CN105060592A - Comprehensive water disposal system - Google Patents
Comprehensive water disposal system Download PDFInfo
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- CN105060592A CN105060592A CN201510584301.8A CN201510584301A CN105060592A CN 105060592 A CN105060592 A CN 105060592A CN 201510584301 A CN201510584301 A CN 201510584301A CN 105060592 A CN105060592 A CN 105060592A
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Abstract
The invention provides a comprehensive water disposal system, comprising a boost pump, five levels of filters and an ultraviolet sterilizer; the boost pump is connected with the first level filter by a pipeline; respective levels of the filters are sequentially connected in series in sequence by a pipeline; the fifth level filter is connected with the ultraviolet sterilizer; filter valves of corresponding levels are arranged on end covers of the respective levels of filters, and emptying openings are formed in the lower parts of the respective levels of filters. The five-level filtration and ultraviolet sterilization ensure safety and reliability of produced filtered water quality. The filter valves are provided with water inlets, water outlets and blowdown outlets, dirty attached to filter nets of the filters can be removed by front washing and back washing, and the dirty is discharged by the blowdown outlets, so the comprehensive water disposal system can be repeatedly used. Compared with an existing comprehensive water purifying apparatus, the comprehensive water disposal system has the advantages of prominent purifying capability, capability of being repeatedly used and great water yield.
Description
Technical field
The invention belongs to Water warfare mechanical field, be specifically related to a kind of comprehensive water treatment system.
Background technology
In environmental pollution area and geologic hazard spot, the heavy metal in water quality, various harmful chemical and pathogenic micro-organism severe overweight, and water has peculiar smell, and this drastically influence common people's orthobiosis.But very importantly expend huge task for the victims of the disaster or IA resident provide clean water to be one, meet people's life demand from other places allocation and transportation mineral water often now, this has increased the weight of disaster relief cost and common people's burden greatly.Therefore, collection surface water purifies on the spot and becomes cost-saving effective ways.Existing purification of water quality instrument, resistance to soiling is poor, and water production rate is little, and not enough to the filtration capacity of objectionable impurities, effluent quality is unstable and reusability is poor, which greatly limits its application.
CN204325061U(2013.05.13) disclose a kind of composite water quality treatment system, this water cleaning systems water production rate few and can only single use, the needs of a large amount of water can not be met.
Summary of the invention
Main purpose of the present invention is to provide one can reusable water total system.Compared with existing Water warfare instrument, total system detergent power of the present invention is given prominence to, and can reuse and water production rate is large.
For reaching above-mentioned technical purpose, present invention employs following technical scheme: a kind of comprehensive water treatment system, comprise topping-up pump, Pyatyi strainer and ultraviolet sterilizer, described topping-up pump is connected with first step strainer by pipeline, strainer at different levels is connected successively by pipeline, and level V strainer is connected with ultraviolet sterilizer; Described filter end at different levels covers the filter tap being provided with corresponding level, and bottom is provided with evacuation port.
Contriver adopts topping-up pump water to be transported to fast first step strainer and the flowing fast that promotes to purify waste water, and this increases former water purification speed.In addition, topping-up pump also serves vital role in the cleaning process of comprehensive water treatment system.Pyatyi strainer and ultraviolet sterilizer design fully ensure that the drinkable property of purified waste water safety, the first step and second stage strainer can remove suspended substance in water body and colloid, 3rd can remove bacterium in water and particulate matter further to level V strainer, water body enters ultraviolet sterilizer after Pyatyi is filtered, after ultra-violet sterilization, obtain drinkable water.The backwashing function inventing the design of artificial comprehensive water treatment system ensure that comprehensive water treatment system is reusable.
As preferably, described topping-up pump is connected with raw water inlet by pipeline, and is provided with multiway valve on pipeline, and the pipeline of wherein leading up to of described multiway valve is connected with the first water outlet, and the pipeline between multiway valve and topping-up pump is provided with topping-up pump inlet valve.
As preferably, described topping-up pump is connected by pipeline with first step metre filter valve water-in and on pipeline, is provided with booster pump outlet valve.Former water is fast to the conveying of first step strainer under the pressure of topping-up pump, and booster pump outlet valve is conducive to regulable control carrying capacity.
