CN207436189U - The stormwater overflow device of stagnant storage rainwater is arranged in a kind of foot-operated control soon - Google Patents
The stormwater overflow device of stagnant storage rainwater is arranged in a kind of foot-operated control soon Download PDFInfo
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- CN207436189U CN207436189U CN201721506380.1U CN201721506380U CN207436189U CN 207436189 U CN207436189 U CN 207436189U CN 201721506380 U CN201721506380 U CN 201721506380U CN 207436189 U CN207436189 U CN 207436189U
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- rainwater
- flashboard
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Abstract
The utility model discloses the stormwater overflow devices that stagnant storage rainwater is arranged in a kind of foot-operated control soon, in half buried cube shaped hollow structure, arrange including top overflow port, rainwater connecting tube, the fast round of side wall and soon control device.Top overflow port is located at the top of stormwater overflow device, and the fast round of side wall is located on stormwater overflow device side wall, and rainwater connecting tube is located at stormwater overflow device sidewall bottom, and fast control device of arranging is arranged in the fast round of side wall.It is combined by the fast round of side wall by foot-operated fast row's control device control opening and closing with connecting the rainwater connecting tube of Storm Sewer System, have the function of that top overflowing rain water discharge and areole arrange collected rainwater soon simultaneously, it again can fast evacuation collected rainwater after realizing the function that inlet for stom water overflow discharge is maintained in rainfall, rainfall.
Description
Technical field
The utility model is related to drainage arrangement more particularly to the stagnant drainage arrangements for storing rainwater.
Background technology
As country promotes the low influence development stimulation such as the construction in sponge city, concave herbaceous field, Rain Garden extensively should
With, these stagnant storage types it is low influence development stimulation need it is stagnant store a part of rainwater, more than the rainwater side that passes through overflow of inereasing water area
Formula is emitted into municipal Storm Sewer System, to achieve the purpose that flood peak clipping.
However, required according to sponge urban construction, the low influence development stimulation of such stagnant storage type, collected rainwater is preferably when 24 is small
Interior emptying both vacateed water storage space for rainfall next time, also for avoiding growing the harmful effects such as mosquitos and flies.
For greenery patches, under ooze and reach saturation after, be difficult to ooze down completely in the collected rainwater short time, for it is some do not have under
The low influence development stimulation of function is oozed, the speed of ponding natural evaporation is also limited.However, the low influence exploitation such as concave herbaceous field is arranged
It applies, water storage layer thickness is only 100~300 millimeters, and using machine, row is difficult to operate, it is therefore desirable to have a kind of tie up in rainfall
Hold the device of fast evacuation collected rainwater after the function of inlet for stom water overflow discharge, rainfall.
Utility model content
The low needs for influencing development stimulation such as concave herbaceous field are not suitable with for the stagnant storage rain-water drainage device of the prior art,
The utility model releases a kind of stagnant storage rain-water drainage device of easy Mechanical course, by being controlled by foot-operated fast row's control device
The fast round of side wall of opening and closing is combined with connecting the rainwater connecting tube of Storm Sewer System, while has top overflowing rain water discharge and side wall
The function of collected rainwater is arranged in hole soon, again can be quick after realizing the function that inlet for stom water overflow discharge is maintained in rainfall, rainfall
Empty collected rainwater.
The utility model is related to it is a kind of it is foot-operated control arrange soon it is stagnant storage rainwater stormwater overflow device be in half buried cube
Bodily form hollow structure arranges including top overflow port, rainwater connecting tube, the fast round of side wall and soon control device.Top overflow port position
At the top of stormwater overflow device, the fast round of side wall is located on stormwater overflow device side wall, and rainwater connecting tube is located at stormwater overflow dress
Sidewall bottom is put, fast control device of arranging is arranged in the fast round of side wall.
The top overflow port is located at the top of four side wall of stormwater overflow device, and equipped with rain perforaled strainer, be above the ground level 100-
300mm。
The rainwater connecting tube is stretched out from stormwater overflow device sidewall bottom, is connected with municipal Storm Sewer System.
The fast round of side wall is arranged on stormwater overflow device one side wall top, can make inside stormwater overflow device with outside
Portion connects.
Fast row's control device is located in the fast round of side wall of stormwater overflow device side wall, including card slot, foot-operated flashboard
And pedal controller.For card slot to set the trough body structure in the side wall of the fast round of side wall, foot-operated flashboard is to be placed in card slot
Plate body is simultaneously parallel with side wall, and foot-operated flashboard can move up and down in card slot.Flashboard hole arranged at foot-operated flashboard top, on flashboard hole
Equipped with grid.There are inverted "L" shape gap in foot-operated flashboard lower end both sides.Two groups of pedal controllers are arranged in card slot, are placed in foot-operated
Flashboard both sides.
