CN203462518U - Separating type prefabricated pump station - Google Patents
Separating type prefabricated pump station Download PDFInfo
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- CN203462518U CN203462518U CN201320596682.8U CN201320596682U CN203462518U CN 203462518 U CN203462518 U CN 203462518U CN 201320596682 U CN201320596682 U CN 201320596682U CN 203462518 U CN203462518 U CN 203462518U
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Abstract
The utility model discloses a separating type prefabricated pump station. The separating type prefabricated pump station comprises a pump barrel body made by winding of glass fibers or injection molding of polyethylene resin, wherein the pump barrel body is divided into an upper maintenance chamber and a lower equipment chamber, at least one immersible pump is arranged in the equipment chamber, a water inlet of each immersible pump is communicated with a water inlet pipe penetrating through the wall of the equipment chamber to stretch out, and a water outlet of each immersible pump is communicated with a water outlet pipe penetrating through the wall of the equipment chamber to stretch out. Due to the fact that pump station production is achieved with the prefabricated technology in an integrating mode, the problems that the construction period is long and a concrete pool wall is corroded easily are solved.
Description
Technical field
the utility model relates to
pumping plant, specifically refer to a kind of integral intelligent pumping plant of environmental protection industry (epi) sewerage treatment.
Background technology
Pumping plant is for water extraction is for potential energy and pressure energy, solves the unique power resources without the irrigation and drainage under gravity flow condition, water supply and Water Resource Adjustment & Distribution problem.
The defect analysis of the prefabricated pumping plant of tradition: traditional pumping plant is owing to adopting concrete material, great majority are casting at the scene all, the utilization rate of its inner space is not high, add that equipment supplier and civil engineering contractor are separate, the mutual matching degree of equipment is not high, designer is necessary for equipment installation and reserves sufficient space, often causes conventional concrete pumping plant " large and dark ".
Its shortcoming is as follows.
1. traditional pumping plant mostly is concrete structure.
2. the construction period is relatively long.
3. the cost of concrete pumping plant is always high, increases construction cost.
4. As time goes on, concrete-pool-wall easily produces corrosion.
5. As time goes on,, if ground generation sedimentation, concrete pump standing-meeting is torn.
6. pump hole impurities at bottom easily deposits, and has reduced pumping plant volume.
7. pump hole Impurity deposition, also causes the volatilization of toxicity foul gas, brings potential safety hazard.
8. water pump is worked for a long time under bad working environments, and wearing and tearing and fault rate increase, and shortens the water pump life-span.
9. the automaticity that integrated level lowly causes falls behind, and makes pumping plant lack effectively monitoring and management, has aggravated again conversely above-mentioned variety of problems, if assign special messenger's post, cost is not calculated again.
Utility model content
The purpose of this utility model is to provide a kind of Intelligent pumping station of non-concrete material building, with prefabricating technique integrated production pumping plant, overcomes relatively long, concrete-pool-wall of construction period and easily produces the problem of corrosion, be i.e. the prefabricated pumping plant of separate type.
The purpose of this utility model is achieved through the following technical solutions: the prefabricated pumping plant of separate type, comprise and contain the barrel body that glass fiber winding makes or contain the injection molded barrel body of polyethylene resin, barrel body is divided into the equipment room of the maintenance Jian He lower floor on upper strata, in equipment room, be provided with at least 1 submersible pump, the water inlet of submersible pump is communicated with and runs through the water inlet pipe that equipment partition extends out, and the delivery port of submersible pump is communicated with and runs through the delivery port that equipment partition extends out.Contain the barrel body that glass fiber winding makes or contain the injection molded barrel body of polyethylene resin and possess erosion-resisting ability.
Traditional pumping plant is concrete sump matrix, and various auxiliary equipment are installed in concrete substrate, finally forms pumping plant.Concrete sump matrix, in the situation that geological environment changes, easily causes and breaks, and the capital construction work cycle is long, and the utilization rate of inner space is not high; Need embedding pipe fittings; If ground generation sedimentation, concrete pumping plant easily breaks; Pump hole Impurity deposition is serious; Need on the ground between building equipment, and pump maintenance is inconvenient.
