CN206859329U - A settling tank structure for toilets - Google Patents

Abstract

The utility model discloses a sink structure for a toilet, which solves the problems that the leveling layer of the sink has no gradient, causes unfavorable drainage and easy water accumulation, causes the toilet to smell and breed bacteria to smell; the reverse side of the filling layer facing the original base layer is sequentially attached with a tension layer, a backfill layer, a leveling waterproof layer, a mortar layer and a floor tile layer; a water running pipeline is arranged in the filling layer and is provided with a water running pipe communicated with the floor brick layer; walk to be provided with in proper order on the water pipe and alternate in filling layer, tension layer and screed-coat and communicate in the floor drain pipeline of the waterproof layer of making level, through the multiple drainage design of the drainage group of arranging the screed-coat in to reach the effect of walking water that improves the screed-coat, with the water that reduces to be detained at the screed-coat, the effectual environmental dryness degree that improves the bathroom.

Description

A settling tank structure for toilets

technical field

The utility model relates to the technical field of decoration, more specifically, it relates to a sinking pool structure used for toilets.

Background technique

At present, for the design of toilets in high-rise buildings, in order to prevent the upper toilets from disturbing the lower residents due to ground and pipeline leakage or maintenance problems during use, sinking tank structures for sinking toilets have been widely promoted in the construction and decoration industry. .

As shown in the sinking tank structure shown in Figure 1, the bottom layer is the original base layer 1, the base waterproof layer 2 is painted on the original base layer 1, and the base waterproof layer 2 is laid with a filling layer 3, which is a ceramsite filling layer , the upper surface of the filling layer 3 is laid with a steel mesh layer 51 to improve the overall tension of the settling tank; the upper surface of the steel mesh layer 51 is filled with a backfill layer 6, and the surface of the backfill layer 6 is bonded with a floor tile layer 91. 3 is pre-embedded with a water pipe 4, the water pipe 4 is connected with a water pipe 41, and the water pipe 41 is connected to the floor tile layer 91, so that the waste water flows out through the water pipe 4; A leveling waterproof layer 8 with upper and lower layers, the leveling waterproof layer 8 is provided with a secondary floor drain 34 for communicating with the water pipeline 4, and the secondary floor drain 34 is on the same plane as the leveling waterproof layer 8, so that the water that penetrates through the floor tiles Water flows into the secondary floor drain 34 through the backfill layer 6 and the leveling waterproof layer 8 , so that the waste water entering the secondary floor drain 34 flows into the water conduit 4 .

The common defect of the structure of the existing sunken toilet sink is that the leveling and waterproof layer 8 of the sink has no slope, which causes unfavorable drainage and easy water accumulation, which causes the toilet to stink and breed bacteria.

Utility model content

The purpose of this utility model is to provide a settling tank structure for toilets, which can effectively improve the water flow effect of the leveling layer, reduce the water trapped in the leveling layer, and effectively improve the environmental dryness of the toilet.

The above-mentioned technical purpose of the utility model is achieved through the following technical solutions: a settling tank structure for toilets, including the original base layer, the filling layer attached to the original base layer, and the gap between the original base layer and the filling layer. There is a basic waterproof layer in between; the filling layer facing the back of the original base layer is sequentially pasted with a tension layer, a backfill layer, a leveling layer, a leveling waterproof layer, a mortar layer, and a floor tile layer; the filling layer is provided with a water pipeline , the water pipeline is provided with a water pipeline connected to the floor tile layer; the water pipeline is provided with a floor drain pipeline that is sequentially interspersed with the filling layer, the tension layer and the leveling layer and communicated with the leveling waterproof layer.

By adopting the above technical scheme, the basic waterproof layer set between the original base layer and the filling layer can effectively avoid the outflow of water penetrating into the original base layer, so as to effectively reduce the occurrence of water leakage in the original base layer; Lay the existing tension layer, backfill layer, leveling layer, leveling waterproof layer, mortar layer and floor tile layer to form a complete bathroom floor, and the water pipes set in the filling layer and the water pipes connected to the floor tile layer make The water circulating in the floor tiles flows to the water pipe through the water pipe, and the water pipe is provided with a floor drain pipe for connecting the leveling waterproof layer, so that the water that penetrates from the floor tiles to the leveling waterproof layer flows into the floor drain pipe to avoid penetration in the backfill layer and leveling The stagnant water in the waterproof layer stinks, so that the bathroom floor is often kept dry and hygienic, so as to effectively improve the cleanliness of the user's living environment; the leveling waterproof layer is set to effectively prevent the water from continuing to penetrate into the filling layer, so as to avoid Water is trapped in the fill layer.

