CN208250996U - A kind of multistage filtering type building ponding recycling equipment - Google Patents
A kind of multistage filtering type building ponding recycling equipment Download PDFInfo
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- CN208250996U CN208250996U CN201820640883.6U CN201820640883U CN208250996U CN 208250996 U CN208250996 U CN 208250996U CN 201820640883 U CN201820640883 U CN 201820640883U CN 208250996 U CN208250996 U CN 208250996U
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- driving
- ponding
- collecting tank
- box
- sealing plate
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Abstract
The utility model discloses a kind of multistage filtering types to build ponding recycling equipment, including cleaned filter box, is equipped with by-pass filtration storehouse, cleaning position and secondary filtration storehouse in cleaned filter box；Separated between by-pass filtration storehouse and cleaning position by the first filter layer, the second filter layer is provided in secondary filtration storehouse, cleaning position includes purification collecting tank, rotation is provided with stirring slurry in purification collecting tank, purification sump bottom is provided with liquid outlet, the bottom wall of purification collecting tank is provided with the movable chamber being connected to liquid outlet, sliding is provided with the sealing plate controlled the sealing state of liquid outlet in movable chamber, the second elastic restoring piece is connected between sealing plate and movable cavity wall, intermittent driving component is provided between sealing plate and stirring slurry, the power of stirring slurry rotation drives sealing plate to control the sealing state of liquid outlet by intermittent driving component；The utility model compared with prior art, improves the purified treatment effect of ponding, and device energy conservation.
Description
Technical field
The utility model relates to build ponding recovery technology field, and in particular to a kind of multistage filtering type building ponding recycling
Utilize equipment.
Background technique
Can usually there be depression on existing construction site, and there are ponding in depression, this brings very to worker's construction
It is mostly inconvenient, and be easy to cause safety accident.Existing sewage-treatment plant is bulky, and structure is complicated, and at high cost, nothing
Method meets the needs of the small-scale sewage treatment such as depression ponding.
To solve the above-mentioned problems, application No. is the patent documents of CN201720954352.X to disclose a kind of building for environmental protection
That builds building site fills out hole ponding reclaimer, including bottom plate, the box body device above the bottom plate, is contained in the cabinet
Filter device in device, the elastic device on the right side of the filter device, piston apparatus, the bottom plate, which is equipped with, is located at it
Several universal wheels of lower section, the support rod for being positioned above the left and right sides, the recycling bins between the support rod, the case
Body device include cabinet, the water inlet pipe on the left of the cabinet, the first valve being set on the water inlet pipe, be located at it is described
Outlet pipe below cabinet, the second valve being set on the outlet pipe, the filter device include first partition, are located at institute
It states the second partition on the right side of first partition, several filtering hairs above the first partition, be located on the right side of the filtering hair
Filter screen, the restriction bar on the right side of the second partition, the elastic device includes fixed block, is set to the fixed block
On spring, the piston apparatus includes electric cylinders, the fixed frame below the electric cylinders, the promotion on the left of the electric cylinders
Bar, the piston on the left of the catch bar, the fixed link of two sides, elastic plate above and below the catch bar.
Although this equipment solves the above problem, but there is the above problem during use: only carrying out to ponding
Simple filtration, can only simply use the ponding after filtering.
Utility model content
For the deficiency in the presence of the prior art, the purpose of this utility model is to provide a kind of multistage filtering type buildings
Ponding recycling equipment, to solve to lead to filtered ponding application range to the poor filtration effect of ponding in the prior art
Narrow problem.
