CN104406064A - Solar-powered floating water lily-shaped lamp on structural foam composite sandwich buoyancy substrate - Google Patents
Solar-powered floating water lily-shaped lamp on structural foam composite sandwich buoyancy substrate Download PDFInfo
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- CN104406064A CN104406064A CN201410740370.9A CN201410740370A CN104406064A CN 104406064 A CN104406064 A CN 104406064A CN 201410740370 A CN201410740370 A CN 201410740370A CN 104406064 A CN104406064 A CN 104406064A
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Abstract
The invention discloses a solar-powered floating water lily-shaped lamp on a structural foam composite sandwich buoyancy base body, and belongs to the technical field of solar cell floating power generation and lighting. A substrate is formed by the structural foam composite sandwich buoyancy base body and glass steel wrapping the outer surface of the structural foam composite sandwich buoyancy base body; a solar photovoltaic module, a first energy storage battery, green leaves of a water lily, pink petals of a water lily, green light LED lighting lamp and red light LED lighting lamp; when in the daytime, the first photosensitive self-control switch is closed, and current is input into the first energy storage battery; when in the night, the first photosensitive self-control switch is opened, and the current is input into the green light LED lighting lamp and the red light LED lighting lamp for powering the same; the other solar photovoltaic module, a second energy storage battery and a laser transmitter are installed at the rear half part of the top surface of the substrate; when in the daytime, the second photosensitive self-control switch is closed, and current is input into the second energy storage battery; when in the night, the second photosensitive self-control switch is opened, the current powers the laser transmitter, and the laser transmitter transmits light beams.
Description
Technical field
The present invention relates to the floating water lily lamp of the solar electrical energy generation on structural foam compound sandwich buoyancy matrix, belong to the floating generating lighting technical field of solar cell.
Background technology
Water lily belongs to floating plant, and the blade surface of water lily is glossy, and become leaf can not endure out the water surface, but float on the water surface, the leaf length of lotus is more than the water surface, and lotus belongs to emergent aquactic plant.The petiole of water lily is long and soft, can remain on the state of swimming along with water level adjustment.Water lily is perennial aquatic perennial root ornamental plant, the pattern of water lily enriches gorgeous, there is red, yellow, blue, white, pink multicolour, in two clear spring pond, road water before the two clear villa in park, Xiangshan, in the pond under the Hui Shansi lily feet bridge of Wuxi, all length has the water lily that leaf look dark green, pattern is pretty and dazzling.Men of old thinks that lotus flower represents wisdom, and the Avalokitesvara bodhisattva position in Buddhism, on lotus flower, holds lotus flower in hand, and for lotus light before Buddhist, at the Chi Shuizhong of temple, the water surface in lake, river course is put lotus light long history.There is Chinese nation's traditional custom of putting lotus light, lotus lamp the Han nationality of China and Mongolia, Yi nationality, seedling, Dong, Bouyei, strong minority area.Although the scene of Deng Difang river, Dezhou, Shandong lamp is grand, but the comparison of lotus light is simple and crude, pottery dish or tea china is placed in the central authorities of veneer, taper igniting is erect luminous in the middle of plate, at the outer shell being with the lotus light that paper does of plate, the papery shell of these lotus lights cannot stand the wave that drenches with rain and beats, the lotus light of hundreds and thousands of dependence burning tapers luminescence emits black smoke and swims on the water surface, cause some Scenic Spots at the night of holding river Lantern Festival, the water surface has occurred large-area air pollution.
In January, 2014-November, the air pollution number of days in Nanjing reached 161, and within 2013, annual pollution number of days is 163, and the time only allows occur that 2 pollution skies could maintain an equal level with the pollution number of days of 2013 December, in fact this is difficult to accomplish.In the face of autumn and winter haze multiple season, ' city examines ' blue sky target in Nanjing was just fallen through early in October.It is that PM2.5 concentration declines 2% that the air quality that at the beginning of 2014, national environmental protection portion assigns to Nanjing improves ' state examines ' target, and the difficulty completed of this target is also quite large.' city examines ' and ' state examines ' Bi-objective of Nanjing air in 2014 has all been not easy.The Monitoring Data of Wuxi City shows.Prevention and control of air pollution situation is still severe.By November 25, the mean concentration of the fine particle (PM2.5) of Wuxi City and remaining basically stable the same period last year, not yet declined, with country and economizing assign ' annual PM2.5 concentration decline 2% ' goal task there is gap.It seems, the many cities in Nanjing, Wuxi and the whole nation are the same, although within 2014, paid very large effort, the target of the whole year difficulty that reach PM2.5 concentration decline 2% is not little, it serves to show that the task of Air Pollution prevention and control is very arduous.
