CN204661421U - Driven by Solar Energy water cycle oxygen-increasing device - Google Patents
Driven by Solar Energy water cycle oxygen-increasing device Download PDFInfo
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- CN204661421U CN204661421U CN201520210863.1U CN201520210863U CN204661421U CN 204661421 U CN204661421 U CN 204661421U CN 201520210863 U CN201520210863 U CN 201520210863U CN 204661421 U CN204661421 U CN 204661421U
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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
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W10/00—Technologies for wastewater treatment
- Y02W10/10—Biological treatment of water, waste water, or sewage
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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
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W10/00—Technologies for wastewater treatment
- Y02W10/30—Wastewater or sewage treatment systems using renewable energies
- Y02W10/37—Wastewater or sewage treatment systems using renewable energies using solar energy
Abstract
A kind of Driven by Solar Energy water cycle oxygen-increasing device, comprise the first solar panels, the second solar panels, the first sun power motor driver, the second sun power motor driver, water tower, the assembly that draws water, microbubble generator and the assembly that discharges water, first sun power motor driver is electrically connected with the first solar panels, and the second sun power motor driver is electrically connected with the second solar panels; Water tower is in order to save water; The assembly that draws water is connected with water tower, and is connected with the first sun power motor actuator electrical, in order to be delivered in water tower by water; Microbubble generator is fixedly connected with water tower, and microbubble generator is connected with the second sun power motor actuator electrical, in order to produce microbubble and form over-saturation oxygen condition water in water tower; The assembly that discharges water is connected with water tower, in order to be transferred out by the over-saturation generated in water tower oxygen condition water.The Driven by Solar Energy water cycle oxygen-increasing device that the utility model provides has the advantage that structure is simple, cost of manufacture is low and can realize Automated condtrol.
Description
Technical field
The utility model relates to technical field of solar, particularly relates to a kind of Driven by Solar Energy water cycle oxygen-increasing device.
Background technology
So-called microbubble technique dissolves in air or pure oxygen in water in imperceptible bubble mode exactly, to realize the over-saturation oxygen condition of water body, reaches the effect that routine is difficult to reach, has played its unconventional effect.
Water most is at present ploughed, wastewater treatment, the occasion such as aquaculture are all relevant with oxygenation, and its use effect mostly to dissolved oxygen amount number proportional relevant.Existing enhancement oxygen dissolving method adopts electric machine control mostly, oxygen charging pump ground aeration oxygen replenishing, and mostly relies on oxygenation sand head to realize the oxygenation of bubble type.But the particle of this bubble is comparatively large, also little with the contact surface area of water body, add air and duck in drink and make residence time too short because rising fast, be difficult to realize super dissolved oxygen or rare oxygen dissolves in water, do not reach desirable dissolved oxygen effect.In addition, under and weather condition that normal atmosphere is less than normal high in temperature, the effect of its oxygenation is just poorer, cannot reach the requirement of oxygenation on a large scale.And as to increase scope oxygenation, then greatly must increase manufacturing cost.
Therefore, be badly in need of design a kind of can easily dissolved oxygen, realize oxygenation on a large scale and reduce the Driven by Solar Energy water cycle oxygen-increasing device of manufacturing cost.
Utility model content
The purpose of this utility model be to provide a kind of can easily dissolved oxygen, realize oxygenation on a large scale and reduce the Driven by Solar Energy water cycle oxygen-increasing device of manufacturing cost.
In order to solve the problems of the technologies described above, the utility model provides a kind of Driven by Solar Energy water cycle oxygen-increasing device, and it comprises
First solar panels and the second solar panels;
First sun power motor driver and the second sun power motor driver, a described sun power motor driver is electrically connected with described first solar panels, and described second sun power motor driver is electrically connected with described second solar panels;
Water tower, in order to save water, described water tower comprises the first water-in and water outlet;
Draw water assembly, is connected with the first water-in of described water tower, and described in the assembly that draws water be connected with described first sun power motor actuator electrical, described in draw water assembly in order to be delivered in described water tower by water via described first water-in;
Microbubble generator, one end is stretched in described water tower, and is fixedly connected with described water tower, and described microbubble generator is connected with described second sun power motor actuator electrical, in order to produce microbubble and microbubble to be squeezed in described water tower, to form over-saturation oxygen condition water in described water tower;
And the assembly that discharges water, be connected with the water outlet of described water tower, described in discharge water assembly in order to be transferred out via described water outlet by the described over-saturation oxygen condition water generated in described water tower.
