CN205242495U - System is used multipurposely to work progress water - Google Patents
System is used multipurposely to work progress water Download PDFInfo
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- CN205242495U CN205242495U CN201521025537.XU CN201521025537U CN205242495U CN 205242495 U CN205242495 U CN 205242495U CN 201521025537 U CN201521025537 U CN 201521025537U CN 205242495 U CN205242495 U CN 205242495U
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Abstract
The utility model belongs to the technical field of the comprehensive utilization of work progress normal water, comprehensive utilization problem for solving the work progress water provides a system is used multipurposely to work progress water, include water filter tank, it is provided with bellows and filtering baffle in the water filter tank to cross, one side of crossing water filter tank sets up the breast hole, the opposite side is linked together with the one -level setting tank, the one -level setting tank is linked together with the second grade setting tank, the second grade setting tank is linked together with tertiary setting tank, tertiary setting tank is linked together with the water storage tank, set up gravity sensor ball valve and a plurality of pipeline in the water storage tank, the water inlet punishment of pipeline do not is provided with a sensitive valve door, the water storage tank links to each other with the frequency conversion water pump, the frequency conversion water pump links to each other with water supply system. The utility model discloses not only can realize the integrated treatment to the work progress water, according to the water consumption of work progress, set up water level automatic control system simultaneously, according to the water level, selectively collect, utilize work progress water, furthest improves the comprehensive utilization at non -traditional water source.
Description
Technical field
The utility model belongs to the comprehensive utilization technique field of water in work progress, is specifically related to a kind of work progress water utilization system.
Background technology
Along with the quick propelling of green construction, job site is also paid attention to more to the comprehensive utilization of water resource, but in the comprehensive utilization process of water resource but relatively blindly, often water resource utilize channel a lot, as: for spraying depositing dust, concrete curing, toilet flushing, the grass etc. of watering flowers, but still there is larger shortcoming for collection, processing, the comprehensive utilization aspect of work progress water. Project management department collects all non-traditional water sources in work progress, has often utilized waste water, has but drained rainwater and base pit dewatering, causes energy resource consumption and the wasting of resources. For the comprehensive utilization of work progress water, be mainly to set up water treatment facilities at present, work progress water is processed, collected, do not adopt water level auto control system, selectively process water after treatment is stored, utilized.
Summary of the invention
The utility model is the problem of complex utilization that solves work progress water, and a kind of work progress water utilization system is provided.
The technical solution adopted in the utility model is as follows:
A kind of work progress water utilization system, comprises water tank with strainer, one-level settling tank, two-stage precipitation case, three grades of settling tanks, water tank and variable frequency pump, in described water tank with strainer, be provided with one for the bellows and of collecting waste water for filtering the filtration baffle plate of waste residue, one side of filtering baffle plate on water tank with strainer arranges breast hole, opposite side is connected with one-level settling tank by welded still pipe, one-level settling tank is connected with two-stage precipitation case by welded still pipe, two-stage precipitation case is connected with three grades of settling tanks by welded still pipe, three grades of settling tanks are connected with water tank by pipeline I, be provided with and be respectively used to and running water in water tank, well-points dewatering, the pipeline II that carwash circulating water and rain water collecting system are connected, pipeline III, pipeline IV and pipeline V, be provided with a gravity sensing ball valve, pipeline I in water tank, pipeline II, pipeline III, the water inlet of pipeline IV and pipeline V is respectively arranged with a sensing valve, and water tank is connected with variable frequency pump by welded still pipe, and variable frequency pump is connected with water system by welded still pipe again.
Described one-level settling tank, two-stage precipitation case and three grades of settling tank bottoms arrange respectively discharge opening, and discharge opening is connected with water tank by welded still pipe respectively, and welded still pipe import department is respectively arranged with a sensing valve.
The surrounding of described breast hole is provided with the rubber seal of leaking when preventing from closing.
The beneficial effects of the utility model: compared with prior art, the utility model not only can be realized the integrated treatment to work progress water, simultaneously according to the water consumption that needs of work progress, water level auto control system is set, according to water level, selectively work progress water is collected, utilized, improved to greatest extent the comprehensive utilization ratio at non-traditional water source.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model;
In figure: 1-water tank with strainer, 2-one-level settling tank, 3-two-stage precipitation case, tri-grades of settling tanks of 4-, 5-water tank, 6-variable frequency pump, 7-bellows, 8-filters baffle plate, 9-breast hole, 10-pipeline I, 11-pipeline II, 12-pipeline III, 13-pipeline IV, 14-pipeline V, 15-gravity sensing ball valve, 16-sensing valve, 17-water system, 18-water level control line.
Detailed description of the invention
As shown in Figure 1, a kind of work progress water utilization system, comprise water tank with strainer 1, one-level settling tank 2, two-stage precipitation case 3, three grades of settling tanks 4, water tank 5 and variable frequency pump 6, in described water tank with strainer 1, be provided with one for the bellows 7 and of collecting waste water for filtering the filtration baffle plate 8 of waste residue, one side of filtering baffle plate 8 on water tank with strainer 1 arranges breast hole 9, opposite side is connected with one-level settling tank 2 by welded still pipe, one-level settling tank 2 is connected with two-stage precipitation case 3 by welded still pipe, two-stage precipitation case 3 is connected with three grades of settling tanks 4 by welded still pipe, three grades of settling tanks 4 are connected with water tank 5 by pipeline I10, in water tank 5, be provided with and be respectively used to and running water, well-points dewatering, the pipeline II11 that carwash circulating water and rain water collecting system are connected, pipeline III12, pipeline IV13 and pipeline V14, in water tank 5, be provided with a gravity sensing ball valve 15, pipeline I10, pipeline II11, pipeline III12, the water inlet of pipeline IV13 and pipeline V14 is respectively arranged with a sensing valve 16, water tank 5 is connected with variable frequency pump 6 by welded still pipe, variable frequency pump 6 is connected with water system 17 by welded still pipe again.