Summary of the invention
The object of the invention is to overcome deficiency of the prior art, the floating water lily lamp of the solar electrical energy generation on structural foam compound sandwich buoyancy matrix is provided.
Executive Meeting of the State Council on November 26 in 2014 is passed through discussion ' The Law of the People's Republic of China on the Prevention and Control of Atmospheric Pollution (revised draft) ', strengthening disposal of pollutants total amount and concentration control, control atmosphere pollution wants watershed management, overall control, first the fundamentally discharge of decreasing pollution thing, decreasing pollution source, control discharge total amount is exactly only subtract not increase, and can obtain the effect of Air Pollution prevention and control so in China.Mobilize the whole people to participate in Air Pollution prevention and control in accordance with the law, existing traditional energy is substituted with new forms of energy, guarantee the minimizing of disposal of pollutants total amount, object of the present invention is exactly replace with the new forms of energy lotus light not discharging any pollutant the old-fashioned lotus light that existing over-emitting black exhaust discharges pollutants.
Jiangsu Province is promptly prevention and control of air pollution work further, and strengthening pollution treatment responsibility, works harder, industry restructuring, and Optimization of Energy Structure, controls town and country pollution of area source, strengthens ecological environment treatment, guarantees air quality continuative improvement.
The development of new forms of energy lotus light have employed the new science and technology present age six: 1. solar photovoltaic technology.Modern society's power consumption is huge, and 1/4th in power consumption is for illumination.Jiangsu Province is with the large province of coal, the coal generating of burning a large amount of, in air, discharge a large amount of carbon dioxide, sulfur dioxide, nitrogen dioxide, PM10, PM2.5 be the one of the main reasons causing atmosphere pollution, in existing power supply network, the electric power produced from coal fired power generation accounts for more than 70%.During the APEC meeting that Beijing in 2014 is held, Sino-U.S. announces the reduction of discharging long-term plan to climate change.About China's plan the year two thousand thirty, CO2 emissions reach peak value and efforts are reached peak early, and plan to account for primary energy consumption ratio to the year two thousand thirty non-fossil energy and heavily bring up to about 20%.Reduce the consumption figure of fossil energy coal and oil energetically, the consumption figure increasing non-fossil energy photovoltaic and wind-powered electricity generation has become the trend in epoch, old-fashioned lotus light can discharge pollutants when burning candle or rush in air, on new forms of energy lotus light, solar photovoltaic assembly carries out in air, not discharging carbon dioxide in the process of photovoltaic generation under the irradiation of sunshine, sulfur dioxide, nitrogen dioxide, PM10, PM2.5, nearly ten years, due to the rapid advances of photovoltaic technology, the weight of solar cell constantly reduces, the photoelectric transformation efficiency of solar cell significantly improves, the price of solar cell declines to a great extent, the kind of solar cell constantly increases, we have tested and have installed solar cell at the impact faces of lotus light and carry out floating on water photovoltaic generation and obtain successfully, new forms of energy lotus light achieves zero-emission.2. buoyancy new material technology.Structural foam compound sandwich buoyancy matrix is a kind of novel high-tech buoyant material of hole-closing structure, does not intake under water, corrosion-resistant can not be rotten, its service life is the same with solar cell reaches 25 years, very durable in use.The buoyancy coefficient of structural foam compound sandwich buoyancy matrix on the water surface is 0.05, because the buoyancy that provides is large, and therefore can installation volume is larger on pedestal lotus light and keep the stability of lotus light on the water surface.3. energy-conservation green LED illumination lamp and red-light LED illuminating lamp are installed on lotus light.On October 7th, 2014, Nobel Prize selection committee of Royal Swedish Academy of Sciences announced, Nobel Prize in physics in 2014 is authorized the scientist of ' the efficient blue LED (LED) of invention brings bright and energy-conservation white light source ', the up-to-date brightness record of current LED has reached 300 Liu Ming more than ∕ watt, be equivalent to 16 times of conventional light bulbs, nearly 70 times of fluorescent lamp bulb.The consumption of whole world power consumption has 1/4th to be for lighting use, and promoting the use of of LED will contribute to saving earth resource.The material consumption of LED can significantly be cut down, because reach 100,000 hours the service life of LED, and incandescent lamp can only use 1000 hours, and fluorescent lamp can only use 10,000 hours.The volume of green LED illumination lamp and red-light LED illuminating lamp is little, lightweight, little power consumption, brightness are high, is very applicablely arranged in lotus light, powers respectively to green LED illumination lamp and red-light LED illuminating lamp with solar photovoltaic assembly is independent.4. energy