CN205367938U - Intelligence sea water, rain water purifying equipment - Google Patents
Intelligence sea water, rain water purifying equipment Download PDFInfo
- Publication number
- CN205367938U CN205367938U CN201620050332.5U CN201620050332U CN205367938U CN 205367938 U CN205367938 U CN 205367938U CN 201620050332 U CN201620050332 U CN 201620050332U CN 205367938 U CN205367938 U CN 205367938U
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- valve
- electrical ball
- sea water
- ball valve
- fresh water
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A20/00—Water conservation; Efficient water supply; Efficient water use
- Y02A20/108—Rainwater harvesting
Abstract
The utility model discloses an intelligence sea water, rain water purifying equipment, it includes: sea water collection device, high efficiency filter gets rid of the impurity in the sea water, the circulating slot, the sea water behind the impurity is got rid of in the storage, the level filtering membrane carries out the one -level desalination to the sea water of getting rid of impurity, the dashpot is with the sea water after the desalination of storage one -level, second grade filtration membrane, the sea water of desaling the one -level carries out the second grade desalination, fresh water tank passes through fresh water pipeline intercommunication with second grade filtration membrane, saves the sea water after the second grade desalination. The fresh water pipeline is equipped with fresh water valve and fresh water detection device, and fresh water detection device is connected with the controller, the opening and close of the first electrical ball valve of controller automatic control, second electrical ball valve, third electrical ball valve, fourth electrical ball valve, first three -way valve, second three -way valve and fresh water valve. The utility model discloses to the quality of sea water, adjust seawater desalination's process, make its seawater desalination process one step arbitrary can the recirculation, or direct the discharge, make the sea water after the desalination remain good quality throughout.
Description
Technical field
This utility model relates to field of sea water desalting technology, particularly to a kind of intelligence sea water, rainwater purification equipment.
Background technology
At present, fresh water demand sharply increases, but freshwater resources are limited;Therefore to be how be available for the fresh water that the mankind drink to have become the key subjects of the 21 century mankind by desalinization.
Traditional method for desalting seawater is by being desalinized seawater distilling after sea water collection, but the equipment needed for the way of distillation is complicated, desalinating cost is high, thus replaced by anti-embrane method of soaking into gradually, anti-embrane method of soaking into is to make sea water pass through sea water desalination membrane with high pressure to obtain the method (such as Japanese Unexamined Patent Publication 08-206460 publication) of fresh water.The existing anti-desalination step soaking into embrane method generally includes following steps: collect the suspended material in sea water filtering sea;Then pass through high-pressure pump and to the sea water pressurization after filtering and send water to sea water desalination membrane;Again the water through sea water desalination membrane is optimized water quality, it is existing that counter to soak into embrane method power of required consuming when high-pressure pump send water to sea water desalination membrane big, desalinating cost is high, additionally existing anti-embrane method of soaking into needs to arrange multistage sea water regulating reservoir and the water yield is controlled, keeps, and causes that land occupation area is big, equipment enlarging.
Sea water is mainly tentatively filtered by traditional intelligent sea water, rainwater purification equipment, removes the impurity in sea water;By filter membrane, sea water is desalinated again, needed for making sea water meet use.
In the process of desalinization, need to be monitored to the process of sea water filter and desalination, and while monitoring, it is quite main that monitored results carries out Real-time Feedback.