Based on above-mentioned defect, the utility model is selected and is contained the barrel body that glass fiber winding makes or contain the injection molded barrel body of polyethylene resin, and to form prefabricated barrel body, this barrel body can substitute the concrete sump matrix of traditional pumping plant.Contain the barrel body that glass fiber winding makes or contain the injection molded barrel body of polyethylene resin and should not be out of shape or break when the qualitative change of spot, and fabrication cycle is short, only the time of several days can complete the making of a barrel body, in barrel body, select applicable Inlet and outlet water equipment, with other auxiliary equipment, intensive in same manufacturer production, directly produce the finished product pumping plant that contains whole the functions of pumping stations, pumping plant is transported to pumping plant point, directly be placed in the hole body having excavated in advance, connect after pipeline, directly earthing, then debugs completion.And the employing of traditional pumping plant is concrete sump matrix, therefore, its making flow process is first to excavate and cheat body, concreting pond matrix in the body of hole, because the construction of concrete sump matrix is special, therefore, the engineering time of concrete sump matrix generally reaches some months, if in south or rainwater more regions, because rainwater is piled up, usually cause construction period to lengthen, and construction quality can not be protected.After the construction of concrete sump matrix completes, now factory's installation is entered by auxiliary accessories producer, and general device supplier and civil engineering contractor are separate, and the mutual matching degree of equipment is not high, designer is necessary for equipment installation and reserves sufficient space, often causes conventional concrete pumping plant " large and dark ".Therefore cost increases undoubtedly.Polyethylene resin is a kind of thermoplastic resin that ethene makes through polymerization, and in commercial Application, the housing that is not also applied to pumping plant is made.Glass fiber (English former by name: glass fiber or fiberglass) is a kind of Inorganic Non-metallic Materials of excellent performance, of a great variety, advantage is that good insulating, heat resistance are strong, corrosion resistance good, and mechanical strength is high, in commercial Application, the housing that is not also applied to pumping plant is made.
The utility model utilizes and prefabricated contain the barrel body that glass fiber winding makes or contain the injection molded barrel body of polyethylene resin, the equipment room that barrel body is divided into the maintenance Jian He lower floor on upper strata, in same producer according to the auxiliary equipment of Standard Operating Procedure matching standard, as being provided with at least 1 submersible pump in equipment room, the water inlet of submersible pump is communicated with and runs through the water inlet pipe that equipment partition extends out, and the delivery port of submersible pump is communicated with and runs through the delivery port that equipment partition extends out.The space of barrel body is satisfied the demands, interior volume compact conformation.Therefore the volume and the construction period that excavate hole body are far smaller than traditional work mode.During this equipment operation, the submersible pump in equipment room, as power source, pumps to delivery port by water in water inlet pipe, the middle intermediate link that supplies water and process of this pumping plant, and because volume is little, equipment cost is low, the urban environment of applicable plurality.Generally, can have more the pressure size of drawing water, can establish a plurality of submersible pumps, submersible pump number can be according to concrete demand setting.
In order to increase pumping plant bottom strength, increase bottom area, to increase bearing capacity, equipment room is provided with base away from the one end between maintenance.
As sewage treatment industry, sewage kind is a lot, sewage generally contains a large amount of dregs, some dregs is large, some dregs is little, so the sewage large to dregginess, in order to prevent that submersible pump from stopping up, the utility model also comprises the collecting-tank that is communicated with and adopts glass fiber winding to make with water inlet pipe by tube connector.Operated by rotary motion slag removal equipment in collecting-tank, can arrange separator, can be also to rub device.Large for dregs, adopt separator, be generally swinging grid maker.Little for dregs, adopt and rub device, be generally submersible type mill.
