CN210247843U - Concentrated water purification and reuse device of water purifier - Google Patents
Concentrated water purification and reuse device of water purifier Download PDFInfo
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- CN210247843U CN210247843U CN201920105251.4U CN201920105251U CN210247843U CN 210247843 U CN210247843 U CN 210247843U CN 201920105251 U CN201920105251 U CN 201920105251U CN 210247843 U CN210247843 U CN 210247843U
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Abstract
The utility model belongs to the field of purified water and wastewater treatment, in particular to a concentrated water purification and recycling device of a water purifier; the device comprises a water purifier device, a drinking water supply device, a domestic water supply device and a plant cultivation water supply device, wherein the water purifier device conveys drinking water generated by tap water purification treatment to the drinking water supply device through a water conveying pipeline for a user to drink, concentrated water generated by the water purifier device is conveyed to the domestic water supply device through the water conveying pipeline for the domestic water of the user, and meanwhile, the concentrated water generated by the water purifier device is conveyed to the plant cultivation water supply device through the water conveying pipeline for the user to water flowers and cultivate plants; simple structure, the concentrated water after will purifying water installation handles is applied to the breed of domestic water and plant, avoids causing the waste of water resource, utilizes concentrated water more efficient.
Description
The technical field is as follows:
the utility model belongs to the field of purified water waste water treatment, concretely relates to concentrated aqueous cleaning of water purifier recycles device.
Background art:
along with the progress of science and technology and the development of society, more and more water purifiers are used in families, and the use of the water purifiers brings about the serious problems of a large amount of concentrated water discharge and water resource waste. At present, the urban water supply in China mainly uses surface water or underground water, or two water sources are mixed for use, and the underground water level is reduced due to the fact that the underground water is excessively exploited in some cities. At present, China also pays attention to the safety problem of drinking water, water pollution caused by aging of a tap water pipeline, the counterfeiting phenomenon of barreled water, secondary pollution caused after the barreled water is put into a water dispenser and the like, so that the sales volume of the reverse osmosis water purifier in the market is increased linearly. If a user goes out or takes a bottle of purified water treated by the water purifier, the consumption of the disposable plastic water bottle and the plastic barrel for barreled water can be greatly reduced, a large amount of petroleum resources are saved for the country, and the system also conforms to the decision of energy conservation and emission reduction advocated by the country. About 14 hundred million people in China, 32% of people drink purified water, 2.5 liters of purified water is needed by people every day, at least 3 liters of wastewater is generated when the water purifier purifies 1 liter of water, 336 ten thousand cubic wastewater is generated every day, 12.264 million cubic wastewater is generated every year, and the water consumption is about 13.44 million people per year. Estimated by this ratio, the amount of water wasted every day throughout the country is very dramatic.
In the current domestic water, the water used in toilets and plant cultivation accounts for a very large proportion, and for example, the water used in various devices such as wash basins, showers, bathtubs, washing machines, toilets (toilets or squatting pans) and the like. Generally, the devices directly use clean tap water and waste water after use is directly discharged into a sewer, so that water resources are greatly wasted and water consumption is increased. In fact, the toilet bowl does not need clean tap water at all, and the requirement can be met by using waste water, but the prior toilet bowl can not achieve the purpose.
Chinese patent publication No. CN201158842 discloses "a waste water reuse device and waste water reuse squatting pan that has device", including the water tank that is used for holding waste water, be equipped with the waste water mouth that can connect the waste water source on the water tank, outlet and the automatic water supply device that supplies water to the water tank when the water in the water tank is less than critical volume, automatic water supply device includes the water supply port that can connect the water source, installs the control valve in the department of supplying water and floats the float on the surface of water in the water tank, the control valve is opened and is closed by float control. The utility model discloses a waste water reuse device and waste water reuse squatting pan utilize the water tank that increases to collect waste water, carry out the reutilization to waste water and use to the toilet bowl that flushes, practiced thrift the water resource and simple structure, easily manufacturing need not to carry out big institutional transformation, convenient to use, reduce cost to current squatting pan. But the utility model discloses it is unsatisfactory to the protection effect of storage water tank overflow and force (forcing) pump, to the unable conversion of too much concentrated water reuse in the cultivation of vegetables to can't carry out full-automatic protection to the water shortage condition of storage water tank.