Summary of the invention
The purpose of this utility model is to overcome or slow down the part at least the above shortcoming, hereby provides a kind of intelligence sea water, rainwater purification equipment, comprising:
Sea water collection device, gathers sea water;
High efficiency particulate air filter, connects with sea water collection device, removes the impurity in sea water;
Circulating slot, connects with high efficiency particulate air filter, and the sea water after impurity is removed in storage;
Single filter film, is connected with circulating slot by the first suction pump, carries out one-level desalination to removing deimpurity sea water;
Dashpot, connects with single filter film, the sea water after storage one-level desalination;
Cartridge filter, is connected with dashpot by the second suction pump;
Cascade filtration film, connects with cartridge filter, and the sea water of one-level desalination is carried out two grades of desalinations;
Fresh-water tank, is connected by fresh water line with cascade filtration film, stores the sea water after two grades of desalinations;
The first electrical ball valve it is provided with between described circulating slot and single filter film, it is provided with the second stop valve between described single filter film and dashpot, described single filter film is connected by the first circulating line with cascade filtration film, described first circulating line is provided with the first three-way valve, the 3rd electrical ball valve it is provided with between described cartridge filter and dashpot, described cartridge filter by the second three-way valve respectively with and the input of cascade filtration film and the first three-way valve connects, described cascade filtration film is connected with dashpot by the second circulating line, described second circulating line is provided with the 4th electrical ball valve;
Described fresh water line is provided with fresh water valve and fresh water detecting device, described fresh water detecting device is connected to controller, and described controller automatically controls the keying of described first electrical ball valve, the second electrical ball valve, the 3rd electrical ball valve, the 4th electrical ball valve, the first three-way valve, the second three-way valve and fresh water valve.
Preferably, described fresh water detecting device includes monitoring means and control unit, and described monitoring means monitors the seawer quality after two grades of desalinations, produces quality signal;
Described control unit, according to described quality signal, automatically controls the keying of described first electrical ball valve, the second electrical ball valve, the 3rd electrical ball valve, the 4th electrical ball valve, the first three-way valve, the second three-way valve and fresh water valve.
Preferably, described quality signal is divided into one-level caution signals or two grades of caution signalss or three grades of caution signalss or level Four caution signals or Pyatyi caution signals;
Described quality signal is one-level caution signals, then close fresh water valve, the first electrical ball valve, the 4th electrical ball valve, start the 3rd electrical ball valve, regulate the first three-way valve and the second three-way valve, the path between connection cartridge filter and single filter film.And reset after Preset Time;
Described quality signal is two grades of caution signalss, then close fresh water valve, the first electrical ball valve, the 4th electrical ball valve, start the 3rd electrical ball valve, regulate the first three-way valve and the second three-way valve, the path between path and single filter film and cascade filtration film between connection cartridge filter and single filter film, and reset after Preset Time;
Described quality signal is three grades of caution signalss, then close fresh water valve, the first electrical ball valve, the second electrical ball valve, open the 3rd electrical ball valve and the 4th electrical ball valve, regulate the first three-way valve and the second three-way valve, path between connection cartridge filter and cascade filtration, and reset after Preset Time.
Preferably, described dashpot is connected with sea water collection device by the first outflow valve;
Described quality signal is level Four caution signals, then close fresh water valve, the 3rd electrical ball valve, the 4th electrical ball valve, opens the first outflow valve, and resets after Preset Time.
Preferably, described circulating slot is connected with sea water collection device by the second outflow valve;
Described quality signal is Pyatyi caution signals, then close the first electrical ball valve, opens the second outflow valve, and resets after Preset Time.
Preferably, described control unit includes single-chip microcomputer and PLC, described single-chip microcomputer quality of reception signal, and relatively described quality signal is numerical value, determine that described quality signal is one-level caution signals or two grades of caution signalss or three grades of caution signalss or level Four caution signals or Pyatyi caution signals, produce actuating signal, described PLC opens and closes the first electrical ball valve, the second electrical ball valve, the 3rd electrical ball valve, the 4th electrical ball valve, the first three-way valve, the second three-way valve and fresh water valve according to described actuating signal, and resets after Preset Time.
Preferably, described high efficiency particulate air filter is connected to rain collector and is connected with sea water collection device by the 3rd outflow valve.
This utility model is intended to, in desalting process, seawer quality after desalination is monitored, and for the quality of sea water, the process of desalinization is adjusted, enable the desalting process repetitive cycling of its any one step or be expelled directly out, making the sea water after desalination remain excellent quality.
