CN204058099U - Without waste water purified water machine - Google Patents
Without waste water purified water machine Download PDFInfo
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- CN204058099U CN204058099U CN201420515032.0U CN201420515032U CN204058099U CN 204058099 U CN204058099 U CN 204058099U CN 201420515032 U CN201420515032 U CN 201420515032U CN 204058099 U CN204058099 U CN 204058099U
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Abstract
The utility model relates to a kind of without waste water purified water machine, comprise raw water pipeline, first step filter cylinder, second stage filter cylinder, third stage filter cylinder, fourth stage filter cylinder, level V filter cylinder, a topping-up pump is connected between fourth stage filter cylinder with level V filter cylinder, the pure water end of level V filter cylinder connects pure water tap by the 6th grade of filter cylinder, water butt is connected with by bypass pipe between level V filter cylinder and the 6th grade of filter cylinder, pipeline is connected with the pure water high-voltage switch gear controlling topping-up pump work, the water purification end of level V filter cylinder connects second stage filter cylinder by water return pipeline, fourth stage filter cylinder also connects level V filter cylinder by a submersible pump, the water purification end of level V filter cylinder is connected with clear water faucet, clear water faucet pipeline is connected with the water purification high-voltage switch gear controlling submersible pump work.The utility model open pure water tap, open clear water faucet time, topping-up pump and submersible pump exchange work, realize the abundant cleaning to reverse osmosis membrane filter element, rinse more thoroughly, cleaner.
Description
(1) technical field
The utility model relates to a kind of purified water machine.
(2) background technology
Along with the raising of people's living standard, health is more and more paid attention to, also more and more higher to the requirement of tap water, so RO reverse osmosis membrane water purification machine arises at the historic moment, allow people drink the pure water of health, safety.Although reverse-osmosis treated technology has many good qualities, it is while production pure water, and create a part of dense water, the pure water/waste water ratio of usual RO film is 1: 3, and that is, after primary purification is filtered, the dense water of generation is about 3 times of pure water.Existing reverse osmosis membrane water purification machine is concentrated water discharge type, and the dense water after filtering by primary purification is used as direct discharging of waste water and is fallen, and this is a kind of very large waste.Also partially purifying water machine is had to be linked in filter cylinder above by dense water by return water pipe, again by one-level single filter, but this mode, can not rinse RO film in time, greatly reduce the work-ing life of machine and consumptive material, and at the accessory that fit on has used some there is no need, greatly increase the former cost of machine.
(3) summary of the invention
In order to overcome the above-mentioned deficiency of prior art, the utility model provides a kind of purified water machine that can improve consumptive material and really accomplish work-ing life without waste water.
The technical scheme in the invention for solving the technical problem is:
Without waste water purified water machine, comprise raw water pipeline, connect the first step filter cylinder of raw water pipeline, connect the second stage filter cylinder of first step filter cylinder output terminal, connect the third stage filter cylinder of second stage filter cylinder output terminal, connect the fourth stage filter cylinder of third stage filter cylinder output terminal, connect the level V filter cylinder of fourth stage filter cylinder output terminal, described level V filter cylinder is built with reverse osmosis membrane filter element, it is characterized in that: described fourth stage filter cylinder is also connected a topping-up pump with between level V filter cylinder, the pure water end of described level V filter cylinder connects the 6th grade of filter cylinder, the output terminal of the 6th grade of filter cylinder connects pure water tap, water butt is connected with by bypass pipe between level V filter cylinder and the 6th grade of filter cylinder, the pipeline that described level V filter cylinder connects the 6th grade of filter cylinder is connected with the pure water high-voltage switch gear controlling topping-up pump work, the water purification end of described level V filter cylinder connects the input terminus of second stage filter cylinder by water return pipeline, the output terminal of described fourth stage filter cylinder also connects a submersible pump, described submersible pump connects the input terminus of level V filter cylinder, the water purification end of described level V filter cylinder is connected with clear water faucet, described level V filter cylinder connects water purification high-voltage switch gear clear water faucet pipeline being connected with and controlling submersible pump work.