Wherein, described first sun power motor driver and the second sun power motor driver are solar DC brushless motor driver.
Wherein, described microbubble generator also comprises one second water-in, described second water-in is located at described microbubble generator and is stretched on one end of described water tower, and described second water-in inputs in described water tower in order to the microbubble produced by described microbubble generator.
Wherein, described Driven by Solar Energy water cycle oxygen-increasing device also comprises magnetic valve, discharge water described in described magnetic valve connects the water outlet of assembly and described water tower, transferred out by the over-saturation oxygen condition water in described water tower with the assembly that discharges water described in controlling via described water outlet.
Wherein, described Driven by Solar Energy water cycle oxygen-increasing device also comprises potentiostat, and described potentiostat is electrically connected with described magnetic valve.
Wherein, three water level sensors are set in described water tower, be respectively the first water level sensor, the second water level sensor and the 3rd water level sensor, described first water level sensor is located at the bottom of described water tower, in order to detect the lowest water level of described water tower, described second water level sensor is located at described water tower and is closed on the side of described second water-in, and described second water level sensor is electrically connected with described microbubble generator, described 3rd water level sensor is located at the top of described water tower, in order to detect the top water-level of described water tower.
Wherein, described first water level sensor is all electrically connected with described potentiostat and described magnetic valve, described first water level sensor in order to detect when the water level in described water tower lower than bottom it time, signal can be sent on described magnetic valve by described first water level sensor, stop discharging water with the assembly that makes to discharge water described in described solenoid control, described second water level sensor is connected with described second sun power motor actuator electrical, in order to detect when the water level in described water tower is lower than described second water-in, described second water level sensor can transmit signals on described second sun power motor driver, described second sun power motor driver stops driving described microbubble generator to produce bubble, described 3rd water level sensor is connected with described first sun power motor actuator electrical, in order to detect when the top of the water level in described water tower higher than described water tower, described 3rd water level sensor transmits signals on described first sun power motor driver, to make to draw water described in described first sun power motor driver control, assembly stops pumping.
Wherein, described Driven by Solar Energy water cycle oxygen-increasing device also comprises multiple submersible pump, with described first sun power motor driver and described in electrical component of drawing water be connected, the water that multiple described submersible pump pumps is delivered in described water tower by the assembly that draws water described in described first sun power motor driver drives.
Wherein, multiple described submersible pump is brushless direct-current submersible pump.
Wherein, described first solar panels and the second solar panels are provided with default sun power numerical value, when being passed to the sun power on described first solar panels and the second solar panels and reaching the described default sun power numerical value of setting, water is delivered in described water tower by the assembly that draws water described in described first sun power motor driver drives, described in described second sun power motor driver drives, microbubble generator produces microbubble and in described water tower, forms over-saturation oxygen condition water in described water tower, then via the described assembly that discharges water, described over-saturation oxygen condition water is transferred out.
The Driven by Solar Energy water cycle oxygen-increasing device that the utility model provides is by arranging the first solar panels and the second solar panels, solar energy converting become electric energy and be delivered to respectively on the first sun power motor driver and the second sun power motor driver, making the first sun power motor driver that the assembly that draws water can be driven to be delivered in water tower by water; The microbubble generator be arranged on water tower by the second sun power motor driver drives produces microbubble, realize converting the water in water tower to over-saturation oxygen condition water, and by the assembly that discharges water, the over-saturation oxygen condition water of generation is transferred out, thus realize easy dissolved oxygen and over-saturation oxygen condition water can be delivered in other water body, and then realize dissolved oxygen on a large scale.In addition, owing to adopting the first solar panels, with the second solar panels, solar energy converting is become electric energy, thus cost of manufacture can be greatly reduced.The Driven by Solar Energy water cycle oxygen-increasing device that the utility model provides has the advantage that structure is simple, cost of manufacture is low and can realize Automated condtrol.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical solution of the utility model, be briefly described to the accompanying drawing used required in embodiment below, apparently, accompanying drawing in the following describes is only embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the schematic diagram of the Driven by Solar Energy water cycle oxygen-increasing device that the utility model embodiment provides.
Embodiment
Below in conjunction with the accompanying drawing in the utility model embodiment, the technical scheme in the utility model embodiment is clearly and completely described.
