CN209686542U - A kind of integrated type rain sewage diversion device - Google Patents
A kind of integrated type rain sewage diversion device Download PDFInfo
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- CN209686542U CN209686542U CN201920168442.5U CN201920168442U CN209686542U CN 209686542 U CN209686542 U CN 209686542U CN 201920168442 U CN201920168442 U CN 201920168442U CN 209686542 U CN209686542 U CN 209686542U
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Abstract
The utility model discloses a kind of integrated type rain sewage diversion devices, including upper box, current divider box, water inlet pipe, sewage pipe, drainpipe, floating ball, right reciprocating lever, right steel chock, left steel chock, left reciprocating lever, left connecting rod, swing intermediate bar and right connecting rod, in order to avoid entire lever adjusting arrangement is submerged by water quality and is easy to happen damage of getting rusty, entire lever adjusting arrangement is arranged outside current divider box, upper box namely is set in current divider box upper end, so that current divider box and upper box use integral structure, left connecting rod is provided in upper box, right connecting rod and swing intermediate bar, and in order to change the force-bearing situation of right steel chock and left steel chock, so that left reciprocating lever and right reciprocating lever can only move up and down, left connecting rod and right connecting rod have been respectively articulated between intermediate bar and left reciprocating lever and right reciprocating lever swinging.
Description
Technical field
The utility model relates to a kind of rain sewage diversion device more particularly to a kind of integrated type rain sewage diversion devices.
Background technique
Existing municipal drainage facility can be divided into rain sewage diversion and rain dirt mixed flow two ways, and China, old town, city by
It is not perfect in the mating pumping equipment of first stage of construction, the problem of in order to which rainy season urban waterlogging is effectively reduced, avoid asking for big water logging city
Topic can generally be drained using rain dirt mixed flowing mode, and the drainage pattern moderate rain dirt part flow arrangement of rain dirt mixed flow is essential,
Purpose is to borrow existing sewage discharge pipe network in rainy season to be drained, but be unlikely to increase the load of sewage treatment plant, and one
As rain sewage diversion device include current divider box, water inlet pipe, sewage pipe, drainpipe, cock body, oscillating rod and floating ball, in non-excretion rainwater
In the case of, drainpipe is clogged by one, is had cock body above sewage pipe but is not plugged, and is distinguished using two cock bodys of lever principle
The left and right sides of oscillating rod is set, floating ball does not do work at this time, and in the case where draining rain event, rainwater fills current divider box, floating ball
Acting drives the cock body on drainpipe to be detached from drainpipe, and rainwater is excreted out from drainpipe, and sewage pipe is plugged without sending out at this time
Raw excretion is suitble to solve the problems, such as old town waterlogging convenient for facilitating rain drainage, but since oscillating rod is in current divider box, it is whole
A lever adjusting arrangement is submerged by water quality, is easy to happen damage, and since the device is generally located in below ground, it has not been convenient to it examines
It repairs, increases maintenance difficulty, therefore intend in response to this problem, a more durable rain sewage diversion device being arranged.
Utility model content
For the above existing problem, the utility model provides a kind of integrated type rain sewage diversion device, is
It avoids entire lever adjusting arrangement from being submerged by water quality and be easy to happen damage of getting rusty, entire lever adjusting arrangement is arranged and is existed
Outside current divider box, that is, in current divider box upper end setting upper box, so that current divider box and upper box use integral structure, upper box
It is inside provided with left connecting rod, right connecting rod and swings intermediate bar, and in order to change the force-bearing situation of right steel chock and left steel chock,
So that left reciprocating lever and right reciprocating lever can only move up and down, cut with scissors respectively between intermediate bar and left reciprocating lever and right reciprocating lever swinging
It is connected to left connecting rod and right connecting rod.
The technical solution of the utility model is:
The utility model provides a kind of integrated type rain sewage diversion device, including current divider box, water inlet pipe, sewage pipe and
Drainpipe has been respectively communicated with the water inlet pipe, sewage pipe and drainpipe on the current divider box, and the water inlet pipe passes through flanged joint
It is arranged on the upside of the side wall of the current divider box, the sewage pipe and the drainpipe are arranged by flanged joint at described point respectively
At left and right sides of the bottom for flowing case；
The upper port of the drainpipe is embedded with right steel chock, and the upper end of the right steel chock is fixedly installed right past
Compound lever, the right reciprocating lever extends straight up in the current divider box and upper end is pierced by the current divider box；
The floating ball in horizontal positioned shape is nested on the part that the right reciprocating lever is in the current divider box；
The upper end of the current divider box is fixedly installed upper box, the upper end of the right reciprocating lever penetrate in the upper box and
Upper end is hinged with right connecting rod, and the right connecting rod inclination extends and left end is hinged with swing intermediate bar, in the swing intermediate bar
Centre is hinged on the center of the upper box；
The left end for swinging intermediate bar is hinged with left connecting rod, and the left connecting rod inclination extends and left end is hinged with a left side back and forth
Bar, the left reciprocating lever extends straight down in the upper box and lower end penetrates the current divider box, the left reciprocating lever
Lower end be fixedly installed left steel chock, the left steel chock is suspended at the surface of the sewage pipe upper port.