The utility model has the following contents:
in view of this, the utility model provides a device is recycled in concentrated aqueous cleaning of water purifier is applied to the concentrated water of getting rid of the water purifier device and erodees closestool, domestic water and planting vegetables, is provided with force (forcing) pump protection device and the full-automatic water level control device of water shortage protection, and more efficient utilizes concentrated water, water economy resource.
A concentrated water purifying and recycling device of a water purifier comprises a water purifier device, a drinking water supply device, a domestic water supply device and a plant cultivation water supply device, drinking water generated by tap water purification treatment is conveyed to the drinking water supply device through a water conveying pipeline for a user to drink, concentrated water generated by the water purifier device is conveyed to the domestic water supply device through the water conveying pipeline for the domestic water of the user, and meanwhile concentrated water generated by the water purifier device is conveyed to the plant cultivation water supply device through the water conveying pipeline for the user to water flowers and cultivate plants.
Preferably, the domestic water supply device comprises a first concentrated water storage tank, a first pressure pump, a second pressure pump, a toilet water storage tank and a faucet, wherein a water inlet of the first concentrated water storage tank is connected with a concentrated water outlet of the water purifier device through a water delivery pipe, the first pressure pump and the second pressure pump are fixedly installed inside the first concentrated water storage tank, the first pressure pump is connected with the toilet water storage tank through a water delivery pipe, concentrated water in the first concentrated water storage tank is used for flushing the toilet, the second pressure pump is connected with the faucet through a water delivery pipe, and concentrated water in the first concentrated water storage tank is used for washing hands and clothes.
Preferably, a low water level liquid level sensor and an overflow water storage tank are further arranged in the first concentrated water storage tank, the low water level liquid level sensor is fixed in the first concentrated water storage tank and used for measuring the liquid level of the first concentrated water storage tank, when the water level in the first concentrated water storage tank is lower than that of the first hydraulic pump, a signal is transmitted to the first pressure pump, and the first pressure pump stops working; the top end of the left side of the first concentrated water storage tank is connected with an overflow water storage tank through a water delivery pipe, the overflow water storage tank is used for collecting water overflowing from the first concentrated water storage tank, and the water outlet of the overflow water storage tank is connected with a plant cultivation water supply device.
Preferably, the toilet water storage tank is further connected with a tap water replenishing tank through a water conveying pipe, a control valve is arranged on the water conveying pipe connecting the toilet water storage tank and the tap water replenishing tank, the control valve is manually controlled, so that the tap water replenishing tank is controlled to replenish water to the toilet water storage tank, and a liquid level sensor is arranged in the toilet water storage tank.
Preferably, the plant cultivation water supply device comprises a second concentrated water storage tank, a nutrient solution stirring and collecting tank, a first nutrient solution water delivery pipe, a second nutrient solution water delivery pipe, a cultivation chamber, a culture dish and a nutrient solution recovery device, wherein a water inlet of the second concentrated water storage tank is connected with a concentrated water outlet of the water purifier device through a water delivery pipe, a water outlet of the second concentrated water storage tank is connected with a diluent water inlet of the nutrient solution stirring and collecting tank through a water delivery pipe, a nutrient solution inlet of the nutrient solution stirring and collecting tank is connected with a nutrient solution storage tank through a water delivery pipe, an electric stirring device is further arranged in the nutrient solution stirring and collecting tank, a water outlet of the nutrient solution stirring and collecting tank extends to the top of the cultivation chamber through the first nutrient solution water delivery pipe, and a water outlet of the nutrient solution stirring and collecting tank extends to the bottom of the cultivation chamber through the second nutrient solution, the culture dish is fixedly and flatly paved at the bottom of the culture room, one end, which is not connected with the nutrient solution stirring and collecting box, of the second nutrient solution water conveying pipe is connected with the nutrient solution recovery device, and the nutrient solution stirring and collecting box is also provided with a concentration detection sensor.
