CN203782834U

CN203782834U - Anti-overflow poop pool

Info

Publication number: CN203782834U
Application number: CN201420189863.3U
Authority: CN
Inventors: 万家晨
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-04-18
Filing date: 2014-04-18
Publication date: 2014-08-20
Anticipated expiration: 2024-04-18

Abstract

The utility model relates to an anti-overflow poop pool. The poop pool comprises a sewage pipeline (101), wherein a sewage barrel (1) is arranged in the sewage pipeline (101); the outer wall of the sewage barrel (1) is adhered on the inner wall of the sewage pipeline (101); a silt removing spoon (2) is placed in the sewage pipeline (101); the silt removing spoon (2) is placed under the sewage barrel (101); a silt removing spoon guide slot (103) is formed in the inner wall of the sewage pipeline (101) along the length direction of the sewage barrel (101); a standing rope (3) is placed in the silt removing spoon guide slot (103); a guide column (2.1) is arranged on the silt removing spoon (2); the lower end of the standing rope (3) is connected with the guide column (2.1). The anti-overflow poop pool is good in dredging effect.

Description

Anti-spilled closet stall

Technical field

The utility model relates to a kind of anti-spilled closet stall.

Background technology

At present, conventional closet stall, in the time occurring to stop up, can only adopt simple dredging tool, dredges operation as toilet brush etc., dredges poor effect.

Summary of the invention

The purpose of this utility model is to overcome above-mentioned deficiency, and a kind of anti-spilled closet stall that effectiveness is good of dredging is provided.

The purpose of this utility model is achieved in that a kind of anti-spilled closet stall, described closet stall includes sewer pipe, in described sewer pipe, be set with the dirty cylinder of a Sheng, the outer wall of the dirty cylinder of this Sheng is attached at the inwall of sewer pipe, on the described outer wall of containing dirty cylinder, be provided with protruding projection, on the inwall of described sewer pipe, be provided with along its length and contain dirty cylinder gathering sill, above-mentioned projection is embedded in the dirty cylinder of this Sheng gathering sill;

There is a desilting spoon to be positioned at sewer pipe, and desilting spoon is positioned at the below of the dirty cylinder of above-mentioned Sheng, the inwall of described sewer pipe is provided with a desilting spoon gathering sill along its length, one drag-line is positioned at desilting spoon gathering sill, and on described desilting spoon, be provided with a guide pillar, the lower end of above-mentioned drag-line is connected with this guide pillar.

The anti-spilled closet stall of the utility model, described guide pillar cross section is T shape structure, this guide pillar can embed in the desilting spoon gathering sill that is "T"-shaped setting.

The anti-spilled closet stall of the utility model, the bottom of the dirty cylinder of described Sheng is provided with a filter screen.

The anti-spilled closet stall of the utility model, the top of the dirty cylinder of described Sheng gathering sill is connected with an oblique guide rail, and contains dirty cylinder and be opening setting towards the one side of oblique guide rail, and the below of described oblique guide rail is provided with a dirt and holds bucket.

The anti-spilled closet stall of the utility model, described drag-line is chain structure, drag-line and guide pillar are hinged.

Compared with prior art, the beneficial effects of the utility model are:

The utility model, by the cooperation of desilting spoon and the dirty cylinder of Sheng, can clear the dirt in pipeline efficiently and effectively, and than traditional desilting dredging operating type, efficiency is higher, better effects if.

Brief description of the drawings

Fig. 1 is the partial structurtes schematic diagram of the anti-spilled closet stall of the utility model.

Fig. 2 is the structural representation of the dirty cylinder of Sheng of the anti-spilled closet stall of the utility model.

Fig. 3 is the structural representation of the desilting spoon of the anti-spilled closet stall of the utility model.

Fig. 4 is the partial structurtes schematic diagram at the open top end place of the water supply pipeline of the anti-spilled closet stall of the utility model.

Wherein:

Sewer pipe 101, the dirty cylinder of Sheng gathering sill 102, desilting spoon gathering sill 103, oblique guide rail 104, dirt hold bucket 105;

Contain dirty cylinder 1, desilting spoon 2, drag-line 3;

Projection 1.1;

Guide pillar 2.1.

