CN201901933U

CN201901933U - Seeper discharge device

Info

Publication number: CN201901933U
Application number: CN2010205856858U
Authority: CN
Inventors: 杨继跃; 谭建志
Original assignee: Guangdong Liansu Technology Industrial Co Ltd
Current assignee: Guangdong Liansu Technology Industrial Co Ltd
Priority date: 2010-11-01
Filing date: 2010-11-01
Publication date: 2011-07-20
Anticipated expiration: 2020-11-01

Abstract

The utility model discloses a seeper discharge device arranged between a discharge header and a storey, comprising a seeper discharge section and a discharge funnel, wherein the seeper discharge section is in socket fit with the discharge funnel, an upper end of the seeper discharge section is provided with a pipeline faucet, and a lower end of the discharge funnel is provided with a pipe socket barrel, the seeper discharge section comprises at least an upper layer structure and a lower layer structure, each layer is provided with a seeper discharge groove and a discharge channel communicated with the discharge header, and a seeper discharge hole communicated with the discharge channel is arranged on the seeper discharge groove. Besides discharging the seeper among the storey, the seeper discharge section is also capable of collecting the water leaked from the discharge header and discharging the water through the discharge header, wherein the water flows back to the discharger header through the discharge funnel, so that the discharge device takes the discharge by substituting the blocking. The seeper discharge device is economic and practical which is obvious in discharge effect and easy to mount.

Description

The ponding dewatering installation

Technical field

The utility model relates to the ponding discharging field of washroom, particularly a kind of ponding dewatering installation.

Background technology

At present, infiltration phenomenon in washroom is to be badly in need of the engineering technology problem that solves, because one be that difficulty is reprocessed in the washroom infiltration, and the 2nd, the infiltration reason is many, not easy-to-search.If can avoid caisson ponding, washroom seepage phenomenon will reduce greatly, but existing caisson seepage control measure is continued to use the structure of a kind of " blocking up " mostly, as Figure 13, load onto plank in the concrete floor bottom and fix, water puddling in fact, caisson concrete floor inwall and bottom cement anti-seepage mortar pressure surface after the initial set with pea gravel concreten, around pipeline, do a circle waterproofing materials sealing, prevent that caisson ponding from flowing to lower floor along tube wall.But this structure caisson ponding will occur when oozing under the pipeline infiltration or the surface water, and As time goes on, the meeting that increases of ponding forms pressure penetration and the seepage phenomenon occurs.Address this problem, should adopt, the means of anti-row combination based on " row ".

Summary of the invention

At the problem that above-mentioned prior art exists, it is a kind of economical and practical that the purpose of this utility model is to provide, and drainage effect is obvious, easy-to-install ponding dewatering installation.

The utility model technical solution is: a kind of ponding dewatering installation, be arranged between drain header and the floor, comprise ponding draining joint and water drain funnel, described ponding draining joint and water drain funnel socket joint cooperate, the upper end of ponding draining joint is provided with the pipeline birdsmouth, the lower end of water drain funnel is provided with pipeline socket joint tube, described ponding draining joint comprises double-layer structure at least up and down, and each layer is equipped with the ponding rhone, and the drainage channel that can connect with drain header, described ponding rhone also is provided with the ponding drain hole that is communicated with drainage channel.Ponding draining joint can also be collected the water that leaks out from drain header except the ponding of floor gap is drained, and flows back to drain header by water drain funnel and drain, and makes dewatering installation from serving as to lead to turn to based on " row " with " block up ", and leak preventing effect is obvious.

As a kind of preferred version, described ponding draining joint also comprises inside and outside double-layer structure, endothecium structure is the pipeline birdsmouth, and the tubular changeover portion that joins with the pipeline birdsmouth, layer structure comprises the shellring shape body that internal diameter from top to bottom increases gradually, and internal layer by joining at the superiors' ring bodies and pipeline birdsmouth outer wall, forms drainage channel between internal layer and the skin with outer, every layer of ring bodies is provided with the ponding rhone, and the ponding drain hole that is communicated with ponding rhone and drainage channel.Three lamination water drainings joint from top to bottom, first floor is by the ponding of ponding rhone discharging caisson, second, third layer also discharges the drain header tube wall except discharging caisson ponding infiltration.

As further preferred version, also be provided with one way valve between described ponding draining joint and the water drain funnel, with ponding after water drain funnel is drained, because the way flow general character of one way valve has prevented the refluence of sewage.

As preferred version further, described one way valve is the annular watertight shutter that is located in the drainage channel of ponding draining joint, is connected by spring between its annular watertight shutter and the water drain funnel, plays the switch motion of one way valve by the elastic reaction of spring.

As preferred version further, described annular watertight shutter soffit is provided with first boss, and described water drain funnel inwall is provided with and corresponding second boss of first boss, is connected by spring between first boss and second boss.