As preferably, described filter tap is provided with water-in, water outlet and sewage draining exit, and upper level metre filter valve water outlet is connected with next stage metre filter valve water-in, and sewage draining exit is connected with blow-off pipe by pipeline.
As preferably, described filter tap is provided with rotating handle, can rotate to just wash, backwash and operation three indicate in any one corresponding position.Under running condition, water after upper level metre filter flows to the water-in of next stage strainer from its water outlet, close when it is desired to clean the filter or regulate related valve, then filter tap rotating handle is rotated to backwash mark place and start backwash process, and then filter tap rotating handle rotated to just wash mark place and start just to wash, finally sewage is discharged by sewage draining exit.Cleaning function ensure that comprehensive water treatment system is reusable.
As preferably, the water-in of described ultraviolet sterilizer is connected with the water outlet of level V strainer, and the water outlet of ultraviolet sterilizer is connected with the second water outlet.A lot of bacteriophage body small being difficult to is filtered System Cleaning, and ultraviolet sterilizer effectively can kill the microorganism in water body, improves purified waste water security.
As preferably, described strainer bottom is provided with evacuation port, and evacuation port to be connected with blow-off pipe by pipeline and to be provided with exhaust-valve on pipeline.When the strainer long-term not used time, inner dirt and remaining water are understood corrosion filtering net and grow harmful microorganism, be unfavorable for that the later stage of strainer uses, contriver arranges evacuation port in strainer bottom, comprehensive water treatment system is used and terminates and open evacuation port after completing cleaning to be discharged by blow-off pipe by remaining water, dries or can place for a long time and not affect after drying up to use next time.
As preferably, described topping-up pump is connected with housing respectively by cable with ultraviolet sterilizer, and described housing panel is provided with the switch of ultraviolet sterilizer and the switch of pilot lamp and topping-up pump and pilot lamp.The setting party of housing the use of comprehensive water treatment system, be conducive to it and promote.
As preferably, front row listed in by described first step strainer and second stage strainer, and rear row listed in by three to level V strainer, and ultraviolet sterilizer is placed between front two rows, and rear exclusive side is provided with topping-up pump and housing.Rational space layout can reduce the pipeline for UNICOM between each several part, reduces space shared by it.
As preferably, described comprehensive water treatment system cleaning sequence is first step strainer (3), second stage strainer (4), third stage strainer (5), fourth stage strainer (6), level V strainer (7), and cleaning process comprises the following steps:
(1) by topping-up pump inlet valve (11), booster pump outlet valve (12) and the whole semi-closure of the emptying valve of strainer at different levels;
(2) cleaned metre filter valve and the posterior metre filter valve of cleaning sequence are gone to " backwash " position, cleaned metre filter valve goes to " travel position ", then starts topping-up pump (1), and continues 3-8 minute.
(3) filter tap is gone to " just washing " position, and continue 1-3 minute
(4) filter tap is gone to " RUN " position.
The backwash time is too short, cannot effectively by clean for the dirt cleaning down be attached on filter screen, and overlong time causes the wasting of resources, controls can effectively be rinsed well by dirt at 3-8 minute.Equally, the time of just washing too short cannot by dirt discharge filter thoroughly, cause secondary pollution, overlong time causes water resource waste, within 1-3 minute, dirt all can be discharged by water port.
In sum, the present invention has following beneficial effect:
1, the present invention adopts Pyatyi strainer and ultraviolet sterilizer design, ensure that the drinkable property of purified waste water safety.
2, topping-up pump can accelerate Water warfare speed, increases water production rate.
3, just washing with backwash valve be arranged so that comprehensive water treatment system is reusable.
4, compact construction of the present invention, takes up room little.
figure of description
Fig. 1 is comprehensive water treatment system schematic flow sheet.
Fig. 2 is the filter tap front view being in running status.
Fig. 3 is the filter tap front view being in backwash state.
Fig. 4 is the filter tap front view being in state of just washing.