Further, the mouth of the floor drain pipeline is provided with a water-permeable component placed in the mortar layer.

With the above technical solution, the permeable component installed at the mouth of the floor drain pipe makes it difficult for the mortar layer covering the leveling waterproof layer to fill and seal the nozzle of the floor drain pipe, and the permeable component allows the floor tiles to penetrate the mortar layer to the leveling waterproof layer Part of the water penetrates through the mortar layer and the permeable component to flow out of the floor drain pipe, and the other part flows through the leveling waterproof layer to the permeable component and then to the floor drain pipe.

Further, the water-permeable component includes a plurality of ceramsites placed at the mouth of the floor drain pipe, and a water-permeable net that wraps the ceramsite and places it at the mouth of the floor drain pipe.

Using the above technical scheme, the multiple ceramsites placed at the mouth of the floor drain pipeline and the permeable net including the ceramsite make the multiple ceramsites wrapped by the permeable net and placed at the nozzle of the floor drain pipeline as a whole, through the multiple ceramsites Accommodated in the permeable net, the gaps between the ceramsites make the water permeated by the mortar layer flow into the floor drain through the permeable component.

Further, the nozzle of the floor drain pipeline is provided with a floor drain net cover for blocking the permeable components, and the floor drain net cover is lower than the leveling layer.

With the above technical scheme, the floor drain net cover is set so that the permeable components placed at the mouth of the floor drain pipe will not fall into the floor drain pipe under the support of the floor drain net cover; the floor drain net cover is lower than the leveling layer to avoid water stagnation in The connection between the leveling layer and the nozzle of the floor drain pipe can effectively avoid water stagnation and odor.

Further, the leveling layer is provided with a drainage group for diverting water to the nozzle of the floor drain pipe.

Adopt the above-mentioned technical scheme, set the drainage group on the leveling layer, so that the water infiltrated on the leveling layer, through the drainage group, the water infiltrated in each position of the leveling layer will be drained to the mouth of the floor drain pipeline and flow to the main pipeline; through the drainage group The setting of the group effectively prevents water from stagnating in the leveling waterproof layer, so as to reduce the chance of water stink due to stagnation.

Further, the drainage group includes a central drainage network placed on the leveling layer and centered on the floor drain pipe, and a plurality of main drainage channels connected to the central drainage network to divert water to the nozzle of the floor drain pipe.

Adopting the above-mentioned technical scheme, the central drainage network distributed with the floor drain pipeline as the center, and the multiple main drainage channels connected to the central drainage network and diverting water to the nozzle of the floor drain pipeline are set, so that the entire drainage group is centered around the nozzle of the floor drain pipeline. It spreads around the center and diverts the water that seeps into the leveling layer to the floor drain pipe in a large area.

Further, a plurality of the main drainage channels communicate with each other with auxiliary drainage channels.

By adopting the above-mentioned technical scheme, through the interconnected sub-drainage channels set between the main drainage channels, the coverage of the drainage group on the leveling layer can be increased, so as to effectively improve the drainage rate of the water penetrating into the leveling waterproof layer to the floor drain pipe. efficiency.

Further, the main drainage channel, the auxiliary drainage channel and the central drainage network are opened from shallow to deep at the mouth of the floor drain pipe.

Using the above technical scheme, the main drainage channel, the auxiliary drainage channel and the central drainage network are opened from shallow to deep at the mouth of the floor drain pipeline, so that the water penetrating into the leveling waterproof layer is drained by the drainage group inclined towards the nozzle of the floor drain pipeline. It can be effectively merged into the floor drain pipe to effectively reduce the occurrence of water stagnation and odor.

Further, the leveling layer slopes around at the mouth of the floor drain pipeline.

With the above technical solution, the leveling layer is sloped towards the surroundings at the mouth of the floor drain pipe, so that the water gathering capacity of the leveling and waterproof layer painted on the leveling layer is made, so that the water penetrating into the leveling layer is directed towards the floor drain pipe to the greatest extent Combined flow to the water pipe.

Further, the floor drain pipe is placed at a linear distance of 1 m from the water pipe.

With the above technical solution, the linear distance from the floor drain pipe to the water pipe is 1m, so that the water entering the mouth of the floor drain pipe placed on the leveling layer can quickly enter the water pipe and flow out from the water pipe.

Description of drawings

Fig. 1 is the sedimentation tank structure in the prior art;

Fig. 2 is the city pool structure in the utility model embodiment;

Figure 3 is an enlarged view of A in Figure 2;

Fig. 4 is a structural schematic diagram of the drainage group arranged on the leveling layer in the embodiment of the utility model;

Fig. 5 is a cross-sectional view along line B-B in Fig. 4 .