Accompanying drawing explanation
Being described more fully these and other aspect of the present utility model now with reference to appended accompanying drawing, it show currently preferred embodiment of the present utility model.Wherein:
Fig. 1 is the system diagram of the present embodiment;
Fig. 2 is the work block diagram of fresh water detecting device.
In figure: 11, sea water collection device;12, rain collector;13, high efficiency particulate air filter;14, circulating slot;15, dashpot;16, fresh-water tank;21, single filter film;22, cascade filtration film;23, three-stage filtration film;31, the first suction pump;32, the second suction pump;41, the first electrical ball valve;42, the second electrical ball valve;43, the 3rd electrical ball valve;44, the 4th electrical ball valve;51, the first three-way valve;52, the second three-way valve;6, fresh water valve;71, the first outflow valve;72, the second outflow valve;73, the 3rd outflow valve;8, fresh water detecting device;81, monitoring means;82, control unit.
Detailed description of the invention
Below in conjunction with accompanying drawing and instantiation, it is further elucidated with this utility model, it should be understood that these embodiments are merely to illustrate this utility model rather than limit scope of the present utility model, after having read this utility model, the amendment of the various equivalent form of values of the present utility model is all fallen within the application claims limited range by those skilled in the art.
As it is shown in figure 1, a kind of intelligence sea water, rainwater purification equipment, comprising: sea water collection device 11, gather sea water;
High efficiency particulate air filter 13, connects with sea water collection device 11, removes the impurity in sea water;Circulating slot 14, connects with high efficiency particulate air filter 13, and the sea water after impurity is removed in storage;Single filter film 21, is connected with circulating slot 14 by the first suction pump 31, carries out one-level desalination to removing deimpurity sea water;Dashpot 15, connects with single filter film 21, the sea water after storage one-level desalination;Cartridge filter, is connected with dashpot 15 by the second suction pump 32;Cascade filtration film 22, connects with cartridge filter, and the sea water of one-level desalination is carried out two grades of desalinations;Fresh-water tank 16, is connected by fresh water line with cascade filtration film 22, stores the sea water after two grades of desalinations;The first electrical ball valve 41 it is provided with between circulating slot 14 and single filter film 21, the second stop valve it is provided with between single filter film 21 and dashpot 15, single filter film is connected by the first circulating line with cascade filtration film 22, first circulating line is provided with the first three-way valve 51, the 3rd electrical ball valve 43 it is provided with between cartridge filter and dashpot 15, cartridge filter by the second three-way valve 52 respectively with and the input of cascade filtration film 22 and the first three-way valve 51 connects, cascade filtration film 22 is connected with dashpot 15 by the second circulating line, second circulating line is provided with the 4th electrical ball valve 44;Fresh water line is provided with fresh water valve 6 and fresh water detecting device 8, fresh water detecting device 8 is connected to controller, and controller automatically controls the keying of first electrical ball valve the 41, second electrical ball valve the 42, the 3rd electrical ball valve the 43, the 4th electrical ball valve the 44, first three-way valve the 51, second three-way valve 52 and fresh water valve 6.Heterogeneity in sea water is filtered by single filter film 21 and the cascade filtration film 22 of the present embodiment respectively.
Being designed by said structure, the process of desalinization is divided into three parts by the present embodiment, and the impurity in sea water is filtered by the first;It two is carry out one-level desalination by the single filter film 21 sea water to filtering out impurities;Its three be by cascade filtration film 22 to one-level desalinate after sea water carry out two grades of desalinations;Sea water after two grades of desalinations is delivered to fresh-water tank 16, detects the quality of sea water through fresh water detecting device 8 simultaneously;After the quality of sea water does not meet or part is undesirable, by controlling the keying of first electrical ball valve the 41, second electrical ball valve the 42, the 3rd electrical ball valve the 43, the 4th electrical ball valve the 44, first three-way valve the 51, second three-way valve 52 and fresh water valve 6, the sea water of still untreated sea water or normal process is carried out multiple times of filtration targetedly, makes the seawer quality of final output meet the requirements.
