CN103036481B - A kind of solar photovoltaic water face multifunctional electromotor - Google Patents
A kind of solar photovoltaic water face multifunctional electromotor Download PDFInfo
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- CN103036481B CN103036481B CN201210536002.3A CN201210536002A CN103036481B CN 103036481 B CN103036481 B CN 103036481B CN 201210536002 A CN201210536002 A CN 201210536002A CN 103036481 B CN103036481 B CN 103036481B
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- gripper shoe
- floating drum
- electromotor
- motor
- water face
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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
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/50—Photovoltaic [PV] energy
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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
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E70/00—Other energy conversion or management systems reducing GHG emissions
- Y02E70/30—Systems combining energy storage with energy generation of non-fossil origin
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- Photovoltaic Devices (AREA)
Abstract
The present invention proposes a kind of solar photovoltaic water face multifunctional electromotor, including: floating drum, the top of floating drum is provided with solar module, is provided with the first gripper shoe below and is connected with floating drum, and the first gripper shoe center is provided with air inlet openings; First gripper shoe is connected with the second gripper shoe, and the second gripper shoe center is provided with centrifugal fan. Second gripper shoe is provided with dividing plate, and the first gripper shoe and the second gripper shoe space are divided into seal area, settlement, compression air zone. Compression air zone connects an exhaustor underwater, and connects a micro porous spray tube. It is provided with the 3rd gripper shoe bottom floating drum, it is fixed with accumulator. The outer bottom of floating drum is provided with motor and is tightly connected with floating drum. Motor shaft is connected with centrifugal fan. Compression air zone is provided with electric control valve, and diving pressure hose is tightly connected with electric control valve, leads to be connected with pressure transducer under water to be connected with miniature emergency cylinder and is connected with aqualung. A tractor serves several purposes of the present invention, and safe and reliable.
Description
Technical field
The present invention relates to a kind of solar photovoltaic generation system, particularly relate to one and utilize solar water surface photovoltaic generation to carry out oxygen supplement under water, the multifunction electric generator such as diving oxygen respirator, the water surface are powered, floating navigation light.
Background technology
" aerator " starts from the seventies in last century, the impeller that legacy equipment uses, Waterwheel-type, the water surface stir oxygen supplement, technically simply plate blade is driven to stir the surface of water with city's electric drive motor, the oxygen in air is made to be dissolved in water surface, this device is all need external civil power to drive machine turns, and the movement that device can not be random, and draws hidden trouble of cable safety very big in water; Thus while simple in construction, but power consumption is very big, and oxygen dissolved is low, and oxygen typically just increases at water surface, therefore in cultivation industry, depends water surface oxygen supplement alone and can not reach the requirement of high density high-quality cultivation, and economic benefit is not high, and dangerous. Simultaneously current aerator, function singleness, some remote districts shorts of electricity, nothing electricity or electric power facility imperfection, it is impossible to reach the demand of power supply. Therefore also cannot using aerator, causing cannot spread aquaculture, the rapidly defect of guiding farmer richness in extensive waters.
Summary of the invention
The present invention proposes a kind of energy-conserving and environment-protective and the oxygen increasing equipment under water of highly effective and safe easy to use, is positioned over the photovoltaic multifunction electric generator of water surface generating.
The technical scheme is that and be achieved in that:
A kind of solar photovoltaic water face multifunctional electromotor, including: it is positioned over the floating drum in water; The top of described floating drum is provided with a solar module;Described solar module is connected with one first gripper shoe and is connected with floating drum, is provided with air inlet interval between described solar module and described first gripper shoe, and described first gripper shoe is provided with an air inlet opening;
Described first gripper shoe is connected with one second gripper shoe, and described second gripper shoe is by described floating drum and ambient atmos isolation; There is a dividing plate between described first gripper shoe and described second gripper shoe, be seal area, settlement and compression air zone by this spatial separation; Described second gripper shoe center support has a centrifugal fan; Described centrifugal fan is located at described settlement, and described seal area is respectively arranged on the both sides of described settlement with described compression air zone, and described settlement communicates with described compression air zone; Described compression air zone is provided with a compressed air outlet; Described compressed air outlet connects exhaustor, described exhaustor underwater; Described exhaustor end connects micro porous spray tube; Described second gripper shoe is positioned at described seal area and is fixed with inverter and photovoltaic controller;
Described second gripper shoe is connected with the 3rd gripper shoe, and described 3rd gripper shoe is fixed with accumulator;
Described floating drum bottom is provided with a motor, the motor shaft of described motor at the bottom of described floating drum cylinder, described 3rd gripper shoe and described second gripper shoe be connected with described centrifugal fan;
Described solar module electrically connects with described photovoltaic controller, and described photovoltaic controller electrically connects described accumulator; Described photovoltaic controller electrically connects described inverter and described motor.