In the figure: 1. Original base layer; 2. Basic waterproof layer; 3. Filling layer; 31. Floor drain pipe; 311. Floor drain net cover; 32. Ceramsite; 33. Permeable net; 34. Secondary floor drain; 4. Walking Water pipeline; 41. Water pipe; 5. Tension layer; 51. Steel mesh layer; 6. Backfill layer; 7. Leveling layer; 71. Main drainage channel; 72. Secondary drainage channel; 73. Central drainage network; Waterproof layer; 9, mortar layer; 91, floor tile layer.

detailed description

Below in conjunction with accompanying drawing, the utility model is described in further detail.

This specific embodiment is only an explanation of the utility model, and it is not a limitation of the utility model. After reading this description, those skilled in the art can make modifications to the embodiment without creative contribution according to needs, but as long as it is within the utility model All new claims are protected by patent law.

Embodiment: a sinking tank structure for toilet, as shown in accompanying drawing 2 and accompanying drawing 3, comprises original base layer 1, the filling layer 3 that is attached to described original base layer 1, original base layer 1 and filling A foundation waterproof layer 2 is set between the layers 3 to reduce the occurrence of water leakage from the original foundation layer 1; the filling layer 3 is sequentially attached with a tension layer 5, a backfill layer 6, a leveling layer 7, a leveling waterproof layer 8, and a mortar layer 9 , floor tile layer 91, to form a complete bathroom floor, so that the integrity of the bathroom is improved, the tension layer 5 is a glass fiber mesh, the filling layer 3 and the backfilling layer 6 are filled with ceramsite; the filling layer 3 pre-embeds the water pipeline 4, The water pipe 4 is made of a PVC pipe, and the water pipe 4 is hot-melt connected with a water pipe 41. The water pipe 41 is made of a PVC pipe, and the other end of the water pipe 41 is connected to the floor tile layer 91 of the toilet. The floor tile layer 91 is made of non-slip floor tiles through mortar. It is formed by laying on the surface of the bathroom floor, and the anti-slip floor tiles are used to prevent users from slipping during use; the water pipe 4 is pre-buried parallel to the original base layer 1, and the water pipe 41 is connected perpendicular to the water pipe 4, so that it can flow through the floor tiles The water in the layer 91 flows to the water pipe 4 through the water pipe 41; the basic waterproof layer 2 and the leveling waterproof layer 8 are all made of waterproof rolls, and the waterproof rolls are made by impregnating asphalt or polymer waterproof materials on the carcass. The finished waterproof material products are provided in the form of coils. The waterproof coils have good water resistance and stability to temperature changes (no flow, no bubbles, no confusion at high temperatures; no brittle cracks at low temperatures), certain Mechanical strength, elongation and fracture resistance must have certain toughness and aging resistance.

The leveling layer 7 is sloped around the mouth of the floor drain pipe 31, so that the water-collecting ability of the leveling waterproof layer 8 painted on the leveling layer 7 is applied, so that the water that penetrates into the leveling layer 7 is directed towards the floor drain to the greatest extent. The pipelines 31 are confluent and flow to the water pipeline 4 .

The drain pipe 4 is vertically connected with a floor drain pipe 31. The floor drain pipe 31 is sequentially inserted into the filling layer 3, the tension layer 5 and the leveling layer 7, and the mouth of the floor drain pipe 31 is connected to the leveling waterproof layer 8, so that the floor tiles penetrate to the leveling waterproof layer. The water of 8 flows into the floor drain pipe 31; the floor drain pipe 31 is set apart from the water pipe 411m, so that the water that is placed in the floor drain pipe 31 nozzle of the leveling layer 7 can quickly enter the water pipe 4, and flow out from the water pipe 4.

The mouth of the floor drain pipe 31 is covered with a floor drain net cover 311. The floor drain net cover 311 is a circular cover made of PVC material with a mesh structure. 311 is clamped and fixed at the nozzle of the floor drain pipe 31, and will not fall into the water pipe 41; the floor drain net cover 311 is set lower than the leveling layer 7, and the floor drain net cover 311 is lower than the leveling layer 7, so as to avoid water stagnation in the leveling layer 7 and floor drain pipeline 31 spout joints, to effectively avoid water stagnation and stink.