To achieve the above object, the utility model uses the following technical solution: a kind of multistage filtering type building ponding
Recycling equipment, including vehicle frame are provided with cleaned filter box on vehicle frame, and the bottom of cleaned filter box is communicated with catch box, only
Change Rose Box and be communicated with flexible suction tube and negative-pressure ward component, negative-pressure ward component provides suction ponding for the suction tube that stretches
Ponding is pumped into cleaned filter box and carries out purification filtering by power；
The negative-pressure ward component includes by the negative-pressure air fan of dynamic equipment driving rotation, and negative-pressure air fan and cleaned filter box connect
It is logical；By-pass filtration storehouse, cleaning position and secondary filtration storehouse are provided in cleaned filter box from top to bottom, will be born by by-pass filtration storehouse
Pressure fan is connected to flexible suction tube, and purification filtering box top is provided with storage purifying liquid box, stores up purifying liquid box and cleaning position
Between be connected to by feed liquor hose, feed liquor hose is provided with liquid measure control mechanism；
Separated between the by-pass filtration storehouse and cleaning position by the first filter layer, is provided with the second mistake in secondary filtration storehouse
Filtering layer, cleaning position include the purification collecting tank being arranged on purification filtering chamber interior wall, and the upper end opening lower end for purifying collecting tank is close
Envelope, the interior rotation of purification collecting tank are provided with stirring slurry, drive stirring slurry rotation by driving member with dynamic equipment power, purify liquid collecting
Trench bottom is provided with liquid outlet, and the bottom wall for purifying collecting tank is provided with the movable chamber being connected to liquid outlet, and sliding is provided in movable chamber
To the sealing plate that the sealing state of liquid outlet is controlled, it is connected with the second elasticity between sealing plate and movable cavity wall and restores
Part, is provided with intermittent driving component between sealing plate and stirring slurry, the power of stirring slurry rotation is driven by intermittent driving component
Dynamic sealing plate controls the sealing state of liquid outlet.
Compared with the prior art, the utility model has the following beneficial effects:
Double-filtration and primary purification processing are realized by by-pass filtration storehouse, cleaning position and secondary filtration storehouse, and are utilized dynamic
The power drive stirring slurry of power device power rotates, and is uniformly mixed the scavenging solution purified in collecting tank with ponding, improves ponding
Purified treatment effect, the ponding after purified treatment can be widely applied to building construction process and life in use, reducing
The waste of water resource；Drive sealing plate to liquid outlet by intermittent driving component using the power of stirring slurry rotation simultaneously
Sealing state is controlled, and ponding of the purification after good is drained, the power of dynamic equipment is rationally utilized, has energy-efficient effect.
Detailed description of the invention
Fig. 1 is the structural schematic diagram that a kind of multistage filtering type of the utility model builds ponding recycling equipment；
Fig. 2 is the structural schematic diagram of dust collecter and tenesmus firm organization in Fig. 1；
Fig. 3 is the structural schematic diagram of telescoping tube in Fig. 1；
Fig. 4 is the enlarged drawing in the portion A in Fig. 1；
Fig. 5 is the enlarged drawing in the portion B in Fig. 1；
Fig. 6 is the enlarged drawing in the portion C in Fig. 1.
Specific embodiment
The utility model is described in further detail below by specific embodiment:
Appended drawing reference in Figure of description includes: vehicle frame 1, cleaned filter box 2, catch box 3, dynamic equipment 4, negative-pressure air fan
5, telescoping tube 6, inner tube 601, outer tube 602, card set slot 603, magnetic fixture block 604, magnetic drive block 605, dust collecter 7, first and bore
Shape portion 701, ladder canister portion 702, the second tapered portion 703, the first inlet opening 704, the second inlet opening 705, the first impeller 8, tenesmus
Block 9, first gives birth to wind device 10, piston 11, by-pass filtration storehouse 12, cleaning position 13, secondary filtration storehouse 14, storage purifying liquid box 15, feed liquor
Hose 16, the raw wind device 18 of liquid caching hose 17, second, wedge-shaped box 19, crushing block 20, elastic telescopic cylinder 21, purification collecting tank
22, stirring slurry 23, liquid outlet 24, sealing plate 25, drive pulley 26, driving pulley 27, driving wheel 28, driving wheel 29, drive
Movable slider 30, transmission support block 31.
