TW202204738A - Floor drainage structure and method thereof which can be directly installed on site with improved safety - Google Patents

Abstract

The present invention relates to a floor drainage structure and a method thereof. The main structure includes at least one drainage groove body, at least one support body, at least one inclined part, at least one water outlet hole, at least one water inlet hole, at least one pipeline connecting member, at least one connecting member water outlet hole, at least one drainage pipeline, a plurality of level adjustment devices, a bearing structure, a bearing surface, an elevated space, at least one gap part, at least one side seat, and at least one shielding member. With the aforementioned structure, the floor drainage structure of the present invention can be directly installed on site, and the installation process is convenient and fast. At the same time, by using the shielding member to shield the residues on the water inlet hole, it is able to achieve a neat appearance effect. Moreover, since the position of the water inlet hole corresponds to the gap part, it is able to avoid the possibility of the user being injured by stepping on the drainage groove body, so as to improve the overall safety. In addition, by simply removing the shielding member from the side seat, the residue on the water inlet hole can be cleaned. Accordingly, the entire structure is practical and convenient.

Description

Floor drainage structure and method thereof

The present invention provides a floor drainage structure and a method thereof, in particular a floor drainage structure and a method which can be installed on site, makes the installation process convenient and fast, produces beautiful, practical and safe effects, and is convenient for cleaning residues.

According to the press, the whole bathroom is also called a system bathroom or a unit bathroom. The whole bathroom is a bathroom in which the ceiling, bathtub, floor and wall and other components are pre-molded in the factory with high waterproof materials, and then shipped to the site for installation. Therefore, the overall bathroom is large. Most manufacturers have products with fixed specifications for customers to choose from. Unlike the traditional construction method, which requires sticking wall and floor tiles one by one. All kinds of buildings, and also improve the shortcomings of traditional mud construction, such as unstable quality, slow construction, a lot of dust, high labor costs, and inability to disassemble and modify.

However, during the installation and use of the above-mentioned conventional integrated bathroom, there are the following problems and shortcomings that need to be improved:

First, because the mold must be manufactured in the factory first, it is easy to cause the situation that the size cannot be matched with the site, and it also has the disadvantage of inconvenient handling.

Second, the ground drain exposed on the outside not only affects the appearance, it is not easy to install, but also easily leaks, accumulates dirt and sewage. In addition, when the human foot touches it, it is easy to cause injury, which is a potential safety hazard in the bathroom.

Third, the floor drain in the conventional bathroom, the drainage is slow, the construction is difficult, the bricks are easily damaged, and the residue generated after filtering the water flow seriously affects the appearance.

Therefore, how to solve the above-mentioned conventional problems and deficiencies is the direction that the applicant of the present invention and related manufacturers in the industry are eager to research and improve.

Therefore, in view of the above deficiencies, the applicant of the present invention collects relevant information, evaluates and considers from various parties, and uses years of experience accumulated in this industry, through continuous trial production and modification, to design this kind of on-site installation, so that the The installation process is convenient and fast, and at the same time, it produces beautiful, practical and safe effects, and is convenient for cleaning the floor drainage structure and method of the invention patentee.

The main purpose of the present invention is: because the position of the water inlet hole of the drainage tank body corresponds to the gap portion, and the shielding member correspondingly covers the water inlet hole, so that the user not only cannot see the water inlet hole and the residue on the water inlet hole, but also does not step on the water inlet hole. The water inlet makes the whole more beautiful and improves the safety performance.

Another main purpose of the present invention is: through the structure that the shielding member is installed on the side seat, the residue on the water inlet can be cleaned only by removing the shielding member from the side seat, which improves the overall practical convenience.

Another main purpose of the present invention is to install and match the drainage tank body, the pipeline connector, the drainage pipeline, the leveling device, and the bearing structure, so that the present invention can be installed on site, and the installation process is convenient and fast.

In order to achieve the above-mentioned purpose, the main structure of the present invention includes: at least one drainage groove body, the drainage groove system is combined with at least one supporting body, one side of the drainage groove body is formed with an inclined part, and at least one water outlet hole is formed on the inclined part, At least one water inlet hole is formed on the side of the drainage tank body away from the water outlet hole, the drainage tank body is provided with at least one pipeline connector located on the side of the water outlet hole, and a pipeline connector is formed on the pipeline connector that communicates with the water outlet hole. The connecting piece has a water outlet hole, and one side of the pipeline connecting piece is connected with at least one drainage pipeline.

