitted toilet and a mounting method thereof.

Background technique

At present, the decoration process using modular splicing has been widely recognized. In the prior art, when the bathroom is decorated by the splicing method, the module design is performed according to the bathroom to be renovated in advance, and various modules such as a frame, a bottom plate and a wall plate of the bathroom are prepared according to the design result.

In the existing bathroom renovation process, both the ground and the ceiling need to be carried out separately. The existing ground and ceiling decoration methods also adopt the wet decoration method. The installation process is cumbersome and complicated, which reduces the overall efficiency of the decoration, and the site needs cement mortar to affect the cleanliness of the site.

Summary of the invention

The invention aims to provide a prefabricated toilet and a mounting method thereof, so as to solve the problems of low efficiency and poor environment in the bathroom decoration process in the prior art.

To this end, the present invention provides a prefabricated toilet comprising:

a bathroom floor, comprising a waterproof bottom box and a floor tile laid inside the waterproof bottom box; the waterproof bottom box is disposed on an original building floor of the toilet to be renovated, and has a rim;

a frame comprising a bottom frame and a top frame; the bottom frame being formed by a bottom frame profile disposed along a circumference of an inner wall of the waterproof bottom case, which is a polygonal structure; the top frame is disposed opposite to the bottom frame, And the bottom frame is of the same shape, the plurality of apex angles of the top frame are connected to the plurality of apex angles of the bottom frame in a one-to-one correspondence by a plurality of connecting beams, and the plurality of connecting beams are arranged in parallel ;

a wall panel, comprising a panel layer and a substrate layer, disposed between the top frame and the bottom frame, wherein the panel layer is disposed toward a center of the frame;

An integrated ceiling is disposed on the top frame opposite the toilet floor.

The invention also provides a method for assembling a prefabricated toilet, comprising the following steps:

Step 1: Install the waterproof bottom box and fix it on the original building floor of the bathroom to be renovated;

Step 2: arranging the bottom frame profile along the inner wall edge of the surrounding edge of the waterproof bottom box;

Step 3: Install the top frame, and splicing the top frame profiles through one end of the connecting beam to obtain the polygonal structure of the top frame;

Step 4: connecting the other end of the connecting beam to the bottom frame profile, so that the top frame is opposite to the bottom frame;

Step 5: installing a wall panel, the wall panel is fixed between the top frame and the bottom frame, and the panel layer is disposed toward a center of the frame;

Step 6: installing an integrated ceiling, the integrated ceiling of the bathroom floor is oppositely disposed on the top frame;

Step 7: laying a floor tile in the waterproof bottom box, and the floor tile is fixed on the bottom surface of the waterproof bottom box by an adhesive layer.

According to the above solution provided by the invention, the toilet floor and the ceiling are directly designed in the factory, and can be directly installed on the site. The integrated ceiling can be fixed directly by means of the top frame of the frame without using a suspension rod. The whole process will not involve wet installation, the site is clean and good, and since each module has been standardized and processed, the site only needs to be spliced according to the instructions, which can greatly improve the efficiency of decoration and save time.

DRAWINGS

1 is a schematic structural view of a prefabricated toilet according to an embodiment of the present invention;

2A is a schematic view showing the installation structure of a toilet floor according to an embodiment of the present invention;

2B is a schematic structural view of a separator strip according to an embodiment of the present invention;

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

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

3B is a schematic structural view of a bottom frame profile according to an embodiment of the present invention;

3C is a schematic structural view of a bottom box connecting member according to an embodiment of the present invention;

3D is a schematic view showing the connection relationship between the bottom box connecting member and the bottom box bottom and bottom frame profiles according to an embodiment of the present invention;

3E is a schematic structural view of a connecting beam of a female corner portion according to an embodiment of the present invention;

3F is a schematic view showing the installation of the connecting beam leveling member according to an embodiment of the present invention;

3G is a schematic structural view of a top frame profile according to an embodiment of the present invention;

3H is a schematic view showing the connection of the connecting beam and the bottom frame according to an embodiment of the present invention;

3I is a schematic view showing the connection of a connecting beam and a top frame according to an embodiment of the present invention;

3J and 3K are schematic structural views of a snap-on beam according to an embodiment of the present invention;

3L is a schematic structural view of a clip beam fixing member according to an embodiment of the present invention;

3M is a schematic diagram showing a connection relationship between a card beam and a bottom frame according to an embodiment of the present invention;

3N is a schematic structural view of a support member according to an embodiment of the present invention;

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

4B is a schematic structural view of a connecting aluminum strip and a wall panel according to an embodiment of the present invention;

4C is an enlarged schematic view of a portion F of FIG. 4A;

4D and 4E are schematic views respectively showing a wall hanging member and a ceiling hanging member according to an embodiment of the present invention;

4F and FIG. 4G are respectively schematic structural views of an integrated water conduit and an energized pipeline on a wall panel according to an embodiment of the present invention;

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

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

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

FIG. 5C is a schematic structural view of the mounting hinge and the NP plate fixed to the edge strip according to an embodiment of the invention; FIG.

5D is a schematic diagram showing a connection relationship between a bending discount strip and a edge board according to an embodiment of the present invention;

5E is a schematic diagram showing a connection relationship of a rim panel at a corner according to an embodiment of the present invention;

FIG. 5F is a schematic view showing the installation structure of an air-heating component of an NP board integrated ceiling according to an embodiment of the present invention; FIG.

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

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

6A is a schematic structural view of a bathtub module according to an embodiment of the present invention;

6B is a schematic structural view of a bathtub embedded in a bathtub module according to an embodiment of the present invention;

FIG. 7 is a schematic structural view of a male corner connector according to an embodiment of the present invention.

Detailed ways

The technical solutions in the present invention will be exemplarily described below in conjunction with the drawings in the present embodiment.

Example 1

The embodiment provides a prefabricated toilet, as shown in FIG. 1 , including a toilet floor 101 , which includes a waterproof bottom box and a floor tile laid inside the waterproof bottom box; the waterproof bottom box is disposed in the toilet to be renovated. The original building floor has a rim; the frame 103 includes a bottom frame and a top frame; the bottom frame is formed by a bottom frame profile disposed along a circumference of the inner wall of the waterproof bottom box, which is a polygonal structure; The top frame is disposed opposite to the bottom frame, and has the same shape as the bottom frame, and the plurality of vertices of the top frame pass through the plurality of connections in one-to-one correspondence with the plurality of apex angles of the bottom frame. a plurality of the connecting beams are disposed in parallel; the wall panel 104 includes a panel layer and a substrate layer disposed between the top frame and the bottom frame, and the panel layer is disposed toward the center of the frame; the integrated ceiling 102, disposed on the top frame opposite to the bathroom floor.

In the above scheme, the ground and ceiling in the whole bathroom are designed as standard modules, and only simple splicing is required at the decoration site. The bathroom floor 101 and the integrated ceiling 102 are directly designed and installed in the factory, and can be directly installed at the site. The integrated ceiling 102 can be directly fixed by means of the top frame of the frame 103 without a boom. The whole process will not involve wet installation, the site is clean and good, and since each module has been standardized and processed, the site only needs to be spliced according to the instructions, which can greatly improve the efficiency of decoration and save time.