Embodiment
With reference to shown in FIG. 1 to FIG. 6: a kind of multistage filtering type building ponding recycling equipment, including vehicle frame 1, vehicle frame 1 wrap
Bottom plate and the multiple idler wheels for being rotatably installed in bottom base plate are included, bottom plate top is fixedly installed with cleaned filter box 2 by support frame,
The top of cleaned filter box 2 seals, and the bottom of cleaned filter box 2 is communicated with drain pipe, is provided with and is mounted below drain pipe
Catch box 3 on bottom plate, the upper end of catch box 3 are opening；Cleaned filter box 2 is communicated with flexible suction tube and negative-pressure ward group
Part, negative-pressure ward component provide the power of suction ponding for the suction tube that stretches, ponding are pumped into cleaned filter box 2 and is purified
Filtering.
In order to provide the power of suction to the ponding in depression, negative-pressure ward component includes dynamic equipment 4 and is connected to power
Negative-pressure air fan 5 in the rotation axis of device 4, negative-pressure air fan 5 are connected to cleaned filter box 2.In order to quickly by the ponding in depression
It has been aspirated that, flexible suction tube includes the dust collecter 7 that telescoping tube 6 is connected to telescoping tube 6, and dust collecter 7, which is equipped with, to be prevented from aspirating
The first 7 tenesmus firm organizations shaken；Dust collecter 7 includes the first tapered portion 701 being connected to telescoping tube 6 and the first tapered portion 701
The ladder canister portion 702 of connection and the second tapered portion 703 being connected to ladder canister portion 702, the first tapered portion 701 from telescoping tube 6
Connected one end is gradually increased to the opening of the other end, and the lower end of the second tapered portion 703 is opening, and ladder canister portion 702 is appeared on the stage
Stage bore is greater than the leave from office stage bore of ladder canister portion 702, and the second tapered portion 703 is from the one end being connected with ladder canister portion 702
Be gradually reduced to the opening of the other end, circumferentially have on the side wall in the stage of appearing on the stage of ladder canister portion 702 along it several first into
Fluid apertures 704 circumferentially has several second inlet openings 705, the second feed liquor along it on the side wall in the leave from office stage of ladder canister portion 702
Hole 705 extends to the liquid feeding end of the second tapered portion 703；When suction by dust collecter 7 to ponding, ponding from first into
Fluid apertures 704 and the second inlet opening 705, which are pumped into dust collecter 7, to be taken away, the first inlet opening 704, the second inlet opening 705 and the second taper
The lower end in portion 703 is that the structure setting of opening improves the suction water accumulating volume of 6 unit time of telescoping tube, the first tapered portion 701
Structure setting improves the ponding flow rate in telescoping tube 6, to improve the aspiration rate to the ponding in depression, ladder
The setting of canister portion 702 and the second tapered portion 703 takes out the hydrops in depression to the greatest extent convenient for protruding into narrow depression bottom, second into
The structure setting of fluid apertures 705, can when the liquid feeding end of the second tapered portion 703 and depression bottom can not extract ponding even at the cost of one's life
The ponding in depression is taken out to the greatest extent by the second inlet opening 705；The firm organization that drops includes first be rotatably arranged in telescoping tube 6
Impeller 8 is set on 6 outer wall of telescoping tube and pushes case and the multiple tenesmus blocks 9 mobile by the driving of pushing case, the first impeller 8 by
The liquid driven rotation flowed in telescoping tube 6, the first impeller 8 and pushes and is provided with the multiple first raw wind devices 10 between case, and first
Raw wind device 10 carries out raw wind direction by the rotation of the first impeller 8 and pushes the pressurised driving tenesmus movement of block 9 in case；Pushing case includes case
Body and the piston 11 being arranged in box body-sliding are connected between piston 11 and box top wall by more first elastic restoring pieces, under
Pendant block 9 is connected with piston 11 by connecting rod, and connecting rod is across cabinet and free to slide；First raw wind device 10 is blower, number
Amount is two, and blower is located at the two sides of telescoping tube 6, and the flabellum in blower is coaxially connected with the first impeller 8 by the first drive shaft,
First drive shaft is pierced by telescoping tube 6 and connect with the tube wall rotary seal of telescoping tube 6, and two blowers pass through the first connecting leg and case