There are also a plurality of leveling devices, the leveling device is used to be installed on the floor, and a bearing structure is arranged on the leveling device, and a bearing surface is formed at the side of the bearing structure away from the leveling device, and the bearing structure and the floor are defined. There is an elevated space, the drainage pipe system is located in the elevated space, and at least one gap is defined between the periphery of the bearing structure and the support body, and the position of the water inlet hole corresponds to the gap portion. In addition, the vertical distance between the water inlet hole and the floor is Less than the vertical distance between the bearing surface and the floor. The support body is also provided with at least one side seat, the side seat is located at the side of the water inlet, and a shielding piece is also installed on the side seat.

Through the above structure, when the present invention is to be installed, the drainage tank body is first combined with the support body, and then the pipeline connector is arranged on one side of the drainage tank body adjacent to the water outlet hole, and then the drainage pipeline is connected. On the pipeline connecting piece, then set the leveling device on the floor, and adjust the drainage slope and level, and then set the bearing structure on the leveling device. At this time, the drainage pipeline is located in the elevated space. Finally, the side seat is installed on the support body and the shielding element is installed on the side seat. Such an installation procedure enables the present invention to be directly installed on site, and the installation process is convenient and fast.

When the user takes a shower, the generated sewage will flow to the drainage tank due to the drainage slope of the bearing surface, and flow through the water inlet hole, water outlet hole, connector outlet hole, and drainage pipeline in sequence, and finally flow into the sewer. , at this time, the effect of fast and smooth drainage can be achieved by the design of the inclined part.

The position of the water inlet hole of the drainage trough body corresponds to the gap, and the vertical distance between the water inlet hole and the floor is smaller than the vertical distance between the bearing surface and the floor, etc. It is clear that the drainage trough system is between the bearing structure and the floor. On the periphery of the bearing structure, the water inlet hole is covered by the shield on the side seat, so that the user who is taking a shower will not see the water inlet hole and the residue accumulated on the water inlet hole, thereby improving the overall aesthetic effect. The submersible drainage tank body avoids the possibility of injury caused by the user stepping on the water hole.

In addition, when there is too much residue accumulated on the water inlet hole of the drainage tank body and needs to be removed, it is only necessary to remove the shield from the side seat, that is, there is enough space to take out the residue on the water inlet hole, and it needs to be cleaned. After completion, the shielding element can be re-installed on the side seat. This design can improve the convenience of the overall implementation.

With the above-mentioned technology, it is possible to solve the problems of conventional integrated bathrooms that are prone to size errors, inconvenient transportation, affect the appearance, difficult to install, difficult to construct, easy to leak, easy to accumulate dirt and sewage, have potential safety hazards, slow drainage, and cut The problem of easy breakage of bricks is broken through to achieve the practical progress of the above advantages.

1. 1a: Drainage tank body

11: Inclined part

12: water outlet

13, 13a: water inlet

14a: Support seat

15a: Filters

151a: filter hole

2: Support body

21a: Walls

22a: closing plate

3: Pipe connections

31: Connector outlet hole

4: Drain line

5, 5a: Floor

6: Level adjustment device

61: Adjustment seat

62: Pedestal

63: Support frame

7: Bearing structure

71: Elevated Space

72: Clearance

73: Waterproof layer

74: Adhesive layer

75: Bearing layer

751, 751a: Bearing surface

8, 8a: side seat

801a: First seat piece

802a: Second seat piece

81, 81a: shield

82a: Clamping part

83a: closing piece

84a: Door slice

91, 91a: Shower head

92a: Decorative hanging board

93a: Decorative ceiling panels

94a: Recessed Lights

95a: binding pieces

951a: Sealing waterproof strip

96a: Upper positioning slot

The first figure is a perspective view of a preferred embodiment of the present invention.

The second figure is an exploded view of the preferred embodiment of the present invention.

The third figure is a partial exploded view (1) of the preferred embodiment of the present invention.

The fourth figure is a partial exploded view (2) of the preferred embodiment of the present invention.

Figure 5 is a cross-sectional view of a preferred embodiment of the present invention.

Fig. 6 is a flow chart of the steps of the preferred embodiment of the present invention.

Fig. 7 is a schematic diagram (1) of the installation of the preferred embodiment of the present invention.

Figure 8 is an installation schematic diagram (2) of a preferred embodiment of the present invention.