As preferably, return water pipe is provided with reverse checkvalve and flow-limiting valve.
As preferably, first step filter cylinder connects raw water pipeline by No. 1 pipe, described second stage filter cylinder connects first step filter cylinder by No. 2 pipes, described third stage filter cylinder connects second stage filter cylinder by No. 3 pipes, described fourth stage filter cylinder connects third stage filter cylinder by No. 4 pipes, topping-up pump connects fourth stage filter cylinder by No. 5 pipes, level V filter cylinder connects topping-up pump by No. 6 pipes, submersible pump connects fourth stage filter cylinder by No. 7 pipes, level V filter cylinder connects submersible pump by No. 8 pipes, the 6th grade of described filter cylinder connects the pure water end of level V filter cylinder by No. 9 pipes, described clear water faucet connects the water purification end of level V filter cylinder by No. 10 pipes, described raw water pipeline is four points of bores, 1 to No. 8 described Guan Weisan divides bore, described water return pipeline, No. 9 pipes, No. 10 pipes and bypass pipe are two points of bores.
As preferably, raw water pipeline is provided with inlet valve, No. 3 described pipes are provided with low-tension switch, No. 6 described pipes and No. 8 pipes are respectively arranged with check valve, No. 9 described pipes and No. 10 pipes are also provided with check valve.
Tap water is under the pressure of self, enter in first step filter cylinder by raw water pipeline through No. 1 pipe, first step filter cylinder is polypropylene cotton (PP is cotton) filter core, enter in the filter cylinder of the second stage by No. 2 pipes after first step filter cylinder filters, second stage filter cylinder is granulated active carbon (UDF) filter core, after second stage filter cylinder filters, enter in third stage filter cylinder through No. 3 pipes, third stage filter cylinder is extruded activated carbon (CTO) filter core, fourth stage filter cylinder is entered through No. 4 pipes after third stage filter cylinder filters, fourth stage filter cylinder is ultra-filtration membrane (UF) filter core, after fourth stage filter cylinder filters, topping-up pump is entered through No. 5 pipes, after topping-up pump supercharging, level V filter cylinder is entered through No. 6 pipes, after its inner counter permeable membrane filter element filtering, wherein the pure water of about 30% brings out from pure water, the 6th grade of filter cylinder is connected through No. 9 pipes, 6th grade of filter cylinder is cocoanut active charcoal (T33) filter core, then discharge from pure water tap, No. 9 pipes are connected with water butt by bypass pipe, and No. 9 pipes are arranged the pure water high-voltage switch gear controlling topping-up pump work, then water is after filtering layer by layer, be stored in water butt, after water storage inner bucket water is full, pure water high-voltage switch gear auto-breaking, topping-up pump is quit work, when in water butt during lack of water, automatic energising makes topping-up pump work, thus accomplish work-ing life that is intelligent and enhancing topping-up pump.In addition, the dense water of about 70% brings out from water purification, again enters second stage filter cylinder, more in layer filter through return water pipe.Topping-up pump is to reverse osmosis membrane supercharging, and water purification, pure water are separated.
Fourth stage filter cylinder also connects submersible pump by No. 7 pipes, submersible pump connects the input terminus of level V filter cylinder by No. 8 pipes, the water purification end of level V filter cylinder also connects clear water faucet by No. 10 pipes, No. 10 pipes are provided with water purification high-voltage switch gear, when opening clear water faucet, water purification high-voltage switch gear is energized automatically, submersible pump startup work, after water augmented flow after fourth stage filter cylinder is filtered, level V filter cylinder is rinsed, discharged by water purification end and clear water faucet again, for washing, water resources is fully used.Submersible pump increases net water flux, reverse osmosis membrane rinsed more thorough, more totally, extend the work-ing life of consumptive material.
Return water pipe is provided with reverse checkvalve and flow-limiting valve, check valve can adjust dense water and return in the putamina of reverse osmosis membrane, to alleviate the pressure in putamina, and the ratio of flow-limiting valve adjustable water purification and pure water.