Further, the floating ball is in the lower section of horizontal plane locating for the water inlet pipe, and the maximum buoyancy being subject to can
Drive that the right steel chock is detached from the drainpipe and the left steel chock is moved down and filled in the sewage pipe.
Further, it is provided on the epipleural of the current divider box and leads to for what left reciprocating lever and the right reciprocating lever passed through
Hole.
Further, the left connecting rod, right connecting rod and swing intermediate bar are in the upper box, and the upper box
It will not hinder the left connecting rod, right connecting rod and the movement for swinging intermediate bar.
The utility model is allowed to specific positive beneficial effect compared with prior art due to using above-mentioned technology are as follows:
In order to avoid entire lever adjusting arrangement is submerged by water quality and is easy to happen damage of getting rusty, entire lever is adjusted
Upper box is arranged outside current divider box, that is, in current divider box upper end in structure setting, so that current divider box and upper box are using integration
Structure is provided with left connecting rod, right connecting rod in upper box and swings intermediate bar, and in order to change right steel chock and left steel chock
Force-bearing situation swinging intermediate bar and left reciprocating lever and the right side are reciprocal so that left reciprocating lever and right reciprocating lever can only move up and down
Left connecting rod and right connecting rod have been respectively articulated between bar.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the top view of the utility model；
Fig. 3 is the cross-sectional view in Fig. 2 at A-A.
In figure: 1- upper box, 2- current divider box, 3- water inlet pipe, 4- sewage pipe, 5- drainpipe, 6- floating ball, the right reciprocating lever of 7-,
The right steel chock of 8-, the left steel chock of 9-, the left reciprocating lever of 10-, 11- left connecting rod, 12- swing intermediate bar, 13- right connecting rod.
Specific embodiment
Embodiment one:
As shown in attached drawing 1- attached drawing 3, the utility model provides a kind of integrated type rain sewage diversion device, including top box
Body 1, current divider box 2, water inlet pipe 3, sewage pipe 4, drainpipe 5, floating ball 6, right reciprocating lever 7, right steel chock 8, left steel chock 9,
Left reciprocating lever 10, swings intermediate bar 12 and right connecting rod 13 at left connecting rod 11, wherein the internal diameter of the pipeline size of water inlet pipe 3 and drainpipe 5
Equal, the internal diameter of the pipeline of sewage pipe 4 is sized to be slightly smaller than the internal diameter of the pipeline size of water inlet pipe 3, and water inlet pipe 3 is arranged by flanged joint
On the upside of the side wall of current divider box 2, bottom of current divider box 2 or so two is arranged in sewage pipe 4 and drainpipe 5 by flanged joint respectively
Side；
The upper port of drainpipe 5 is embedded with right steel chock 8, and the upper end of right steel chock 8 is fixedly installed right reciprocating lever
7, right reciprocating lever 7 extends straight up in current divider box 2 and upper end is pierced by the epipleural of current divider box 2 namely current divider box 2 and is arranged
The through-hole for thering is right reciprocating lever 7 to pass through；
Be nested with the floating ball 6 in horizontal positioned shape on the part that right reciprocating lever 7 is in current divider box 2, floating ball 6 be in into
The lower section of horizontal plane locating for water pipe 3, and it is being able to drive that right steel chock 8 is detached from drainpipe 5 and left steel chock 9 is moved down and filled in
In sewage pipe 4；
The upper end of current divider box 2 is fixedly installed upper box 1, and the upper end of right reciprocating lever 7 penetrates in upper box 1 and upper end is hinged
There is right connecting rod 13, the inclination of right connecting rod 13 extends and left end is hinged with and swings intermediate bar 12, and the center for swinging intermediate bar 12 is hinged on
The center of upper box 1, left connecting rod 11, right connecting rod 13 and swing intermediate bar 12 are in upper box 1 at this time, and upper box 1 is not
It can hinder left connecting rod 11, right connecting rod 13 and the movement for swinging intermediate bar 12；
The left end for swinging intermediate bar 12 is hinged with left connecting rod 11, and the inclination of left connecting rod 11 extends and left end is hinged with left reciprocating lever
10, left reciprocating lever 10 extends straight down in upper box 1 and lower end penetrates 2 body of current divider box, that is, in the upside of current divider box 2
The through-hole passed through for left reciprocating lever 10 is provided on plate, the lower end of left reciprocating lever 10 is fixedly installed left steel chock 9, Zuo Gang
Chock 9 processed is suspended at the surface of 4 upper port of sewage pipe.