The utility model, mainly for for the large sewage of dregs, therefore, is provided with swinging grid maker in collecting-tank, the transmission device of swinging grid maker is arranged on collecting-tank inwall or top.
In addition, for fear of sludgd deposition in collecting-tank bottom, generally diving mixer to be set, in order to monitor water position status, operated by rotary motion has ultrasonic level gage, in principle, any water level measurement device all can be used in collecting-tank, but owing to there being diving mixer in collecting-tank, current disturbance is severe, swinging grid maker in addition, during the operation of swinging grid maker, carry out the revolution operation of 360 degree, therefore can be in collecting-tank, along collecting-tank circumference, move, therefore, the utility model is preferably selected ultrasonic level gage, in the utility model, also exist, in collecting-tank, be also provided with diving mixer or/and ultrasonic level gage.
Swinging grid maker: this equipment is comprised of transmission device, sprocket wheel, frame, tooth harrow etc., and tooth harrow material is that ABS engineering plastics, nylon or stainless steel are made, and frame material is generally made by carbon steel or stainless steel.Tooth harrow is passed through to the combination of tooth harrow axle and sprocket wheel in sequence, form the closed tooth harrow chain of series winding, by transmission device, drive both sides sprocket wheel in upstream face rotation in the direction of the clock from bottom to top, the effective clearance of grid is the spacing of tooth harrow, form thus overcurrent and separated space, special construction shape due to tooth harrow, after tooth harrow carries foreign material to arrive grid upper end, foreign material rely on deadweight to come off during inverted running, before, between rear toothrow rake, produce relatively self-cleaning motion, the a pair of offset plate brush of simultaneously separately establishing to every row through the work of removing contamination of the tooth harrow here, so far, complete a periodic duty of removing contamination.
For the ease of maintenance and debugging, collecting-tank top is provided with access hole, and collecting-tank sidewall is provided with water inlet, and collecting-tank top is provided with the collecting-tank ventilating pipe that extends into collecting-tank inside.
Also there are other auxiliary equipment in the utility model, in equipment room, be provided with accident pump or/and cat ladder or/and content gauge.
In between maintenance, be provided with the electrical control cubicles of controlling and being connected with submersible pump, electrical control cubicles is connected with submersible pump by sealed terminal box, is provided with manhole between maintenance, by manhole, to inner extension between maintenance, is provided with cat ladder.Therefore traditional pumping plant is arranged on equipment room by electrical control cubicles, and when equipment room has an accident, water can flood equipment room, so electrical control cubicles will certainly cause damage, therefore, the utility model by electrical control cubicles be placed on independently keep in repair between in.Even if guarantee that equipment room has an accident, the device between maintenance is safety also.
Preferably, between maintenance, internal communication has to ventilating pipe between the maintenance on ground, and equipment room internal communication has to the equipment room ventilating pipe on ground.
Preferably, between maintenance and between equipment room, by demarcation strip, carry out partition, demarcation strip is provided with intercommunicating pore and is positioned at the seal cover at intercommunicating pore place, and intercommunicating pore and seal cover form between maintenance and equipment room passage back and forth.
The utility model has the advantage of:
1. volume is little, but can utilize dischargeable capacity good.
2. cylindrical shell adopts advanced material as glass reinforced plastic (GRP) or polyethylene resin (PE).
3. pump hole adopts fluid dynamic design, have fluidised form good, without stopping up, self-cleaning function.
4. reliable in quality, lightweight, and cost is lower, can tolerate flood inundation on tracks (electric control box moves) outward.
5. be equipped with high-quality, high performance submerged sewage pump, its extensive use sensor is monitored water pump operation situation constantly, greatly reduces maintenance cost.
6. automation integrated level is high, can realize strange land monitoring and management, can also realize monitoring mobile phone.
7. use safety, it reasonably designs the generation that has greatly reduced severe toxicity and foul gas, has protected environment.