Low-tension switch, be when run into former hydraulic pressure too low or cut off the water time, automatic cut-off power, makes topping-up pump quit work, prevent topping-up pump because of hydraulic pressure too low or anhydrous time and damage.
Raw water pipeline is four points of bores, and 1 to No. 8 described Guan Weisan divides bore, and described water return pipeline, No. 9 pipes, No. 10 pipes and bypass pipes are two points of bores, arrange like this, add raw water flow and impact dynamics, more effectively carries out washing action to RO film.
The beneficial effects of the utility model are: the utility model is when opening pure water tap, start topping-up pump work, release pure water, when opening clear water faucet, topping-up pump quits work, and submersible pump work, reverse osmosis membrane filter element is rinsed, discharges water purification, topping-up pump and submersible pump exchange work, realize abundant cleaning to reverse osmosis membrane filter element, rinse more thoroughly, cleaner.Make pure water purer, improve the work-ing life of consumptive material, really accomplish without waste water.
(4) accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
(5) embodiment
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.
As shown in Figure 1, without waste water purified water machine, comprise raw water pipeline, connect the first step filter cylinder 2 of raw water pipeline, connect the second stage filter cylinder 4 of first step filter cylinder output terminal, connect the third stage filter cylinder 7 of second stage filter cylinder output terminal, connect the fourth stage filter cylinder 9 of third stage filter cylinder output terminal, connect the level V filter cylinder 15 of fourth stage filter cylinder output terminal, described level V filter cylinder is built with reverse osmosis membrane filter element, described fourth stage filter cylinder be also connected a topping-up pump 12 between level V filter cylinder, the pure water end of described level V filter cylinder connects the 6th grade of filter cylinder 18, the output terminal of the 6th grade of filter cylinder connects pure water tap 17, water butt 21 is connected with by bypass pipe 20 between level V filter cylinder and the 6th grade of filter cylinder, the pipeline that described level V filter cylinder connects the 6th grade of filter cylinder is connected with the pure water high-voltage switch gear 26 controlling topping-up pump 12 and work, the water purification end of described level V filter cylinder connects the input terminus of second stage filter cylinder by water return pipeline 22, the output terminal of described fourth stage filter cylinder also connects a submersible pump 23, described submersible pump 23 connects the input terminus of level V filter cylinder, the water purification end of described level V filter cylinder is connected with clear water faucet 25, described level V filter cylinder connects the water purification high-voltage switch gear 27 clear water faucet pipeline being connected with and controlling submersible pump work.Return water pipe 22 is provided with reverse checkvalve and flow-limiting valve.
First step filter cylinder 2 connects raw water pipeline by No. 1 pipe 1, described second stage filter cylinder connects first step filter cylinder by No. 2 pipes 3, described third stage filter cylinder 7 connects second stage filter cylinder by No. 3 pipes 6, described fourth stage filter cylinder 9 connects third stage filter cylinder 7 by No. 4 pipes 8, topping-up pump 12 connects fourth stage filter cylinder by No. 5 pipes 10, level V filter cylinder connects topping-up pump by No. 6 pipes 14, submersible pump 23 connects fourth stage filter cylinder by No. 7 pipes 11, level V filter cylinder connects submersible pump by No. 8 pipes 13, the 6th grade of described filter cylinder connects the pure water end of level V filter cylinder by No. 9 pipes 16, described clear water faucet 25 connects the water purification end of level V filter cylinder by No. 10 pipes 24, described raw water pipeline is four points of bores, 1 to No. 8 described Guan Weisan divides bore, described water return pipeline, No. 9 pipes, No. 10 pipes and bypass pipe are two points of bores.
Raw water pipeline is provided with inlet valve, No. 3 described pipes 6 are provided with low-tension switch 5, No. 6 described pipes and No. 8 pipes are respectively arranged with check valve, No. 9 described pipes and No. 10 pipes are also provided with check valve.