Refer to Fig. 1, a kind of Driven by Solar Energy water cycle oxygen-increasing device 100 that the utility model embodiment provides, it comprises the first solar panels 11 and the second solar panels 12, first sun power motor driver 21 and the second sun power motor driver 22, water tower 30, the assembly 40 that draws water, microbubble generator 50 and the assembly 60 that discharges water.Described first sun power motor driver 21 is electrically connected with described first solar panels 11, and described second sun power motor driver 22 is electrically connected with described second solar panels 12.Described water tower 30 is in order to save water.The described assembly 40 that draws water is electrically connected with described first sun power motor driver 21, and described in draw water assembly 40 in order to be delivered to by water in described water tower 30.Described microbubble generator 50 is fixedly connected with described water tower 30.Described microbubble generator 50 is electrically connected with described second sun power motor driver 22, in order to produce microbubble and to squeeze in described water tower 30, to form over-saturation oxygen condition water in described water tower 30 by the described microbubble produced.The described assembly 60 that discharges water is connected with described water tower 30, in order to be transferred out by the described over-saturation oxygen condition water generated in described water tower 30.
Described Driven by Solar Energy water cycle oxygen-increasing device 100 can be applied to pond, pool, pond or other need in the water body of oxygenation.In the present embodiment, be applied to the situation in pool 200 for described Driven by Solar Energy water cycle oxygen-increasing device 100.
Described first solar panels 11 and the second solar panels 12 are installed on the good position of solar radiation near described pool 200.Described first solar panels 11 and the second solar panels 12 are rectangle solar panels, in order to sun power is changed into electric energy, to replace the motor-driven mode of existing employing, reduce the cost of manufacture of described Driven by Solar Energy water cycle oxygen-increasing device 100.
Further, described first solar panels 11 and the second solar panels 12 are provided with default sun power numerical value, when the sun power being passed to described first solar panels 11 and the second solar panels 12 reaches predetermined described default sun power numerical value, described first sun power motor driver 21 can start, water bottom described pool 200 is delivered in described water tower 30 by the assembly 40 that draws water described in startup, described second sun power motor driver 22 can drive described microbubble generator 50 to produce microbubble in described water tower 30 and in described water tower 30, form over-saturation oxygen condition water, then via the described assembly 60 that discharges water, described over-saturation oxygen condition water is delivered in described pool 200.Be understandable that, described default sun power numerical value can select setting according to the weather condition on the same day.
Described first sun power motor driver 21 and the second sun power motor driver 22 are electrically connected with described first solar panels 11 and the second solar panels 12 respectively.In the present embodiment, described first sun power motor driver 21 and the second sun power motor driver 22 are brushless motor controller, thus can reduce the overall volume of described Driven by Solar Energy water cycle oxygen-increasing device 100, and its controlling efficiency is high.Be understandable that, in other embodiments, described first sun power motor driver 21 and the second sun power motor driver 22 also can be other general sun power motors.
Described water tower 30 comprises the first water-in 31 and water outlet 32.In the present embodiment, described water tower 30 is installed on limit, described pool 200, and the bottom of described water tower 30 is higher than the liquid level in described pool 200, so that the enforcement of follow-up oxygenation.
Three water level sensors are provided with in described water tower 30, be respectively the first water level sensor 33, second water level sensor 34 and the 3rd water level sensor 35, described first water level sensor 33 is located at the bottom of described water tower 30, in order to detect the lowest water level of described water tower 30.Described second water level sensor 34 is located at described water tower 30 and is closed on the side of described microbubble generator 50.Described 3rd water level sensor 35 is located at the top of described water tower 30, in order to detect the top water-level of described water tower 30.
The described assembly 40 that draws water is connected with the first water-in 31 of described water tower 30, to be delivered in described water tower 30 via described first water-in 31 by water.In the present embodiment, described in the assembly 40 that draws water be located in described pool 200, the water in described pool 200 is delivered in described water tower 30 by the assembly 40 that draws water described in being driven by described first sun power motor driver 21.Concrete, described in the assembly 40 that draws water be connected with described first water-in 31 by pipeline, so that carry water.