It is provided with sealing ring between described motor and described floating drum to seal.
The outer rim of described floating drum is provided with suspension ring, it is simple to transporting and hoisting.
Described compression air zone is also associated with pressure hose, described pressure hose front end is provided with electric control valve, the end of described pressure hose is provided with aqualung, different according to the depth of water of pressure transducer it are provided with between described electric control valve from described aqualung, regulate supply gas pressure, adapt to the demand of Divers.
Described aqualung front end is additionally provided with miniature emergency cylinder and has the air demand of ten minutes, the emergency escape when pressure hose is destroyed.
Described inverter is connected with user's power supply by power output cable.
Described first gripper shoe is provided with support, and cantilever tip is provided with warning lamp or navigation light flasher; Described navigation light flasher electrically connects with described photovoltaic controller.
Described motor bottom under described floating drum bottom is provided with mooring ring, is fixed in water-bed mooring by wirerope.
Described solar module, described first gripper shoe, described second gripper shoe, described 3rd gripper shoe, described centrifugal fan, described photovoltaic controller, described inverter, described motor are all in ensureing that what do not tilt when floating drum is placed in water is symmetrical arranged, and center of gravity is minimum.
The present invention produces photovoltaic effect by solar module and generates electricity, in photovoltaic controller, PWM technique to high-efficiency fills to accumulator, control of discharge, also there is time control, light-operated, temperature-compensating, the multi-functional electronic unit that the electric energy obtained is sent to again other such as direct current amplifier, then the rotation of centrifugal fan is driven again, such that it is able to produce compression air, compression air is then discharged by exhaustor, and when floating drum is placed in water, exhaustor gos deep into can being discharged from lower end by compression air in water, and compressing air is discharged by micro porous spray tube, therefore can be atomized, oxygen dissolved in water is greatly increased, such that it is able to raising oxygenation effect.And when it does not make aerator, produced electric energy then can act on as other, as electromotor is ashore powered, or supply navigation light thereon to use, or use as diving oxygen respirator machine, both energy-conserving and environment-protective, security performance is high, the multipurpose of one machine, need not manually operate after being positioned in water again, and convenient operation.
Accompanying drawing explanation
In order to be illustrated more clearly that the embodiment of the present invention or technical scheme of the prior art, the accompanying drawing used required in embodiment or description of the prior art will be briefly described below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the premise not paying creative work, it is also possible to obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the plan cross-section structural representation of a kind of solar photovoltaic water face multifunctional electromotor of the present invention;
Fig. 2 is the top view of solar photovoltaic water face multifunctional electromotor of the present invention;
Fig. 3 is the upward view of solar photovoltaic water face multifunctional electromotor of the present invention;
Fig. 4 is the circuit connection diagram of solar photovoltaic water face multifunctional electromotor of the present invention.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is only a part of embodiment of the present invention, rather than whole embodiments. Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art obtain under not making creative work premise, broadly fall into the scope of protection of the invention.
Referring to Fig. 1, Fig. 2, Fig. 3 and Fig. 4, provided by the invention a kind of solar photovoltaic water face multifunctional electromotor is multi-functional gathers in the detailed description of the invention shown in figure mono-, when therefore setting forth it in detail below as difference in functionality.