Example 2

The assembled toilet in the embodiment, wherein the structure of the toilet floor 101 is as shown in FIG. 2A - FIG. 2D, which includes the toilet floor including a waterproof bottom box, a floor tile 14, a toilet flange, a basin flange, a floor drain, and a floor tile positioning component. . As shown in FIG. 2b, the floor tile 14 laid in the waterproof bottom box has a bonding layer laminated on the back surface thereof, wherein the back surface of the floor tile 14 is the side in contact with the waterproof back box. The waterproof bottom case includes a dry portion 11, a wet portion 12, a partition 13, a dry portion 11, and a wet portion 12, which are respectively located on both sides of the partition 13. The dry section 11 is integrally formed, and the wet section 12 is integrally formed; the partition is connected between the partition of the trunk section and the partition of the wet section; the dry section The remaining portion of the side forms a waterproof bottom box rim with the remainder of the wet side portion. The dry portion 11 is formed with a toilet hole 111 and a basin hole 141; the wet portion 12 is formed with a floor drain 121; the floor tile 14 covering the toilet hole 111 is formed with a first through hole that cooperates with the toilet hole 111; The floor tile 14 on the basin hole 141 is formed with a second through hole that cooperates with the basin hole 141; the floor tile 14 covering the floor drain hole 121 is formed with a third through hole that cooperates with the floor drain hole 121; wherein the toilet hole 111 The leakage holes 121 of the basin holes 141 are respectively opposite to the toilet sewer holes, the basin sewer holes and the floor drain sewer holes on the original building floor. The toilet flange is fixed through the first through hole and the toilet hole 111; the basin flange is fixed through the second through hole and the basin hole 141; the floor drain is fixed in the third through hole. The wet section 12 further includes a reinforcing strip disposed on the back side of the wet section 12, the back side of which is the side of the wet section 12 adjacent to the original building floor. The reinforcing strips cause the wet zone portion 12 to exhibit a high and low slope, and the water in the wet zone portion 12 is introduced into the floor drain hole 121 to function as a drain. The structure of the partitioning strip 13 is as shown in Fig. 2b, which includes a rim slot 131. The depth of the rim slot 131 is adapted to the height of the rim edge of the dry section and the rim of the wet section, and the width of the rim slot 131 is adapted to the sum of the width of the trunk section and the width of the wet section. When the installation is carried out, the surrounding side card slot 131 is directly fastened to the outer side of the adjacent dry portion and the outer side of the wet portion to connect the dry portion and the wet portion.

As shown, the dry portion 11 and the wet portion 12 of the waterproof back box are formed with at least one positioning groove 15 that is shaped to match the shape of the tile positioning member. The tile positioning member includes a bottom surface 411 and a positioning clip 412 disposed on the bottom surface 411. After the floor tile positioning member is disposed in the positioning groove 15, the bottom surface 411 is located on the same plane as the bottom surface of the dry portion 11 and the bottom surface of the wet portion 12, and the positioning card 412 is used for the dry portion 11 and the wet portion 12. The laid floor tiles 14 are positioned. As shown in FIG. 2c, an implementation manner of the floor tile positioning component is that the bottom surface 411 of the floor tile positioning component and the positioning card member 412 are both cross-shaped structures for the intersection of four floor tiles of the bathroom floor; as shown in FIG. 2d. Another implementation manner of the floor tile positioning component is that the bottom surface 411 of the floor tile positioning component is a T-shaped structure, and includes a horizontal plate and a vertical plate vertically disposed on the horizontal plate; the positioning card member 412 is disposed on the vertical plate The upper strip is used for the intersection of two tiles in the edge area of the bathroom floor.

The bathroom floor provided by the embodiment includes a waterproof bottom box and a floor tile, all components are industrially produced in the factory, and the floor tiles laid in the waterproof bottom box are positioned by the floor tile positioning component, so that the positioning is more accurate, and the construction difficulty is greatly reduced. The back side of the floor tile laid in the waterproof bottom box is combined with a bonding layer, and no cement mortar is needed for laying, and only the bonding layer is used to directly paste the floor tile into the waterproof bottom box.

Example 3

The assembled toilet provided by this embodiment, wherein the structure of the frame 103 is as shown in FIGS. 3A to 3N, the frame 103 includes a top frame 1031 and a bottom frame 1032, wherein the bottom frame 1032 is formed by the waterproof bottom box. A bottom frame profile disposed on one side of the inner wall of the side wall is formed in a polygonal structure; a top frame 1031 is disposed opposite to the bottom frame 1032, and a shape of the same shape as the bottom frame 1032, the top frame 1031 The plurality of apex angles are connected to the plurality of apex angles of the bottom frame 1032 in a one-to-one correspondence by a plurality of connecting beams 1033, and the plurality of connecting beams 1033 are disposed in parallel. Preferably, in order to be able to adjust the verticality and flatness of the wall panel 104 when the wall panel 104 is installed, the frame 103 further includes a snap beam 1034 between any two adjacent connecting beams 1033; The two ends of the latching beam 1034 are slidably connected to the top frame 1031 and the bottom frame 1032. The latching beam 1034 is disposed along the longitudinal direction of the latching beam 1034 and extends through the entire latching beam 1034. The slot of the snap groove 1034 is disposed toward the center of the top frame 1031. A support member 1035 is disposed on the latching beam 1034, and a first end thereof is mounted on a side of the latching beam 1034 facing away from the latching slot, and a second end thereof is away from the latching beam 1034. The direction is extended, and the distance between the first end and the second end is adjustable.

The bottom frame profile structure used in the bottom frame 1032 is as shown in FIG. 3B, and a bottom frame top chute 1032a is formed on the upper surface thereof. In addition, the assembled toilet further includes a bottom box connecting member 108. The bottom box connecting member 1088 has a structure as shown in FIG. 3C, and a square card slot 1081 is formed thereon. Referring to FIG. 3D, the end surface of the partition portion of the dry portion portion 11a and the end surface of the partition portion 12a of the wet portion portion are embedded in the square card slot 1081; the outer wall on both sides of the square card slot 1081 Separatingly connected to the first profile and the second profile in the bottom frame 1032 respectively, the first profile is a bottom frame profile on the side of the end face of the trunk portion partition portion 11a, and the second profile is located in the wet zone. The bottom frame profile on the side of the end face of the side partition portion 12a.

The outer wall on both sides of the square card slot 1081 is formed with a lateral limiting slot 1082; the bottom frame is fixed to the bottom frame by a connecting corner 109. The connecting corner code 109 includes a first corner code board and a second corner code board vertically connected to each other, and the first corner code board and the second corner code board are formed with positioning holes, the first An angle plate is adapted to be embedded in the lateral limiting slot 1082, the second corner plate is adapted to be embedded in the bottom frame top slot 1032a; the fixing member is positioned through the second corner plate a hole for fixing the second corner plate in the bottom frame top chute 1032a, which passes through a positioning hole on the first corner plate to fix the first corner plate to the side In the limit slot 1082.

As shown in the figure, preferably, the sides of the slot of the lateral limiting slot 1082 of the bottom frame connector 108 extend toward the central portion of the lateral limiting slot 1082 with a lateral latching slot 1084, the side The card slot 1084 can provide a limit for the first corner code board, facilitating the installation of the connection corner code. When the first corner code board of the connection corner code 109 is embedded in the lateral limiting slot 1082, the first corner code board may be inclined at an angle, and one side is first introduced into the lateral direction. In the limiting slot 1082, the first incoming side is then brought into close proximity to the side wall of the lateral limiting slot 1082, and the other side is slidable into the lateral limiting slot 1082. In addition, in order to facilitate the sliding of the connecting corner 109 into the lateral limiting slot 1082, the bottom frame connecting member 108 can be modified as follows: the top of the bottom frame connecting member 108 is formed with a top limit. In the groove 1083, the inner wall of the two sides of the notch of the top limiting groove 1083 is formed with a top snap groove, and the top snap groove communicates with the lateral snap groove 1084. During installation, the second corner plate connecting the corners 109 can be directly slid into the top limiting slot 1083 through the top engaging slot, and then slide into the lateral limiting slot 1082, which is more convenient. The connection corner code 109 is fixedly mounted.