Described one-level settling tank 2, two-stage precipitation case 3 and three grades of settling tank 4 bottoms arrange respectively discharge opening, and discharge opening is connected with water tank 5 by welded still pipe respectively, and welded still pipe import department is respectively arranged with a sensing valve.
The surrounding of described breast hole 9 is provided with the rubber seal of leaking when preventing from closing.
Installation of the present utility model and operation instruction:
The utility model system is installed combination as shown in Figure 1, is separately positioned on different level position.
1) water tank with strainer 1 is installed, water tank with strainer 1 one sides arrange breast hole 9, and breast hole 9 surroundings arrange rubber seal, leak when preventing from closing; Water tank with strainer 1 opposite side arranges connecting welding steel pipe, is connected with three grades of settling tanks of sizing. Water tank with strainer 1 is mainly used in collecting waste water (as washing pump line water).
2) three grades of settling tanks of regularization are installed, settling tank connected mode as shown in Figure 1, wherein one-level settling tank is mainly used in collecting carwash circulating water, two-stage precipitation case is mainly used in collecting rainwater, three grades of settling tanks are used for collecting base pit dewatering, each settling tank bottom all arranges discharge opening, when cleaning water tank, uses. Then access water tank 5 by welded still pipe, welded still pipe import department arranges respectively sensing valve.
3) water tank 5 is installed, gravity sensing ball valve 15 is set in water tank 5, control the water source of access according to water level height. In the time that gravity sensing ball valve 15 senses that water level in water tank is lower than lowest water level control line (cannot meet the minimum water consumption of construction time), gravity sensing ball valve sends signal to the sensing valve on the pipeline II being connected with running water, the sensing valve of controlling on pipeline II is opened automatically, in the time that gravity sensing ball valve senses water level higher than lowest water level control line, the sensing valve on gravity sensing ball valve control pipeline II is closed automatically; In the time sensing water level lower than second water level control line, start access construction waste water, when water level stops access construction waste water during higher than second water level control line; When water level is during lower than San road water level control line, automatically start to access carwash circulating water, when higher than San road water level control line, automatically stop access; When water level is during lower than Si road water level control line, start to access rainwater, when higher than Si road water level control line, rainwater stops access; When water level is during lower than peak level control line, base pit dewatering accesses automatically, when higher than peak level control line, automatically closes.
4) connect variable frequency pump by welded still pipe, access on-the-spot water supply line by variable frequency pump, water supply pipe, indoor fire-fighting and production.
Claims (3)
1. a work progress water utilization system, it is characterized in that: comprise water tank with strainer (1), one-level settling tank (2), two-stage precipitation case (3), three grades of settling tanks (4), water tank (5) and variable frequency pump (6), in described water tank with strainer (1), be provided with one for the bellows (7) and of collecting waste water for filtering the filtration baffle plate (8) of waste residue, the upper side of filtering baffle plate (8) of water tank with strainer (1) arranges breast hole (9), opposite side is connected with one-level settling tank (2) by welded still pipe, one-level settling tank (2) is connected with two-stage precipitation case (3) by welded still pipe, two-stage precipitation case (3) is connected with three grades of settling tanks (4) by welded still pipe, three grades of settling tanks (4) are by pipeline I(10) be connected with water tank (5), in water tank (5), be provided with and be respectively used to and running water, well-points dewatering, the pipeline II(11 that carwash circulating water and rain water collecting system are connected), pipeline III(12), pipeline IV(13) and pipeline V(14), in water tank (5), be provided with a gravity sensing ball valve (15), pipeline I(10), pipeline II(11), pipeline III(12), pipeline IV(13) and pipeline V(14) water inlet be respectively arranged with a sensing valve (16), water tank (5) is connected with variable frequency pump (6) by welded still pipe, variable frequency pump (6) is connected with water system (17) by welded still pipe again.
2. a kind of work progress water utilization system according to claim 1, it is characterized in that: described one-level settling tank (2), two-stage precipitation case (3) and three grades of settling tanks (4) bottom arrange respectively discharge opening, discharge opening is connected with water tank (5) by welded still pipe respectively, and welded still pipe import department is respectively arranged with a sensing valve.
3. a kind of work progress water utilization system according to claim 1 and 2, is characterized in that: the surrounding of described breast hole (9) is provided with the rubber seal of leaking when preventing from closing.
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CN201521025537.XU CN205242495U (en) | 2015-12-12 | 2015-12-12 | System is used multipurposely to work progress water |
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CN201521025537.XU CN205242495U (en) | 2015-12-12 | 2015-12-12 | System is used multipurposely to work progress water |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN110593288A (en) * | 2019-09-06 | 2019-12-20 | 河北中基华工程项目管理有限公司 | Well point dewatering and drainage device for deep foundation pit |
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2015
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN110593288A (en) * | 2019-09-06 | 2019-12-20 | 河北中基华工程项目管理有限公司 | Well point dewatering and drainage device for deep foundation pit |
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