Embodiment one: use as underwater aerator
A kind of solar photovoltaic water face multifunctional electromotor, refers to Fig. 1, including: it is positioned over the floating drum 1 in water; The top of described floating drum 1 is provided with a solar module 2; Described solar module 2 is connected with one first gripper shoe 3 and is connected with floating drum 1, is provided with air inlet interval 4 between described solar module 2 and described first gripper shoe 3, and described first gripper shoe 3 is provided with an air inlet opening 5. Described solar module 2 stays certain distance to fix the first gripper shoe 3, can be uniformly distributed by the fixing bolt of the six roots of sensation and be connected between the first gripper shoe 3 with described solar module 2. Floating drum 1 could be arranged to various shape, mainly adopts cone in the present embodiment, because the most stable when this shape is positioned in water; When floating drum 1 floats on the water surface, it is high by 1/3rd that above water constitutes about cylinder, and it is high by 2/3rds that underwater portion constitutes about cylinder, and center of gravity is in the bottom center of equipment, therefore has good stability. Cone floating drum 1 carries the weight of whole photovoltaic system parts and application component, floats on the water surface determined. The structural members such as floating drum 1 and all gripper shoes all adopt ABS or glass-reinforced plastic material, durable in use, cheap for manufacturing cost.
Described first gripper shoe 3 is connected with one second gripper shoe 6, and described second gripper shoe 6 is by described floating drum 1 and ambient atmos isolation; There is a dividing plate 7 between described first gripper shoe 3 and described second gripper shoe 6, be seal area 8, settlement 9 and compression air zone 10 by this spatial separation;Described second gripper shoe 6 center support has a centrifugal fan 11; Described centrifugal fan 11 is located at described settlement 9, and described seal area 8 is respectively arranged on the both sides of described settlement 9 with described compression air zone 10, and described settlement 9 communicates with described compression air zone 10; Described compression air zone 10 is provided with a compressed air outlet 12; Described compressed air outlet 12 connects exhaustor 13, described exhaustor 13 underwater, and described exhaustor 13 end connects micro porous spray tube 14; Described second gripper shoe 6 is positioned at described seal area 8 and is fixed with inverter 15 and photovoltaic controller 16. Wherein exhaustor 13 adopts hard material, it has anti-pressure ability, and length can be adjusted as required, thus ensureing that can there be enough oxygen profundal zone, and the micro porous spray tube 14 that the end of exhaustor 13 connects, best is the micro porous spray tube 14 of annular, and its shape is not limited to annular certainly, can also be triangle, square or be directly straight pipe type etc.; And micropore is opened in the lower end of toroidal nozzle, what the pore size of micropore was best ranges for 1-2 μm, so that compression air is when ejection, atomizing effect is more preferably, risen again by the bottom, add the oxygen dissolved in water, but the position of its pore size and opening is not limited only to size and location mentioned in the present embodiment.
Described second gripper shoe 6 is connected with the 3rd gripper shoe 17, and described 3rd gripper shoe 17 is fixed with accumulator 18; 3rd gripper shoe 17 is similarly discoideus structure and is connected with described floating drum one, 3rd gripper shoe 17 is arranged at the position bottom by floating drum 1,3rd gripper shoe 17 is connected with fixed mount and is connected with floating drum 1 bottom, accumulator 18 is minimum is provided with two pieces, it is certainly not limited to two pieces, 3rd gripper shoe 17 is symmetrical set, such that it is able to better keep the balance of floating drum 1.
Described floating drum 1 bottom is provided with a motor 19, the axle of described motor 19 at the bottom of 1, described floating drum, described 3rd gripper shoe 17 and described second gripper shoe 6 be connected with described centrifugal fan 11; What the present invention adopted is rare earth DC brushless motor, is certainly not limited to this kind of motor.
Described solar module 2 electrically connects with described photovoltaic controller 16, and described photovoltaic controller 16 electrically connects described accumulator 18; Described photovoltaic controller 16 electrically connects described inverter 15 and described motor 19.
In order to keep sealing, making floating drum 1 put into part in water will not have water to penetrate into, and goes out all to adopt seal approach hence for each external tapping, is therefore provided with sealing ring 20 between described motor 19 and described floating drum 1.
The outer rim of described floating drum 1 is provided with suspension ring 21, and suspension ring 21, it is still further preferred that be provided with four, are respectively separated the outer rim being arranged on floating drum 1 upper end uniformly, and during for equipment conveying and installation, lifting uses.
It is provided with mooring ring 22 bottom described motor 19 under described floating drum 1 bottom, therefore floating drum 1 can be fixed in the waters specified.
What motor 19 described in described solar module 2, described first gripper shoe 3, described second gripper shoe 6, described 3rd gripper shoe 17, described centrifugal fan 11, described photovoltaic controller 16, described inverter 15, described accumulator 18 did not tilt when being all placed in water in guarantee floating drum 1 is symmetrical arranged.