Further, the first corner plate and the second corner plate of the connection corner code 109 may be divided into three parts, which may be divided into an isosceles trapezoidal portion, a first rectangular parallelepiped portion and a second rectangular parallelepiped from bottom to top. a top edge of the isosceles trapezoidal portion is matched with a groove bottom of the lateral limiting groove 1082, and a bottom surface of the first rectangular parallelepiped portion is connected to a bottom edge of the isosceles trapezoidal portion, the second a rectangular parallelepiped portion is disposed on a top surface of the first rectangular parallelepiped portion, and is located at an intermediate position of a top surface of the first rectangular parallelepiped portion, a width of the second rectangular parallelepiped portion and a groove of the lateral limiting slot 1082 The distance from the upper edge of the mouth to the upper edge of the slot of the lateral snap groove 1083 is matched, and the upper edge refers to an edge that is relatively above the installation.

In the embodiment of the present embodiment, two bottom frame profiles are respectively disposed adjacent to the surrounding portion of the dry portion and the surrounding portion of the wet portion, and the end faces of the dividing portion of the dry portion are separated from the surrounding portion of the wet portion. The end faces of the parts are respectively fixed to the two bottom frame profiles through the bottom box connecting members, and the cutting of the bottom box edges is no longer needed, thereby avoiding the leakage hazard caused by the secondary welding on the site, and improving the quality and efficiency of the on-site installation. Reduce on-site manual operation and reduce labor costs.

Further, the structure of the connecting beam 1033 in the frame 1033 is as shown in FIG. 3E. The connecting beam 1033 includes a right angle card board and a connecting arm 333 disposed in the right angle card board. The right angle card includes a first card 331 and a second card 332 disposed perpendicularly to each other; a first surface of the connecting arm 333 is parallel to the first card 331, and a first card slot 335 is formed thereon The second surface of the connecting arm 333 is parallel to the second card plate 332, and the second card slot 334 is formed thereon. The first card slot 335 and the second card slot 334 are used for connection with adjacent top frame profiles or bottom frame profiles. Further, as shown, the first surface of the connecting arm 333 is further formed with a insertion slot 336, and the insertion slot 336 is located between the first card slot 335 and the second surface; One side of the slot of the insertion slot 336 coincides with one side of the first slot 335; the other side of the slot 336 has a slot that coincides with the second surface. The insertion slot 336 is connected to the plug-in profile, and the plug-in profile is fixed on the wall panel. Therefore, the wall panel can be directly inserted into the connecting beam 1033 through the plug-in profile, which can be conveniently installed. . In the above, preferably, the two sides of the notch of the first card slot 335 extend to the center of the slot with a first snap barb; the two sides of the slot of the second slot 334 extend to the center of the slot with a second snap barb. . The above-mentioned snap barbs can limit the components fixed in the card slot so that they do not come out.

In addition, as shown in FIG. 3F, the frame 103 further includes an adjusting leg 1033a, and the adjusting leg 1033a is disposed on the back surface of the first card board of the connecting beam 1033 and/or the back side of the second card board, The position between the connecting beam 1033 and the original wall of the bathroom, wherein the back side refers to the side close to the original wall of the bathroom. The verticality of the connecting beam 1033 can be adjusted by adjusting the foot.

In this solution, the structure of the profile adopted by the top frame 1031 is as shown in FIG. 3G. The top frame 1031 is composed of a plurality of top frame profiles, and the top surface of the top frame profile is formed with a top frame bottom chute. FIG. 3H is a schematic view showing the structure of the connecting beam 1033 and the bottom frame profile being fixedly connected by the connecting corner code 109. FIG. 3I is a structural schematic view showing the top frame profile and the connecting beam 1033 fixedly connected by the connecting corner code 109. As shown in the figure, the connection corner code 109 is fixed in the first card slot or the second card slot, and the second corner code plate is fixed in the bottom slot of the top frame. The connecting beam 1033 is connected to the top frame profile; the connecting corner code 109, the first corner code plate is fixed in the first card slot or the second card slot, and the second corner code plate is fixed In the bottom frame of the bottom frame, the connecting beam 1033 is connected to the bottom frame profile.

The frame 103 provided in this embodiment is very simple and easy to operate in the splicing process, and does not require skilled workers, can greatly improve the splicing efficiency, and can be made after splicing due to the card slot limit design of the above card slot and accessories. The frame has very good stability.

Further, the frame 103 in this embodiment, in which the structure of the snap beam 1034 is as shown in FIGS. 3J and 3K. A latching groove 1034a is defined in the latching beam 1034, and a first waterproof strip 1034b and a second waterproof strip 1034c are respectively connected to the two sides of the slot of the latching slot 1034a, and the first waterproof strip 1034b and the second The waterproof strips 1034c are disposed along the length of the engaging groove 1034a. The first waterproof strip 1034b is away from the engaging groove 1034a and the second waterproof strip 1034b is away from the engaging groove 1034a. The distance between one side is greater than the width of the notch of the snap groove 1034a. Further, a first clamping strip 1034d is disposed between the first waterproof strip 1034b and the notch of the engaging groove 1034a, and the second waterproof strip 1034b is spaced between the notch of the engaging groove 1034a. The distance from the first clamping strip 1034d and the second clamping strip 1034e is gradually reduced in a direction away from the engaging groove 1034a. The gap between the first clamping strip 1034d and the second clamping strip 1034e is set to be the same as the thickness of the wall panel.

Cooperating with the snap beam 1034, further comprising a snap beam fixture 106, as shown in Figures 3L and 3M (Figure 3M is a schematic view of the structure of the clip beam and the bottom frame profile), the card The beam fixture 106 includes a slider 1061 and a snap beam stop. The slider 1061 is fixed in the bottom frame top slot or the top frame bottom slot; the snap beam limiting member is disposed on the upper surface of the slider, and includes a snap beam fixing seat The bridge beam limiting piece 1063 is inserted into the locking beam 1034, and the end of the locking beam 1034 is opposite to the clamping beam fixing seat 1062. . The clip beam fixing member 106 is slidably disposed on the top frame 1031 and the bottom frame 1032. The two ends of the snap beam 1034 are respectively disposed with the snap beam fixing member 106 disposed on the top frame 1031 and the bottom frame 1032. The card beam fixing members 106 are connected, and the technical effects of the two ends of the locking beam 1034 being slidably disposed on the top frame 1031 and the bottom frame 1032 are realized, which is simple and quick, and the card connecting beam 1034 can be connected to the wall plate. When the position adjustment is convenient, the construction efficiency is improved. Further, a limiting hole 1064 may be defined in the slider 1061. The limiting hole 1064 includes an internal thread, which can be used for connecting the positioning bolt. When the clamping beam 1034 is connected with the wall plate, the bolt is tightened to make the bolt The end face of the screw abuts against the groove bottom of the bottom frame of the top frame or the groove bottom of the top frame of the bottom frame, and the slider 1061 can be effectively positioned at a specific position of the top frame or the bottom frame.