8. fully buried installation, does not affect surrounding environment and view after installation, can also be arranged on road central authorities, can bear automobile above carry pressure with well lid.
9. installation period is short, without capital construction, has saved most of expense, and it is time saving and energy saving to safeguard.
10. disposable input, long-term running cost is low, and energy-saving benefit is obvious, and carries out secondary landfill and again utilize running into remove or taken up an area in the situation that can secondary to lift.
accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
1-access hole; 2-manhole; 3-equipment room ventilating pipe; 4-electrical control cubicles; 5-cat ladder; 6-sealed terminal box; Between 7-maintenance; 8-delivery port; 9-accident pump; 10-equipment room; 11-base; 12-collecting-tank ventilating pipe; Ventilating pipe between 13-maintenance; 14-seal cover; 15-collecting-tank; 16-diving mixer; 17-water inlet; 18-submersible pump; 19-ultrasonic level gage; 20-content gauge; 21-tube connector; 22-swinging grid maker.
The specific embodiment
Below in conjunction with embodiment and accompanying drawing, the utility model is described in further detail, but embodiment of the present utility model is not limited to this.
Embodiment 1:
As shown in Figure 1.
The prefabricated pumping plant of separate type, comprise and contain the barrel body that glass fiber winding makes or contain the injection molded barrel body of polyethylene resin, barrel body is divided between the maintenance on upper strata 7 and the equipment room 10 of lower floor, in equipment room 10, be provided with 1 or 3 submersible pump 18, the water inlet of submersible pump 18 is communicated with and runs through the water inlet pipe that equipment room 10 walls extend out, and the delivery port of submersible pump 18 is communicated with and runs through the delivery port 8 that equipment room 10 walls extend out.
Traditional pumping plant is concrete sump matrix, and various auxiliary equipment are installed in concrete substrate, finally forms pumping plant.Concrete sump matrix, in the situation that geological environment changes, easily causes and breaks, and the capital construction work cycle is long, and the utilization rate of inner space is not high; Need embedding pipe fittings; If ground generation sedimentation, concrete pumping plant easily breaks; Pump hole Impurity deposition is serious; Need on the ground between building equipment, and pump maintenance is inconvenient.
Based on above-mentioned defect, the utility model is selected and is contained the barrel body that glass fiber winding makes or contain the injection molded barrel body of polyethylene resin, and to form prefabricated barrel body, this barrel body can substitute the concrete sump matrix of traditional pumping plant.Contain the barrel body that glass fiber winding makes or contain the injection molded barrel body of polyethylene resin and should not be out of shape or break when the qualitative change of spot, and fabrication cycle is short, only the time of several days can complete the making of a barrel body, in barrel body, select applicable Inlet and outlet water equipment, with other auxiliary equipment, intensive in same manufacturer production, directly produce the finished product pumping plant that contains whole the functions of pumping stations, pumping plant is transported to pumping plant point, directly be placed in the hole body having excavated in advance, connect after pipeline, directly earthing, then debugs completion.And the employing of traditional pumping plant is concrete sump matrix, therefore, its making flow process is first to excavate and cheat body, concreting pond matrix in the body of hole, because the construction of concrete sump matrix is special, therefore, the engineering time of concrete sump matrix generally reaches some months, if in south or rainwater more regions, because rainwater is piled up, usually cause construction period to lengthen, and construction quality can not be protected.After the construction of concrete sump matrix completes, now factory's installation is entered by auxiliary accessories producer, and general device supplier and civil engineering contractor are separate, and the mutual matching degree of equipment is not high, designer is necessary for equipment installation and reserves sufficient space, often causes conventional concrete pumping plant " large and dark ".Therefore cost increases undoubtedly.