Specifically, the fresh water detecting device 8 of the present embodiment includes monitoring means 81 and control unit 82, and monitoring means 81 monitors the seawer quality after two grades of desalinations, produces quality signal;Quality signal is divided into one-level caution signals or two grades of caution signalss or three grades of caution signalss or level Four caution signals or Pyatyi caution signals.
So, above-mentioned quality signal be not caution signals at the same level time, each valve can be controlled by control unit 82 respectively, makes sea water filtering out impurities, in the steps of one-level desalination and two grades of desalinations, repeatedly carries out, promoted the seawer quality of final output.
The quality signal of the present embodiment is one-level caution signals, it represents in the sea water after desalinating there is the trash do not removed by single filter film 21, then the control unit 82 of the present embodiment is by closing fresh water valve the 6, first electrical ball valve the 41, the 4th electrical ball valve 44, starting the 3rd electrical ball valve 43, regulate the first three-way valve 51 and the second three-way valve 52, the path between connection cartridge filter and single filter film 21;So, after aforesaid operations, sea water repeatedly filters in dashpot 15 and single filter film 21, and each valve reset after a certain time, and the sea water through repeatedly filtering carries out continuing in cascade filtration film 22 desalination again.
Meanwhile, above-mentioned steps is all the fluid flowing realized by the second suction pump 32, it is not necessary to external energy, uses relatively reliable.Certainly, the capacity of dashpot 15 that the present embodiment is selected is more big, is more able to when one-level caution signals occurs, more filtering sea repeatedly, improves the total amount of the sea water of enhancing fading effect.
The quality signal of the present embodiment is two grades of caution signalss, and it represents that sea water is after single filter film 21 and cascade filtration film 22 are filtered, equal Shortcomings;Then the present embodiment is closed fresh water valve the 6, first electrical ball valve the 41, the 4th electrical ball valve 44, is started the 3rd electrical ball valve 43, regulate the first three-way valve 51 and the second three-way valve 52, the path between path and single filter film 21 and cascade filtration film 22 between connection cartridge filter and single filter film 21;So, after aforesaid operations, sea water repeatedly filters in dashpot 15, single filter film 21, cascade filtration film 22, and each valve reset after a certain time, and the sea water through repeatedly filtering then is directly output to fresh-water tank 16.Meanwhile, above-mentioned steps is also the fluid flowing realized by the second suction pump 32.
The quality signal of the present embodiment is three grades of caution signalss, its expression is only that cascade filtration film 22 is abundant not to the filtration of sea water, then the present embodiment is closed fresh water valve the 6, first electrical ball valve the 41, second electrical ball valve 42, opens the 3rd electrical ball valve 43 and the 4th electrical ball valve 44, is regulated the first three-way valve 51 and the second three-way valve 52, the path between connection cartridge filter and cascade filtration;So, sea water repeatedly filters between dashpot 15 and cascade filtration film 22, and each valve that resets after Preset Time;So, the problem that the sea water through repeatedly filtering can filter deficiency efficiently against sea water in cascade filtration film 22.
Additionally, the seawer quality in monitoring means 81 monitoring exists serious problems and makes, quality signal is level Four caution signals or Pyatyi caution signals shows.
The quality signal of the present embodiment is level Four caution signals, then close fresh water valve the 6, the 3rd electrical ball valve the 43, the 4th electrical ball valve 44, opens the first outflow valve 71, and dashpot 15 is connected with sea water collection device 11 by the first outflow valve 71.So, sea water can directly be discharged by dashpot 15, and cascade filtration film 22 and pipeline thereof can be keeped in repair by staff.
The quality signal of the present embodiment is Pyatyi caution signals, then close the first electrical ball valve 41, opens the second outflow valve 72, and circulating slot 14 is connected with sea water collection device 11 by the second outflow valve 72, and resets after Preset Time.So, sea water can directly be discharged by circulating slot 14, then single filter film 21, cascade filtration film 22 can all be keeped in repair by staff.