The frame 103 of the present embodiment, wherein the support member 1035 has a structure as shown in FIG. 3N, the first end of which is provided with a support groove 1035a, and the support groove is fastened to the outside of the snap groove 1034a, the support Two sides of the slot of the slot are provided with snap strips 1035b, and the two latching strips are respectively fastened to the outside of the first clamping strip 1034d and the second clamping strip 1034e. The supporting groove provided on the supporting member can effectively engage the engaging groove 1034a in the groove of the supporting groove, and the engaging strip can be effectively engaged on the outer side of the first clamping strip 1034d and the second clamping strip 1034e, The first clamping strip 1034d and the second clamping strip 1034e serve to effectively clamp and thereby function to effectively connect the snap beam 1034.

Preferably, the support member further includes a connecting support cap 1035b and an adjusting rod, and the second end of the supporting member is provided with an adjusting hole, and the adjusting rod is screwed into the adjusting hole. The surface of the support cap away from the adjusting rod abuts against the wall, the adjusting rod is screwed into the adjusting hole, and the adjusting rod is rotated, so that the adjusting rod is screwed in or out in the adjusting hole, and the support cap and the support member can be adjusted to be close to the support The distance between the end faces of the caps enables fine adjustment of the distance between the wall panels and the wall, which reduces the difficulty of wall panel adjustment and improves the flatness of the wall panels.

Example 4

In this embodiment, as shown in FIG. 4B, the wall panel 104 is fixed to the top frame 1031 by a wall panel fixing member 204. The structure of the wall panel fixing member is as shown in FIG. 4D, and includes a substrate fixing card slot. , substrate fixed transition plate, substrate mounting plate. The substrate fixing card slot is sleeved on the outside of the top frame 1031; the substrate fixing transition plate has one side connected to one side bottom of the substrate fixing card slot, and the other side is opposite to the top of the substrate mounting board Connecting, the substrate fixing transition plate is perpendicular to the substrate mounting plate; the substrate mounting plate is formed with a substrate positioning hole, and the substrate positioning member passes through the substrate positioning hole to the substrate mounting plate and the substrate The substrate layer of the wall panel 104 is fixedly connected.

On the basis of this, the integrated ceiling in this embodiment is shown in FIG. 4A, and the integrated ceiling is an aluminum gusset ceiling, which includes a main keel 202, a triangular keel 203, a rim aluminum 207 and an aluminum gusset 205, wherein The two ends of the main keel 202 are respectively fixed on the inner side of the top frame 1031; the triangular keel 203 is disposed in the top frame 1031 in a direction perpendicular to the main keel 202, and the bottom plate is hung by the ceiling hanger 201. The main keel 202 includes: a horizontal plate and a vertical plate perpendicular to each other, the vertical plate is fixed between the substrate mounting plate and the substrate layer, and the edged aluminum strip is different The aluminum gusset edge strips of the ceiling are formed in series with each other; at least one of the aluminum gussets 205 is laid flat on the inside of the aluminum gusset strip to form a ceiling panel.

Fig. 4C shows an enlarged schematic view of Fig. 4A. 4B, FIG. 4C and FIG. 4E, the ceiling hanger 201 includes a hanging plate and a bent portion, wherein the first end of the hanging plate is formed with a hanging groove through which the bottom plate of the triangular keel 203 passes. The two sides of the notch of the hooking groove extend into the center of the slot with a hook portion; the bent portion is adapted to be sleeved on the outer side of the main keel 202, and includes a top plate of the pendant and a side plate of the pendant. The first end of the pendant top plate is connected to the first end of the pendant side plate, the second end of the pendant top plate is connected to the second end of the pendant transition plate, and the pendant transition plate is opposite to the pendant top plate Vertically, the pendant transition plate and the pendant side plate are located on the same side of the pendant top plate; the distance between the pendant transition plate and the pendant side plate is adapted to the width of the main keel 202.

The edged aluminum strip 207 includes horizontal plates and vertical plates that are perpendicular to each other, and the vertical plates are fixed on the bathroom wall panel 104. The aluminum buckle plate 205 includes a square plate and a fastening strip 206, and the fastening strips 206 is disposed perpendicular to the square plate around the square plate; when the aluminum buckle plate 205 is disposed between the edged aluminum strip 207 and the triangular keel 203, the first side is placed on the edged aluminum On the horizontal plate of the strip 207, the second side of the fastening strip 206 is embedded in the corner opening of the triangular keel 203; when the aluminum gusset 205 is disposed between the adjacent two triangular keels 203, the first The fastening strips 206 on the second side of the side fastening strips 206 are respectively embedded in the corner opening of the two triangular keels 203; the third side of the aluminum buckle plate 205 and the adjacent side of the aluminum buckle plate 205 The four sides are in contact with each other; the first side and the second side of the aluminum gusset 205 are a pair of opposite sides parallel to each other, and the third side and the fourth side are another set of opposite sides parallel to each other.

As shown in the figure, the length of the fastening strip 206 of the aluminum gusset 205 should be slightly smaller than the length of the edge of the square plate, that is, a notch is reserved, so that when the adjacent two aluminum gussets 205 are fixed to When the corner opening of the same triangular keel 203 is inside, the corner opening of the triangular keel 203 can be embedded in the notch of the adjacent two aluminum gusset plates 205.

In the above solution, the main keel 202, the edging aluminum strip 207, the triangular keel 203, and the aluminum gusset 205 are assembled into an integral module by means of the top frame 1031, thereby realizing modular installation of the toilet ceiling assembly, simplifying the installation process and achieving rapid implementation. installation. Moreover, since there is no need to install a boom, the on-site construction environment is good, and can meet the requirements of the existing industrialization of building decoration. Moreover, since all the components are industrially produced in the factory, only simple installation is required at the decoration site, no skilled workers are required on site, and too much construction time is not required, realizing rapid and efficient construction, and avoiding the dirty work of the traditional decoration work site. Case.

Further, in the above solution, the main keel 202 is fixed to the inner side of the top frame 1031 by two right angles 208, and the two right angle codes 208 are respectively disposed on two sides of the main keel 202. At a position in contact with the top frame 1031; each of the right angle codes 208 includes a first corner plate and a second corner plate, and the first corner plate is fixed to the inner side of the top frame 1031. The second corner plate is fixed to the side of the main keel 202. Preferably, the first corner plate is formed with a first through hole, and the first positioning screw passes the first through hole to fix the first corner plate to the inner side of the top frame; the second corner code A second through hole is formed in the plate, and the second positioning screw passes the second through hole to fix the second corner plate to the side of the main keel. The corner code is a right-angled shape, and by assembling the main keel, it can provide a fixing force to the main keel while ensuring that the main keel can be strictly perpendicular to the top frame.

In addition, in order to further provide a stable supporting force to enable the ceiling hanger 201 to have better stability, the design may be as follows: the bending portion further includes an auxiliary card plate, the length of the side plate and the main keel The height of the auxiliary card is vertically disposed at the bottom of the side plate; the length of the auxiliary card is smaller than the width of the main keel. That is to say, the above-mentioned ceiling hanger can be completely sleeved on the main keel. When installing, the ceiling hanger can be firstly placed on the main keel, and then the main keel is fixed on the top frame of the bathroom frame, and the ceiling hanger can be adjusted by sliding the ceiling hanger. The position on the main keel.

In addition, as a preferred solution, in conjunction with FIG. 4F, the wall panel 104 is further provided with a water pipe elbow 1043, wherein: the wall plate 104 is formed with a through hole formed therein, and the through hole is located at the edged aluminum Between the strip 207 and the top frame 1031; the elbow 1043 includes a first tube segment perpendicular to the wall panel 104 and a second tube segment parallel to the wall panel 104, the first tube segment passing through The through hole and the interference fit with the through hole fix the elbow 1043 in the through hole. The tube member 1041 is fixed to the wall panel 104 by a tube card 1042, and the solution can be used for the conversion of the water conduit.