The utility model utilizes and prefabricated contain the barrel body that glass fiber winding makes or contain the injection molded barrel body of polyethylene resin, barrel body is divided between the maintenance on upper strata to 7 and the equipment room 10 of lower floor, in same producer according to the auxiliary equipment of Standard Operating Procedure matching standard, as being provided with 3 submersible pumps 18 in equipment room 10, the water inlet of submersible pump 18 is communicated with and runs through the water inlet pipe that equipment room 10 walls extend out, and the delivery port of submersible pump 18 is communicated with and runs through the delivery port 8 that equipment room 10 walls extend out.The space of barrel body is satisfied the demands, interior volume compact conformation.Therefore the volume and the construction period that excavate hole body are far smaller than traditional work mode.During this equipment operation, the submersible pump 18 in equipment room 10, as power source, pumps to delivery port 8 by water in water inlet pipe, the middle intermediate link that supplies water and process of this pumping plant, and because volume is little, equipment cost is low, the urban environment of applicable plurality.Generally, can have more the pressure size of drawing water, can establish a plurality of submersible pumps 18, submersible pump 18 numbers can be according to concrete demand setting.
In order to increase pumping plant bottom strength, increase bottom area, to increase bearing capacity, equipment room 10 is provided with base 11 away from one end of 7 between maintenance.
As sewage treatment industry, sewage kind is a lot, sewage generally contains a large amount of dregs, some dregs is large, some dregs is little, therefore the sewage large to dregginess, in order to prevent that submersible pump from stopping up, the utility model also comprises and by tube connector 21, is communicated with and adopts the collecting-tank 15 that glass fiber winding is made with water inlet pipe.The interior operated by rotary motion slag removal equipment of collecting-tank 15, can arrange separator, can be also to rub device.Large for dregs, adopt separator, be generally swinging grid maker 22.Little for dregs, adopt and rub device, be generally submersible type mill.Collecting-tank 15 and the independent setting mutually of barrel body, be communicated with by tube connector 21 between them.
The utility model, mainly for for the large sewage of dregs, therefore, is provided with swinging grid maker 22 in collecting-tank 15, the transmission device of swinging grid maker 22 is arranged on collecting-tank 15 inwalls or top.
In addition, for fear of sludgd deposition in collecting-tank bottom, generally diving mixer 16 to be set, in order to monitor water position status, operated by rotary motion has ultrasonic level gage 19, in principle, any water level measurement device all can be used in collecting-tank, but owing to there being diving mixer 16 in collecting-tank, current disturbance is severe, swinging grid maker 22 in addition, during 22 operation of swinging grid maker, carry out the revolution operation of 360 degree, therefore can be in collecting-tank, along collecting-tank circumference, move, therefore, the utility model is preferably selected ultrasonic level gage 19, in the utility model, also exist, in collecting-tank 15, be also provided with diving mixer 16 or/and ultrasonic level gage 19.
Swinging grid maker: this equipment is comprised of transmission device, sprocket wheel, frame, tooth harrow etc., and tooth harrow material is that ABS engineering plastics, nylon or stainless steel are made, and frame material is generally made by carbon steel or stainless steel.Tooth harrow is passed through to the combination of tooth harrow axle and sprocket wheel in sequence, form the closed tooth harrow chain of series winding, by transmission device, drive both sides sprocket wheel in upstream face rotation in the direction of the clock from bottom to top, the effective clearance of grid is the spacing of tooth harrow, form thus overcurrent and separated space, special construction shape due to tooth harrow, after tooth harrow carries foreign material to arrive grid upper end, foreign material rely on deadweight to come off during inverted running, before, between rear toothrow rake, produce relatively self-cleaning motion, the a pair of offset plate brush of simultaneously separately establishing to every row through the work of removing contamination of the tooth harrow here, so far, complete a periodic duty of removing contamination.
For the ease of maintenance and debugging, collecting-tank 15 tops are provided with access hole 1, and collecting-tank 15 sidewalls are provided with water inlet 17, and collecting-tank 15 tops are provided with the collecting-tank ventilating pipe 12 that extends into collecting-tank 15 inside.
Also there are other auxiliary equipment in the utility model, in equipment room 10, be provided with accident pump 9 or/and cat ladder 5 or/and content gauge 20.