storage technology.Daytime, photovoltaic self-control switch first is closed, the electric current that solar cell first produces passes through conductor wire, controller first input energy-storage battery first, photovoltaic self-control switch second is closed simultaneously, the electric current that solar cell second produces passes through conductor wire, controller second input energy-storage battery second, night, photovoltaic self-control switch first is opened, the electric current exported from energy-storage battery first passes through conductor wire, controller first, photovoltaic self-control switch first is respectively to green LED illumination lamp or red-light LED illuminating lamp powered lighting, photovoltaic self-control switch second is opened simultaneously, the electric current exported from energy-storage battery second passes through conductor wire, controller second, photovoltaic self-control switch second is powered to generating laser, generating laser is made to go out coloured light beam to air-launched.The solar cell on new forms of energy lotus light pedestal top accepts the irradiation generating of sunshine daytime, and electric energy is inputted energy storage, and night, from energy-storage battery output current, powers to electrical appliance LED illumination lamp and generating laser.5. translucent plastic casing.The shell manufacturing lotus light with translucent, the heat-resisting plastics such as transparent polystyrene, lucite, Merlon is not only attractive in appearance, but also durable.6. the generating laser technology of advanced person.All-solid state laser transmitter is less than conventional laser transmitter volume, efficiency is high, the life-span is long, good beam quality, wavelength are short, good reliability, pollution-free, transport and easy to use.Lotus light installs generating laser, to the light beam of air-launched ruddiness or green glow or blue light or gold-tinted, the spacial flex of lotus light can be increased substantially, guide the sight of visitor to find to swim in the lotus light on the water surface at a distance downwards along light beam.The lotus light that more than comprehensive employing six modern new sciences and technologies manufacture, international market and domestic market all have sizable competitiveness.
In order to solve the problems of the technologies described above, the present invention is achieved by the following technical solutions:
Jointly be made up of pedestal 1, structural foam compound sandwich buoyancy matrix 2, solar cell first 3, energy-storage battery first 4, controller first 5, photovoltaic self-control switch first 6, conductor wire 7, the pink petal 8 of water lily, the greenery 9 of water lily, green LED illumination lamp 10, red-light LED illuminating lamp 11, generating laser 12, solar cell second 13, energy-storage battery second 14, controller second 15, photovoltaic self-control switch second 16, pedestal 1 swims on the water surface 17;
Pedestal 1 is made up of structural foam compound sandwich buoyancy matrix 2 and fiberglass two parts be wrapped on the whole outer surface of structural foam compound sandwich buoyancy matrix 2, at the first half of pedestal 1 end face, solar cell first 3 is installed, energy-storage battery first 4, controller first 5, photovoltaic self-control switch first 6, conductor wire 7, the pink petal 8 of water lily, the greenery 9 of water lily, green LED illumination lamp 10, red-light LED illuminating lamp 11, in the middle part mount controller first 5 at the front row of the first half of pedestal 1 end face, in the right of controller first 5, solar cell first 3 is installed, in the left of controller first 5, energy-storage battery first 4 is installed, at the rear of controller first 5, photovoltaic self-control switch first 6 is installed, at the rear of photovoltaic self-control switch first 6, water lily lamp is installed, water lily lamp comprises: the greenery 9 of water lily and the pink petal of water lily 8 two parts, at the green LED illumination of the installation below lamp 10 of the greenery 9 of water lily, at the red-light LED of the installation below illuminating lamp 11 of the pink petal 8 of water lily, pedestal 1 end face latter half of on generating laser 12 is installed, solar cell second 13, energy-storage battery second 14, controller second 15, photovoltaic self-control switch second 16, in the right of photovoltaic self-control switch second 16, generating laser 12 is installed, in the rear mount controller second 15 of photovoltaic self-control switch second 16, in the left of controller second 15, solar cell second 13 is installed, in the right of controller second 15, energy-storage battery second 14 is installed,
Solar cell first 3 is connected with controller first 5 by conductor wire 7, controller first 5 is connected with energy-storage battery first 4 by conductor wire 7, controller first 5 is connected with photovoltaic self-control switch first 6 by conductor wire 7, photovoltaic self-control switch first 6 is connected with green LED illumination lamp 10 and red-light LED illuminating lamp 11 respectively by conductor wire 7, solar cell second 13 is connected with controller second 15 by conductor wire 7, controller second 15 is connected with energy-storage battery second 14 by conductor wire 7, controller second 15 is connected with photovoltaic self-control switch second 16 by conductor wire 7, photovoltaic self-control switch second 16 is connected with generating laser 12 by conductor wire 7.