By using above-mentioned technical proposal, in order to avoid entire lever adjusting arrangement is submerged by water quality and is easy to happen life
It corrodes bad, entire lever adjusting arrangement is arranged outside current divider box 2, that is, upper box 1 is set in 2 upper end of current divider box, so that
Current divider box 2 and upper box 4 use integral structure, and left connecting rod 11, right connecting rod 13 are provided in upper box 1 and swings intermediate bar
12, and in order to change the force-bearing situation of right steel chock 8 and left steel chock 9, so that left reciprocating lever 10 and right reciprocating lever 7 can only
It moves up and down, has been respectively articulated with left connecting rod 11 and right connecting rod between intermediate bar 12 and left reciprocating lever 10 and right reciprocating lever 7 swinging
13；
Under non-excretion rain event, drainpipe 5 is clogged by right steel chock 8, and suspension has left steel plug above sewage pipe 4
It block 9 but is not plugged, passes through left connecting rod 11 and right connecting rod 13 respectively using the left steel chock 9 of lever principle and right steel chock 8
The left and right sides for swinging intermediate bar 12 is set, floating ball 6 does not do work at this time, and in the case where draining rain event, rainwater fills shunting
Case 2, floating ball 6 do work, and the right steel chock 8 in drainpipe 5 is driven to be detached from drainpipe 5, and rainwater is excreted out from drainpipe 5, this
When sewage pipe 4 clogged by left steel chock 9 without draining, convenient for facilitating rain drainage, be suitble to solve old town waterlogging
Problem.
Claims (4)
1. a kind of integrated type rain sewage diversion device, including current divider box, water inlet pipe, sewage pipe and drainpipe, the shunting
The water inlet pipe, sewage pipe and drainpipe are respectively communicated on case, it is characterised in that: the water inlet pipe is arranged by flanged joint
On the upside of the side wall of the current divider box, the sewage pipe and the drainpipe are arranged by flanged joint in the current divider box respectively
Bottom at left and right sides of；
The upper port of the drainpipe is embedded with right steel chock, and the upper end of the right steel chock is fixedly installed right reciprocal
Bar, the right reciprocating lever extends straight up in the current divider box and upper end is pierced by the current divider box；
The floating ball in horizontal positioned shape is nested on the part that the right reciprocating lever is in the current divider box；
The upper end of the current divider box is fixedly installed upper box, and the upper end of the right reciprocating lever penetrates in the upper box and upper end
It is hinged with right connecting rod, the right connecting rod inclination extends and left end is hinged with swing intermediate bar, the center hinge for swinging intermediate bar
It connects in the center of the upper box；
The left end for swinging intermediate bar is hinged with left connecting rod, and the left connecting rod inclination extends and left end is hinged with left reciprocating lever,
The left reciprocating lever extends straight down in the upper box and lower end penetrates the current divider box, under the left reciprocating lever
End is fixedly installed left steel chock, and the left steel chock is suspended at the surface of the sewage pipe upper port.
2. a kind of integrated type rain sewage diversion device according to claim 1, it is characterised in that: the floating ball is in
The lower section of horizontal plane locating for the water inlet pipe, and the maximum buoyancy being subject to is able to drive the right steel chock and is detached from the draining
Pipe and the left steel chock is moved down and is filled in the sewage pipe.
3. a kind of integrated type rain sewage diversion device according to claim 1 or 2, it is characterised in that: the shunting
The through-hole passed through for left reciprocating lever and the right reciprocating lever is provided on the epipleural of case.
4. a kind of integrated type rain sewage diversion device according to claim 3, it is characterised in that: the left connecting rod,
Right connecting rod and swing intermediate bar be in the upper box, and the upper box will not hinder the left connecting rod, right connecting rod and
Swing the movement of intermediate bar.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920168442.5U CN209686542U (en) | 2019-01-31 | 2019-01-31 | A kind of integrated type rain sewage diversion device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920168442.5U CN209686542U (en) | 2019-01-31 | 2019-01-31 | A kind of integrated type rain sewage diversion device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209686542U true CN209686542U (en) | 2019-11-26 |
Family
ID=68601169
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920168442.5U Active CN209686542U (en) | 2019-01-31 | 2019-01-31 | A kind of integrated type rain sewage diversion device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209686542U (en) |
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2019
- 2019-01-31 CN CN201920168442.5U patent/CN209686542U/en active Active
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