It addition, the high efficiency particulate air filter 13 of the present embodiment is connected to rain collector 12 and is connected with sea water collection device 11 by the 3rd outflow valve 73.So, in extra large hydropenic situation, the present embodiment can directly collect rainwater, and in rainwater rich in fog granule be removed after, use as fresh water.Certainly, in order to sea water and rainwater being filtered simultaneously, the cascade filtration film 22 of the present embodiment is connected to three-stage filtration film 23, to improve filter effect and to filter kind.
The control unit 82 of the present embodiment is in order to realize the reception to quality signal, judgement and action, as shown in Figure 2, mainly include single-chip microcomputer and PLC, single-chip microcomputer quality of reception signal, and to compare quality signal be numerical value, determine that quality signal is one-level caution signals or two grades of caution signalss or three grades of caution signalss or level Four caution signals or Pyatyi caution signals, produce actuating signal, PLC controls each electromagnetic valve according to actuating signal, makes each electromagnetic valve according to default editor control instruction action in PLC.PLC mentioned by the present embodiment and control instruction thereof, merely to realize the control unit 82 a kind of technological means to the control of each valve, the purpose of the present embodiment can also be reached according to single-chip microcomputer and switch element, then the concrete structure of control unit 82, not limit at this.
Designed by said structure, the present embodiment can for the seawer quality after desalination, the step of any desalinization in intelligence sea water, rainwater purification equipment is run repeatedly, enable the sea water being still in desalination repeatedly to desalinate process timely pointedly, make the sea water of follow-up desalination conform to quality requirements;Certainly, the dashpot 15 of the present embodiment is with reservoir etc. for best.
Additionally, the present embodiment is when seawer quality has been insufficient to, it is possible to stop the part steps in desalinization, staff is enable in time intelligence sea water, rainwater purification equipment to be keeped in repair.
Claims (7)
1. an intelligent sea water, rainwater purification equipment, it is characterised in that including:
Sea water collection device, gathers sea water;
High efficiency particulate air filter, connects with sea water collection device, removes the impurity in sea water;
Circulating slot, connects with high efficiency particulate air filter, and the sea water after impurity is removed in storage;
Single filter film, is connected with circulating slot by the first suction pump, carries out one-level desalination to removing deimpurity sea water;
Dashpot, connects with single filter film, the sea water after storage one-level desalination;
Cartridge filter, is connected with dashpot by the second suction pump;
Cascade filtration film, connects with cartridge filter, and the sea water of one-level desalination is carried out two grades of desalinations;
Fresh-water tank, is connected by fresh water line with cascade filtration film, stores the sea water after two grades of desalinations;
The first electrical ball valve it is provided with between described circulating slot and single filter film, it is provided with the second stop valve between described single filter film and dashpot, described single filter film is connected by the first circulating line with cascade filtration film, described first circulating line is provided with the first three-way valve, the 3rd electrical ball valve it is provided with between described cartridge filter and dashpot, described cartridge filter by the second three-way valve respectively with and the input of cascade filtration film and the first three-way valve connects, described cascade filtration film is connected with dashpot by the second circulating line, described second circulating line is provided with the 4th electrical ball valve;
Described fresh water line is provided with fresh water valve and fresh water detecting device, described fresh water detecting device is connected to controller, and described controller automatically controls the keying of described first electrical ball valve, the second electrical ball valve, the 3rd electrical ball valve, the 4th electrical ball valve, the first three-way valve, the second three-way valve and fresh water valve.
2. intelligence sea water, rainwater purification equipment according to claim 1, it is characterised in that described fresh water detecting device includes monitoring means and control unit, and described monitoring means monitors the seawer quality after two grades of desalinations, produces quality signal;
Described control unit, according to described quality signal, automatically controls the keying of described first electrical ball valve, the second electrical ball valve, the 3rd electrical ball valve, the 4th electrical ball valve, the first three-way valve, the second three-way valve and fresh water valve.