Generating laser 12 is full-solid-state red color beam generating laser or all solid state green beam laser transmitter or all solid state yellow light beam generating laser or all solid state blue light beam generating laser.
Solar cell first 3 and solar cell second 13 are polysilicon solar cell or monocrystaline silicon solar cell or amorphous silicon thin-film solar cell or copper-indium-galliun-selenium film solar cell or gallium arsenide film solar cell or cadmium telluride diaphragm solar battery.
Energy-storage battery first 4 and energy-storage battery second 14 are lithium ion battery or Ni-MH battery or nickel-zinc cell or hydrogen fuel cell or sodium-sulphur battery.
The power of green LED illumination lamp 10 is 0.5W-100W, and the quantity of green LED illumination lamp 10 is 5-15.
The power of red-light LED illuminating lamp 11 is 0.2W-80W, and the quantity of red-light LED illuminating lamp 11 is 6-20.
Compared with prior art, the invention has the beneficial effects as follows: the electric power 1. produced by solar energy power generating is to the electric power needed for the green LED illumination lamp in lotus light and the illumination of red-light LED illuminating lamp supply bright light.In the process of photovoltaic generation, in air, do not discharge carbon dioxide, sulfur dioxide, nitrogen dioxide, PM10, PM2.5, achieve the zero-emission of new forms of energy lotus light.Be not afraid of collision under the protection of the structural foam compound sandwich buoyancy matrix fiberglass protective layer on its outer surface 2. in pedestal, durable in use, the buoyancy provided is large, can support the weight of the larger lotus light of the bodily form be arranged on pedestal.3. be arranged on green LED illumination lamp in lotus light and red-light LED illuminating lamp little power consumption, brightness is high, can meet the need for electricity of long-time bright light with photovoltaic power supply.4. the all-solid state laser transmitter good brightness, pollution-free of laser beam of launching, the concern of the sight that can boost tourist arrivals.
In the Shanghai international ocean technology of holding in September, 2014 and engineering equipment exhibition, the present inventor's Miao TongChun speaks of the dream of ' going all out with floating on water photovoltaic generation ' to ocean, Shanghai college professor, China ' flood dragon number ' first vice president designer Cui Weicheng, and Cui Weicheng encourages Miao TongChun to say: " this idea is fine ".New forms of energy lotus light will appear on the water surface of many sacred Buddhist sites and Scenic Spots soon, show the glamour of new science and technology to numerous pilgrim and visitor, for China realize early non-fossil energy account for disposable energy-consuming proportion bring up to about 20% target, accelerate the control of atmosphere pollution and do one's bit.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention.
Detailed description of the invention
Pedestal is formed by the fiberglass on structural foam compound sandwich buoyancy matrix and package structure foam compound sandwich buoyancy outer surface of matrix, at the first half installing solar photovoltaic component of base top surface, energy-storage battery first, the greenery of water lily, the pink petal of water lily, green LED illumination lamp, red-light LED illuminating lamp, daytime, photovoltaic self-control switch first is closed, electric current input energy-storage battery first, night, photovoltaic self-control switch first is opened, electric current input green LED illumination lamp and red-light LED illuminating lamp are powered, at another solar photovoltaic assembly of latter half of installation of base top surface, energy-storage battery second, generating laser, daytime, photovoltaic self-control switch second is closed, electric current input energy-storage battery second, night, photovoltaic self-control switch second is opened, electric current is powered to generating laser, laser transmitter projects light beam.