Detailed description of the invention

Referring to Fig. 1 ~ 4, the anti-spilled closet stall of one that the utility model relates to, described closet stall includes sewer pipe 101, in described sewer pipe 101, be set with the dirty cylinder 1 of a Sheng, the outer wall of the dirty cylinder 1 of this Sheng is attached at the inwall of sewer pipe 101, preferably, on the described outer wall of containing dirty cylinder 1, be provided with on the inwall of sewer pipe 101 described in protruding projection 1.1 and be provided with along its length and contain dirty cylinder gathering sill 102, above-mentioned projection 1.1 is embedded in the dirty cylinder of this Sheng gathering sill 102, thereby make to contain dirty cylinder 1 and vertically move up and down (as shown in Figure 2) under the guiding of containing dirty cylinder gathering sill 102,

Referring to Fig. 1 and Fig. 3, there is a desilting spoon 2 to be positioned at sewer pipe 101, and desilting spoon 2 is positioned at the below of the dirty cylinder 1 of above-mentioned Sheng, the inwall of described sewer pipe 101 is provided with a desilting spoon gathering sill 103 along its length, one drag-line 3 is positioned at desilting spoon gathering sill 103, and is provided with a guide pillar 2.1 on described desilting spoon 2, preferred, these guide pillar 2.1 cross sections are T shape structure, and this guide pillar 2.1 can embed in the desilting spoon gathering sill 103 that is "T"-shaped setting; The lower end of above-mentioned drag-line 3 is connected with this guide pillar 2.1, and the upper end of drag-line 3 and actuating unit (as hoist engine, setting is that manpower pulls) are connected;

The diameter of described desilting spoon 2 is identical with the diameter of containing dirty cylinder 1, thereby when making to pull desilting spoon 2 to rise, can drive and contain together top of dirty cylinder 1, from dirt is enhanced; Preferably, remove contamination anti-blockingly in order to improve, described bottom of containing dirty cylinder 1 is provided with a filter screen, and so, in the normal process using, the impurity of bulk can not go down to stop up the elbow of sewer pipe 101; Meanwhile, also can be provided with baffle ring in the bottom of containing dirty cylinder 1, to increase the contact area of containing dirty cylinder 1 and desilting spoon 2, convenient dirt be proposed;

In desilting process, for convenient, the dirt elevating is focused on, described top of containing dirty cylinder gathering sill 102 is connected with an oblique guide rail 104(as shown in Figure 4), and contain dirty cylinder 1 and be opening setting (as shown in Figure 2) towards the one side of oblique guide rail 104, thereby make in the time that desilting spoon 2 drives the dirty cylinder 1 of Sheng to rise to top, contain dirty cylinder 1 and have a down dip in the guiding of oblique guide rail 104, and the below of described oblique guide rail 104 is provided with a dirt and holds bucket 105; In the time containing dirty cylinder 1 inclination, dirt is wherein poured into dirt and hold in bucket 105, be convenient to focus on;

And, drag-line 3 adopts chain structure, drag-line 3 is hinged with guide pillar 2.1, so in ensureing drag-line flexibility, also make it there is certain toughness, can, under the dynamic action of actuating unit, repeatedly (especially elbow) in pipeline be impacted, can effectively promote dirt.

Claims

1. an anti-spilled closet stall, described closet stall includes sewer pipe (101), it is characterized in that: in described sewer pipe (101), be set with the dirty cylinder of a Sheng (1), the outer wall of the dirty cylinder of this Sheng (1) is attached at the inwall of sewer pipe (101), on the described outer wall of containing dirty cylinder (1), be provided with on the inwall of the described sewer pipe of protruding projection (1.1) (101) and be provided with along its length and contain dirty cylinder gathering sill (102), above-mentioned projection (1.1) is embedded in this Sheng dirty cylinder gathering sill (102);

There is a desilting spoon (2) to be positioned at sewer pipe (101), and desilting spoon (2) is positioned at the below of the dirty cylinder of above-mentioned Sheng (1), the inwall of described sewer pipe (101) is provided with a desilting spoon gathering sill (103) along its length, one drag-line (3) is positioned at desilting spoon gathering sill (103), and on described desilting spoon (2), be provided with a guide pillar (2.1), the lower end of above-mentioned drag-line (3) is connected with this guide pillar (2.1).

2. a kind of anti-spilled closet stall as claimed in claim 1, is characterized in that: described guide pillar (2.1) cross section is T shape structure, this guide pillar (2.1) can embed in the desilting spoon gathering sill (103) that is "T"-shaped setting.

3. a kind of anti-spilled closet stall as claimed in claim 1 or 2, is characterized in that: described bottom of containing dirty cylinder (1) is provided with a filter screen.

4. a kind of anti-spilled closet stall as claimed in claim 1 or 2, it is characterized in that: described top of containing dirty cylinder gathering sill (102) is connected with an oblique guide rail (104), and contain dirty cylinder (1) and be opening setting towards the one side of oblique guide rail (104), the below of described oblique guide rail (104) is provided with a dirt and holds bucket (105).

5. a kind of anti-spilled closet stall as claimed in claim 1 or 2, is characterized in that: described drag-line (3) is chain structure, and drag-line (3) is hinged with guide pillar (2.1).