When solar photovoltaic water face multifunctional electromotor of the present invention uses as aerator, first floating drum 1 is positioned in the waters specified needing to place, it is possible to hang suspension ring 21 by hawser, then again floating drum 1 is inserted in water.Solar module 2 is subject to illumination and produces photovoltaic electric current, photovoltaic electric stream flow to accumulator 18 through photovoltaic controller 16, then photovoltaic controller 16 adopts pulse-width modulation PWM technology (PulseWidthModulation), charge-discharge characteristic according to accumulator 18, controller is for directly to fill, even fill, three sections of charging modes of floating charge, accumulator 18 remains fullcharging electricity condition, thus ensureing the long-term all weather operations of whole system, accumulator 18 electric current is then through photovoltaic controller 16 flow direction motor 19, then startup is driven centrifugal fan 11 to rotate by motor 19, and air flows into from air inlet interval 4 to air inlet opening 5, it is then passed through the drive of centrifugal fan 11, compression air flow compression air zone 10, pass through compressed air outlet 12 and flow to exhaustor 13, finally discharge from the tail end micro porous spray tube 14 of steam vent, owing to micro porous spray tube 14 aperture is little, and air pressure is big, therefore atomization gas will be produced, the gas making ejection is high at dissolved oxygen in water degree. and exhaustor 13 makes for hard material, there is compression resistance, therefore go deep into the length in water and can determine as desired. be connected with mooring ring 22 additionally, due to motor 19, therefore by floating drum 1 as time in water in order to prevent the movement of floating drum 1 position, therefore can pass through that hawser fastened by mooring ring 22 and be fixed on the bottom again. the present invention can pass through to direct the air into underwater so that in, in deep water also can dissolved oxygen, and the electricity adopted can be self-sufficient, do not need external power supply without potential safety hazard, both can meet the function of oxygen supplement, moreover it is possible to do not use civil power, therefore culture fishery be had to the economic benefit of highly significant.
Described warning lamp 30 indicates as working state of system, normally often bright, glittering during fault.
Embodiment two: use as aerator under water
With embodiment one the difference is that, described compression air zone 10 is also associated with pressure hose 23, described pressure hose 23 front end is provided with electric control valve 24, the end of described pressure hose 23 is provided with aqualung 25, is provided with pressure transducer 26 and is placed on pressure hose 23 between described electric control valve 24 and described aqualung 25.
Described aqualung 25 front end is additionally provided with miniature emergency cylinder 27. Same section does not repeat them here.
Wherein, described pressure transducer 26 detects that the circuit that regulates that the signal of telecommunication that water depth pressure produces enters described photovoltaic controller 16 through communication cable controls the open degree of described electric control valve 24, regulate the size of pressure at expulsion, thus adjusting the oxygen supply pressure of aqualung 25.
In order to produce good oxygen supply effect, therefore using not as cultivation oxygen supplement, and when using as diving operation aerator, blocked by compressed air outlet 12, namely the entrance of exhaustor 13 is blocked, so that compression air is only capable of from pressure software to discharge. During use, it is identical with the process in embodiment one that it produces compressed-air actuated process, therefore do not repeat them here, diver has been with aqualung 25 to pull the plug, now pressure transducer 26 senses the pressure slipping into the depth of water of diver, then pass through photovoltaic controller 16 and control the opening degree of electric control valve 24, thus meeting the oxygen supply of diver. The length of pressure hose 23 is configured according to the needs of diver, but it is usually present various emergency situations in field, deep-sea, therefore the equipment in the present invention breaks down, or pressure hose 23 is cut off when such as being bitten broken by shark, diver can start and bears miniature emergency cylinder 27 oxygen supply in front or back, escaping rapidly, miniature emergency cylinder 27 can supply diver's oxygen of about ten minutes again.Therefore may further ensure that the life security of diver.
Lead on the bank or on ship it addition, be additionally provided with safe cable 31, it is simple to topside personnel rescues in time. Communication cable 32 leads to the water surface, it is achieved with on the bank or ship's staff's communication.
When the present invention uses as aerator, coordinate without anyone on the water surface and equipment, in the pressure limit that shallow sea water or inland waters (50 meters of depth of waters of <) human body bear, carry out diving operation very easily, Divers is not by the restriction of service life, the oxygen cylinder that tradition is heavy need not be born, it is convenient for carrying more underwater operation tool and equipment, freedom of action degree increases considerably, and solves to the water surface and Communication and safety guarantee problem on the bank simultaneously.