In order to further improvement, described Driven by Solar Energy water cycle oxygen-increasing device 100 also comprises multiple submersible pump 70, multiple described submersible pump 70 and described first sun power motor driver 21 and described in the assembly 40 that draws water be electrically connected, the water that multiple described submersible pump 70 pumps by the assembly 40 that draws water described in described first sun power motor driver 21 drives is delivered in described water tower 30 via described first water-in 31.In the present embodiment, multiple described submersible pump 70 is brushless direct-current submersible pump, with can with described first sun power motor driver 21 with the use of.The built-in motor (not identifying in figure) of multiple described submersible pump 70 is electrically connected with described first sun power motor driver 21, drives to realize electrical energy transfer.Concrete, multiple described submersible pumps 70 are all installed on the bottom in described pool 200, with by the water pump bottom described pool 200 to described in draw water on assembly 40, water is delivered in described water tower 30, so that follow-up oxygenation via the described assembly 40 that draws water.Be understandable that, in other embodiments, multiple described submersible pump 70 also can be general water pump.
One end of described microbubble generator 50 is stretched in described water tower 30.In the present embodiment, described microbubble generator 50 is vertically located in above described water tower 30, and one end of described microbubble generator 50 is inserted in described water tower 30, so that directly discharged in described water tower 30 by the microbubble of generation, prevent microbubble from dispersing in atmosphere.
Described microbubble generator 50 comprises second water-in (not identifying in figure), described second water-in is located at described microbubble and is sent out producer 50 and stretch on one end of described water tower 30, and described second water-in inputs in described water tower 30 in order to the microbubble produced by described microbubble generator.In the present embodiment, distance bottom described second water-in to described water tower 30 is less than the distance bottom described second water level sensor 34 to described water tower 30, so that can ensure that the microbubble of generation is dissolved in the water of described water tower 30 to make described microbubble generator 50 by enough water levels.
Described microbubble generator 50 also comprises a motor (not identifying in figure), and described motor is electrically connected with described second sun power motor driver 22, produces microbubble to drive described microbubble generator 50.In the present embodiment, described motor is electrically connected with described second water level sensor 34, when meeting working order to make the water level detecting described water tower 30 when described second water level sensor 34, described second water level sensor 34 can by signal transmission to described second sun power motor driver 22, be sent on described motor via described second sun power motor driver 22, thus drive described microbubble generator 50 to produce microbubble.
The described assembly 60 that discharges water is connected with the water outlet 32 of described water tower 30.In the present embodiment, described in the assembly 60 that discharges water be connected by water pipe with the water outlet 32 of described water tower 30, so that the conveying of water body.The described assembly 60 that discharges water is connected by pipeline with described pool 200, so that be delivered in described pool 200 by the water in described water tower 30.
In order to further improvement, described Driven by Solar Energy water cycle oxygen-increasing device 100 also comprises magnetic valve 80, discharge water described in described magnetic valve 80 connects the water outlet 32 of assembly 60 and described water tower 30, transferred out by the over-saturation oxygen condition water in described water tower 30 with the assembly 60 that discharges water described in controlling via described water outlet 32.In the present embodiment, described magnetic valve 80 is electrically connected with described 3rd water level sensor 35, thus make when described 3rd water level sensor 35 water level detected in described water tower 30 is in top water-level, described 3rd water level sensor 35 can by signal transmission to described magnetic valve 80, thus the assembly 60 that discharges water described in controlling starts, over-saturation oxygen condition water in described water tower 30 is delivered in described pool 200, to reach the object of oxygenation.
In order to further improvement, in the present embodiment, described Driven by Solar Energy water cycle oxygen-increasing device 100 also comprises potentiostat 90, described potentiostat 90 is electrically connected with described second sun power motor driver 22 and described magnetic valve 80, to stablize the voltage of described magnetic valve 80, to ensure that it can normally work.
In the present embodiment, described Driven by Solar Energy water cycle oxygen-increasing device 100 has cycle detection water level function.Concrete, described first water level sensor 33 is all electrically connected with described potentiostat 90 and described magnetic valve 80, described first water level sensor 33 in order to detect when the water level in described water tower 30 lower than bottom it time, signal can be sent on described magnetic valve 80 by described first water level sensor 33, with make described magnetic valve 80 control described in discharge water assembly 60 stop discharge water.Described second water level sensor 34 is electrically connected with described second sun power motor driver 22, in order to detect when the water level in described water tower 30 is lower than described second water-in, described second water level sensor 34 can transmit signals on described second sun power motor driver 22, and described second sun power motor driver 22 stops driving described microbubble generator 50 to produce bubble.Described 3rd water level sensor 35 is electrically connected with described first sun power motor driver 21, in order to detect when the top of the water level in described water tower 30 higher than described water tower 30, described 3rd water level sensor 35 transmits signals on described first sun power motor driver 21, with make described first sun power motor driver 21 control described in the assembly 40 that draws water stop pumping.