The pedal controller includes snap-gauge, slide bar, spring.
The snap-gauge is placed in the both sides of foot-operated flashboard lower part, and the protrusion of snap-gauge upper end one side is tightly stuck in foot-operated flashboard inverted " L "
In shape gap, there is spring A connection card groove tops portion in snap-gauge upper end.Snap-gauge agrees with foot-operated flashboard, together with foot-operated flashboard on move down
It is dynamic.
The snap-gauge one side is equipped with sliding slot, and sliding slot path is q shapes, is U-shaped at the top of sliding slot, being equipped at sliding slot trident can only
The single or double acting door opened downwards.
The slide bar is arranged on snap-gauge lower part, and the lower end of the slider is hingedly fixed in card slot bottom, and slide bar upper end sets connecting rod to slide
Block.Connecting rod slider one end connection slide bar upper end, the other end are placed in snap-gauge sliding slot.When snap-gauge moves up and down, connecting rod slider is in cunning
It is slided in slot by fixed route.There is spring B connection in the middle part of connection slide bar, the spring B other end is fixed on card slot bottom.
The utility model is related to foot-operated control arrange soon it is stagnant storage rainwater stormwater overflow device, mounted on concave herbaceous field
Interior, the rain perforaled strainer at top is higher than greenery patches ground.When rainfall starts, the flashboard hole of the foot-operated flashboard in card slot and side wall are fast
Round is misaligned, and rainwater can not enter from the fast round of side wall in stormwater overflow device, can only enter rainwater from top overflow port and overflow
Device is flowed, municipal Storm Sewer Network is then entered by rainwater connecting tube.
After rainfall, foot-operated flashboard is trampled, foot-operated flashboard push card plate moves down, and spring A is stretched, and connecting rod slider exists
Opposite snap-gauge upward sliding in sliding slot until at sliding slot trident, is slided obliquely upward by the single or double acting door stop that can only be opened downwards,
When sliding at the top of sliding slot, foot-operated flashboard is unclamped, spring A is shunk, and pulls up snap-gauge, snap-gauge pushes up foot-operated flashboard and moves upwards
Dynamic, connecting rod slider is along sliding slot slide downward, and by the unidirectional power of spring B, connecting rod slider enters sliding slot U-shaped part, can not continue to
Lower slider, spring A can not continue to shrink, and snap-gauge and foot-operated flashboard are stablized motionless at this time, and flashboard hole is overlapped with the fast round of side wall, rain
Water is directly entered from the fast round of side wall in device by gravity, then enters municipal Storm Sewer Network by rainwater connecting tube.
After the collected rainwater emptying in concave herbaceous field, foot-operated flashboard is trampled again, and it is downward to ride flashboard push card plate
Mobile, connecting rod slider opposite snap-gauge upward sliding in sliding slot, by the unidirectional power of spring B, connecting rod slider enters sliding slot another side
Foot-operated flashboard is unclamped at top, and spring A is shunk, and pulls up snap-gauge, and snap-gauge promotes foot-operated flashboard to move up, connecting rod slider edge
Sliding slot slide downward, slides at trident, and single or double acting door is opened downwards, and connecting rod slider is to sliding slot bottom initial position is snapped down to, at this time
Spring A contractions finish, and snap-gauge and flashboard stabilization are in initial position, and flashboard hole and the fast round of side wall are misaligned, and rainwater can not be from side
The fast round of wall enters in device, and stormwater overflow device can only be entered from top overflow port, prepares for next rainfall.
The utility model is related to foot-operated control arrange soon it is stagnant storage rainwater stormwater overflow device be mounted on concave herbaceous field in,
Using foot-operated control, overflow discharge function, the fast evacuation collected rainwater after rainfall, convenient for behaviour can be realized in rainfall
Make, is laborsaving convenient, there is wide popularizing application prospect.
Description of the drawings
Fig. 1 is the stormwater overflow device combining structure schematic diagram that stagnant storage rainwater is arranged in a kind of foot-operated control soon.
Fig. 2 is fast row's controling device structure diagram in Fig. 1.
Description of symbols in figure：
1st, the fast round of top overflow port 2, side wall
3rd, rainwater connecting tube 4, arrange control device soon
5th, card slot 6, foot-operated flashboard
7th, spring A 8, snap-gauge
9th, slide bar 10, sliding slot
11st, single or double acting door 12, connecting rod slider
13rd, flashboard hole 14, grid
15th, spring B
Specific embodiment
Technical solutions of the utility model are further described below in conjunction with the accompanying drawings.