Between maintenance, be provided with the electrical control cubicles 4 of controlling and being connected with submersible pump 18 in 7, electrical control cubicles is connected with submersible pump 18 by sealed terminal box 6, and between maintenance, 7 are provided with manhole 2, by manhole, to 7 inside extensions between keeping in repair, is provided with cat ladder 5.Therefore traditional pumping plant is arranged on equipment room 10 by electrical control cubicles 4, and when equipment room has an accident, water can flood equipment room 10, so electrical control cubicles 4 will certainly cause damage, therefore, the utility model by electrical control cubicles 4 be placed on independently keep in repair between in 7.Even if guarantee that equipment room has an accident, the device between maintenance in 7 is safety also.
Preferably, between maintenance, 7 internal communication have to ventilating pipe 13 between the maintenance on ground, and equipment room 10 internal communication have to the equipment room ventilating pipe 3 on ground.
Preferably, between maintenance 7 and equipment room 10 between by demarcation strip, carry out partition, demarcation strip is provided with intercommunicating pore and is positioned at the seal cover 14 at intercommunicating pore place, intercommunicating pore and seal cover form between maintenance 7 with equipment room 10 passage back and forth.
The cylindrical shell of this pumping plant adopts advanced material to cast and form as " glass reinforced plastic (GRP) or polyethylene resin (PE) " automation.Inner water pump, pipeline, valve, instrument, control appliance, stair and the needed annex of other user can provide by company is complete, and dispatch from the factory after installing.It even can be with between maintenance and grid, is a kind of easy to use, reliable in quality, and civil engineering work is few, lower-cost novel all-in-one equipment of pumping station, volume optimization is its most significant feature, can be used as the substitute of middle-size and small-size concrete pumping plant.
The optimization of pumping plant dischargeable capacity, volume is controlled at the 1/3 even less of conventional concrete pumping plant.Greatly dwindled thus the size of pumping plant, saved civil engineering cost, convenient transportation and installation.
The integrated degree of this pumping plant is very high, and the equipment such as pipe fitting are just in place before dispatching from the factory, and take full advantage of the space in cylinder.In addition, can also need to be equipped with control panel according to user, workbench, bath facilities etc. can rationally be embodied in the confined space of pumping plant.Take crush type grid as example, and crush type grid has little, the easy to use function of occupation of land, is equipped with high-quality submersible sewage pump, and the granule impurity after pulverizing can directly pump by submersible sewage pump, and without artificial scarfing cinder.
Barrel body is preferably made with fw frp, glass fiber reinforced composite, and content of glass fiber accounts for 75%.
As mentioned above, can well realize the utility model.
Claims (10)
1. the prefabricated pumping plant of separate type, it is characterized in that: comprise and contain the barrel body that glass fiber winding makes or contain the injection molded barrel body of polyethylene resin, barrel body is divided into the equipment room (10) of (7) and lower floor between the maintenance on upper strata, in equipment room (10), be provided with at least 1 submersible pump (18), the water inlet of submersible pump (18) is communicated with and runs through the water inlet pipe that equipment room (10) wall extends out, and the delivery port of submersible pump (18) is communicated with and runs through the delivery port (8) that equipment room (10) wall extends out.
2. the prefabricated pumping plant of separate type according to claim 1, is characterized in that: equipment room (10) is provided with base (11) away from the one end of (7) between maintenance.
3. the prefabricated pumping plant of separate type according to claim 1, is characterized in that: also comprise by tube connector (21) and be communicated with and adopt the collecting-tank (15) that glass fiber winding is made with water inlet pipe.
4. the prefabricated pumping plant of separate type according to claim 3, is characterized in that: in collecting-tank (15), be provided with swinging grid maker (22), the transmission device of swinging grid maker (22) is arranged on collecting-tank (15) inwall or top.
5. the prefabricated pumping plant of separate type according to claim 3, is characterized in that: in collecting-tank (15), be also provided with diving mixer (16) or/and ultrasonic level gage (19).