During work, multiple described submersible pump 70 is positioned over the bottom in described pool 200, and is connected with the described assembly 40 that draws water; Described first solar panel 11 and the second solar panels 12 are installed on solar irradiation local preferably, described first sun power motor driver 21 and the second sun power motor driver 22 are installed respectively, described submersible pump 70, the assembly 40 that draws water, the assembly 60 that discharges water, water tower 30 and described microbubble generator 50 is connected simultaneously.When the sun power numerical value on the first solar panels 11 and the second solar panels 12 is close or equal with default sun power numerical value, described first sun power motor driver 21 automatically start and drive multiple described submersible pump 70 start the water pumped to pass through described in the assembly 40 that draws water be delivered in described water tower 30 via described first water-in 31.Described second water level sensor 34 detects the water level in described water tower 30, when second water-in of the water level in described water tower 30 higher than described microbubble generator 50, described second sun power motor driver 22 drives described microbubble generator 50 start and start to produce microbubble, thus forms over-saturation oxygen condition water in described water tower 30.Described 3rd water level sensor 35 detects the water level of described water tower 30, when its water level is in top water-level, described 3rd water level sensor 35 transmits signals on described magnetic valve 80, and the described over-saturation oxygen condition water produced in described water tower 30 is delivered in described pool 200 via described water outlet 32 by the assembly 60 that discharges water described in controlling, thus reach oxygenation object.
In addition, when the water level in described water tower 30 is higher than described 3rd water level sensor 35, signal can be sent on described magnetic valve 80 and described two controllers 20 by described 3rd water level sensor 35, the assembly 40 that draws water described in being controlled by two described controllers 20 is quit work, to prevent the water in described water tower 30 from overflowing, cause water resource waste.Simultaneously, when the water level in described water tower 30 is lower than described first water level sensor 33, signal can be sent on described magnetic valve 80 by described first water level sensor 33, thus described magnetic valve 80 cuts out, stop discharging water with the assembly 60 that discharges water described in controlling, cause damage to prevent described microbubble generator 50 from working when low-water level.The water level that three described water level sensor moment detect described water tower 30 is controlled respectively by described first sun power motor driver 21, second sun power motor driver 22 and described magnetic valve 80, guarantee that each device normally works, and circulate with this, and then realize circulating as pool 200 oxygenation, reach the object of oxygenation on a large scale.
The Driven by Solar Energy water cycle oxygen-increasing device that the utility model provides is by arranging the first solar panels and the second solar panels, solar energy converting become electric energy and be delivered to respectively on the first sun power motor driver and the second sun power motor driver, making the first sun power motor driver that the assembly that draws water can be driven to be delivered in water tower by water; The microbubble generator be arranged on water tower by the second sun power motor driver drives produces microbubble, realize converting the water in water tower to over-saturation oxygen condition water, and by the assembly that discharges water, the over-saturation oxygen condition water of generation is transferred out, thus realize easy dissolved oxygen and over-saturation oxygen condition water can be delivered in other water body, and then realize dissolved oxygen on a large scale.In addition, owing to adopting the first solar panels, with the second solar panels, solar energy converting is become electric energy, thus cost of manufacture can be greatly reduced.The Driven by Solar Energy water cycle oxygen-increasing device that the utility model provides has the advantage that structure is simple, cost of manufacture is low and can realize Automated condtrol.
The above is preferred implementation of the present utility model; it should be pointed out that for those skilled in the art, under the prerequisite not departing from the utility model principle; can also make some improvements and modifications, these improvements and modifications are also considered as protection domain of the present utility model.
Claims (10)
1. a Driven by Solar Energy water cycle oxygen-increasing device, is characterized in that, it comprises
First solar panels and the second solar panels;
First sun power motor driver and the second sun power motor driver, described first sun power motor driver is electrically connected with described first solar panels, and described second sun power motor driver is electrically connected with described second solar panels;
Water tower, in order to save water, described water tower comprises the first water-in and water outlet;
Draw water assembly, is connected with the first water-in of described water tower, and described in the assembly that draws water be connected with described first sun power motor actuator electrical, described in draw water assembly in order to be delivered in described water tower by water via described first water-in;
Microbubble generator, one end is stretched in described water tower, and is fixedly connected with described water tower, and described microbubble generator is connected with described second sun power motor actuator electrical, in order to produce microbubble and microbubble to be squeezed in described water tower, to form over-saturation oxygen condition water in described water tower;
And the assembly that discharges water, be connected with the water outlet of described water tower, described in discharge water assembly in order to be transferred out via described water outlet by the described over-saturation oxygen condition water generated in described water tower.