3. intelligence sea water, rainwater purification equipment according to claim 2, it is characterised in that described quality signal is divided into one-level caution signals or two grades of caution signalss or three grades of caution signalss or level Four caution signals or Pyatyi caution signals;
Described quality signal is one-level caution signals, then close fresh water valve, the first electrical ball valve, the 4th electrical ball valve, start the 3rd electrical ball valve, regulate the first three-way valve and the second three-way valve, the path between connection cartridge filter and single filter film, and reset after Preset Time;
Described quality signal is two grades of caution signalss, then close fresh water valve, the first electrical ball valve, the 4th electrical ball valve, start the 3rd electrical ball valve, regulate the first three-way valve and the second three-way valve, the path between path and single filter film and cascade filtration film between connection cartridge filter and single filter film, and reset after Preset Time;
Described quality signal is three grades of caution signalss, then close fresh water valve, the first electrical ball valve, the second electrical ball valve, open the 3rd electrical ball valve and the 4th electrical ball valve, regulate the first three-way valve and the second three-way valve, path between connection cartridge filter and cascade filtration, and reset after Preset Time.
4. intelligence sea water, rainwater purification equipment according to claim 3, it is characterised in that described dashpot is connected with sea water collection device by the first outflow valve;
Described quality signal is level Four caution signals, then close fresh water valve, the 3rd electrical ball valve, the 4th electrical ball valve, opens the first outflow valve, and resets after Preset Time.
5. intelligence sea water, rainwater purification equipment according to claim 4, it is characterised in that described circulating slot is connected with sea water collection device by the second outflow valve;
Described quality signal is Pyatyi caution signals, then close the first electrical ball valve, opens the second outflow valve, and resets after Preset Time.
6. intelligence sea water according to claim 5, rainwater purification equipment, it is characterized in that, described control unit includes single-chip microcomputer and PLC, described single-chip microcomputer quality of reception signal, and relatively described quality signal is numerical value, determine that described quality signal is one-level caution signals or two grades of caution signalss or three grades of caution signalss or level Four caution signals or Pyatyi caution signals, produce actuating signal, described PLC opens and closes the first electrical ball valve according to described actuating signal, second electrical ball valve, 3rd electrical ball valve, 4th electrical ball valve, first three-way valve, second three-way valve and fresh water valve, and reset after Preset Time.
7.RootAccording to the intelligent sea water described in claim 1, rainwater purification equipment, it is characterised in that described high efficiency particulate air filter is connected to rain collector and is connected with sea water collection device by the 3rd outflow valve.
Priority Applications (1)
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CN201620050332.5U CN205367938U (en) | 2016-01-19 | 2016-01-19 | Intelligence sea water, rain water purifying equipment |
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CN201620050332.5U CN205367938U (en) | 2016-01-19 | 2016-01-19 | Intelligence sea water, rain water purifying equipment |
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CN201620050332.5U Expired - Fee Related CN205367938U (en) | 2016-01-19 | 2016-01-19 | Intelligence sea water, rain water purifying equipment |
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Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN105502720A (en) * | 2016-01-19 | 2016-04-20 | 董伟 | Intelligent seawater and rainwater purification system |
CN112537819A (en) * | 2020-11-18 | 2021-03-23 | 浙江省海洋科学院 | Marine seawater treatment equipment |
-
2016
- 2016-01-19 CN CN201620050332.5U patent/CN205367938U/en not_active Expired - Fee Related
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN105502720A (en) * | 2016-01-19 | 2016-04-20 | 董伟 | Intelligent seawater and rainwater purification system |
CN112537819A (en) * | 2020-11-18 | 2021-03-23 | 浙江省海洋科学院 | Marine seawater treatment equipment |
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Granted publication date: 20160706 Termination date: 20190119 |