Referring to FIG. 4G, the elbow in the above structure can be used for the energizing line after replacing the cup comb 1045, the switch bottom box 1046, and the switch bottom box fixing member 1047. The switch bottom box runs through the wall panel, and one side of the switch panel is disposed on a front surface of the wall panel, and one side of the switch panel is connected to the other side through a positioning bolt, and one of the boxes is An opening is provided on the surface; the switch bottom box fixing member comprises two right-angled triangular fixing members, and the two right-angled triangular fixing members are respectively disposed outside a pair of mutually parallel surfaces of the switch bottom box; each of the One right-angled side of the right-angled triangular fixing member is fixed on the surface of the switch bottom box, and the other right-angled side is fixed to the toilet wall panel by bolts; the cup comb has a first end connected to the opening, The second end is coupled to the tubular member.

As a preferred solution, as shown in FIGS. 4F and 4H, when used in the water passage, the water pipe elbow fixing member 1044 is further included, and the water pipe elbow fixing member includes a first limit plate disposed perpendicularly to each other. The second limiting plate 442 and the at least one positioning member 446; the first limiting plate 441 is provided with at least one positioning hole 444, and the positioning member 446 passes through the positioning hole 444 to set the first limit a bit plate 441 is fastened to the wall plate 104; a finite groove 443 is formed on the first limiting plate 441, and a width of the limiting groove 443 is matched with a diameter of the first pipe segment; A through hole 445 is formed in the second limiting plate 442 for the passage of the second pipe segment. In use, it is only necessary to sleeve the second limiting plate on the second pipe section, and slide along the second pipe section to the curved portion of the water pipe elbow until the U limiting groove clamps the first pipe section inside, and then the first The limit plate is fixed on the wall panel. Through the above scheme, the water pipe elbow can be fixed to the wall plate by a very simple and easy to install water pipe elbow fixing member, thereby ensuring the water pipe bending when the water inlet pipe or the water outlet pipe is installed and during subsequent use. The position of the head is fixed.

The positioning member 440 may include two, and the positioning holes 444 include two; the two positioning holes 444 are respectively located at two sides of the limiting slot 443. That is, the first limiting plate is fixed symmetrically on the first limiting plate by using two positioning members, which can further ensure the stability and balance of the water pipe elbow.

In the above solution, the pipe fitting is a PPR pipe when used in a waterway, and the pipe fitting is used for a PVC pipe when energized, and the pipe of the above material can be used in a toilet to have a good waterproof and anticorrosive effect.

Example 5

As shown in FIG. 5C, the wall panel 104 is fixed to the top frame 1031 by a bending buckle 24 and a wall panel limiting member 20: the bending buckle 24 is As shown in FIG. 5D, the structure includes a hanging slot 241 and a hooking plate 242 attached to the top frame 1031. The wall limiting device 20 includes a first limiting plate, a second limiting plate, and a second a third limiting plate, the first limiting plate is inserted between the hanging slot 241 and the top frame 1031, and the second limiting plate is connected to the first limiting plate and the The third limiting plate is fixed to the substrate layer of the wall plate 104 by the substrate positioning member 213, and the surface layer 214 of the wall plate is disposed toward the center of the frame.

As shown in FIG. 5A, on the basis of the above solution, the integrated ceiling is an NP board integrated ceiling, which includes a edge board 243 fixed on a lower surface of the hooking plate 242 of the bending buckle 24, The hanging plate 242 of the bending buckle 24 and the edge forming plate 243 form a bottom edge of the NP plate edge strip, and the hanging groove 241 of the bending buckle strip is adjacent to the top frame One side surface of the center forms a side edge of the NP board edge strip; at least one NP board assembly disposed inside the ceiling frame; the NP board assembly includes an NP board 21 and a keel 22 disposed on the back of the NP board; A mounting hinge 23 is fixed on the two sides of the keel; the mounting hinge 23 includes a hinge fixing plate 232 and a hinge rotating plate 231; the hinge fixing plate 232 is fixed to the side of the keel 22, One end is flush with the end surface of the keel 22; the distance between the end surface of the keel 22 and the edge of the NP plate is greater than the width of the rotating plate 231; the hinge rotating plate 231 and the hinge fixing plate The first end of the 232 is rotatably connected, and the hinge rotating plate 231 and the hinge fixing plate 232 are in the same plane, and the NP plate is edged. Between the bottom edge 21 of the snap hinge plate 231 and the rotating plate to achieve a fixed NP; NP - laying at least one plate to close the inner side of the NP strip forming the ceiling panel.

The NP board in the last installed NP board assembly is slightly different from the NP board in the remaining NP board assemblies, mainly because the structure of the rotating board 231 needs to be separately designed for the last installed NP board assembly.

As shown in FIG. 5B, for the last installed NP board assembly, the following components are additionally added to the remaining NP board assemblies: an adapter 210 disposed at the first end of the rotating board 231 and the fixing board 232 At the connection position, the adapter 210 is rotated to drive the rotating plate 231 to rotate; the through hole 27 is formed on the NP plate 21 at a position opposite to the adapter 210, and is adapted to rotate the adjusting member. Reach in. The cap 28 is embedded in the through hole 27, and its surface is in the same plane as the surface of the NP plate 21. That is, after the last NP board assembly is installed, the rotating plate 231 is adjusted to the same plane position as the fixing plate 232 by the rotation adjusting member, and the cap 28 is fixed to the through hole 27 of the NP board 21 after the fixing is completed. , complete the overall installation.

In addition, the NP board integrated ceiling in the above scheme can have multiple NP board components or only one piece according to the design of the floor plan. For the NP board assembly, on both sides of the NP board (ie, the two sides parallel to the keel), one of the sides is formed with a finite slot 29, and the other side is formed with a finite strip, when adjacent When two NP boards are spliced, the limiting strips on one NP board can be embedded in the limiting slots in the other NP board to realize the docking and fixing of the two NP boards. When the NP board is adjacent to the frame of the top frame, a finite strip may be formed on both sides of the NP board, and one of the limit strips is inserted into the limiting slot in the adjacent NP board. The limit strip on the other side is embedded in the chute on the inside of the ceiling frame.

As shown in FIG. 5C and FIG. 5D, a circular hole is formed in the hanging groove 241 and the hanging plate 242 of the bending buckle 24, and the buckle positioning member 211 can be fixed to the fixing hole 241 through a circular hole in the hanging groove 241. On the top frame, the edge plate positioning member 212 can securely connect the edge plate 243 and the hook plate 242 through a circular hole in the hook plate 242.

As shown in FIG. 5E, when the top frame is a polygonal structure, the edge plate at the corner can be spliced and fixed by the flat corner code 244. The flat corner code 244 includes a first flat corner code plate and a second flat corner code plate; the first flat corner code plate is attached to an upper surface of the end of the edge plate 243 disposed on one side of the corner The second flat corner plate is attached to the upper surface of the end of the edge plate 243 disposed on the other side of the corner; the first flat corner plate and the second flat corner plate are formed There is a flat corner hole; the corner code positioning member 245 passes through the flat corner code hole, and the first flat corner code plate is fixed on the side plate on the corner side, and the second flat joint The corner plate is fixed to the edge plate on the other side of the corner. By flattening the corner plates, it is possible to securely connect the two edge plates at the corners and keep the two edge plates in the same plane.

As shown in FIG. 5A, holes of different shapes, including venting holes 25 and ducting through holes 26, are also formed at corresponding positions on the NP board integrated ceiling. The venting holes 25 are for corresponding to the air heating main unit, and the pipe through holes 26 are for corresponding water pipe or electric pipe arrangement.