The ninth figure is a schematic diagram (3) of the installation of the preferred embodiment of the present invention.

Figure 10 is an installation schematic diagram (4) of a preferred embodiment of the present invention.

Figure 11 is a schematic diagram (5) of the installation of the preferred embodiment of the present invention.

The twelfth figure is a schematic diagram of the shielding of the preferred embodiment of the present invention.

Figure 13 is a schematic diagram of drainage according to a preferred embodiment of the present invention.

Figure 14 is a schematic diagram of cleaning according to a preferred embodiment of the present invention.

Figure 15 is a cross-sectional view (1) of yet another preferred embodiment of the present invention.

Figure 16 is an exploded view of yet another preferred embodiment of the present invention.

Figure 17 is a cross-sectional view (2) of yet another preferred embodiment of the present invention.

In order to achieve the above objects and effects, the technical means and structures adopted by the present invention are described in detail with reference to the preferred embodiments of the present invention, and the features and functions are as follows, so as to be fully understood.

Please refer to the first to fifth figures, which are perspective views to cross-sectional views of preferred embodiments of the present invention. It can be clearly seen from the figures that the present invention includes:

at least one drainage trough body 1, the drainage trough body 1 is intended to be combined with at least one support body, and an inclined portion 11 is formed on one side of the drainage trough body 1;

at least one water outlet hole 12, the water outlet hole 12 is formed on the inclined portion 11;

at least one water inlet hole 13, the water inlet hole 13 is formed on a side of the drainage tank body 1 away from the water outlet hole 12;

At least one pipeline connector 3, the pipeline connector 3 is arranged on the drainage tank body 1, and is located at the side of the water outlet 12, and the pipeline connector 3 is formed with a connection with the water outlet 12. The water outlet hole 31 of the connecting piece;

At least one drainage pipeline 4, one side of the drainage pipeline 4 is connected to the pipeline connector 3 ;

A plurality of leveling devices 6 provided on the floor;

a bearing structure 7, the bearing structure 7 is disposed on the leveling devices 6, and a bearing surface 751 is formed at the side of the bearing structure 7 away from the leveling device 6, and the bearing surface 751 is for the user to stand;

an elevated space 71, the elevated space 71 is defined between the load-bearing structure 7 and the floor, and the drainage pipeline 4 is located in the elevated space 71;

At least one gap portion 72, the gap portion 72 is defined between the periphery of the bearing structure 7 and the support body, and the position of the water inlet hole 13 corresponds to the gap portion 72, and the vertical distance between the water inlet hole 13 and the floor is less than the vertical distance between the bearing surface 751 and the floor;

at least one side seat 8, the side seat 8 is arranged on the support body and is located at one side of the water inlet hole 13; and

At least one shield 81 is installed on the side seat 8 .

The bearing structure 7 has a waterproof layer 73, an adhesive layer 74, and a bearing layer 75, the waterproof layer 73 is combined with the level adjustment device 6, and the adhesive layer 74 is located on the waterproof layer 73 away from the level On one side of the adjusting device 6 , the carrier layer 75 is located on a side of the adhesive layer 74 away from the waterproof layer 73 , and the carrier surface 751 is located on a side of the carrier layer 75 away from the adhesive layer 74 .

The level adjustment device 6 includes an adjustment seat 61 , a base frame 62 disposed on the side of the adjustment seat 61 away from the floor, and a plurality of support frames 63 connected to the base frame 62 .

Preferably, the present invention is used in the drainage structure of the whole bathroom, and is installed in the shower room as an example.

Preferably, the material of the drainage tank body 1 is waterproof plastic wood, but it is not limited.

Preferably, the support system is a wall.

Preferably, the inclined portion 11 forms an included angle of 45 degrees with the wall.

Preferably, the water inlet hole 13 is in a square shape as an example.

Preferably, the water outlet hole 12 is in a circular shape as an example.

Preferably, the pipeline connector 3 is combined with the drainage tank body 1 by means of screw locking or hot melt adhesive welding, but it is not limited.

Preferably, the diameter of the drainage pipeline 4 is between 50mm and 75mm.

Preferably, the number of the leveling devices 6 is 12 as an example.

Preferably, the outer periphery of the waterproof layer 73 is overlapped on the drainage tank body 1, and the combination of the two is taken as an example of hot melt adhesive welding.