Connection on the upside of body；The decentralization for making telescoping tube 6 by the block 9 that drops plays support and work preventing swaying to dust collecter 7
With, during the liquid flowing in simultaneous retractable pipe 6, driving the first impeller 8 rotation makes the first raw wind device 10 generate wind-force,
It is passed through in cabinet by the first connecting leg, drives 11 slide downward of piston, and then make the bottom of tenesmus block 9 and depression by connecting rod
Even at the cost of one's life, further improve the stability of dust collecter 7 during the work time, can stablize, quickly to the hydrops in depression into
Row extracts, and the power of liquid flowing, economic, energy conservation is rationally utilized.In order to facilitate in the length and use for adjusting telescoping tube 6
Stability, telescoping tube 6 include the outer tube 602 of inner tube 601 and the outside of inner tube 601 that is slidably located in, inner tube 601 and outer tube 602 it
Between be provided with and hinder inner tube 601 and outer tube 602 to carry out the opposite card slided to set component, it includes on 601 outer wall of inner tube that card, which sets component,
The magnetic fixture block 604 connected on slot 603 and 602 inner wall of outer tube by telescopic rod, outer tube 602 are set along multiple cards that it is axially arranged
Rotation is provided with magnetic drive block 605 on outer wall, when needing to adjust the length of telescoping tube 6, rotates magnetic drive block 605,
The magnetic pole at the both ends for keeping magnetic drive block 605 opposite with magnetic fixture block 604 is made on the contrary, using the heteropolar attracting principle of magnet
Magnetic fixture block 604 sets slot 603 and be detached from card blocks the state that sets, and slides outer tube 602, after length adjustment is completed, magnetic drive block 605
180 degree is rotated, keeps magnetic drive block 605 identical as the opposite magnetic pole at both ends of magnetic fixture block 604, utilizes magnet homopolar-repulsion
Principle, so that magnetic fixture block 604 is set slot 603 with another card and is carried out card and set, prevent telescoping tube 6 from sliding during use
It is dynamic, the suction operation to ponding is influenced, this is easy to adjust, quick.
In order to be recycled to the ponding aspirated in depression, reduce the waste to water resource, in cleaned filter box 2 from
Up to being arranged with by-pass filtration storehouse 12, cleaning position 13 and secondary filtration storehouse 14, by by-pass filtration storehouse 12 by negative-pressure air fan 5 with
Telescoping tube 6 is connected to, and storage purifying liquid box 15 is provided at the top of cleaned filter box 2, is stored up between purifying liquid box 15 and cleaning position 13
It being connected to by feed liquor hose 16, feed liquor hose 16 is provided with liquid measure control mechanism, and drive negative-pressure air fan 5 to rotate by dynamic equipment 4,
Negative-pressure ward power is generated, the ponding in depression is pumped into by-pass filtration storehouse 12 by flexible suction tube and is once filtered.Liquid
Amount control mechanism includes the second impeller being rotatably arranged in telescoping tube 6, the liquid caching for being connected on feed liquor hose 16 setting
Hose 17 and the adjuster being set on feed liquor hose 16, the second impeller are located at close to 24 side of liquid outlet of telescoping tube 6, and second
Impeller is provided with the second raw wind device 18, the second raw wind device 18 outside telescoping tube 6 by its rotation of the liquid driven that flows in telescoping tube 6
It may be blower, the flabellum of the second raw wind device 18 is coaxially connected with the second impeller by the second drive shaft, and the second drive shaft is worn
It crosses the tube wall of telescoping tube 6 and is connected with the tube wall rotary seal of telescoping tube 6, adjuster includes the wedge being set on feed liquor hose 16
Shape box 19, sliding is arranged with the crushing block 20 of the flow for controlling feed liquor hose 16 on the inclined-plane inner wall of wedge-shaped box 19, squeezes
Elastic telescopic cylinder 21 is provided between block 20 and the second raw wind device 18；The raw rotation of wind device 18 of second impeller-driven second of rotation produces
Raw wind-force, the second raw wind device 18 are directed wind into elastic telescopic cylinder 21 by guide duct, extend elastic telescopic cylinder 21, to drive
Dynamic crushing block 20 slides, and because the inclined-plane of wedge-shaped box 19 is arranged, makes the distance between crushing block 20 and feed liquor hose 16 that political reform occur,
To squeeze feed liquor hose 16, change the flattening degree of feed liquor hose 16, to adjust the stream of the scavenging solution in feed liquor hose 16