Tap water is under the pressure of self, enter in first step filter cylinder 2 by raw water pipeline through No. 1 pipe 1, first step filter cylinder is polypropylene cotton (PP is cotton) filter core, for scale inhibition iron rust impurity etc., enter in second stage filter cylinder 4 by No. 2 pipes 3 after first step filter cylinder filters, second stage filter cylinder is granulated active carbon (UDF) filter core, for the chemical substance in planar water, after second stage filter cylinder filters, enter in third stage filter cylinder 7 through No. 3 pipes 6, third stage filter cylinder is extruded activated carbon (CTO) filter core, for the chemical substance in further planar water and the calcium ions and magnesium ions that transforms in water, fourth stage filter cylinder 9 is entered through No. 4 pipes 8 after third stage filter cylinder filters, fourth stage filter cylinder is ultra-filtration membrane (UF) filter core, for the fine particle in filtered water, after fourth stage filter cylinder filters, topping-up pump 12 is entered through No. 5 pipes 10, after topping-up pump supercharging, level V filter cylinder 15 is entered through No. 6 pipes 14, by the inorganic salt in water, heavy metal ion, organism, colloid, bacterium, the objectionable impurities filterings such as virus, after its inner counter permeable membrane filter element filtering, wherein the pure water of about 30% brings out from pure water, the 6th grade of filter cylinder 18 is connected through No. 9 pipes 19, 6th grade of filter cylinder is cocoanut active charcoal (T33) filter core, for improving mouthfeel, then discharge from pure water tap, No. 9 pipes 19 are connected with water butt 20 by bypass pipe 20, and No. 9 pipes are arranged the pure water high-voltage switch gear 26 controlling topping-up pump work, then water is after filtering layer by layer, be stored in water butt, after water storage inner bucket water is full, pure water high-voltage switch gear auto-breaking, topping-up pump is quit work, when in water butt during lack of water, automatic energising makes topping-up pump work, thus accomplish work-ing life that is intelligent and enhancing topping-up pump.In addition, the dense water of about 70% brings out from water purification, again enters second stage filter cylinder, more in layer filter through return water pipe 22.Topping-up pump is to reverse osmosis membrane supercharging, and water purification, pure water are separated.
Fourth stage filter cylinder also connects submersible pump 23 by No. 7 pipes 11, submersible pump connects the input terminus of level V filter cylinder 15 by No. 8 pipes 13, the water purification end of level V filter cylinder also connects clear water faucet 25 by No. 10 pipes 24, No. 10 pipes are provided with water purification high-voltage switch gear 27, when opening clear water faucet, water purification high-voltage switch gear is energized automatically, submersible pump startup work, after water augmented flow after fourth stage filter cylinder is filtered, level V filter cylinder is rinsed, discharged by water purification end and clear water faucet, for washing, water resources is fully used.Submersible pump increases net water flux, and the reverse osmosis membrane being rinses more thorough, more totally, extends the work-ing life of consumptive material.
Return water pipe is provided with reverse checkvalve and flow-limiting valve, check valve can adjust dense water and return in the putamina of reverse osmosis membrane, to alleviate the pressure in putamina, and the ratio of flow-limiting valve adjustable water purification and pure water.
Low-tension switch, be when run into former hydraulic pressure too low or cut off the water time, automatic cut-off power, makes topping-up pump quit work, prevent topping-up pump because of hydraulic pressure too low or anhydrous time and damage.
Raw water pipeline is four points of bores, and 1 to No. 8 described Guan Weisan divides bore, and described water return pipeline, No. 9 pipes, No. 10 pipes and bypass pipes are two points of bores, arrange like this, add raw water flow and impact dynamics, more effectively carries out washing action to RO film.
The utility model is when opening pure water tap, start topping-up pump work, release pure water, when opening clear water faucet, topping-up pump quits work, and submersible pump work, reverse osmosis membrane filter element is rinsed, discharges water purification, topping-up pump and submersible pump exchange work, realize abundant cleaning to reverse osmosis membrane filter element, rinse more thoroughly, cleaner.Make pure water purer, improve the work-ing life of consumptive material, really accomplish without waste water.