Preferably, the waterproof layer 73 is composed of four sheets of waterproof plastic boards with a thickness of 12mm-15mm that are overlapped with each other and welded with hot melt glue.

Preferably, the waterproof layer 73 is bonded to the leveling device 6 by means of hot melt adhesive welding.

Preferably, the adhesive layer 74 is tile cement with a thickness of 5 mm.

Preferably, the bearing layer 75 is a ceramic tile.

Preferably, the combination of the shielding member 81 and the side seat 8 is an example of concave-convex fitting, but it is not limited, and the shielding member 81 only needs to be detached from the side seat 8 .

Preferably, the vertical distance between the shielding member 81 and the bearing layer 75 is 6 mm, for example, but not limited.

From the above description, one can understand the structure of this technology, and according to the corresponding cooperation of this structure, it can be installed directly on site, and the installation process is convenient and fast, and after installation, it will produce more beautiful, practical and safe effects. In addition, it is also convenient for cleaning. Residue after use, and a detailed explanation will be described below.

Please also refer to the first figure to the fourteenth figure, which are the three-dimensional view to the cleaning schematic diagram of the preferred embodiment of the present invention. method, the steps of which include:

(a) Combining at least one drainage trough body with an inclined portion on one side of the surface on at least one supporting body, and at least one pipeline connecting piece is arranged on one side of the drainage trough body, and then connecting at least one drainage pipeline One side is connected to the pipeline connector;

(b) A plurality of leveling devices are arranged on the floor, and the level and drainage slope are adjusted, and then a bearing structure is arranged on the leveling devices, so that an elevated space is formed between the bearing structure and the floor, so that the the drain line is located in the overhead space;

(c) The accumulated water will flow from one of the bearing surfaces of the bearing structure through the drainage slope to the At least one water inlet hole formed on one side of the drainage trough body enters the drainage trough body, and then flows out through a water outlet hole formed on the other side of the drainage trough body, and the position of the water inlet hole corresponds to at least one defined in the gap between the outer periphery of the bearing structure and the support body;

(d) The accumulated water flowing out of the water outlet will pass through the pipe connecting piece connected to the drainage tank body, and flow out from the water outlet hole of a connecting piece on the pipe connecting piece, and finally enter into the pipe connecting piece connected to the pipe connecting piece. in the drain line; and

(e) At least one side seat is arranged on the support body, and then at least one shielding element is combined with the side seat, and when the water inlet hole is to be cleaned, the shielding element is removed from the side seat, that is, The water inlet can be cleaned.

According to the above structure and steps, the present invention is a drainage structure of an integrated bathroom and an installation method thereof. First, please refer to Figures 7 and 8, connect the drainage trough body 1 to the support body 2, the support body 2 at this time is the wall of the shower room as described above, and then the drainage trough body 1 is adjacent to the water outlet 12 One side is equipped with a pipeline connector 3, so that the water outlet hole 31 of the connector on the pipeline connector 3 is connected with the water outlet hole 12, and then the drainage pipeline 4 is connected to the pipeline connector 3, and finally the drainage The other end of the pipeline 4 is connected to the sewer, that is, the setting of the drainage pipeline is completed.

Next, referring to the ninth and tenth figures, set the adjustment base 61 of the leveling device 6 on the floor 5 of the shower room, set the base frame 62 on the adjustment base 61 , and then set the support frame 63 on the base frame 62 , at this time, each leveling device 6 is connected to each other through the support frame 63 to present a net state. In this embodiment, the base frame 62 is penetrated by the adjusting seat 61 , and is fixedly coupled to the adjusting seat 61 , and the support frame 63 is connected to the base frame 62 by means of screw locking and concave-convex fitting. At this time, it is only necessary to use a tool to rotate the joint between the adjustment seat 61 and the base frame 62 clockwise or counterclockwise, and then the vertical height of each base frame 62 and the support frame 63 can be adjusted through the design of the thread, and then the overall The slope is adjusted to the best drainage slope.

After the drainage slope is adjusted, the waterproof layer 73 can be laid flat on the base frame 62 and the support frame 63 , and then the adhesive layer 74 is coated on the waterproof layer 73 , and finally the bearing layer 75 is passed through the structure of the adhesive layer 74 . , which is attached to the waterproof layer 73 , thereby forming the bearing structure 7 on the leveling device 6 .

