Test model device for simulating construction of waterproof layer of toilet

Abstract

The utility model discloses an inspection model device for simulating the construction of a waterproof layer of a toilet, and aims to inspect the leakage and defects of the waterproof layer through the construction on a simulation platform in advance so as to guide the improvement of the waterproof layer process construction. A sewer pipe floor penetrating hole (3) and a sewer pipe (4) are arranged in the middle of the L-shaped concrete simulation floor plate (2), a simulation toilet concrete shear wall (5) is arranged on the rear side of the top end face of the L-shaped concrete simulation floor plate (2), a simulation waterproof reverse ridge (8) is arranged on the front side of the top end face of the L-shaped concrete simulation floor plate (2), and a water outlet (9) is arranged on the L-shaped concrete simulation floor plate (2). The simulated toilet concrete shear wall (5) and the simulated waterproof reverse ridge (8) form a closed simulated toilet ground space; a concrete internal corner arc (9) is arranged between the simulated toilet concrete shear wall (5) and the L-shaped concrete simulated floor plate; the method has guiding significance on construction of engineering entities.

Description

TECHNICAL FIELD

[0001] The utility model relates to a kind of test model devices, in particular to a kind of test model devices for simulating the waterproof layer of toilet. BACKGROUND

[0002] After the main structure of industrial and civil buildings is constructed, waterproof layer of toilet ground needs to be constructed in the construction of secondary structure; the waterproof layer of toilet belongs to concealed engineering, and it is related to whether seepage and leakage will occur in future use; if seepage occurs, the ground needs to be reworked, and there are many processes, high cost, and it will also damage the surrounding wall and decoration; therefore, waterproof layer construction effect test is a very important process for construction unit; how to pre-test and judge the waterproof layer construction effect, and timely find the loophole and hidden danger in waterproof layer construction, becomes a problem that construction unit urgently needs to answer before formal construction; how to develop a simulation platform device that can simulate and detect the waterproof layer construction effect, check the waterproof layer leakage and defects by pre-construction on simulation platform, and timely improve waterproof construction technology, has guiding significance for construction of engineering entity. SUMMARY

[0003] The utility model provides a kind of test model devices for simulating the waterproof layer of toilet, realize the waterproof layer leakage and defects by pre-construction on simulation platform, to guide the improvement of waterproof layer technology construction.

[0004] The utility model solves the above technical problems by the following technical solutions:

[0005] A kind of test model devices for simulating the waterproof layer of toilet, including model support column, horizontal L-shaped concrete simulation floor slab is arranged on model support column, sewer pipe floor penetrating hole is arranged in the middle part of L-shaped concrete simulation floor slab, sewer pipe is arranged in sewer pipe floor penetrating hole, simulation toilet concrete shear wall is arranged on the top end surface rear side of L-shaped concrete simulation floor slab, simulation waterproof reverse ridge is arranged on the top end surface front side of L-shaped concrete simulation floor slab, on L-shaped concrete simulation floor slab, simulation toilet concrete shear wall and simulation waterproof reverse ridge form a closed simulation toilet ground space;Simulation toilet concrete shear wall is "Z" shape, shear wall internal corner and shear wall external corner are arranged on the simulation toilet concrete shear wall of "Z" shape respectively;Concrete internal corner arc is arranged between simulation toilet concrete shear wall and L-shaped concrete simulation floor slab.

[0006] The wall surface base treatment agent layer is arranged on the simulated toilet concrete shear wall, the ground base treatment agent layer is arranged on the L-shaped concrete simulated floor slab, the waterproof additional layer is arranged on the concrete internal corner arc, and the pipe root waterproof additional layer is arranged in the annular gap between the sewer pipe and the sewer pipe through floor hole.

[0007] The wall surface waterproof layer is arranged on the wall surface base treatment agent layer, the ground waterproof layer is arranged on the ground base treatment agent layer, the reverse ridge waterproof layer is arranged on the inner side vertical surface of the simulated waterproof reverse ridge, and the pipe root waterproof layer is arranged on the pipe root waterproof additional layer; the simulated toilet concrete shear wall and the simulated waterproof reverse ridge form a closed simulated toilet ground space, and water is filled in the closed simulated toilet ground space.

[0008] The utility model realizes that the toilet ground waterproof layer is simulated and arranged in advance on the platform, and the specific conditions of the waterproof layer water leakage are observed and checked conveniently, the reasons are found in time and improved, and the utility model has guiding significance for the construction of engineering entity. ACCURATE DRAWINGS

[0009] Figure 1 It is the structure schematic diagram of the utility model;

[0010] Figure 2 It is the structure schematic diagram of the utility model after the base layer is arranged;

[0011] Figure 3 It is the structure schematic diagram of the utility model after the waterproof layer is simulated and arranged. DETAILED DESCRIPTION

[0012] The utility model will be described in detail in combination with the drawings:

[0013] The utility model provides a kind of model device for testing the simulation of applying bathroom waterproof layer, including model support column 1, horizontal L-shaped concrete simulation floor slab 2 is arranged on model support column 1, several model support column 1 erects L-shaped concrete simulation floor slab 2 at a certain height, to facilitate the observation of floor slab leakage from the bottom of L-shaped concrete simulation floor slab 2;Drainage pipe floor penetrating hole 3 is provided in the middle of L-shaped concrete simulation floor slab 2, and drainage pipe 4 is provided in drainage pipe floor penetrating hole 3, drainage pipe 4 is vertically connected from the top of L-shaped concrete simulation floor slab 2 to the bottom of L-shaped concrete simulation floor slab 2, simulation bathroom concrete shear wall 5 is provided on the rear side of the top end surface of L-shaped concrete simulation floor slab 2, simulation waterproof reverse ridge 8 is provided on the front side of the top end surface of L-shaped concrete simulation floor slab 2, on L-shaped concrete simulation floor slab 2, simulation bathroom concrete shear wall 5 and simulation waterproof reverse ridge 8 form a closed simulation bathroom ground space, water can be injected in the simulation bathroom ground space and stored, to measure and test leakage condition;Simulation bathroom concrete shear wall 5 is in the shape of 'Z', shear wall internal corner 6 and shear wall external corner 7 are respectively provided on the simulation bathroom concrete shear wall 5 in the shape of 'Z', concrete internal corner arc 9 is provided between simulation bathroom concrete shear wall 5 and L-shaped concrete simulation floor slab 2, shear wall internal corner 6, shear wall external corner 7 and the concrete internal corner arc 9 of wall root are all weak links of leakage, which are collected together by the detection device.

[0014] Wall surface base treatment agent layer 10 is applied on simulation bathroom concrete shear wall 5, ground surface base treatment agent layer 11 is applied on L-shaped concrete simulation floor slab 2, waterproof additional layer 12 is applied on concrete internal corner arc 9, and pipe root waterproof additional layer 14 is provided in the annular gap between drainage pipe 4 and drainage pipe floor penetrating hole 3.

[0015] Wall surface waterproof layer 16 is applied on wall surface base treatment agent layer 10, ground surface waterproof layer 15 is applied on ground surface base treatment agent layer 11, reverse ridge waterproof layer 13 is provided on the inner side vertical surface of simulation waterproof reverse ridge 8, and pipe root waterproof layer 17 is applied on pipe root waterproof additional layer 14;Water is filled in the closed simulation bathroom ground space formed by simulation bathroom concrete shear wall 5 and simulation waterproof reverse ridge 8;After the completion of waterproof layer application, water is filled in the space above the waterproof layer, and stored for a period of time, to observe the leakage condition on the bottom surface of L-shaped concrete simulation floor slab 2, when leakage point is found, it can be judged that the specific leakage position of waterproof layer, and the leakage reason is analyzed, and waterproof layer application is carried out again by changing process, and the leakage effect is observed.

Claims

1. A test model device for simulating the application of a bathroom waterproofing layer, comprising a model support column (1), on which a horizontal L-shaped concrete simulated floor slab (2) is erected, characterized in that, A drain pipe through-hole (3) is provided in the middle of the L-shaped concrete simulated floor slab (2), and a drain pipe (4) is provided in the drain pipe through-hole (3). A simulated bathroom concrete shear wall (5) is provided on the back side of the top surface of the L-shaped concrete simulated floor slab (2). A simulated waterproof curb (8) is provided on the front side of the top surface of the L-shaped concrete simulated floor slab (2). On the L-shaped concrete simulated floor slab (2), the simulated bathroom concrete shear wall (5) and the simulated waterproof curb (8) form a closed simulated bathroom floor space. The simulated bathroom concrete shear wall (5) is zigzag-shaped. A shear wall inside corner (6) and a shear wall outside corner (7) are provided on the zigzag simulated bathroom concrete shear wall (5). A concrete inside corner arc (9) is provided between the simulated bathroom concrete shear wall (5) and the L-shaped concrete simulated floor slab (2).

2. The inspection model device for simulating the application of a bathroom waterproofing layer according to claim 1, characterized in that, A wall base treatment layer (10) is applied on the simulated bathroom concrete shear wall (5), a ground base treatment layer (11) is applied on the L-shaped concrete simulated floor slab (2), a waterproof additional layer (12) is applied on the concrete inside corner arc (9), and a pipe root waterproof additional layer (14) is set in the annular gap between the drain pipe (4) and the drain pipe through the floor slab hole (3).

3. The inspection model device for simulating the application of a bathroom waterproofing layer according to claim 2, characterized in that, A wall waterproof layer (16) is applied on the wall base treatment agent layer (10), a ground waterproof layer (15) is applied on the ground base treatment agent layer (11), a waterproof layer (13) is set on the inner side of the simulated waterproof backsplash (8), and a waterproof layer (17) is applied on the additional waterproof layer (14) at the pipe root; water is filled into the closed simulated bathroom floor space composed of the simulated bathroom concrete shear wall (5) and the simulated waterproof backsplash (8).

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