Preferably, the nutrient solution recovery unit includes booster pump, nutrient solution recovery pipeline, nutrient solution recovery liquid reserve tank, the one end and the second nutrient solution water delivery union coupling of booster pump, the other end and the nutrient solution recovery pipeline's of booster pump one end are connected, nutrient solution recovery pipeline's the other end and the inlet of nutrient solution recovery liquid reserve tank are connected, the delivery port of nutrient solution recovery liquid reserve tank passes through nutrient solution recovery pipeline and is connected with nutrient solution stirring collecting box, wherein still be provided with the concentration detection sensor on the nutrient solution recovery liquid reserve tank.
Preferably, the culture dish is composed of a plurality of hexagonal honeycomb lattices formed by uniformly dividing glass partition plates, a gap is arranged between every two adjacent hexagonal honeycomb lattices, a culture medium is filled in each hexagonal honeycomb lattice to fix plants, nutrient solution pipelines which are uniformly distributed are filled under the culture dish and are respectively connected with a first nutrient solution water conveying pipe and a second nutrient solution water conveying pipe, and the bottom of each hexagonal honeycomb lattice is provided with a through hole for conveying the nutrient solution to the culture medium for the growth of the plants.
Preferably, the fixed light source that is provided with in culture room, sensor, latent oxygen pump and air pipe, the fixed upper end that sets up in culture room of light source, the light source is used for providing the light source to the culture dish, the fixed top that sets up in culture room of sensor, the sensor is used for detecting the concentration of temperature, humidity and carbon dioxide in the culture room, and the latent oxygen pump sets up in the culture dish bottom, and the latent oxygen pump is gone into the culture dish bottom with the air pump, satisfies the oxygen needs of plant root lower part.
The utility model discloses simple structure, the concentrated water after will purifying water installation handles is applied to the breed of domestic water and plant, avoids causing the waste of water resource, to the more efficient utilization of concentrated water, the invention has following advantage:
1. a liquid level sensor is arranged in the water storage tank of the closestool, and the water level can be visually displayed, so that the working state of the pressurizing pump is controlled, and the pressurizing pump is prevented from being damaged; an overflow water storage tank is arranged to prevent the concentrated water in the first concentrated water storage tank from overflowing;
2. the hexagonal honeycomb culture dish has small occupied area and separates plants individually; nutrient solution tubes are uniformly distributed below the culture dish, and a rotary dropper is arranged to ensure the plant nutrition balance; the nutrient solution is recycled, so that the pollution to the environment is reduced, and the nutrient solution is effectively utilized;
3. by using the latent oxygen pump, the requirements of different vegetables on temperature are effectively controlled, and the temperature difference between day and night is controlled so as to improve the taste of the vegetables. Concentrated water discharged by the water purifier is treated through reasonable layout, so that the water purifier wastewater is effectively used for indoor planting of hydroponic vegetables, and the water resource is effectively utilized.
Description of the drawings:
FIG. 1 is a schematic view showing a structure of a concentrated water purifying and reusing apparatus of a water purifier.
In the figure, a purifier device 1, a drinking water supply device 2, a domestic water supply device 3, a plant cultivation water supply device 4, a first concentrated water storage tank 31, a first pressure pump 32, a second pressure pump 33, a tap 34, a low water level liquid level sensor 35, an overflow water storage tank 36, a toilet water storage tank 37, a tap water replenishing tank 38, a control valve 39, a second concentrated water storage tank 41, a nutrient solution stirring and collecting tank 42, a nutrient solution storage tank 43, a first nutrient solution conveying pipe 44, a second nutrient solution conveying pipe 45, a culture chamber 46, a culture dish 47, a booster pump 48, a nutrient solution recovery pipeline 49, a nutrient solution recovery storage tank 401, a light source 402, a sensor, an oxygen diving pump 404, a concentration detection sensor 405, and a ventilation pipeline 406.
The specific implementation mode is as follows:
as shown in fig. 1, a concentrated water purification and recycling device of a water purifier comprises a water purifier device 1, a drinking water supply device 2, a domestic water supply device 3 and a plant cultivation water supply device 4, wherein the drinking water generated by the water purifier device 1 is delivered to the drinking water supply device 2 through a water delivery pipeline for a user to drink, the concentrated water generated by the water purifier device 1 is delivered to the domestic water supply device 3 through the water delivery pipeline for the user to use for domestic water, and meanwhile, the concentrated water generated by the water purifier device 1 is delivered to the plant cultivation water supply device 4 through the water delivery pipeline for the user to water flowers and cultivate plants.