Embodiment
The realization of the object of the invention, functional characteristics and beneficial effect is further illustrated below in conjunction with specific embodiment and accompanying drawing.This specific embodiment is only explanation of the invention; it is not limitation of the present invention; those skilled in the art can make to the present embodiment the amendment not having creative contribution as required after reading this specification sheets, as long as but be all subject to the protection of patent law in right of the present invention.
embodiment 1
As shown in the figure, the present invention is a kind of comprehensive water treatment system of Pyatyi strainer and ultraviolet sterilizer 2 being connected successively, and this system also comprises the topping-up pump 1 be connected by pipeline with first step strainer 3.Logical 1 piping of topping-up pump is connected with raw water inlet 8, and on pipeline, be provided with multiway valve 9, and multiway valve 9 is also connected by pipeline with the first water outlet 10, and the pipeline between multiway valve 9 and topping-up pump 1 is provided with topping-up pump inlet valve 11.Topping-up pump is connected by pipeline with first step metre filter valve 31 water-in and on pipeline, is provided with booster pump outlet valve 12.Every one-level filter end cap is all provided with the filter tap of corresponding level, each filter tap is provided with water-in, water outlet and sewage draining exit, upper level metre filter valve water outlet is connected with next stage metre filter valve water-in, and sewage draining exit is connected with blow-off pipe by pipeline.Filter tap is provided with rotating handle, rotating handle can be rotated to just wash, backwash and operation three indicate in any one corresponding position, rotating handle is rotated to running mark place then the water-in on filter tap, water outlet to be opened, sewage draining exit is closed, then water outlet and sewage draining exit are opened rotating handle to be rotated to backwash mark place, water-in is closed, and is rotated to by rotating handle and is just washing mark place and then the water-in on filter tap and sewage draining exit are opened, and water outlet is closed.Every grade of strainer bottom is provided with evacuation port, and evacuation port to be connected with blow-off pipe by pipeline and to be provided with exhaust-valve on pipeline.The water-in of ultraviolet sterilizer 2 is connected with the water outlet of level V filter tap 71, and the water outlet of ultraviolet sterilizer 2 is connected with the second water outlet 14.Topping-up pump 1 is connected with housing 15 respectively by cable with ultraviolet sterilizer 2, and housing panel is provided with the switch of ultraviolet sterilizer and the switch of pilot lamp and topping-up pump and pilot lamp.Front row listed in by first step strainer 3 and second stage strainer 4, and rear row listed in by third stage strainer 5, fourth stage strainer 6 and level V strainer 7, and ultraviolet sterilizer 2 is placed between front two rows, and rear exclusive side is provided with topping-up pump 1 and housing 15.
During water intaking, former water is inputted from raw water inlet 8, by topping-up pump inlet valve 11, booster pump outlet valve 12 standard-sized sheet, filter tap rotating handle at different levels is rotated to running mark place, close other whole valves, by housing panel topping-up pump and ultraviolet switch opens, get final product water outlet.After water intaking, the topping-up pump on closing control cabinet panel and ultraviolet switch.
When filter is after operation certain hour or one-period, increasing gradually and resulting in blockage of the impurity such as suspended substance, particulate, causes the pressure difference into water and water outlet to increase, and produces water and obviously reduces.Now need to clean filter, remove the impurity such as suspended substance, particulate, reduce pressure reduction, recover water production rate.First by topping-up pump inlet valve 11, booster pump outlet valve 12 and the whole semi-closure of the emptying valve of strainer at different levels during cleaning, then metre filter valve at different levels is gone to " backwash " position, start topping-up pump 1, after 3 minutes, filter tap is gone to " just washing " position, after 3 minutes, filter tap is gone to " RUN " position.Cleaning sequence is first step strainer 3, second stage strainer 4, third stage strainer 5, fourth stage strainer 6, level V strainer 7.When cleaning next stage strainer, upper level filter tap rotating handle is in running mark place, and during as cleaning second stage strainer 4, first step strainer 3 filter tap 31 goes to running mark place.