As shown in FIG. 5A, FIG. 5F and FIG. 5G, the NP board integrated ceiling further includes an air heating main unit 301, and a mounting portion is formed at the bottom thereof, and the mounting portion is fixed to the mounting beam 30 by the air heating fixture 302. The mounting beam 30 has two ends fixed to the side inner wall of the edge strip (that is, the side wall of the hanging groove of the bending strip 24), the air outlet of the air heating main unit 301 and the air outlet The vents 25 are opposite. By directly fixing the air-heating component to the existing top frame, it can be supported by the edge strip to achieve the convenience of installation.

In the above solution, there are various ways for the air-heating main body 301 to be fixed on the mounting beam 30. Referring to FIG. 5G, in the embodiment, the air heating fixture 302, the screw 304 and the nut 305 are realized, and the air heating fixture 302 is implemented. The air-heating main body is connected to the outer side of the mounting beam 30; the air-heating main unit is connected to the outer side of the mounting beam 30; the air-heating main unit is connected to the slot 3021, which is away from the air-heating main unit 301. The height of the sheet on the side is greater than the height of the sheet near the side of the air heating main unit 301 in order to provide better support. The second end of the air heating fixture 302 is provided with an air heating mounting plate 3024. The air heating mounting plate 3024 is formed with an air heating positioning hole, and the air heating mounting plate 3024 is disposed away from the mounting beam 30. An air heating fixing hole is also formed on the mounting portion; the screw 304 passes through the air heating positioning hole and the air heating fixing hole, and then the wind heating mounting plate 3024 is fixed to the mounting portion by a nut 305. The wind power main unit 301 can be fixed to the mounting beam 30 by the above configuration.

An auxiliary plate 3023 is disposed in the above-mentioned air heating fixture 302. The auxiliary plate 3023 is connected to the air heating mounting plate 3024, and the auxiliary plate 3024 faces away from the wind heating motor 301 and the wind warmer. The docking slot 3021 is set. Preferably, the auxiliary plate 3023 is disposed perpendicular to the wind heating mounting plate 3024. The auxiliary plate 3023 is capable of releasing a part of the gravity of the air-heating main body 301, thereby ensuring the stability and safety of the air-heating fixture 302.

In the above solution, the air-heating component further includes a shock absorbing component disposed between the air-heating hanging groove and the mounting beam, preferably VHB (Very High Bond: polyacrylic double-sided foam) Cotton tape) double-sided tape 303. The wind heating main unit generates large vibration and noise during operation. By setting the shock absorbing parts, the vibration and noise can be well eliminated, and the user experience is improved. The double-sided tape also provides adhesion to improve the robustness of the air-heating unit through adhesion while damping and noise reduction.

Preferably, the above solution may further include an air-heating panel, the wind-warming panel includes a panel body and a snap portion, the latching portion is disposed along a circumference of the panel body, and the latching portion is embedded in the adjacent The gap between the two NP boards; the panel body is disposed below the venting hole, and the grille thereon is disposed opposite to the air outlet of the air heating main unit. In the above solution, the conversion panel may further include a conversion panel including a conversion board and a plug board; the conversion board is an annular structure, and the insertion board is disposed along an outer edge of the annular structure; the plugging The plate is embedded in the gap between the engaging portion and the NP plate to achieve fixing.

Further, the mounting beam has two ends fixed to the side inner wall of the edge strip by a VHB double-sided tape 303, that is, the side wall of the hooking groove of the bending strip. When the mounting beam is fixed in the top frame, on the one hand, the edge strip can be provided with a supporting force, and on the other hand, the end surface of the mounting beam can be bonded to the inner side of the ceiling frame 1 by VHB double-sided tape, thereby having Good stability.

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

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

A side edge is installed on the inner side of the ceiling frame to fix the side edge of the edge strip to the inner side of the ceiling frame, and the bottom edge of the edge strip is disposed to the center of the ceiling frame; the edge board is pre-installed to Bend the buckle and then attach the buckle to the ceiling frame. When the ceiling frame is a polygonal structure, the edge plate at the corner can be spliced and fixed by the flat corner code.

Installing an NP board assembly in the ceiling frame, the NP board in the NP board assembly is located below the bottom edge of the edge strip, and the rotating board of the hinge assembly in the NP board assembly is located above the bottom edge of the edge strip to fix the NP board assembly. Depending on the design of the unit, there can be multiple NP board components or only one. For the NP board assembly, on both sides of the NP board (ie, the two sides parallel to the keel), one of the sides is formed with a finite slot, and the other side is formed with a finite strip, when adjacent two When the NP board is spliced, the limiting strip on one NP board can be embedded in the limiting slot in the other NP board to realize the docking and fixing of the two NP boards. When the NP board is adjacent to the ceiling frame, the finite position strips may be formed on both sides of the NP board, wherein the one side strip is inserted into the limit slot in the adjacent NP board, and the other The side stop strips are embedded in the chute on the inside of the ceiling frame.

For the above solution, when the NP board component is multiple, the step 3 includes:

Step A: The NP board assembly is sequentially installed along one side of the ceiling frame to the other side, wherein the last installed NP board assembly is defined as the last NP board assembly, and the other NP board assemblies are defined as conventional NP board assemblies. It should be noted that during the installation process, first install from the other side to the other side. When installing the remaining two NP board assemblies, first install the NP board assembly near the ceiling half frame, and then install the remaining last piece. NP board assembly.

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

Step C: installing the last NP board assembly, adjusting the rotating plate of the mounting hinge to a position perpendicular to the fixing plate; adjusting the last NP board assembly from the bottom to the ceiling frame direction to the edge The NP board in the last NP board assembly and the NP board in the adjacent conventional NP board assembly are fixed by the limiting strip and the limiting slot; as shown in FIG. 5I, the rotation adjusting component 210a is needed at this time. Through the transition hole on the NP board in the last NP board assembly, the rotation adapter adjusts the rotating board to the same plane as the fixed board to fix the last NP board assembly.

Step D: Install the cap so that it is embedded in the transition hole and keep the surface of the cap on the same plane as the surface of the NP plate in the last NP plate assembly.

Through the above scheme, it can be ensured that the finally formed ceiling panel is kept flat, and has better aesthetic appearance and cleanliness.

In addition, in some application environments, it is necessary to install an air heating component, such as a bathroom. At this time, between the step B and the step C, the step of installing the air heating component is further included:

Step B1: the four corners of the air heating main unit are used as the installation part; the four corners of the air heating main unit are assembled with the air heating fixture by the positioning member in advance;

Step B2: lap the mounting beam through the VHB double-sided tape and the edge strip, and adjust to the corresponding position, then peel off the double-sided adhesive backing for fixing; when the mounting beam is fixed in the ceiling frame, In terms of the aspect, the edge strip can be used to provide supporting force, and on the other hand, the end surface of the ceiling frame can be bonded by VHB double-sided tape, so that it has good stability.

Step B3: Connect the assembled air heating main unit and the air heating fixture to the mounting beam through the VHB double-sided tape; ensure that the air outlet of the air heating main unit can be opposite to the ventilation hole on the ceiling panel. The air heating main unit generates large vibration and noise during operation. VHB double-sided tape has good sound and noise reduction effect, which can reduce the interference caused by the operation of the air heating main unit. The double-sided tape can also provide bonding. The force, while absorbing and noise-reducing, can also improve the firmness of the air-heating mainframe by adhesion.