The domestic water supply device 3 comprises a first concentrated water storage tank 31, a first pressure pump 32, a second pressure pump 33, a toilet water storage tank 37 and a water tap 34, wherein a water inlet of the first concentrated water storage tank 31 is connected with a concentrated water outlet of the water purifier device 1 through a water delivery pipe, the first pressure pump 32 and the second pressure pump 33 are fixedly installed inside the first concentrated water storage tank 31, the first pressure pump 32 is connected with the toilet water storage tank 37 through a water delivery pipe, concentrated water in the first concentrated water storage tank 31 is used for flushing the toilet, the second pressure pump 33 is connected with the water tap 34 through a water delivery pipe, and concentrated water in the first concentrated water storage tank 31 is used for washing hands and clothes. The first concentrated water storage tank 31 is also internally provided with a low water level liquid level sensor 35 and an overflow water storage tank 36, the low water level liquid level sensor 35 is fixed in the first concentrated water storage tank 31, the low water level liquid level sensor 35 is used for measuring the liquid level of the first concentrated water storage tank 31, when the water level in the first concentrated water storage tank 31 is lower than the first pressure pump 32, a signal is transmitted to the first pressure pump 32, and the first pressure pump 32 stops working; the left top end of the first concentrated water storage tank 31 is connected with an overflow water storage tank 36 through a water pipe, and the overflow water storage tank 36 is used for collecting water overflowed from the first concentrated water storage tank 31. The toilet water storage tank 37 is further connected with a tap water replenishing tank 38 through a water pipe, a control valve 39 is arranged on the water pipe connecting the toilet water storage tank 37 and the tap water replenishing tank 38, and the control valve 39 is manually controlled so as to control the tap water replenishing tank 38 to replenish water to the toilet water storage tank 37, wherein a liquid level sensor is arranged in the toilet water storage tank 37 and used for observing the water level condition in the toilet water storage tank 37 and replenishing water to the toilet water storage tank 37 at any time. Wherein, all fixedly mounted with the control flap on connecting the raceway, be used for controlling the size of raceway flow.
The plant cultivation water supply device 4 comprises a second concentrated water storage tank 41, a nutrient solution stirring and collecting tank 42, a first nutrient solution water delivery pipe 44, a second nutrient solution water delivery pipe 45, a cultivation chamber 46, a culture dish 47 and a nutrient solution recovery device, wherein a water inlet of the second concentrated water storage tank 41 is connected with a concentrated water outlet of the water purifier device 1 through a water delivery pipe, a water outlet of the second concentrated water storage tank 41 is connected with a water inlet of the nutrient solution stirring and collecting tank 42 through a water delivery pipe, a nutrient solution inlet of the nutrient solution stirring and collecting tank 42 is connected with a nutrient solution storage tank 43 through a water delivery pipe, an electric stirring device is further arranged in the nutrient solution stirring and collecting tank 42, a water outlet of the nutrient solution stirring and collecting tank 42 extends to the top of the cultivation chamber 46 through the first nutrient solution water delivery pipe 44, and a water outlet of the nutrient solution stirring and collecting tank 42 extends to the bottom of the cultivation chamber through the second nutrient solution, the first nutrient solution delivery pipe 44 and the second nutrient solution delivery pipe 45 are respectively and uniformly provided with a plurality of rotary droppers, the culture dish 47 is fixedly and flatly laid at the bottom of the culture chamber 46, one end of the second nutrient solution delivery pipe 45, which is not connected with the nutrient solution stirring and collecting box 42, is connected with a nutrient solution recovery device, and the nutrient solution stirring and collecting box 42 is also provided with a concentration detection sensor 405. Nutrient solution recovery unit includes booster pump 48, nutrient solution recovery pipeline 49, nutrient solution recovery liquid reserve tank 401, booster pump 48's one end be connected with second nutrient solution water delivery pipe 45, booster pump 48's the other end is connected with nutrient solution recovery pipeline 49's one end, nutrient solution recovery pipeline 49's the other end and nutrient solution recovery liquid reserve tank 401's inlet are connected, nutrient solution recovery liquid reserve tank 401's delivery port passes through nutrient solution recovery pipeline 49 and is connected with nutrient solution stirring collecting box 42, wherein still be provided with concentration detection sensor 405 on the nutrient solution recovery liquid reserve tank 401. The culture dish 47 is composed of a plurality of hexagonal honeycomb lattices formed by uniformly dividing glass partition plates, a gap is arranged between every two adjacent hexagonal honeycomb lattices, a culture medium is filled in each hexagonal honeycomb lattice for fixing plants, nutrient solution pipelines which are uniformly distributed are filled under the culture dish 47 and are respectively connected