When equipment needs to store, need be emptying by carrying out in strainer.First close raw water inlet 8, then close topping-up pump inlet valve 11, and exhaust-valve at different levels is opened, water in strainer at different levels is carried out emptying.Can preserve after drying.
embodiment 2
As shown in the figure, the present invention is a kind of comprehensive water treatment system of Pyatyi strainer and ultraviolet sterilizer 2 being connected successively, and this system also comprises the topping-up pump 1 be connected by pipeline with first step strainer 3.Logical 1 piping of topping-up pump is connected with raw water inlet 8, and on pipeline, be provided with multiway valve 9, and multiway valve 9 is also connected by pipeline with the first water outlet 10, and the pipeline between multiway valve 9 and topping-up pump 1 is provided with topping-up pump inlet valve 11.Topping-up pump is connected by pipeline with first step metre filter valve 31 water-in and on pipeline, is provided with booster pump outlet valve 12.Every one-level filter end cap is all provided with the filter tap of corresponding level, each filter tap is provided with water-in, water outlet and sewage draining exit, upper level metre filter valve water outlet is connected with next stage metre filter valve water-in, and sewage draining exit is connected with blow-off pipe by pipeline.Filter tap is provided with rotating handle, rotating handle can be rotated to just wash, backwash and operation three indicate in any one corresponding position, rotating handle is rotated to running mark place then the water-in on filter tap, water outlet to be opened, sewage draining exit is closed, then water outlet and sewage draining exit are opened rotating handle to be rotated to backwash mark place, water-in is closed, and is rotated to by rotating handle and is just washing mark place and then the water-in on filter tap and sewage draining exit are opened, and water outlet is closed.Every grade of strainer bottom is provided with evacuation port, and evacuation port to be connected with blow-off pipe by pipeline and to be provided with exhaust-valve on pipeline.The water-in of ultraviolet sterilizer 2 is connected with the water outlet of level V filter tap 71, and the water outlet of ultraviolet sterilizer 2 is connected with the second water outlet 14.Topping-up pump 1 is connected with housing 15 respectively by cable with ultraviolet sterilizer 2, and housing panel is provided with the switch of ultraviolet sterilizer and the switch of pilot lamp and topping-up pump and pilot lamp.Front row listed in by first step strainer 3 and second stage strainer 4, and rear row listed in by third stage strainer 5, fourth stage strainer 6 and level V strainer 7, and ultraviolet sterilizer 2 is placed between front two rows, and rear exclusive side is provided with topping-up pump 1 and housing 15.
During water intaking, former water is inputted from raw water inlet 8, by topping-up pump inlet valve 11, booster pump outlet valve 12 standard-sized sheet, filter tap rotating handle at different levels is rotated to running mark place, close other whole valves, by housing panel topping-up pump and ultraviolet switch opens, get final product water outlet.After water intaking, the topping-up pump on closing control cabinet panel and ultraviolet switch.
When filter is after operation certain hour or one-period, increasing gradually and resulting in blockage of the impurity such as suspended substance, particulate, causes the pressure difference into water and water outlet to increase, and produces water and obviously reduces.Now need to clean filter, remove the impurity such as suspended substance, particulate, reduce pressure reduction, recover water production rate.First by topping-up pump inlet valve 11, booster pump outlet valve 12 and the whole semi-closure of the emptying valve of strainer at different levels during cleaning, then metre filter valve at different levels is gone to " backwash " position, start topping-up pump 1, after 5 minutes, filter tap is gone to " just washing " position, after 2 minutes, filter tap is gone to " RUN " position.Cleaning sequence is first step strainer 3, second stage strainer 4, third stage strainer 5, fourth stage strainer 6, level V strainer 7.When cleaning next stage strainer, upper level filter tap rotating handle is in running mark place, and during as cleaning second stage strainer 4, first step strainer 3 filter tap 31 goes to running mark place.
When equipment needs to store, need be emptying by carrying out in strainer.First close raw water inlet 8, then close topping-up pump inlet valve 11, and exhaust-valve at different levels is opened, water in strainer at different levels is carried out emptying.Can preserve after drying.