As depicted in figs. 1 and 2, the stormwater overflow device that stagnant storage rainwater is arranged in a kind of foot-operated control soon is in half buried cube
Shape hollow structure, including top overflow port 1, the fast round 2 of side wall, rainwater connecting tube 3 and fast row's control device 4.Top overflow port 1
At the top of stormwater overflow device, the fast round 2 of side wall is located on stormwater overflow device side wall, and rainwater connecting tube 3 is overflow positioned at rainwater
Device sidewall bottom is flowed, fast control device 4 of arranging is arranged in the fast round 2 of side wall.
The top overflow port 1 is located at the top of four side wall of stormwater overflow device, and equipped with rain perforaled strainer, be above the ground level 100-
300mm。
The rainwater connecting tube 3 is stretched out from stormwater overflow device sidewall bottom, is connected with municipal Storm Sewer System.
The fast round 2 of side wall is arranged on stormwater overflow device one side wall top, can make inside stormwater overflow device with
Outside connection, opening and closing is controlled by arranging control device 4 soon.
Fast row's control device 4 is located in stormwater overflow device side wall, including card slot 5, foot-operated flashboard 6 and foot-operated control
Device.For card slot 5 to set the trough body structure in the side wall of the fast round 2 of side wall, foot-operated flashboard 6 is the plate body being placed in card slot 5
And it is parallel with side wall, foot-operated flashboard 6 can move up and down in card slot 5.Flashboard hole 13, flashboard hole 13 are arranged at foot-operated 6 top of flashboard
It is equipped with grid 14.There are inverted "L" shape gap in foot-operated 6 lower end both sides of flashboard.Pedal controller is arranged in card slot 5, is placed in foot
Step on 6 both sides of flashboard.
The pedal controller includes snap-gauge 8, slide bar 9, spring.
The snap-gauge 8 is placed in the both sides of foot-operated 6 lower part of flashboard, and the protrusion of 8 upper end one side of snap-gauge is tightly stuck in foot-operated flashboard 6 and falls
In " L " shape gap, there is 5 top of spring A7 connections card slot in 8 upper end of snap-gauge.Snap-gauge 8 agrees with foot-operated flashboard 6, snap-gauge 8 and brake service
Plate 6 moves up and down together.
8 one side of snap-gauge is equipped with sliding slot 10, and 10 path of sliding slot is q shapes, and the top of sliding slot 10 is U-shaped, and the three of sliding slot 10
The single or double acting door 11 that can only be opened downwards is equipped at fork.
The slide bar 9 is arranged on 8 lower part of snap-gauge, and 9 lower end of slide bar is hingedly fixed in the bottom of card slot 5, and 9 upper end of slide bar is set
Connecting rod slider 12.12 one end of connecting rod slider, 9 upper end of connection slide bar, the other end are placed in the sliding slot 10 of snap-gauge 8.It is moved down on snap-gauge 8
When dynamic, connecting rod slider 12 is slided in sliding slot 10 by fixed route.12 middle part of connection slide bar has spring B 15 to connect, and spring B 15 is another
One end is fixed on the bottom of card slot 5.
The utility model is related to it is a kind of it is foot-operated control arrange soon it is stagnant storage rainwater stormwater overflow device, it is green mounted on up concave type
In ground, when rainfall starts, foot-operated flashboard 6 is located in card slot 5, and the round 2 fast with side wall of flashboard hole 13 is misaligned, and rainwater can not be from side
The fast round 2 of wall enters in device, then can only enter municipal rainwater by rainwater connecting tube 3 from top overflow port 1 into device
Pipe network.
After rainfall, foot-operated flashboard 6 is trampled, foot-operated flashboard 6 promotes snap-gauge 8 to move down, and spring A7 is stretched, and connecting rod is slided
Opposite 8 upward sliding of snap-gauge in sliding slot 10 of block 12, until at sliding slot trident, by the single or double acting door 11 that can only be opened downwards stop and to
Oblique upper is slided, and when sliding to 10 top of sliding slot, unclamps foot-operated flashboard 6, spring A 7 is shunk, and pulls up snap-gauge 8, snap-gauge 8 promotes
Foot-operated flashboard 6 moves up, and connecting rod slider 12 is along 10 slide downward of sliding slot, by the power of spring B 15 to the right, connecting rod slider 12 into
Enter the U-shaped part of sliding slot 10, slide downward can not be continued, spring A 7 can not continue to shrink, and snap-gauge 8 and foot-operated flashboard 6 are steady at this time
Fixed motionless, the round 2 fast with side wall of flashboard hole 13 overlaps, and rainwater is directly entered from the fast round 2 of side wall in device by gravity, Ran Houtong
Rainwater connecting tube 3 is crossed into municipal Storm Sewer Network.