Embodiment in is by reference to the accompanying drawings further described by the present invention below:
Jointly be made up of pedestal 1, structural foam compound sandwich buoyancy matrix 2, solar cell first 3, energy-storage battery first 4, controller first 5, photovoltaic self-control switch first 6, conductor wire 7, the pink petal 8 of water lily, the greenery 9 of water lily, green LED illumination lamp 10, red-light LED illuminating lamp 11, generating laser 12, solar cell second 13, energy-storage battery second 14, controller second 15, photovoltaic self-control switch second 16, pedestal 1 swims on the water surface 17;
Pedestal 1 is made up of structural foam compound sandwich buoyancy matrix 2 and fiberglass two parts be wrapped on the whole outer surface of structural foam compound sandwich buoyancy matrix 2, at the first half of pedestal 1 end face, solar cell first 3 is installed, energy-storage battery first 4, controller first 5, photovoltaic self-control switch first 6, conductor wire 7, the pink petal 8 of water lily, the greenery 9 of water lily, green LED illumination lamp 10, red-light LED illuminating lamp 11, in the middle part mount controller first 5 at the front row of the first half of pedestal 1 end face, in the right of controller first 5, solar cell first 3 is installed, in the left of controller first 5, energy-storage battery first 4 is installed, at the rear of controller first 5, photovoltaic self-control switch first 6 is installed, at the rear of photovoltaic self-control switch first 6, water lily lamp is installed, water lily lamp comprises: the greenery 9 of water lily and the pink petal of water lily 8 two parts, at the green LED illumination of the installation below lamp 10 of the greenery 9 of water lily, at the red-light LED of the installation below illuminating lamp 11 of the pink petal 8 of water lily, pedestal 1 end face latter half of on generating laser 12 is installed, solar cell second 13, energy-storage battery second 14, controller second 15, photovoltaic self-control switch second 16, in the right of photovoltaic self-control switch second 16, generating laser 12 is installed, in the rear mount controller second 15 of photovoltaic self-control switch second 16, in the left of controller second 15, solar cell second 13 is installed, in the right of controller second 15, energy-storage battery second 14 is installed,
Solar cell first 3 is connected with controller first 5 by conductor wire 7, controller first 5 is connected with energy-storage battery first 4 by conductor wire 7, controller first 5 is connected with photovoltaic self-control switch first 6 by conductor wire 7, photovoltaic self-control switch first 6 is connected with green LED illumination lamp 10 and red-light LED illuminating lamp 11 respectively by conductor wire 7, solar cell second 13 is connected with controller second 15 by conductor wire 7, controller second 15 is connected with energy-storage battery second 14 by conductor wire 7, controller second 15 is connected with photovoltaic self-control switch second 16 by conductor wire 7, photovoltaic self-control switch second 16 is connected with generating laser 12 by conductor wire 7.
Generating laser 12 is full-solid-state red color beam generating laser or all solid state green beam laser transmitter or all solid state yellow light beam generating laser or all solid state blue light beam generating laser.
Solar cell first 3 and solar cell second 13 are polysilicon solar cell or monocrystaline silicon solar cell or amorphous silicon thin-film solar cell or copper-indium-galliun-selenium film solar cell or gallium arsenide film solar cell or cadmium telluride diaphragm solar battery.
Energy-storage battery first 4 and energy-storage battery second 14 are lithium ion battery or Ni-MH battery or nickel-zinc cell or hydrogen fuel cell or sodium-sulphur battery.
The power of green LED illumination lamp 10 is 0.5W-100W, and the quantity of green LED illumination lamp 10 is 5-15.
The power of red-light LED illuminating lamp 11 is 0.2W-80W, and the quantity of red-light LED illuminating lamp 11 is 6-20.