Finally, please refer to the eleventh figure, only need to set the side seat 8 on the support body 2, and make it Above the water inlet hole 13 , and combine the shielding member 81 with the side seat 8 , so that the shielding member 81 has the effect of shielding the water inlet hole 13 , and the installation procedure of the floor drainage structure of the present invention is completed. With such a structure, the installer can directly perform combined installation according to the size of the site, and the installation process is convenient and fast, which improves the overall practicality and convenience.

And when the user steps on the bearing surface 751 of the bearing structure 7 to take a shower (as shown in the twelfth figure), the sewage will flow to the row corresponding to the gap portion 72 due to the drainage gradient generated by the leveling device 6 . When the water tank body 1 flows, the sewage will flow from the gap between the shielding member 81 and the bearing layer 75 to the water inlet hole 13 of the drainage tank body 1, and then flow through the water outlet hole 12, the water outlet hole 31 of the connecting piece, and the elevated space 71 in sequence. The drainage pipeline 4 in the middle finally flows to the sewer, and the drainage procedure is completed smoothly.

In addition, the above-mentioned gap 72 is the gap between the periphery of the bearing structure 7 and the supporting body 2, and the vertical distance between the water inlet 13 and the floor 5 is smaller than the vertical distance between the bearing surface 751 and the floor 5. Therefore, if there is no side seat 8 and the structure of the shielding member 81, the user standing on the bearing surface 751 can slightly see the water inlet hole 13 corresponding to the gap portion 72, and the side seat 8 and the corresponding shielding member for shielding the water inlet hole 13 are added. 81. During the shower, the user will not see the drainage tank body 1 and the water inlet hole 13 at all. Therefore, through the sinking type of the drainage tank body 1 hidden in the bearing structure 7, although the water inlet hole 13 accumulates A lot of hair and other residues generated during the shower are removed, and the user will not directly see it, thereby improving the overall aesthetic effect. At the same time, due to the structure of the shielding member 81, the user will not easily step on the drain body 1. The water inlet hole 13 thus improves the safety in use.

When the residue on the water inlet hole 13 accumulates to a certain amount, the user can remove the shielding member 81 from the side seat 8 through the structure of the shielding member 81 installed on the side seat 8, and the user can see the After reaching the water inlet hole 13 previously covered by the shielding member 81 , the user can directly take out the residue on the water inlet hole 13 by hand or use a tool such as a clip, so as to achieve a cleaning effect. After cleaning, it is only necessary to re-install the shielding member 81 on the side seat 8, and the shielding member 81 can also be used to achieve the effect of beauty and safety in the next shower.

In addition, if the shielding member 81 and the side seat 8 are connected by screws, the screws are easily stained with water and oxidize and rust. Therefore, the shielding member 81 is combined with the side seat 8 in a concave-convex manner to prevent the screws from rusting. situation happens.

In addition, the drainage tank body 1 and the waterproof layer 73 are both made of waterproof plastic wood material, and are overlapped with each other and formed by Hot melt adhesive bonding can achieve fast and firm effect, while improving waterproof performance.

In addition, when the pipeline connector 3 is welded to the drainage tank body 1 by hot melt adhesive, the effect of quick joint and waterproof sealing will be achieved due to the structure of the inclined portion 11 of the drainage tank body 1 .

In addition, the support body 2 is also provided with a shower head 91, so that the whole becomes a complete bathroom space.

Please also refer to Figures 15 to 17, which are cross-sectional views (1) to (2) of still another preferred embodiment of the present invention. It can be clearly seen that this embodiment is similar to the above-mentioned embodiment. In this embodiment, a support seat 14a is connected to one side of the drainage groove body 1a, and the side of the support seat 14a facing away from the drainage groove body 1a is connected to the floor 5a. A filter element 15a is provided on one side of the drainage tank body 1a adjacent to the water inlet hole 13a, and the vertical distance between the filter element 15a and the floor 5a is smaller than the vertical distance between the bearing surface 751a and the floor 5a, in addition, a clamp is formed on the side seat 8a part 82a.

The side seat 8a includes a first seat member 801a and a second seat member 802a correspondingly combined with the first seat member 801a, and the clamping portion 82a is formed by the cooperation of the first seat member 801a and the second seat member 802a.

Preferably, the support body includes a wall 21a on the right side and a closing plate 22a on the left side.

Preferably, the filter element 15a is a water filter rod placed above and below the water inlet hole 13a, and has a plurality of filter holes 151a above it. The filter holes 151a are in a square shape as an example.