with a first nutrient solution water conveying pipe 44 and a second nutrient solution water conveying pipe 45, the bottom of each hexagonal honeycomb lattice is provided with a through hole for conveying nutrient solution to the culture medium for plant growth, and the culture medium is coconut husk medium and the like. The light source 402, the sensor 403, the oxygen pump 404 and the ventilation duct 406 are fixedly arranged in the top of the culture chamber 46, the light source 402 is fixedly arranged at the upper end of the culture chamber 46, the light source 402 is used for providing the light source 402 for the culture dish 47, the sensor 403 is fixedly arranged at the top of the culture chamber 46, the sensor 403 is used for detecting the temperature, the humidity and the concentration of carbon dioxide in the culture chamber 46, the oxygen pump 404 is arranged at the bottom of the culture dish 47, and the air is pumped into the bottom of the culture dish 47 by the oxygen pump 404 to meet the oxygen requirement at the lower part of plant roots. Wherein, the connecting water pipe and the nutrient solution recovery pipeline are both fixedly provided with control valves for controlling the flow of the water pipe.
An application method of a device for purifying and recycling concentrated water of a water purifier is based on the application method of the device for purifying and recycling the concentrated water of the water purifier, and comprises the following specific contents: the water purifier device 1 conveys the drinking water generated by tap water purification treatment to the drinking water supply device 2 through a water conveying pipeline, and the drinking water is pressurized and converted for users to drink; the water purifier device 1 conveys the concentrated water generated by tap water purification treatment to a domestic water supply device 3 and a plant cultivation water supply device 4 for domestic water of users and indoor plant cultivation; the concentrated water in the purification device is collected by arranging a first concentrated water storage tank 31 and a second concentrated water storage tank 41, the concentrated water is collected by the first concentrated water storage tank 31 and then pressurized by a first pressure pump 32 and then supplied to a toilet water storage tank 37, the concentrated water is collected by the first concentrated water storage tank 31 and then pressurized by a second pressure pump 32 and then supplied to a water tap 37, the water tap 37 is used for washing hands and clothes, the concentrated water is supplied to the flushing water of the toilet by the toilet water storage tank 37, the toilet water storage tank 37 is also connected with a tap water replenishing tank 38, when the concentrated water is insufficient, a control valve 39 between the toilet water storage tank 37 and the tap water replenishing tank 38 can be manually opened to replenish the tap water to the toilet water storage tank 37 through the tap water replenishing tank 38, a low water level liquid level sensor 35 and an overflow water storage tank 36 are also connected in the first concentrated water storage tank 31, the low water level liquid level sensor 35 is used for measuring the liquid level of the first concentrated water storage tank 31, when the water level in the first concentrated water storage tank 31 is lower than the first pressure pump 32, a signal is transmitted to the first pressure pump 32, the first pressure pump 32 stops working, the top end of the left side of the first concentrated water storage tank 31 is connected with the overflow water storage tank 36 through a water conveying pipe, and the overflow water storage tank 36 is used for collecting water overflowing from the first concentrated water storage tank 31; a second concentrated water storage tank 41 supplies concentrated water to the plant cultivation water supply device 4 for indoor planting of plants, the second concentrated water storage tank 41 conveys the concentrated water to a nutrient solution stirring and collecting tank 42, the concentrated water is used for diluting nutrient solution in the nutrient solution stirring and collecting tank 42, the concentration of the nutrient solution in the nutrient solution stirring and collecting tank 42 is detected through a concentration detection sensor 405 on the nutrient solution stirring and collecting tank 42, the diluted nutrient solution is conveyed to the cultivation room through a first nutrient solution conveying pipe 44 and a second nutrient solution conveying pipe 45, plants on a culture dish 47 are sprayed through rotary droppers on the first nutrient solution conveying pipe 44 and the second nutrient solution conveying pipe 45, a nutrient solution recovery device is arranged, unabsorbed nutrient solution is recovered and conveyed to the nutrient solution stirring and collecting tank 42 for dilution and utilization again, wherein a booster pump 48 pumps redundant nutrient solution in the first nutrient solution conveying pipe 44 and the second nutrient solution conveying pipe 45 into a nutrient solution recovery pipeline 49, the nutrient solution is transported into the nutrient solution recovery water storage tank 401 through the nutrient solution recovery pipeline 49, the concentration of the nutrient solution in the nutrient solution recovery water storage tank 401 is detected, and then the nutrient solution in the nutrient solution recovery water storage tank 401 is transported into the nutrient solution stirring collecting box 42 for secondary dilution and utilization.