Example 6

The assembled toilet in this embodiment, as shown in FIGS. 6A and 6B, further includes a bathtub module 70 including a bathtub bracket 71 including a first support bottom surface and a first support side wall, the first support side wall and the The first support bottom surface forms a first receiving area adapted to be embedded in the bathtub 78; the first side surface of the first support side wall is provided with a first connecting portion 76; the surface layer decorative bracket 72 includes a second supporting bottom surface and a second supporting side wall, the second supporting side wall and the second supporting bottom surface forming a second receiving area suitable for the composite panel to be embedded; the second supporting side of the second supporting side wall is provided with a second connecting portion 75 The first side surface is opposite to the second side surface, and the first connecting portion 76 is fixedly connected to the second connecting portion 75.

The first connecting portion 76 is a first bracket angle steel disposed on the first side surface, and a first through hole is formed on a first surface of the first bracket angle steel; the second connecting portion 75 is disposed on the first connecting portion a second bracket angle steel on the second side, a second through hole is formed on the first surface of the second bracket angle steel; a first surface of the first bracket angle steel and a first surface of the second bracket angle steel overlap The first through hole and the second through hole are oppositely disposed; the first connecting portion and the second connecting portion are fixed after the bolt passes through the first through hole and the second through hole.

Also included is an adjustment foot 73 (74) disposed under the first support bottom surface and/or the second support bottom surface to adjust the first support bottom surface and/or the second The distance between the bottom of the support and the ground of the original building.

Example 7

In the assembled toilet of this embodiment, the male corner connector 80 is further included in the male corner portion, as shown in Fig. 7:

The first edge card, the second edge card and the connecting plate are included. The first edge plate 801 and the second edge plate 802 are connected to each other. The first end surface of the first edge plate 801 is connected to the first end surface of the second edge plate 802. The side is a first connecting portion, and the inner side is a side located in an area surrounded by the first side edge plate 801 and the second side edge plate 802. The second edge card comprises a third edge plate 803 and a fourth edge plate 804, and the first end surface of the third edge plate 803 is connected to the second end surface of the fourth edge plate 804 The outer side of the joint is a second connecting portion, and the outer side is a side outside the surrounding area of the third side edge plate 803 and the fourth side edge plate 804; the connecting plate 805 has a first end surface thereof The first connecting portion is connected, and the second end surface thereof is connected to the second connecting portion, and the first end surface and the second end surface are two end faces that are parallel to each other. The male connector further includes a reinforcing plate 806. The first end surface of the reinforcing plate 806 is fixed to the inner side of the first edge plate 801, and the second end surface of the reinforcing plate 806 is fixed to the second edge plate 802. The inside. By providing the reinforcing plate 806, the first edge plate 801 and the second edge plate 802 are provided with supporting force, thereby further improving the deformation resistance of the male angle, and ensuring a stronger bonding force of the male corner connector itself. Not easily deformed. In the above solution, it is directly disposed between the two wall panels of the male corner during installation, and the first trimming board 801 and the second trimming board 802 of the first trimming card member and the two corner panels of the male corner The inner surface is closely attached, and the third edge plate 803 and the fourth edge plate 804 are embedded in a predetermined card slot on the wall plate, and the solution can greatly increase the deformation resistance of the sun angle wall plate, and Installation does not require repeated measurements, greatly improving installation efficiency.

Example 8

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

Step 1: Install the waterproof bottom box and fix it on the original building floor of the bathroom to be renovated; after cleaning the ground, lower the waterproof bottom box according to the position of the drawing to make it meet the position alignment with each tube hole. The divider connects the dry bottom box to the wet bottom box. The offset of each side of the waterproof bottom box is less than 1mm from the ground elastic line, and the gap between the two bottom boxes is 2mm, which can allow 1mm error.

Step 2: The bottom frame profile is disposed along the edge of the inner wall of the waterproof bottom box; the front corner is installed from the positive angle to the side, and the surface is installed as a unit, and the profile of the dry bottom part of the waterproof bottom box and the wet side part are installed. As shown in Figure 3D.

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

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

Step 5: Install a wall panel, the wall panel is fixed between the top frame and the bottom frame, and the panel layer is disposed toward the center of the frame; the male corner portion is pre-assembled as a separate portion. It is fixed by a male connector. The resulting male corner module is mounted on the bottom surface of the waterproof bottom box, and the entire frame is leveled by the leveling legs on the connecting beam and the support members on the snap beam. In addition, in the step, the wall panel and the window cover portion are installed. And the water supply pipeline and the electric power pipeline are installed, that is, the water pipe elbow, the switch bottom box and the like are pre-integrated on the wall panel. The window cover is a pre-fitted artificial stone integral window cover, and an L-shaped corner code is directly arranged at the bottom of the window cover, and the window cover is fixed to the window sill plate by the L-shaped corner code. First install the lower part of the window cover, then fix the whole window cover and the fixed corner code on the lower side to the side wall and the lower side wall plate. If necessary, fix it with styrofoam and finally install the top plate.

Step 6: Install an integrated ceiling, the integrated ceiling of the bathroom floor is oppositely disposed on the top frame. The integrated ceiling is assembled according to the situation shown in Fig. 4A or Fig. 5A, after which the integrated ceiling is fixed to the top frame.

Step 7: laying a floor tile in the waterproof bottom box, and the floor tile is fixed on the bottom surface of the waterproof bottom box by an adhesive layer. Bricklaying is performed using tile positioning components as shown in Figures 2C and 2D. Finally install the bathroom door cover.

Obviously, in each of the above embodiments, since all the above components are industrially produced in the factory, only simple installation is required at the decoration site, no skilled technicians are required at the site, and too much construction time is required, and rapid construction is realized. Moreover, it avoids the dirty situation of the traditional decoration work site.

It should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention, and are not limited thereto; although the present invention has been described in detail with reference to the foregoing embodiments, those skilled in the art should understand that The technical solutions described in the foregoing embodiments are modified, or the equivalents of the technical features are replaced. The modifications and substitutions do not depart from the spirit and scope of the technical solutions of the embodiments of the present invention.

Claims

A prefabricated toilet, characterized in that it comprises:

a bathroom floor, comprising a waterproof bottom box and a floor tile laid inside the waterproof bottom box; the waterproof bottom box is disposed on an original building floor of the toilet to be renovated, and has a rim;

a frame comprising a bottom frame and a top frame; the bottom frame being formed by a bottom frame profile disposed along a circumference of an inner wall of the waterproof bottom case, which is a polygonal structure; the top frame is disposed opposite to the bottom frame, And the bottom frame is of the same shape, the plurality of apex angles of the top frame are connected to the plurality of apex angles of the bottom frame in a one-to-one correspondence by a plurality of connecting beams, and the plurality of connecting beams are arranged in parallel ;

a wall panel, comprising a panel layer and a substrate layer, disposed between the top frame and the bottom frame, wherein the panel layer is disposed toward a center of the frame;

An integrated ceiling is disposed on the top frame opposite the toilet floor.
The prefabricated toilet according to claim 1, wherein the wall panel is fixed to the top frame by a wall panel fixing member, wherein the wall panel fixing member comprises a substrate fixing card slot, a substrate fixing transition plate, and a substrate. Mounting board, where:

The substrate fixing card slot is sleeved outside the top frame;

The substrate fixing transition plate has one side connected to one side bottom of the substrate fixing card slot, and the other side is connected to a top of the substrate mounting board, and the substrate fixing transition board is perpendicular to the substrate mounting board ;