Through the structure of the support base 14a, the drainage groove body 1a can be more firmly combined with the support body, thereby enhancing the overall structural strength.

As shown in FIG. 15, the clamping portion 82a clamps a closing member 83a, so that the user can avoid stepping on the clamping portion 82a on the side seat 8a when entering or exiting from here, thereby improving the overall safety.

With the structure of the filter hole 151a on the filter element 15a, the residue can be filtered out more accurately, and when the user wants to clean the residue on the filter element 15a, the shielding element 81a can be removed directly from the side seat 8a. The filter element 15a is picked up to facilitate cleaning of residues such as hair on it. After cleaning, it is put back on the water inlet hole 13a, and finally the shielding element 81a is removed. Recombined on the side seat 8a for the next use.

In addition, a decorative hanging board 92a is hung on the wall 21a of this embodiment, and a plurality of decorative ceiling boards 93a are hung on the ceiling. The thickness of the decorative hanging board 92a and the decorative ceiling board 93a is between 3~12mm, In order to enhance the beauty of the overall bathroom space. The shower head 91a for shower is arranged on the decorative hanging plate 92a, and a recessed light 94a for lighting is arranged above the shower head 91a, and the recessed light 94a is located between the decorative hanging plate 92a and the decorative ceiling plate 93a . In addition, the decorative ceiling panels 93a are provided with a plurality of connecting pieces 95a, and the decorative ceiling boards 93a are connected to each other through the connecting pieces 95a, and a sealing waterproof strip 951a is also provided between the two connecting pieces 95a. The above-mentioned structure can be installed together with the floor drainage structure of the present invention, thereby improving the practical convenience of the whole bathroom space.

In addition, the decorative ceiling panel 93a is also provided with an upper positioning groove 96a. The upper positioning groove 96a is used for clamping a door piece 84a (as shown in Figure 17) with the clamping portion 82a. The door piece 84a in this embodiment is 10 mm Safety glass is an example, but not limited. The two ends of the door piece 84a are respectively engaged with the clamping portion 82a and the upper positioning groove 96a, so that the bathroom space of the present invention can be additionally installed with the door piece 84a, thereby facilitating the present invention to be used in various occasions.

However, the above descriptions are only preferred embodiments of the present invention, which do not limit the patent scope of the present invention. Therefore, all simple modifications and equivalent structural changes made by using the contents of the description and drawings of the present invention should be the same. Included in the scope of the patent of the present invention, it is hereby stated.

Therefore, the key to improving the conventional technology of the floor drainage structure and method of the present invention is:

First, because the position of the water inlet hole 13 of the drainage tank body 1 corresponds to the gap portion 72, and the shielding member 81 corresponds to the water inlet hole 13, this hidden design makes the user not only unable to see the water inlet hole 13 and the water inlet hole 13. The residue will not step on the water inlet hole 13, which makes the whole more beautiful and improves the safety performance.

Second, through the structure in which the shielding member 81 is installed on the side seat 8 , the residue on the water inlet 13 can be cleaned only by removing the shielding member 81 from the side seat 8 , which improves the overall practical convenience.

Third, the drainage tank body 1, the pipeline connector 3, the drainage pipeline 4, the level adjustment device 6. The installation and collocation of the bearing structure 7 enables the present invention to be directly installed on site, and the installation process is convenient and fast.

Fourth, with the structure of the filter element 15a, the user can directly pick up the filter element 15a when cleaning, so as to clean the hair and other residues above, thereby improving the overall practicability.

Fifth, the clamping portion 82a formed by the first seat member 801a and the second seat member 802a in the side seat 8a can be used to clamp the closing member 83a or the door piece 84a, thereby making the present invention suitable for different applications.

To sum up, the floor drainage structure of the present invention and the method thereof can achieve its effect and purpose when it is used. Therefore, the present invention is an invention with excellent practicability. In order to meet the application requirements for an invention patent, it is proposed in accordance with the law. For the application, I hope that the review committee will approve the invention as soon as possible, so as to protect the applicant's hard work in research and development.