It measures, the ponding flow in telescoping tube 6 is bigger, flow velocity is faster, and the speed of the second wheel rotation is faster, what the second raw wind device 18 generated
Wind-force is stronger, and the extended length of elastic telescopic cylinder 21 is bigger, to keep the sliding distance of crushing block 20 bigger, in feed liquor hose 16
Scavenging solution flowing flow it is bigger, so that the ponding for collecting unit time in cleaning position 13 is more, be added in cleaning position 13
Scavenging solution accordingly increased, make 13 inner product water purifying effect of cleaning position more preferably, complete ponding collect work after, second
Impeller and the second raw wind device 18 are out of service, and elastic telescopic cylinder 21 is shunk under the restoring force effect of itself, make crushing block 20
Even at the cost of one's life by feed liquor hose 16, feed liquor hose 16 disconnects connected state for sliding, stops the work that scavenging solution is added into cleaning position 13；
It is provided with gas vent on liquid caching hose 17, is provided with sealing-plug on gas vent, hose 17 is cached by liquid and carries out scavenging solution
Caching, so that feed liquor hose 16 is carried out liquid feeding work into cleaning position 13 in drop-wise, avoid the waste of scavenging solution, into
When influencing liquid feeding effect after 16 air inlet of liquid hose, it is exhausted by gas vent, regulates the liquid feeding of feed liquor hose 16
Effect.Separated between by-pass filtration storehouse 12 and cleaning position 13 by the first filter layer, is provided with the second mistake in secondary filtration storehouse 14
Filtering layer, cleaning position 13 include the purification collecting tank 22 being arranged on cleaned 2 inner wall of filter box, purify the upper end opening of collecting tank 22
Lower end sealing will purification collecting tank 22 convenient for being collected by the filtered ponding of the first filter layer and the flowing of ponding
Upside be designed to cone cell, rotation is provided with stirring slurry 23 in purification collecting tank 22, passes through driving member driving with 4 power of dynamic equipment
Stirring slurry 23 rotates, and purification 22 bottom of collecting tank is provided with liquid outlet 24, and the bottom wall of purification collecting tank 22 is provided with to be connected with liquid outlet 24
Logical movable chamber, the interior sliding of movable chamber are provided with the sealing plate 25 controlled the sealing state of liquid outlet 24, sealing plate 25
It is connected with the second elastic restoring piece between movable cavity wall, intermittent driving group is provided between sealing plate 25 and stirring slurry 23
Part, the power that stirring slurry 23 rotates drive sealing plate 25 to control the sealing state of liquid outlet 24 by intermittent driving component
System；Driving member includes the drive pulley 26 being connected in the rotation axis of dynamic equipment 4 and is set in the shaft of stirring slurry 23
Driving pulley 27, tensioning has conveyer belt between drive pulley 26 and driving pulley 27, and the side wall of filter box is provided with for filter box
Side wall two sliding eyes free to slide, and conveyer belt and two sliding eyes are slidingly sealed setting；Intermittent driving component includes
The driving wheel 28 connected in the shaft lower end of stirring slurry 23 and the driving wheel 29 that is engaged with driving wheel 28, driving wheel 28 it is straight
Diameter is less than the diameter of driving wheel 29, and the basal sliding of purification collecting tank 22 is arranged with driving sliding block 30, driving sliding block 30 and transmission
It is hinged with drive rod between the eccentric position of wheel 29, transmission support block 31 is connected on sealing plate 25, the transmission sliding card of support block 31 is set
It is purifying the bottom of collecting tank 22 and with driving sliding block 30 on same sliding route, is passing through and be arranged at the bottom of purification collecting tank 22
There is a slideway, the sliding of transmission support block 31 and driving sliding block 30 are slided and be fastened in slideway, to realize that transmission support block 31 is sliding
Dynamic and driving sliding block 30 is on same sliding route；Using the power of dynamic equipment 4 during rotation, pass through drive pulley
26, conveyer belt and driving pulley 27 drive stirring slurry 23 to rotate, and are stirred to the ponding of the collection in purification collecting tank 22,
It is uniformly mixed scavenging solution with ponding, improves the clean-up effect of ponding, have the effect of economic, energy conservation and subtract consumption, stirring slurry