embodiment 3
As shown in the figure, the present invention is a kind of comprehensive water treatment system of Pyatyi strainer and ultraviolet sterilizer 2 being connected successively, and this system also comprises the topping-up pump 1 be connected by pipeline with first step strainer 3.Logical 1 piping of topping-up pump is connected with raw water inlet 8, and on pipeline, be provided with multiway valve 9, and multiway valve 9 is also connected by pipeline with the first water outlet 10, and the pipeline between multiway valve 9 and topping-up pump 1 is provided with topping-up pump inlet valve 11.Topping-up pump is connected by pipeline with first step metre filter valve 31 water-in and on pipeline, is provided with booster pump outlet valve 12.Every one-level filter end cap is all provided with the filter tap of corresponding level, each filter tap is provided with water-in, water outlet and sewage draining exit, upper level metre filter valve water outlet is connected with next stage metre filter valve water-in, and sewage draining exit is connected with blow-off pipe by pipeline.Filter tap is provided with rotating handle, rotating handle can be rotated to just wash, backwash and operation three indicate in any one corresponding position, rotating handle is rotated to running mark place then the water-in on filter tap, water outlet to be opened, sewage draining exit is closed, then water outlet and sewage draining exit are opened rotating handle to be rotated to backwash mark place, water-in is closed, and is rotated to by rotating handle and is just washing mark place and then the water-in on filter tap and sewage draining exit are opened, and water outlet is closed.Every grade of strainer bottom is provided with evacuation port, and evacuation port to be connected with blow-off pipe by pipeline and to be provided with exhaust-valve on pipeline.The water-in of ultraviolet sterilizer 2 is connected with the water outlet of level V filter tap 71, and the water outlet of ultraviolet sterilizer 2 is connected with the second water outlet 14.Topping-up pump 1 is connected with housing 15 respectively by cable with ultraviolet sterilizer 2, and housing panel is provided with the switch of ultraviolet sterilizer and the switch of pilot lamp and topping-up pump and pilot lamp.Front row listed in by first step strainer 3 and second stage strainer 4, and rear row listed in by third stage strainer 5, fourth stage strainer 6 and level V strainer 7, and ultraviolet sterilizer 2 is placed between front two rows, and rear exclusive side is provided with topping-up pump 1 and housing 15.
During water intaking, former water is inputted from raw water inlet 8, by topping-up pump inlet valve 11, booster pump outlet valve 12 standard-sized sheet, filter tap rotating handle at different levels is rotated to running mark place, close other whole valves, by housing panel topping-up pump and ultraviolet switch opens, get final product water outlet.After water intaking, the topping-up pump on closing control cabinet panel and ultraviolet switch.
When filter is after operation certain hour or one-period, increasing gradually and resulting in blockage of the impurity such as suspended substance, particulate, causes the pressure difference into water and water outlet to increase, and produces water and obviously reduces.Now need to clean filter, remove the impurity such as suspended substance, particulate, reduce pressure reduction, recover water production rate.First by topping-up pump inlet valve 11, booster pump outlet valve 12 and the whole semi-closure of the emptying valve of strainer at different levels during cleaning, then metre filter valve at different levels is gone to " backwash " position, start topping-up pump 1, after 8 minutes, filter tap is gone to " just washing " position, after 1 minute, filter tap is gone to " RUN " position.Cleaning sequence is first step strainer 3, second stage strainer 4, third stage strainer 5, fourth stage strainer 6, level V strainer 7.When cleaning next stage strainer, upper level filter tap rotating handle is in running mark place, and during as cleaning second stage strainer 4, first step strainer 3 filter tap 31 goes to running mark place.
When equipment needs to store, need be emptying by carrying out in strainer.First close raw water inlet 8, then close topping-up pump inlet valve 11, and exhaust-valve at different levels is opened, water in strainer at different levels is carried out emptying.Can preserve after drying.
comparative example 1
A kind of water filtration purifier, raw water box is connected by pipeline with first step strainer, first step strainer and the follow-up second stage, the third stage, fourth stage strainer are contacted successively by pipeline, fourth stage strainer is connected by pipeline with UV Sterilizers, and UV Sterilizers is connected by pipeline with product water tank.
During use, water in raw water box enters level Four strainer successively through water pipe, in first step strainer and second stage strainer, large suspended substance etc. will be filtered removing, and third stage strainer and fourth stage strainer major function are absorption tiny particle in water and harmful metal ion.The harmful microorganisms such as the virus of not adsorbed by level Four strainer, bacterium and algae can be killed by UV filtration unit.
Use the comprehensive water treatment system in embodiment can purify I-III class surface water, water produced odorless, tasteless after purification, in water, total number of bacterial colony is all less than 20cfu/mL, and all kinds of heavy metal and hazardous compound content are all far below the maximum value that GB5749-2006 " drinking water sanitary standard " specifies.And the cleaning of comprehensive water treatment system and blowdown apparatus ensure that it can be reused, not the used time then can drain each container and ducted moisture after preserve.In comparative example, the water produced matter of water filtration purifier is poorer than embodiment, and this device does not possess cleaning and blowdown apparatus, can produce a large amount of dirts and objectionable impurities, need to change filtration unit in time, add use cost after using certain hour in water.