The cultivation room 46 is divided into a plurality of areas, the top of the cultivation room 46 of each area is provided with light sources 402 with different colors, vegetables with strong corresponding light absorption are planted on the culture dish 47 in each area, the plant configuration is controlled by adjusting the intensity of the light sources 402, and the biological yield of unit area is improved; the top of the culture chamber 46 is provided with a sensor 403 for detecting the temperature, humidity, carbon dioxide concentration, oxygen concentration and illumination intensity in the culture chamber, and transmitting the data to a receiver directly in real time, so as to adjust the temperature, humidity and carbon dioxide concentration in the culture chamber by the latent oxygen pump 404 and the light source 402.
The concentrated water purifying and recycling device of the water purifier also comprises a control module, wherein the control module comprises a main control board, a controller, a signal receiver and a signal output device, the controller, the signal receiver and the signal output device are fixedly arranged on the main control board, the signal receiver is respectively connected with a sensor 403, a light source 402, an oxygen diving pump 404, a control valve 39, a concentration detection touch sensor 405 and a low water level liquid level sensor 35, the signal receiver receives data signals of the sensor 403, the light source 402, the oxygen diving pump 404, the control valve 39, the concentration detection touch sensor 405 and the low water level liquid level sensor 35 and transmits the data to the controller, the controller converts and analyzes the data and transmits the data to a signal transmitter, the signal transmitter is connected with the oxygen diving pump 404, the light source 402 and the control valve 39 and controls the opening and closing of the oxygen diving pump 404, the light source 402 and the control valve 39, thereby controlling the working state of each mechanism. The sensor 35, the light source 402, the latent oxygen pump 404, the control valve 39, the concentration detection touch sensor 405 and the low water level liquid level sensor 35 can also control the working state manually.
Claims (6)
1. A concentrated water purification and reuse device of a water purifier is characterized in that: the device comprises a water purifier device, a drinking water supply device, a domestic water supply device and a plant cultivation water supply device, wherein the water purifier device conveys drinking water generated by tap water purification treatment to the drinking water supply device through a water conveying pipeline for a user to drink, concentrated water generated by the water purifier device is conveyed to the domestic water supply device through the water conveying pipeline for the domestic water of the user, and meanwhile, the concentrated water generated by the water purifier device is conveyed to the plant cultivation water supply device through the water conveying pipeline for the user to water flowers and cultivate plants; the domestic water supply device comprises a first concentrated water storage tank, a first pressure pump, a second pressure pump, a closestool storage tank and a water tap, wherein a water inlet of the first concentrated water storage tank is connected with a concentrated water outlet of the water purifier device through a water delivery pipe; the first concentrated water storage tank is internally provided with a low water level liquid level sensor and an overflow water storage tank, the low water level liquid level sensor is fixed in the first concentrated water storage tank and used for measuring the liquid level of the first concentrated water storage tank, when the water level in the first concentrated water storage tank is lower than that of the first hydraulic pump, a signal is transmitted to the first pressure pump, and the first pressure pump stops working; the top end of the left side of the first concentrated water storage tank is connected with an overflow water storage tank through a water delivery pipe, the overflow water storage tank is used for collecting water overflowing from the first concentrated water storage tank, and the water outlet of the overflow water storage tank is connected with a plant cultivation water supply device.