23 in the course of rotation, is driven by driving wheel 28 and driving wheel 29, and driving wheel 29 passes through drive in the course of rotation
Lever makes the sliding for driving sliding block 30 reciprocal in slideway, drives sliding block 30 intermittent with transmission support block 31 during sliding
Sliding offset, the driving transmission intermittent sliding of support block 31 slides sealing plate 25 in movable chamber, the second elastic restoring piece
It shrinks, keeps liquid outlet 24 intermittent in connected state, the ponding purified is discharged into secondary filtration storehouse 14 by second
Filter layer carries out secondary filter, and the ponding after filtering is discharged into catch box 3 by drain pipe to be collected；When driving sliding block 30
When offseting with the transmission disengaging of support block 31, sealing plate 25 makes sealing plate 25 under the elastic restoring force of the second elastic restoring piece
Liquid outlet 24 is sealed, the structure setting of driving wheel 28 and driving wheel 29 is the purpose in order to realize deceleration, extends purification
The time purified to ponding is carried out in collecting tank 22, improves the clean-up effect of ponding.
In use, starting dynamic equipment 4, negative-pressure air fan 5 generate negative-pressure ward power, by flexible suction tube by the product in depression
Water is pumped into by-pass filtration storehouse 12 by carrying out purified treatment into purifying in collecting tank 22, leading to after the filtering of the first filter layer
It crosses feed liquor hose 16 and adds scavenging solution into purification collecting tank 22, adequately mixed under the stirring action of stirring slurry 23,
It is purified；After purification is completed, liquid outlet 24 is opened, and is discharged it into secondary filtration storehouse 14 and is carried out two by the second filter layer
Secondary filtering obtains clean ponding, uses after then being collected by catch box 3 as domestic water, or even drink.
Finally, it is stated that above embodiments are merely intended for describing the technical solutions of the present application, but not for limiting the present application, although ginseng
The utility model is described in detail according to preferred embodiment, those skilled in the art should understand that, it can be to this
The technical solution of utility model is modified or replaced equivalently, without departing from the objective and model of technical solutions of the utility model
It encloses, should all cover in the scope of the claims of the utility model.
Claims (4)
1. a kind of multistage filtering type builds ponding recycling equipment, which is characterized in that including vehicle frame, purification is provided on vehicle frame
Rose Box, the bottom of cleaned filter box are communicated with catch box, and cleaned filter box is communicated with flexible suction tube and negative-pressure ward component,
Negative-pressure ward component for stretch suction tube provide suction ponding power, ponding is pumped into cleaned filter box carry out it is cleaned
Filter；
The negative-pressure ward component includes by the negative-pressure air fan of dynamic equipment driving rotation, and negative-pressure air fan is connected to cleaned filter box；
By-pass filtration storehouse, cleaning position and secondary filtration storehouse are provided in cleaned filter box from top to bottom, by by-pass filtration storehouse by negative pressure
Blower is connected to flexible suction tube, and purification filtering box top is provided with storage purifying liquid box, storage purifying liquid box and cleaning position it
Between be connected to by feed liquor hose, feed liquor hose is provided with liquid measure control mechanism；
Separated between the by-pass filtration storehouse and cleaning position by the first filter layer, is provided with the second filtering in secondary filtration storehouse
Layer, cleaning position includes the purification collecting tank being arranged on purification filtering chamber interior wall, purifies the upper end opening lower end sealing of collecting tank,
Rotation is provided with stirring slurry in purification collecting tank, drives stirring slurry rotation by driving member with dynamic equipment power, purifies collecting tank
Bottom is provided with liquid outlet, and the bottom wall for purifying collecting tank is provided with the movable chamber being connected to liquid outlet, and sliding is provided with pair in movable chamber
The sealing plate that the sealing state of liquid outlet is controlled is connected with the second elastic restoring piece between sealing plate and movable cavity wall,
Intermittent driving component is provided between sealing plate and stirring slurry, the power of stirring slurry rotation drives close by intermittent driving component
Sealing plate controls the sealing state of liquid outlet.