1: Drainage tank body

6: Level adjustment device

7: Bearing structure

71: Elevated Space

73: Waterproof layer

74: Adhesive layer

75: Bearing layer

751: Bearing surface

Claims (10)

A floor drainage structure mainly includes: at least one drainage groove body, the drainage groove system is for combining with at least one supporting body, and a sloped portion is formed on one side of the drainage groove body; at least one water outlet, the water outlet is formed on the inclined portion; at least one water inlet hole, the water inlet hole is formed at a side of the drainage tank body away from the water outlet hole; At least one pipeline connection piece, the pipeline connection piece is arranged on the drainage tank body, and is located at the side of the water outlet hole, and a connection piece water outlet hole communicated with the water outlet hole is formed on the pipeline connection piece; at least one drainage pipeline, one side of which is connected to the pipeline connector; A plurality of leveling devices provided on the floor; a bearing structure, the bearing structure is arranged on the leveling devices, and a bearing surface is formed at a side of the bearing structure away from the leveling device, and the bearing surface is for users to stand; an elevated space defined between the load-bearing structure and the floor, and in which the drainage line is located; At least one gap portion, the gap portion is defined between the outer periphery of the bearing structure and the support body, and the position of the water inlet hole corresponds to the gap portion, and the vertical distance between the water inlet hole and the floor is smaller than the bearing surface and the floor. the vertical distance of the floor; At least one side seat, the side seat is arranged on the support body and located at one side of the water inlet; and at least one shielding piece is installed on the side seat. The floor drainage structure according to claim 1, wherein a support seat is connected to one side of the drainage groove body, and a side of the support seat facing away from the drainage groove body is coupled to the floor. The floor drainage structure described in claim 1, wherein a filter element is disposed on one side of the drainage groove body adjacent to the water inlet hole, and the vertical distance between the filter element and the floor is smaller than the distance between the bearing surface and the floor vertical distance. The floor drainage structure according to claim 1, wherein a clamping portion is formed on the side seat. The floor drainage structure as described in claim 1, wherein the bearing structure has a waterproof layer, an adhesive layer, and a bearing layer, the waterproof layer is combined with the leveling device, and the adhesive layer is located on the The waterproof layer is at one side away from the leveling device, and the bearing layer is located on the adhesive The bonding layer is located at a side away from the waterproof layer, and the bearing surface is located at a side of the bearing layer away from the adhesive layer. A method for installing a floor drainage structure, the steps comprising: (a) Combining at least one drainage trough body with an inclined portion on one side of the surface on at least one supporting body, and at least one pipeline connecting piece is arranged on one side of the drainage trough body, and then connecting at least one drainage pipeline One side is connected to the pipeline connector; (b) A plurality of leveling devices are arranged on the floor, and the level and drainage slope are adjusted, and then a bearing structure is arranged on the leveling devices, so that an elevated space is formed between the bearing structure and the floor, and then cause the drain line to be located in the overhead space; (c) The accumulated water will flow from a bearing surface on the bearing structure through the drainage gradient to at least one water inlet hole formed on one side of the drainage trough body and into the drainage trough body. The water outlet hole on the other side of the water tank body flows out, and the position of the water inlet hole corresponds to at least one gap defined between the outer periphery of the bearing structure and the support body; (d) The accumulated water flowing out of the water outlet will pass through the pipe connecting piece connected to the drainage tank body, and flow out from the water outlet hole of a connecting piece on the pipe connecting piece, and finally enter into the pipe connecting piece connected to the pipe connecting piece. in the drain line; and (e) At least one side seat is arranged on the support body, and then at least one shielding element is combined with the side seat, and when the water inlet hole is to be cleaned, the shielding element is removed from the side seat, that is, The water inlet can be cleaned. The installation method of the floor drainage structure described in claim 6, wherein a support seat is connected to one side of the drainage groove body, and a side of the support seat facing away from the drainage groove body is coupled to the floor. The installation method of the floor drainage structure as described in claim 6, wherein a filter element is provided on one side of the drainage groove body adjacent to the water inlet hole, and the vertical distance between the filter element and the floor is smaller than that between the bearing surface and the floor. The vertical distance of the floor. The installation method of the floor drainage structure as described in claim 6, wherein a clamping portion is formed on the side seat. The installation method of the floor drainage structure as described in claim 6, wherein the bearing structure has a waterproof layer, an adhesive layer, and a bearing layer, and the waterproof layer is combined with the leveling layer. On the whole device, the adhesive layer is located at a side of the waterproof layer away from the leveling device, and the bearing layer is located at a side of the adhesive layer away from the waterproof layer, and the bearing surface is located at the bearing layer away from the adhesive on one side of the layer.

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