As preferred version further, stop up the ponding drain hole in order to prevent the foreign material in the sewage, described ponding rhone is provided with filtration beds.

As preferred version further, described filtration beds is rough sand and/or gauze, reduces the cost of material.

As preferred version further, closely cooperate for interstructural, prevent too much seepage from drain header of sewage, the internal diameter of described birdsmouth matches with the external diameter of drain header; The socket joint anchor point of described drain header and ponding draining joint is arranged at the birdsmouth bottom; Described water drain funnel upper end is provided with bell and spigot and cooperates with ponding draining joint socket joint, and the lower end is provided with the socket joint tube and cooperates with the drain header socket joint.

Compared with prior art, advantage of the present utility model and beneficial effect are:

1, the utility model sandwich construction formula ponding draining joint can be collected and the ponding in the emptying caisson and the infiltration of tube wall in time effectively;

2, ponding draining joint is located at drain header and is passed caisson concrete floor place, can solve ponding effectively along the problem of oozing under the pipe fitting;

3, annular watertight shutter can also prevent from well to gush on the foul smell and return excessive with sewage except forming one-way valve structures also;

4, the utility model need not adopt impervious material in preformed hole, and is easy for installation.

Description of drawings

Fig. 1 is the utility model structural representation;

Fig. 2 is Fig. 1 A place enlarged drawing;

Fig. 3 is Fig. 1 B place enlarged drawing;

Fig. 4 is Fig. 1 C place enlarged drawing;

Fig. 5 is the utility model non-return valve function schematic diagram 1;

Fig. 6 is the utility model non-return valve function schematic diagram 2;

Fig. 7 is the utility model " tower " formula ponding draining joint structural representation;

Fig. 8 is the A-A sectional view of Fig. 7;

Fig. 9 is the utility model water drain funnel structural representation;

Figure 10 is the B-B sectional view of Fig. 9;

Figure 11 is the utility model annular block water plate structure schematic diagram;

Figure 12 is the C-C sectional view of Figure 11;

Figure 13 is an existing ponding dewatering installation structural representation in the background technology.

The specific embodiment

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

Extremely shown in Figure 12 as Fig. 1, ponding dewatering installation of the present utility model, be arranged between drain header 1 and the floor 2, comprise ponding draining joint 3 and water drain funnel 5 that socket joint cooperates, water puddling in fact with pea gravel concreten 6 outside ponding draining joint 3, the water drain funnel and between the preformed hole, floor 2 inwalls and bottom are provided with cement anti-seepage mortar surface layer 7; Ponding draining joint 3 comprises double-layer structure at least up and down, and each layer is equipped with ponding rhone 8, and the drainage channel 16 that can connect with drain header 1, ponding rhone 8 also is provided with the ponding drain hole 9 that is communicated with drainage channel 16, the upper end of ponding draining joint 3 is provided with pipeline birdsmouth 15, and the lower end of water drain funnel 5 is provided with pipeline socket joint tube 20.Ponding draining joint 3 also comprises inside and outside double-layer structure, endothecium structure is a pipeline birdsmouth 15, and the tubular changeover portion that joins with pipeline birdsmouth 15, layer structure comprises the shellring shape body that internal diameter from top to bottom increases gradually, internal layer and outer by joining at the superiors' ring bodies and pipeline birdsmouth 15 outer walls, form drainage channel 16 between internal layer and the skin, every layer of ring bodies is provided with ponding rhone 8, and the ponding drain hole 9 that is communicated with ponding rhone 8 and drainage channel 16.

As shown in Figure 4, also be provided with one way valve between ponding draining joint 3 and the water drain funnel 5, one way valve is to be located at the annular watertight shutter 10 that the ponding draining saves 16 li of 3 drainage channels, is connected by spring 12 between its annular watertight shutter 10 and the water drain funnel 5; Annular watertight shutter 10 soffits are provided with first boss 11, water drain funnel 5 inwalls be provided with first boss, 11 corresponding second boss, 13, the first boss 11 and second boss 13 between be connected by spring 12.

As Fig. 2, shown in Figure 3, ponding rhone 8 also is provided with filtration beds 4, and rough sand or gauze are filled in the inside.

As Fig. 1, Fig. 7, shown in Figure 8, the internal diameter of birdsmouth 15 matches with the external diameter of drain header 1, drain header, and 1 is arranged at bell and spigot 15 bottoms with the socket joint anchor point 14 of ponding draining joint 3.

As shown in figure 10, water drain funnel 5 upper ends are provided with bell and spigot 18 and save 3 socket joints with the ponding draining and cooperate, and the lower end is provided with socket joint tube 20 and cooperates with drain header 1 socket joint.