The water permeable assembly placed in the mortar layer 9 is pre-embedded at the mouth of the floor drain pipe 31, so that the water from the floor tiles penetrates to the mortar layer 9 to the leveling waterproof layer 8, and a part penetrates through the mortar layer 9 and the water permeable assembly to flow out of the floor drain pipe 31, and the other A part flows through the leveling waterproof layer 8 to the water-permeable assembly and then to the floor drain pipe 31; the water-permeable assembly includes 20 ceramsites 32 placed at the mouth of the floor drain pipe 31, and a spherical water-permeable net 33 wrapping the ceramsite 32, the water-permeable net 33 is a glass fiber net, which is not easily corroded by water and has a longer service life. 20 ceramsites 32 are accommodated in the permeable net 33, and the gaps between the ceramsites 32 make the mortar layer 9 infiltrate The water flows into the floor drain pipe 31 through the water permeable assembly.

As shown in Figure 4, the upper surface of the leveling layer 7 is provided with a drainage group that is covered with the leveling layer 7, and the drainage group diverts water to the floor drain pipeline 31 nozzles to converge and flow to the water pipeline 4; the drainage group includes a floor drain pipeline 31 pipes The central drainage network 73 opened at the center and the main drainage channel 71 connected to the central drainage network 73, the central drainage network 73 is formed by stacking two five-pointed star outlines, and the two five-pointed star outlines are stacked by rotating 36 degrees at the center of the five-pointed star Arrangement, the main flow channel 71 is arranged along the outer diameter circumference of the floor drain pipeline 31, and straightly connects the opposite corners of two stacked five-pointed stars; The auxiliary drainage channel 72, the two five-pointed star outlines are stacked and arranged with the center of the five-pointed star rotated 36 degrees, and the auxiliary drainage channel 72 is placed on the periphery of the central drainage network 73, so that the entire drainage group spreads around the center of the floor drain pipe 31 nozzle , the water permeating to the leveling layer 7 is diverted to the floor drain pipe 31 to flow out with a large area.

As shown in accompanying drawing 4 and accompanying drawing 5, main drainage channel 71, secondary drainage channel 72, central drainage net 73 are opened in leveling waterproof layer 8 from shallow to deep toward floor drain pipe 31 nozzles, to form inclined passages, make The water penetrating into the leveling waterproof layer 8 is effectively merged into the floor drain pipe 31 under the drainage of the drainage group inclined towards the mouth of the floor drain pipe 31, so as to effectively reduce the occurrence of water stagnation and odor.

Claims (10)

1. A settling tank structure for toilet, characterized in that: comprise former foundation layer (1), be fitted in the filling layer (3) of described former foundation layer (1), former foundation layer (1) and filling A basic waterproof layer (2) is arranged between the layers (3); the filling layer (3) is sequentially laminated with a tension layer (5), a backfill layer (6), and a leveling layer ( 7), leveling the waterproof layer (8), mortar layer (9), and floor tile layer (91); the filling layer (3) is provided with a water conduit (4), and the water conduit (4) is provided with a The water pipe of the floor tile layer (91); the water pipe (4) is provided with the filling layer (3), the tension layer (5) and the leveling layer (7) sequentially interspersed and connected to the leveling waterproof layer (8) floor drain pipe(31). 2. A settling tank structure for toilets according to claim 1, characterized in that: the mouth of the floor drain pipe (31) is provided with a permeable component placed in the mortar layer (9). 3. A settling tank structure for toilets according to claim 2, characterized in that: the permeable component includes a plurality of ceramsite (32) placed at the mouth of the floor drain pipe (31), and the ceramsite The water-permeable net (33) wrapped by grains (32) and placed at the mouth of the floor drain pipe (31). 4. A settling tank structure for toilet according to claim 3, characterized in that: the mouth of the floor drain pipe (31) is provided with a floor drain net cover (311) for separating the permeable components, and the floor drain The net cover (311) is lower than the leveling layer (7). 5. A settling tank structure for toilet according to claim 4, characterized in that: said leveling layer (7) is provided with a drainage group for diverting water to the mouth of the floor drain pipe (31). 6. A settling tank structure for toilet according to claim 5, characterized in that: said drainage group comprises a central drainage network ( 73), and a plurality of main drainage channels (71) that communicate with the central drainage network (73) to divert water to the mouth of the floor drain pipeline (31). 7. A settling tank structure for toilet according to claim 6, characterized in that: a plurality of said main drainage channels (71) are connected with auxiliary drainage channels (72). 8. A settling tank structure for toilets according to claim 7, characterized in that: the main drainage channel (71), the auxiliary drainage channel (72) and the central drainage network (73) to the floor drain pipe (31 ) The opening of the nozzle is from shallow to deep. 9. A settling tank structure for toilets according to claim 8, characterized in that: said leveling layer (7) slopes around at the mouth of the floor drain pipeline (31). 10. A settling tank structure for toilet according to claim 9, characterized in that: the floor drain pipe (31) is placed at a linear distance of 1 m from the water pipe (41).