6. the prefabricated pumping plant of separate type according to claim 3, it is characterized in that: collecting-tank (15) top is provided with access hole (1), collecting-tank (15) sidewall is provided with water inlet (17), and collecting-tank (15) top is provided with and extends into the inner collecting-tank ventilating pipe (12) of collecting-tank (15).
7. according to the prefabricated pumping plant of separate type described in any one in claim 1-6, it is characterized in that: in equipment room (10), be provided with accident pump (9) or/and cat ladder (5) or/and content gauge (20).
8. according to the prefabricated pumping plant of separate type described in any one in claim 1-6, it is characterized in that: between maintenance, in (7), be provided with the electrical control cubicles (4) of controlling and being connected with submersible pump (18), electrical control cubicles is connected with submersible pump (18) by sealed terminal box (6), between maintenance, (7) are provided with manhole (2), by manhole, to (7) between maintenance inner extension, are provided with cat ladder (5).
9. according to the prefabricated pumping plant of separate type described in any one in claim 1-6, it is characterized in that: between maintenance, (7) internal communication has to ventilating pipe (13) between the maintenance on ground, equipment room (10) internal communication has to the equipment room ventilating pipe (3) on ground.
10. according to the prefabricated pumping plant of separate type described in any one in claim 1-6, it is characterized in that: between maintenance, between (7) and equipment room (10), by demarcation strip, carry out partition, demarcation strip is provided with intercommunicating pore and is positioned at the seal cover (14) at intercommunicating pore place, and intercommunicating pore and seal cover form (7) and equipment room (10) passage back and forth between maintenance.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320596682.8U CN203462518U (en) | 2013-09-26 | 2013-09-26 | Separating type prefabricated pump station |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320596682.8U CN203462518U (en) | 2013-09-26 | 2013-09-26 | Separating type prefabricated pump station |
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| Publication Number | Publication Date |
|---|---|
| CN203462518U true CN203462518U (en) | 2014-03-05 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320596682.8U Expired - Lifetime CN203462518U (en) | 2013-09-26 | 2013-09-26 | Separating type prefabricated pump station |
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| Country | Link |
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| CN (1) | CN203462518U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104895146A (en) * | 2015-06-16 | 2015-09-09 | 山东瑞清环境科技发展有限公司 | Integral water conveying pump station and mounting method thereof |
| CN110512712A (en) * | 2019-09-16 | 2019-11-29 | 杭州富宇泽环保科技有限公司 | A kind of sewage disposal pumping station |
| CN111733961A (en) * | 2020-07-01 | 2020-10-02 | 德诺尔流体设备（武汉）有限公司 | Integrated buried sewage treatment prefabricated pump station |
| CN112962774A (en) * | 2021-03-10 | 2021-06-15 | 内蒙古硕达智水生态科技有限公司 | High-efficient scrubbing integration pump station |
-
2013
- 2013-09-26 CN CN201320596682.8U patent/CN203462518U/en not_active Expired - Lifetime
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104895146A (en) * | 2015-06-16 | 2015-09-09 | 山东瑞清环境科技发展有限公司 | Integral water conveying pump station and mounting method thereof |
| CN110512712A (en) * | 2019-09-16 | 2019-11-29 | 杭州富宇泽环保科技有限公司 | A kind of sewage disposal pumping station |
| CN110512712B (en) * | 2019-09-16 | 2020-11-17 | 杭州富宇泽环保科技有限公司 | Sewage treatment pump station |
| CN111733961A (en) * | 2020-07-01 | 2020-10-02 | 德诺尔流体设备（武汉）有限公司 | Integrated buried sewage treatment prefabricated pump station |
| CN112962774A (en) * | 2021-03-10 | 2021-06-15 | 内蒙古硕达智水生态科技有限公司 | High-efficient scrubbing integration pump station |
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Granted publication date: 20140305 |