After in concave herbaceous field collected rainwater emptying after, trample foot-operated flashboard 6 again, ride flashboard 6 promote snap-gauge 8 to
Lower movement, opposite 8 upward sliding of snap-gauge in sliding slot 10 of connecting rod slider 12, by the power of spring B 15 to the right, connecting rod slider 12 into
Enter 10 right top of sliding slot, unclamp foot-operated flashboard 6, spring A 7 is shunk, and pulls up snap-gauge 8, and snap-gauge 8 promotes foot-operated flashboard 6 upward
Mobile, connecting rod slider 12 is slided at trident along 10 slide downward of sliding slot, and single or double acting door 11 is opened downwards, and sliding block 12 is to being snapped down to cunning
10 bottom initial position of slot, the at this time contractions of spring A 7 finish, and snap-gauge 8 and foot-operated flashboard 6 are stablized in initial position, flashboard hole 13
Round 2 fast with side wall is misaligned, and rainwater can not enter from the fast round 2 of side wall in device, can only enter rainwater from top overflow port 1
Overflow mechanism is prepared for next rainfall.
Claims (5)
1. the stormwater overflow device of stagnant storage rainwater is arranged in a kind of foot-operated control soon, it is characterised in that：In half it is buried it is cube shaped in
Hollow structure arranges including top overflow port, rainwater connecting tube, the fast round of side wall and soon control device, and top overflow port is located at rainwater
At the top of overflow mechanism, the fast round of side wall is located on stormwater overflow device side wall, and rainwater connecting tube is located at stormwater overflow device side wall
Bottom, fast control device of arranging are arranged in the fast round of side wall；
Fast row's control device includes card slot, foot-operated flashboard and pedal controller, and card slot is the side for setting the fast round of side wall
Trough body structure in wall, foot-operated flashboard are the plate body that is placed in card slot and parallel with side wall, and foot-operated flashboard can be in card slot
It moves up and down, there are inverted "L" shape gap in foot-operated flashboard lower end both sides；Two groups of pedal controllers are arranged in card slot, are placed in foot-operated
Flashboard both sides；
The pedal controller includes snap-gauge, slide bar, spring；Snap-gauge is placed in the both sides of foot-operated flashboard lower part, snap-gauge upper end one
The protrusion of side is tightly stuck in foot-operated flashboard inverted "L" shape gap, and there is spring A connection card groove tops portion in snap-gauge upper end；Snap-gauge and brake service
Plate agrees with, and is moved up and down together with foot-operated flashboard；Snap-gauge lower part sets slide bar, and the lower end of the slider is hingedly fixed in card slot bottom, sliding
Bar upper end sets connecting rod slider；Connecting rod slider one end connection slide bar upper end, the other end are placed in snap-gauge sliding slot, and snap-gauge moves up and down
When, connecting rod slider slides in sliding slot.
2. the stormwater overflow device of stagnant storage rainwater is arranged in a kind of foot-operated control according to claim 1 soon, it is characterised in that：Institute
The top overflow port stated is located at the top of four side wall of overflow mechanism, and equipped with rain perforaled strainer, be above the ground level 100-300mm.
3. the stormwater overflow device of stagnant storage rainwater is arranged in a kind of foot-operated control according to claim 1 soon, it is characterised in that：Institute
Stating in the middle part of connection slide bar has spring B connection, and the spring B other end is fixed on card slot bottom.
4. the stormwater overflow device of stagnant storage rainwater is arranged in a kind of foot-operated control according to claim 1 soon, it is characterised in that：Institute
Snap-gauge one side is stated equipped with sliding slot, sliding slot path is q shapes, is U-shaped at the top of sliding slot, is equipped with what can only be opened downwards at sliding slot trident
Single or double acting door.
5. the stormwater overflow device of stagnant storage rainwater is arranged in a kind of foot-operated control according to claim 1 soon, it is characterised in that：Institute
Foot-operated flashboard is stated equipped with flashboard hole, flashboard hole is equipped with grid.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721506380.1U CN207436189U (en) | 2017-11-13 | 2017-11-13 | The stormwater overflow device of stagnant storage rainwater is arranged in a kind of foot-operated control soon |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721506380.1U CN207436189U (en) | 2017-11-13 | 2017-11-13 | The stormwater overflow device of stagnant storage rainwater is arranged in a kind of foot-operated control soon |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207436189U true CN207436189U (en) | 2018-06-01 |
Family
ID=62289132
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721506380.1U Active CN207436189U (en) | 2017-11-13 | 2017-11-13 | The stormwater overflow device of stagnant storage rainwater is arranged in a kind of foot-operated control soon |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207436189U (en) |
-
2017
- 2017-11-13 CN CN201721506380.1U patent/CN207436189U/en active Active
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