As Fig. 1, shown in Figure 8, the ponding rhone 8 that the ponding draining saves 3 surfaces is divided into several layers, and the ponding rhone 8-1 of the first floor is used for the discharging of floor ponding, and remaining ponding rhone 8-2,8-3 are used for infiltration discharging under the tube wall.First boss 11 on annular watertight shutter 10 surfaces is corresponding with second boss 13 of water drain funnel 5 inside, and spring 12 is placed between two boss fixing, and annular watertight shutter 10 can move up and down, and constitutes one-way valve structures with ponding draining joint 3.Described water drain funnel 5 exists birdsmouth 18 to save 3 socket joints with the draining of " tower " formula ponding and cooperates, and water drain funnel 5 lower ends are provided with bell and spigot 20, and drain header 1 inserts bell and spigot 20 to be ended to socket joint anchor point 19 places.

The mounting method of the utility model ponding dewatering installation is as follows:

1, water drain funnel 5 is linked and packed with annular watertight shutter 10 usefulness springs 12, saves 3 socket joints with the ponding draining again and cooperates access drain header 1, and with the ponding rhone 8-1 sealed envelope of nonwoven gauze with the first floor, all the other each layers fill up with rough sand;

2, load onto plank in the preformed hole bottom and fix, outside ponding draining joint 3, water drain funnel 5 and between the preformed hole, water puddling in fact with pea gravel concreten 6;

3, in floor 2 inwalls and bottom, cooperate the oblique draining of cement mortar place mat one deck to save the antiseepage screed of first floor ponding rhone 8-1 with waterproof powder, the gradient is oriented to all ponding and can both assembles to first floor ponding rhone 8-1.

Embodiment described in the utility model only is the description that preferred implementation of the present utility model is carried out; be not that the utility model design and scope are limited; under the prerequisite that does not break away from the utility model design philosophy; engineers and technicians make the technical solution of the utility model in this area various variations and improvement; all should fall into protection domain of the present utility model; the technology contents that the utility model is asked for protection all is documented in claims.

Claims

1. ponding dewatering installation, be arranged between drain header (1) and the floor, comprise ponding draining joint (3) and water drain funnel (5), described ponding draining joint (3) and water drain funnel (5) socket joint cooperate, the upper end of ponding draining joint is provided with pipeline birdsmouth (15), the lower end of water drain funnel (5) is provided with pipeline socket joint tube (20), it is characterized in that, described ponding draining joint (3) comprises double-layer structure at least up and down, and each layer is equipped with ponding rhone (8), and the drainage channel (16) that can connect with drain header (1), described ponding rhone (8) also is provided with the ponding drain hole (9) that is communicated with drainage channel (16).

2. ponding dewatering installation according to claim 1, it is characterized in that, described ponding draining joint (3) also comprises inside and outside double-layer structure, endothecium structure is pipeline birdsmouth (15), and the tubular changeover portion that joins with pipeline birdsmouth (15), layer structure comprises the shellring shape body that internal diameter from top to bottom increases gradually, internal layer and outer by joining at the superiors' ring bodies and pipeline birdsmouth (15) outer wall, form drainage channel (16) between internal layer and the skin, every layer of ring bodies is provided with ponding rhone (8), and the ponding drain hole (9) that is communicated with ponding rhone (8) and drainage channel (16).

3. ponding dewatering installation according to claim 1 and 2 is characterized in that, also is provided with one way valve between described ponding draining joint (3) and the water drain funnel (5).

4. water supply and drainage device according to claim 3, it is characterized in that, described one way valve is the annular watertight shutter (10) of drainage channel (16) lining that is located at ponding draining joint (3), is connected by spring (12) between its annular watertight shutter (10) and the water drain funnel (5).

5. water supply and drainage device according to claim 4, it is characterized in that, described annular watertight shutter (10) soffit is provided with first boss (11), described water drain funnel (5) inwall is provided with and corresponding second boss of first boss (11) (13), is connected by spring (12) between first boss (11) and second boss (12).

6. ponding dewatering installation according to claim 2 is characterized in that, described ponding rhone (8) is provided with filtration beds (4).

7. ponding dewatering installation according to claim 6 is characterized in that, described filtration beds (4) is rough sand and/or gauze.

8. ponding dewatering installation according to claim 1 is characterized in that, the internal diameter of described birdsmouth (15) matches with the external diameter of drain header (1).

9. ponding dewatering installation according to claim 1 is characterized in that, described drain header (1) is arranged at birdsmouth (15) bottom with the socket joint anchor point (14) of ponding draining joint (3).

10. ponding dewatering installation according to claim 1 is characterized in that, described water drain funnel (5) upper end is provided with bell and spigot (18) and cooperates with ponding draining joint (3) socket joint, and the lower end is provided with socket joint tube (20) and cooperates with drain header (1) socket joint.