Claims (10)
1. a comprehensive water treatment system, comprise topping-up pump (1), Pyatyi strainer and ultraviolet sterilizer (2), it is characterized in that: described topping-up pump (1) is connected with first step strainer (3) by pipeline, strainer at different levels is connected successively by pipeline, and level V strainer (7) is connected with ultraviolet sterilizer (2); Described filter end at different levels covers the filter tap being provided with corresponding level, and bottom is provided with evacuation port.
2. a kind of comprehensive water treatment system as claimed in claim 1, it is characterized in that: described topping-up pump (1) is connected with raw water inlet (8) by pipeline, and on pipeline, be provided with multiway valve (9), the pipeline of wherein leading up to of described multiway valve (9) is connected with the first water outlet (10), and the pipeline between multiway valve (9) and topping-up pump (1) is provided with topping-up pump inlet valve (11).
3. a kind of comprehensive water treatment system as claimed in claim 2, is characterized in that: described topping-up pump (1) to be connected with first step metre filter valve (21) water-in by pipeline and on pipeline, to be provided with booster pump outlet valve (12).
4. a kind of comprehensive water treatment system as claimed in claim 1, it is characterized in that: described filter tap is provided with water-in, water outlet and sewage draining exit, upper level metre filter valve water outlet is connected with next stage metre filter valve water-in, and sewage draining exit is connected with blow-off pipe (13) by pipeline.
5. a kind of comprehensive water treatment system as claimed in claim 1, is characterized in that: described filter tap is provided with rotating handle, can rotate to just wash, backwash and operation three indicate in any one corresponding position.
6. a kind of comprehensive water treatment system as claimed in claim 5, it is characterized in that: the water-in of described ultraviolet sterilizer (2) is connected with the water outlet of level V strainer (6), the water outlet of ultraviolet sterilizer (2) is connected with the second water outlet (14).
7. a kind of comprehensive water treatment system as claimed in claim 1, is characterized in that: described evacuation port is connected by pipeline with blow-off pipe (13) and is provided with exhaust-valve on pipeline.
8. a kind of comprehensive water treatment system as claimed in claim 1, it is characterized in that: described topping-up pump (1) is connected with housing (15) respectively by cable with ultraviolet sterilizer (2), described housing (15) panel is provided with the switch of ultraviolet sterilizer and the switch of pilot lamp and topping-up pump and pilot lamp.
9. a kind of comprehensive water treatment system as claimed in claim 8, it is characterized in that: front row listed in by described first step strainer (3) and second stage strainer (4), rear row listed in by third stage strainer (5), fourth stage strainer (6) and level V strainer (7), ultraviolet sterilizer (2) is placed between front two rows, and rear exclusive side is provided with topping-up pump (1) and housing (15).
10. a kind of comprehensive water treatment system as described in claim 1-9, it is characterized in that: described comprehensive water treatment system cleaning sequence is first step strainer (3), second stage strainer (4), third stage strainer (5), fourth stage strainer (6), level V strainer (7), and cleaning process comprises the following steps:
(1) by topping-up pump inlet valve (11), booster pump outlet valve (12) and the whole semi-closure of the emptying valve of strainer at different levels;
(2) cleaned metre filter valve and the posterior metre filter valve of cleaning sequence are gone to " backwash " position, cleaned metre filter valve goes to " travel position ", then starts topping-up pump (1), and continues 3-8 minute;
(3) filter tap is gone to " just washing " position, and continue 1-3 minute
(4) filter tap is gone to " RUN " position.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510584301.8A CN105060592A (en) | 2015-09-15 | 2015-09-15 | Comprehensive water disposal system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510584301.8A CN105060592A (en) | 2015-09-15 | 2015-09-15 | Comprehensive water disposal system |
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| CN105060592A true CN105060592A (en) | 2015-11-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510584301.8A Pending CN105060592A (en) | 2015-09-15 | 2015-09-15 | Comprehensive water disposal system |
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Application publication date: 20151118 |
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| RJ01 | Rejection of invention patent application after publication |