2. Driven by Solar Energy water cycle oxygen-increasing device according to claim 1, is characterized in that, described first sun power motor driver and the second sun power motor driver are solar DC brushless motor driver.
3. Driven by Solar Energy water cycle oxygen-increasing device according to claim 2, it is characterized in that, described microbubble generator also comprises one second water-in, described second water-in is located at described microbubble generator and is stretched on one end of described water tower, and described second water-in inputs in described water tower in order to the microbubble produced by described microbubble generator.
4. Driven by Solar Energy water cycle oxygen-increasing device according to claim 3, it is characterized in that, described Driven by Solar Energy water cycle oxygen-increasing device also comprises magnetic valve, discharge water described in described magnetic valve connects the water outlet of assembly and described water tower, transferred out by the over-saturation oxygen condition water in described water tower with the assembly that discharges water described in controlling via described water outlet.
5. Driven by Solar Energy water cycle oxygen-increasing device according to claim 4, is characterized in that, described Driven by Solar Energy water cycle oxygen-increasing device also comprises potentiostat, and described potentiostat is electrically connected with described magnetic valve.
6. Driven by Solar Energy water cycle oxygen-increasing device according to claim 5, it is characterized in that, three water level sensors are set in described water tower, be respectively the first water level sensor, second water level sensor and the 3rd water level sensor, described first water level sensor is located at the bottom of described water tower, in order to detect the lowest water level of described water tower, described second water level sensor is located at described water tower and is closed on the side of described second water-in, and described second water level sensor is electrically connected with described microbubble generator, described 3rd water level sensor is located at the top of described water tower, in order to detect the top water-level of described water tower.
7. Driven by Solar Energy water cycle oxygen-increasing device according to claim 6, it is characterized in that, described first water level sensor is all electrically connected with described potentiostat and described magnetic valve, described first water level sensor in order to detect when the water level in described water tower lower than bottom it time, signal can be sent on described magnetic valve by described first water level sensor, stop discharging water with the assembly that makes to discharge water described in described solenoid control, described second water level sensor is connected with described second sun power motor actuator electrical, in order to detect when the water level in described water tower is lower than described second water-in, described second water level sensor can transmit signals on described second sun power motor driver, described second sun power motor driver stops driving described microbubble generator to produce bubble, described 3rd water level sensor is connected with described first sun power motor actuator electrical, in order to detect when the top of the water level in described water tower higher than described water tower, described 3rd water level sensor transmits signals on described first sun power motor driver, to make to draw water described in described first sun power motor driver control, assembly stops pumping.
8. Driven by Solar Energy water cycle oxygen-increasing device according to claim 1, it is characterized in that, described Driven by Solar Energy water cycle oxygen-increasing device also comprises multiple submersible pump, with described first sun power motor driver and described in electrical component of drawing water be connected, the water that multiple described submersible pump pumps is delivered in described water tower by the assembly that draws water described in described first sun power motor driver drives.
9. Driven by Solar Energy water cycle oxygen-increasing device according to claim 8, is characterized in that, multiple described submersible pump is brushless direct-current submersible pump.
10. Driven by Solar Energy water cycle oxygen-increasing device according to claim 1, it is characterized in that, described first solar panels and the second solar panels are provided with default sun power numerical value, when being passed to the sun power on described first solar panels and the second solar panels and reaching the described default sun power numerical value of setting, water is delivered in described water tower by the assembly that draws water described in described first sun power motor driver drives, described in described second sun power motor driver drives, microbubble generator produces microbubble and in described water tower, forms over-saturation oxygen condition water in described water tower, then via the described assembly that discharges water, described over-saturation oxygen condition water is transferred out.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520210863.1U CN204661421U (en) | 2015-04-09 | 2015-04-09 | Driven by Solar Energy water cycle oxygen-increasing device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520210863.1U CN204661421U (en) | 2015-04-09 | 2015-04-09 | Driven by Solar Energy water cycle oxygen-increasing device |
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| CN204661421U true CN204661421U (en) | 2015-09-23 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112209518A (en) * | 2020-10-29 | 2021-01-12 | 佛山市宏贝电气有限责任公司 | Solar energy oxygenation system |
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2015
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112209518A (en) * | 2020-10-29 | 2021-01-12 | 佛山市宏贝电气有限责任公司 | Solar energy oxygenation system |
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