2. The concentrated water purifying and reusing device of a water purifier according to claim 1, wherein: the toilet water storage tank is also connected with a tap water replenishing tank through a water conveying pipe, a control valve is arranged on the water conveying pipe connecting the toilet water storage tank and the tap water replenishing tank, the control valve is manually controlled, so that the tap water replenishing tank is controlled to replenish water to the toilet water storage tank, and a liquid level sensor is arranged in the toilet water storage tank.
3. The concentrated water purifying and reusing device of a water purifier according to claim 1, wherein: the plant cultivation water supply device comprises a second concentrated water storage tank, a nutrient solution stirring and collecting tank, a first nutrient solution water conveying pipe, a second nutrient solution water conveying pipe, a cultivation chamber, a culture dish and a nutrient solution recovery device, wherein a water inlet of the second concentrated water storage tank is connected with a concentrated water outlet of a water purifier device through a water conveying pipe, a water outlet of the second concentrated water storage tank is connected with a diluent water inlet of the nutrient solution stirring and collecting tank through a water conveying pipe, a nutrient solution inlet of the nutrient solution stirring and collecting tank is connected with a nutrient solution storage tank through a water conveying pipe, an electric stirring device is further arranged in the nutrient solution stirring and collecting tank, a water outlet of the nutrient solution stirring and collecting tank extends to the top of the cultivation chamber through the first nutrient solution water conveying pipe, and a water outlet of the nutrient solution stirring and collecting tank extends to the bottom of the cultivation chamber through the second nutrient solution water, the culture dish is fixedly and flatly paved at the bottom of the culture room, one end, which is not connected with the nutrient solution stirring and collecting box, of the second nutrient solution water conveying pipe is connected with the nutrient solution recovery device, and the nutrient solution stirring and collecting box is also provided with a concentration detection sensor.
4. The concentrated water purifying and reusing device of a water purifier according to claim 3, wherein: nutrient solution recovery unit include booster pump, nutrient solution recovery pipeline, nutrient solution recovery liquid reserve tank, the one end and the second nutrient solution water delivery union coupling of booster pump, the other end and the nutrient solution recovery pipeline's of booster pump one end are connected, nutrient solution recovery pipeline's the other end and the inlet of nutrient solution recovery liquid reserve tank are connected, the delivery port of nutrient solution recovery liquid reserve tank passes through nutrient solution recovery pipeline and is connected with nutrient solution stirring collecting box, wherein still be provided with the concentration detection sensor on the nutrient solution recovery liquid reserve tank.
5. The concentrated water purifying and reusing device of a water purifier according to claim 3, wherein: the culture dish comprises a plurality of hexagonal honeycomb lattices formed by uniformly dividing glass partition plates, a gap is arranged between every two adjacent hexagonal honeycomb lattices, a culture medium is filled in each hexagonal honeycomb lattice to fix plants, nutrient solution pipelines which are uniformly distributed are arranged under the culture dish and are respectively connected with a first nutrient solution water conveying pipe and a second nutrient solution water conveying pipe, and the bottom of each hexagonal honeycomb lattice is provided with a through hole for conveying the nutrient solution to the culture medium for the growth of the plants.
6. The concentrated water purifying and reusing device of a water purifier according to claim 3, wherein: the culture room in the fixed light source, sensor, latent oxygen pump and air pipe of being provided with, the fixed upper end that sets up at the culture room of light source, the light source is used for providing the light source to the culture dish, the fixed top that sets up at the culture room of sensor, the sensor is used for detecting the concentration of temperature, humidity and carbon dioxide in the culture room, the latent oxygen pump sets up in the culture dish bottom, the latent oxygen pump is gone into the culture dish bottom with the air pump, satisfies the oxygen needs of plant root lower part.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920105251.4U CN210247843U (en) | 2019-01-22 | 2019-01-22 | Concentrated water purification and reuse device of water purifier |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201920105251.4U CN210247843U (en) | 2019-01-22 | 2019-01-22 | Concentrated water purification and reuse device of water purifier |
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| CN210247843U true CN210247843U (en) | 2020-04-07 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109673498A (en) * | 2019-01-22 | 2019-04-26 | 宁夏保利节能科技有限公司 | A kind of water purifier concentration Water warfare reuse means and its method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109673498A (en) * | 2019-01-22 | 2019-04-26 | 宁夏保利节能科技有限公司 | A kind of water purifier concentration Water warfare reuse means and its method |
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