Claims (4)
1. without waste water purified water machine, comprise raw water pipeline, connect the first step filter cylinder of raw water pipeline, connect the second stage filter cylinder of first step filter cylinder output terminal, connect the third stage filter cylinder of second stage filter cylinder output terminal, connect the fourth stage filter cylinder of third stage filter cylinder output terminal, connect the level V filter cylinder of fourth stage filter cylinder output terminal, described level V filter cylinder is built with reverse osmosis membrane filter element, it is characterized in that: described fourth stage filter cylinder is also connected a topping-up pump with between level V filter cylinder, the pure water end of described level V filter cylinder connects the 6th grade of filter cylinder, the output terminal of the 6th grade of filter cylinder connects pure water tap, water butt is connected with by bypass pipe between level V filter cylinder and the 6th grade of filter cylinder, the pipeline that described level V filter cylinder connects the 6th grade of filter cylinder is connected with the pure water high-voltage switch gear controlling topping-up pump work, the water purification end of described level V filter cylinder connects the input terminus of second stage filter cylinder by water return pipeline, the output terminal of described fourth stage filter cylinder also connects a submersible pump, described submersible pump connects the input terminus of level V filter cylinder, the water purification end of described level V filter cylinder is connected with clear water faucet, described level V filter cylinder connects water purification high-voltage switch gear clear water faucet pipeline being connected with and controlling submersible pump work.
2. according to claim 1 without waste water purified water machine, it is characterized in that: described return water pipe is provided with reverse checkvalve and flow-limiting valve.
3. according to claim 2 without waste water purified water machine, it is characterized in that: described first step filter cylinder connects raw water pipeline by No. 1 pipe, described second stage filter cylinder connects first step filter cylinder by No. 2 pipes, described third stage filter cylinder connects second stage filter cylinder by No. 3 pipes, described fourth stage filter cylinder connects third stage filter cylinder by No. 4 pipes, topping-up pump connects fourth stage filter cylinder by No. 5 pipes, level V filter cylinder connects topping-up pump by No. 6 pipes, submersible pump connects fourth stage filter cylinder by No. 7 pipes, level V filter cylinder connects submersible pump by No. 8 pipes, the 6th grade of described filter cylinder connects the pure water end of level V filter cylinder by No. 9 pipes, described clear water faucet connects the water purification end of level V filter cylinder by No. 10 pipes, described raw water pipeline is four points of bores, 1 to No. 8 described Guan Weisan divides bore, described water return pipeline, No. 9 pipes, No. 10 pipes and bypass pipe are two points of bores.
4. according to claim 3 without waste water purified water machine, it is characterized in that: described raw water pipeline is provided with inlet valve, No. 3 described pipes are provided with low-tension switch, No. 6 described pipes and No. 8 pipes are respectively arranged with check valve, No. 9 described pipes and No. 10 pipes are also provided with check valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420515032.0U CN204058099U (en) | 2014-09-02 | 2014-09-02 | Without waste water purified water machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420515032.0U CN204058099U (en) | 2014-09-02 | 2014-09-02 | Without waste water purified water machine |
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| Publication Number | Publication Date |
|---|---|
| CN204058099U true CN204058099U (en) | 2014-12-31 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420515032.0U Expired - Fee Related CN204058099U (en) | 2014-09-02 | 2014-09-02 | Without waste water purified water machine |
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| Country | Link |
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| CN (1) | CN204058099U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104773856A (en) * | 2015-03-10 | 2015-07-15 | 广东汇聚环保科技有限公司 | Wastewater-free water purifier |
| CN106145409A (en) * | 2015-04-03 | 2016-11-23 | 佛山市顺德区美的饮水机制造有限公司 | Defecator and purifying drinking appliance |
-
2014
- 2014-09-02 CN CN201420515032.0U patent/CN204058099U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104773856A (en) * | 2015-03-10 | 2015-07-15 | 广东汇聚环保科技有限公司 | Wastewater-free water purifier |
| CN106145409A (en) * | 2015-04-03 | 2016-11-23 | 佛山市顺德区美的饮水机制造有限公司 | Defecator and purifying drinking appliance |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141231 Termination date: 20190902 |