It addition, warning lamp 30 indicates as underwater operation state, normally often bright, glittering time improper.
Embodiment three: use as water surface photovoltaic generator
Its with embodiment one the difference is that, system is simply passed through power output cable 28 with described inverter 15 and is connected with user's power supply.
Because in remote marine site or area, waters, electric power facility imperfection, therefore resident living power utility cannot ensure, it is possible to provides electricity by the present invention. Now photovoltaic controller 16 will control the electric current output of inverter 15; Inverter 15 carries out direct current and the conversion exchanged, and uses thus being defeated by user on the bank or on ship. The present invention can also by motor 19 as being served only for photovoltaic generation, and the parts of centrifugal fan 11 other function such as grade are removed, and keep its sealing effectiveness, reduces cost further and is only used as photovoltaic generator use. Warning lamp 30 indicates as working state of system, normally often bright, glittering during fault.
Embodiment four: use as navigation light
In river, river, lake, marine navigation, particularly large-scale visitor, transport vessels navigate by water in navigation channel, be unable to do without navigation light guide, just can ensure that safety. Navigation light as shipping traffic alarming singal lights, is the equipment that must have of shipping traffic.
Traditional float type navigation light, its feature adopts direct current light fixture, uses accumulator 18 to power. Due to accumulator 18 finite capacity, must change within the regular hour. Working in the water surface owing to navigation light floats again, when waves whipped up by the wind rolled turbulently for bad weather, operation ship cannot, near setting, go to open the heavy accumulator of equipment replacement 18 at all. Therefore easily night cause passing ships to hit a submerged reef, the major accident such as stranded, collision.
The present embodiment and other embodiments the difference is that, described support 29 top is provided with navigation light 30; Described navigation light 30 electrically connects with described photovoltaic controller 16.
Turn on light time of lighting of navigation light 30 night or cloudy day is controlled to include described in electrical connection the navigation light 30 of strobe generator according to general international standard flashing rate by photovoltaic controller 16, drives navigation light 30 to work.
It addition, identical with embodiment three, in order to better ensure the use of navigation light 30 to boat, the present invention can also by motor 19, and centrifugal fan 11 and corresponding accessory remove, and reduces cost further and keeps its sealing effectiveness, is only used as navigation light 30 and uses. The wirerope using certain length according to the depth of water connects mooring ring 22, so that floating drum 1 mooring is on the navigation channel specified,
The present invention use as navigation light 30 can realize round-the-clock, non-maintaining use (non-maintaining time limit can > 3 years), compare with traditional navigation light and greatly reducing the described accumulator 18 of replacing and produced maintenance cost.Compared with submarine cable power supply mode, cheap and safer.
Summary: solar photovoltaic water face multifunctional electromotor provided by the invention, have employed the solar energy of environmental protection as power source, again the electric power of gained is made full use of, as underwater aerator and aerator, also having water surface electromotor and navigation light to use, aerator can not only go deep into increase oxygen amount in water, and after atomization, dissolved oxygen in water degree is high, make organic-biological strain amount reproduction in water, residual bait, protein, Organic substance etc. in fast decoupled water. Purify water, promote plankton and beneficial algae growth, it is achieved that nuisanceless green cultivates, and cultured output and quality are greatly improved, do not consume conventional electric energy, and easy to use. As long as equipment being put in water, it is not necessary to do any operation and get final product normal operation. Without other external equipments during as aerator, safety equipment consider strict, and conveniently moving uses safety. Easy for installation as electromotor and navigation light, use cost is cheap, adds safety, while a tractor serves several purposes of the present invention, also better achieves energy-conserving and environment-protective, saves cost, reliable and secure performance.
The foregoing is only presently preferred embodiments of the present invention, not in order to limit the present invention, all within the spirit and principles in the present invention, any amendment of making, equivalent replacement, improvement etc., should be included within protection scope of the present invention.