The substrate mounting board is formed with a substrate positioning hole, and the substrate positioning member is fixedly connected to the substrate layer of the wall panel through the substrate positioning hole.
The prefabricated toilet according to claim 2, wherein the integrated ceiling is an aluminum gusset ceiling, which comprises a main keel, a triangular keel, a rim aluminum strip and an aluminum gusset, wherein:

The two ends of the main keel are respectively fixed on the inner side of the top frame;

The triangular keel is disposed in the top frame in a direction perpendicular to the main keel, and the bottom plate is hung on the main keel by a ceiling hanger;

The edged aluminum strip comprises a transverse plate and a vertical plate which are perpendicular to each other, and the vertical plate is fixed between the substrate mounting plate and the substrate layer, and the aluminum strips of the edge are successively connected to form a ceiling. Aluminum gusset plate edge strip;

At least one of the aluminum gussets is laid flat on the inside of the aluminum gusset strip to form a ceiling panel.
The prefabricated toilet according to claim 3, wherein the ceiling hanger comprises a hanging plate and a bent portion, wherein:

The first end of the hanging plate is formed with a hanging groove for the bottom plate of the triangular keel to pass through, and two sides of the notch of the hanging groove extend to the center of the notch;

The bent portion is adapted to be sleeved on the outer side of the main keel, and includes a hanging top plate and a hanging side plate, the first end of the hanging top plate is connected with the first end of the hanging side plate, and the top plate of the hanging piece is The second end is connected to the second end of the pendant transition plate, the pendant transition plate is perpendicular to the pendant top plate, and the pendant transition plate and the pendant side plate are located on the same side of the pendant top plate; The distance between the pendant transition plate and the pendant side panel is adapted to the width of the main keel.
The prefabricated toilet according to claim 1, wherein the wall panel is fixed to the top frame by a bending buckle and a wall panel limiting member:

The bending buckle includes a hanging groove and a hanging plate attached to the top frame;

The wall limiting device includes a first limiting plate, a second limiting plate and a third limiting plate, wherein the first limiting plate is inserted between the hanging slot and the top frame. The second limiting plate is connected between the first limiting plate and the third limiting plate; the third limiting plate is fixed to the substrate layer of the wall plate by the substrate positioning member.
The assembled toilet according to claim 5, wherein the integrated ceiling is an NP board integrated ceiling, comprising:

a slat plate fixed to a lower surface of the splicing plate of the bent buckle strip, wherein the splicing plate of the bent buckle strip forms a bottom edge of the NP plate edge strip a side surface of the hooking groove of the bending buckle adjacent to the center of the top frame forming a side edge of the NP panel edge strip;

At least one NP board assembly disposed inside the ceiling frame; the NP board assembly includes an NP board and a keel disposed on a back surface of the NP board; and mounting hinges are fixed on both end sides of the keel;

The mounting hinge includes a hinge fixing plate and a hinge rotating plate; the hinge fixing plate is fixed to a side of the keel, and the first end thereof is flush with the end surface of the keel; the keel end surface and the NP a distance between the edge of the plate is greater than a width of the rotating plate; the hinge rotating plate is rotatably coupled to the first end of the hinge fixing plate, and the hinge rotating plate is in the same plane as the hinge fixing plate The bottom edge of the NP board edge strip is snapped between the hinge rotating board and the NP board to achieve fixing; at least one NP board is laid on the inner side of the NP board edge strip to form a ceiling panel.
The prefabricated toilet of claim 6 wherein at least one of said NP board assemblies comprises:

a hinge adapter, disposed at a connection position of the rotating plate and the first end of the hinge fixing plate, rotating the hinge adapter to drive the hinge rotating plate to rotate;

An adapter hole formed at a position opposite to the hinge adapter on the NP plate, adapted to extend the adjustment member;

A cap is embedded in the through hole, and a surface thereof is in the same plane as a surface of the NP plate.
The prefabricated toilet according to claim 7, wherein the integrated ceiling further comprises:

The air heating main body has a mounting portion formed on the bottom thereof, and the mounting portion is fixed on the wind heating mounting beam by an air heating fixture;

a venting hole is formed on the preset NP plate of the ceiling panel;

The mounting beam has two ends fixed on the inner side wall of the edge strip of the NP board, and the air outlet of the air heating main unit is opposite to the air vent.
The prefabricated toilet of claim 1 wherein said toilet floor further comprises a bottom box connector:

The waterproof bottom box comprises a dry portion, a wet portion and a dividing strip, and the floor tile is attached to the bottom surface of the dry portion and the bottom surface of the wet portion through an adhesive layer; the dry portion is integrally formed. The wet zone portion is integrally formed; the partition strip is connected between the partition portion of the trunk portion and the partition portion of the wet portion portion; the remaining portion of the trunk portion and the wet region The remaining part of the surrounding edge forms the periphery of the waterproof bottom box;

The bottom box connector is formed with a square card slot, and the end surface of the partition portion of the trunk portion and the end surface of the partition portion of the wet portion portion are embedded in the square card slot; the square card slot The outer walls of the two sides are respectively fixedly connected to the first profile and the second profile, the first profile is a bottom frame profile on the side of the end face of the partition portion of the dry zone portion, and the second profile is located in the wet zone. The bottom frame profile on the side of the end face of the side partition.
The prefabricated toilet according to claim 1, wherein the connecting beam at the female corner of the assembled toilet comprises a right angle card board and a connecting arm disposed in the right angle card board;

The right angle card board includes a first card board and a second card board disposed perpendicularly to each other; a first surface of the connecting arm is parallel to the first card board, and a first card slot is formed thereon; the connecting arm a second surface parallel to the second card, on which a second card slot is formed;

The top frame is composed of a plurality of top frame profiles, and a top frame bottom sliding groove is formed on the lower surface of the top frame profile; a bottom frame top sliding groove is formed on the support surface of the bottom frame;

The connecting corner code has a first corner plate fixed in the first card slot or the second card slot, and a second corner plate fixed in the bottom frame sliding slot of the top frame to connect the connecting beam Connected to the top frame;

The connecting corner code, the first corner plate is fixed in the first card slot or the second card slot, and the second corner plate is fixed in the top slot of the bottom frame to connect the connecting beam Connected to the bottom frame.
A prefabricated toilet according to any one of claims 1 to 10, further comprising a pipe comprising a joint, a pipe clamp and a pipe:

A connection hole is formed in the wall panel on the wall panel associated with the inlet and the inlet position on the fabricated toilet:

The joint penetrates the wall panel through the connecting hole, and includes a first pipe section perpendicular to the wall panel and a second pipe section parallel to the wall panel;

The tube is connected to the second tube segment; the tube card is fixed on the wall plate, and the tube member is embedded in the tube card for fixing.
A method for assembling a prefabricated toilet, comprising the steps of:

Step 1: Install the waterproof bottom box and fix it on the original building floor of the bathroom to be renovated;

Step 2: arranging the bottom frame profile along the inner wall edge of the surrounding edge of the waterproof bottom box;

Step 3: Install the top frame, and splicing the top frame profiles through one end of the connecting beam to obtain the polygonal structure of the top frame;

Step 4: connecting the other end of the connecting beam to the bottom frame profile, so that the top frame is opposite to the bottom frame;

Step 5: installing a wall panel, the wall panel is fixed between the top frame and the bottom frame, and the panel layer is disposed toward a center of the frame;

Step 6: installing an integrated ceiling, the integrated ceiling of the bathroom floor is oppositely disposed on the top frame;

Step 7: laying a floor tile in the waterproof bottom box, and the floor tile is fixed on the bottom surface of the waterproof bottom box by an adhesive layer.