2. a kind of multistage filtering type according to claim 1 builds ponding recycling equipment, it is characterised in that: between described
Driving assembly of having a rest includes the driving wheel for driving it to rotate by stirring slurry and the driving wheel that is engaged with driving wheel, driving wheel it is straight
Diameter is less than the diameter of driving wheel, and the basal sliding for purifying collecting tank is arranged with driving sliding block, drives the bias of sliding block and driving wheel
It is hinged with drive rod between position, transmission support block is connected on sealing plate, transmission support block sliding is fastened on the bottom of purification collecting tank
Portion and with driving sliding block on same sliding route；By driving sliding block and it is driven offseting state and controlling sealing plate pair for support block
The sealing state of liquid outlet.
3. a kind of multistage filtering type according to claim 1 or 2 builds ponding recycling equipment, it is characterised in that: institute
Stating liquid measure control mechanism includes the second impeller being rotatably arranged in flexible suction tube, the liquid for being connected on feed liquor hose setting
Caching hose and the adjuster that is set on feed liquor hose, the second impeller is by liquid driven its turn for flowing in the suction tube that stretches
Dynamic, the second impeller-driven has the raw wind device of second be located at outside flexible suction tube, and adjuster includes the wedge being set on feed liquor hose
Shape box, sliding is arranged with the crushing block of the flow for controlling feed liquor hose, crushing block and second on the inclined-plane inner wall of wedge-shaped box
Elastic telescopic cylinder is provided between raw wind device；Second wheel rotation adjusts elasticity for making the second raw wind device operation generate wind-force
The stroke of retracting cylinder, and then make crushing block sliding to adjust the flow of feed liquor hose.
4. a kind of multistage filtering type according to claim 1 builds ponding recycling equipment, it is characterised in that: the biography
Moving part includes the drive pulley driven by dynamic equipment and the driving pulley being set in the shaft of stirring slurry, drive pulley
Tensioning has a conveyer belt between driving pulley, and conveyer belt passes through the side wall of cleaned filter box and free to slide.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820640883.6U CN208250996U (en) | 2018-04-29 | 2018-04-29 | A kind of multistage filtering type building ponding recycling equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820640883.6U CN208250996U (en) | 2018-04-29 | 2018-04-29 | A kind of multistage filtering type building ponding recycling equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208250996U true CN208250996U (en) | 2018-12-18 |
Family
ID=64635695
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820640883.6U Expired - Fee Related CN208250996U (en) | 2018-04-29 | 2018-04-29 | A kind of multistage filtering type building ponding recycling equipment |
Country Status (1)
| Country | Link |
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| CN (1) | CN208250996U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111456152A (en) * | 2020-04-30 | 2020-07-28 | 钱根新 | A auxiliary assembly for municipal works are used |
| CN113429012A (en) * | 2021-06-03 | 2021-09-24 | 广州市土木金建筑工程有限公司 | Municipal administration sewage integrates processing apparatus |
| CN114112611A (en) * | 2021-10-08 | 2022-03-01 | 重庆金域医学检验所有限公司 | Washing unit is collected to cell pathology section |
-
2018
- 2018-04-29 CN CN201820640883.6U patent/CN208250996U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111456152A (en) * | 2020-04-30 | 2020-07-28 | 钱根新 | A auxiliary assembly for municipal works are used |
| CN111456152B (en) * | 2020-04-30 | 2021-03-19 | 钱根新 | A auxiliary assembly for municipal works are used |
| CN113429012A (en) * | 2021-06-03 | 2021-09-24 | 广州市土木金建筑工程有限公司 | Municipal administration sewage integrates processing apparatus |
| CN114112611A (en) * | 2021-10-08 | 2022-03-01 | 重庆金域医学检验所有限公司 | Washing unit is collected to cell pathology section |
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