Claims (8)
1. a solar photovoltaic water face multifunctional electromotor, it is characterised in that including: the floating drum being positioned in water; The top of described floating drum is provided with a solar module; Described solar module is connected with the first gripper shoe and is connected with floating drum, is provided with air inlet interval between described solar module and described first gripper shoe, and described first gripper shoe is provided with an air inlet openings;
Described first gripper shoe is connected with one second gripper shoe, and described second gripper shoe is by described floating drum and ambient atmos isolation; There is a dividing plate between described first gripper shoe and described second gripper shoe, be seal area, settlement and compression air zone by this spatial separation; Described second gripper shoe center support one centrifugal fan; Described centrifugal fan is located at described settlement, and described seal area is respectively arranged on the both sides of described settlement with described compression air zone, and described settlement communicates with described compression air zone; Described compression air zone is provided with a compressed air outlet; Described compressed air outlet connects exhaustor, described exhaustor underwater; Described exhaustor end connects micro porous spray tube; The aperture of described micro porous spray tube is 1-2 μm; Described second gripper shoe is positioned at described seal area and is fixed with inverter and photovoltaic controller;
Described second gripper shoe is connected with the 3rd gripper shoe, and described 3rd gripper shoe is fixed with accumulator;
Described floating drum bottom end seal connects a motor, and the motor shaft of described motor is at the bottom of described floating drum cylinder and is tightly connected, described 3rd gripper shoe and described second gripper shoe are connected with described centrifugal fan;
Described solar module electrically connects with described photovoltaic controller, and described photovoltaic controller electrically connects described accumulator; Described photovoltaic controller electrically connects described inverter or described motor, and described compression air zone is also associated with pressure hose, and described pressure hose front end is provided with electric control valve, and the end of described pressure hose is provided with pressure transducer and aqualung.
2. solar photovoltaic water face multifunctional electromotor as claimed in claim 1, it is characterised in that: it is additionally provided with communication cable and safety cable outside described pressure hose.
3. solar photovoltaic water face multifunctional electromotor as claimed in claim 1, it is characterised in that: described aqualung front end is additionally provided with miniature emergency cylinder.
4. solar photovoltaic water face multifunctional electromotor as claimed in claim 1, it is characterised in that: described inverter is connected with user's power supply by power output cable.
5. the solar photovoltaic water face multifunctional electromotor as described in claim 1 or 4, it is characterised in that: described first gripper shoe is provided with support, and cantilever tip is provided with navigation light or warning lamp; Described navigation light or described warning lamp electrically connect with described photovoltaic controller.
6. the solar photovoltaic water face multifunctional electromotor as described in claim 1 or 4, it is characterised in that: the outer rim of described floating drum is provided with suspension ring.
7. the solar photovoltaic water face multifunctional electromotor as described in claim 1 or 4, it is characterised in that: the described motor bottom under described floating drum bottom is provided with mooring ring.
8. the solar photovoltaic water face multifunctional electromotor as described in claim 1 or 4, it is characterized in that: described solar module, described first gripper shoe, described second gripper shoe, described 3rd gripper shoe, described centrifugal fan, described photovoltaic controller, described inverter, described accumulator, described motor are all in ensureing that what do not tilt when floating drum is placed in water is symmetrical arranged, and center of gravity is minimum.
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| CN201210536002.3A CN103036481B (en) | 2012-12-12 | 2012-12-12 | A kind of solar photovoltaic water face multifunctional electromotor |
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| CN201210536002.3A CN103036481B (en) | 2012-12-12 | 2012-12-12 | A kind of solar photovoltaic water face multifunctional electromotor |
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| CN106605627A (en) * | 2015-10-21 | 2017-05-03 | 江苏银宝生物科技有限公司 | Novel loach culture pond |
| CN108552107B (en) * | 2018-04-23 | 2020-12-08 | 南京诚特汽车服务有限公司 | Impeller-inflating mixed water aerator and method thereof |
| CN109964871B (en) * | 2019-05-14 | 2024-03-26 | 盐城师范学院 | Automatic aerator for beach aquiculture pond |
| CN111536457A (en) * | 2020-04-30 | 2020-08-14 | 付慢利 | LED wall washer lamp with self-cleaning function for high building |
| CN111806657A (en) * | 2020-07-17 | 2020-10-23 | 广东电网有限责任公司 | Diving air supplement device |
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| CN101367584A (en) * | 2008-09-18 | 2009-02-18 | 刘君 | Floating multi-layer deep water oxygen increasing machine |
| CN201919508U (en) * | 2010-11-13 | 2011-08-10 | 吴为国 | Through type jet-flow oxygen-increasing machine |
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