Pedestal is made up of structural foam compound sandwich buoyancy matrix and fiberglass two parts be wrapped on structural foam compound sandwich buoyancy outer surface of matrix, first half on the end face of pedestal installs solar cell first, controller first, energy-storage battery first, photovoltaic self-control switch first, conductor wire, the greenery of water lily, the pink petal of water lily, green LED illumination lamp, red-light LED illuminating lamp, the latter half of installation solar cell second on the end face of pedestal, controller second, energy-storage battery second, photovoltaic self-control switch second, conductor wire, generating laser.On daytime, photovoltaic self-control switch first is closed, and the electric current that sunlight solar cell first produces is by conductor wire, controller first input energy-storage battery first store electrical energy; Night, photovoltaic self-control switch first is opened, the electric current exported from energy-storage battery first inputs green LED illumination lamp and red-light LED illuminating lamp respectively by conductor wire, controller first, photovoltaic self-control switch first, green LED illumination lamp sends green glow in the behind of the greenery of translucent water lily, red-light LED illuminating lamp sends ruddiness in the behind of the pink petal of translucent water lily, and green LED illumination lamp and red-light LED illuminating lamp illuminate water lily lamp simultaneously.On daytime, photovoltaic self-control switch second is closed, and the electric current that sunlight solar cell second produces is stored by conductor wire, controller second input energy-storage battery second; Night; photovoltaic self-control switch second is opened; the electric current exported from energy-storage battery second inputs generating laser by conductor wire, controller second, photovoltaic self-control switch second; electric energy becomes luminous energy in generating laser internal conversion; generating laser launches coloured laser beam in the night sky; instead of the fireworks of pollution of ecological environment, replace setting off fireworks of contaminated environment, protect ecological environment.The sight of guests from up to down moves to water lily lamp from the laser beam the night sky, the light that numerous water lily lamp sends fragmentarily on the water surface is very grand, the laser beam of various color aloft intersects a little while, waves a little while, forms beautiful night scene waterborne.
Now enumerate embodiment as follows:
Embodiment one:
Pedestal is formed, at the first half installing solar photovoltaic component of base top surface by structural foam compound sandwich buoyancy matrix and the fiberglass be wrapped on structural foam compound sandwich buoyancy outer surface of matrix, energy-storage battery first, the greenery of water lily, the pink petal of water lily, green LED illumination lamp, red-light LED illuminating lamp, solar photovoltaic assembly comprises monocrystaline silicon solar cell first, controller first, photovoltaic self-control switch first, conductor wire, on daytime, photovoltaic self-control switch first is closed, and the electric current input energy-storage battery first that monocrystaline silicon solar cell first produces stores, and at night, photovoltaic self-control switch first is opened, and the electric current exported from energy-storage battery first passes through conductor wire, controller first, photovoltaic self-control switch first inputs greenery green LED illumination lamp behind and the pink petal red-light LED illuminating lamp behind of water lily of water lily respectively, at another solar module of latter half of installation of base top surface, energy-storage battery second, generating laser, another solar photovoltaic assembly comprises monocrystaline silicon solar cell second, controller second, photovoltaic self-control switch second, conductor wire, on daytime, photovoltaic self-control switch second is closed, the electric current input energy-storage battery second that monocrystaline silicon solar cell second produces, and at night, photovoltaic self-control switch second is opened, and the electric current exported from energy-storage battery second passes through conductor wire, controller second, photovoltaic self-control switch second is powered to generating laser, and generating laser goes out light beam to air-launched.
Embodiment two:
Pedestal is formed, at the first half installing solar photovoltaic component of base top surface by structural foam compound sandwich buoyancy matrix and the fiberglass be wrapped on structural foam compound sandwich buoyancy outer surface of matrix, energy-storage battery first, the greenery of water lily, the pink petal of water lily, green LED illumination lamp, red-light LED illuminating lamp, solar photovoltaic assembly comprises polysilicon solar cell first, controller first, photovoltaic self-control switch first, conductor wire, on daytime, photovoltaic self-control switch first is closed, and the electric current input energy-storage battery first that polysilicon solar cell first produces stores, and at night, photovoltaic self-control switch first is opened, and the electric current exported from energy-storage battery first passes through conductor wire, controller first, photovoltaic self-control switch first inputs greenery green LED illumination lamp behind and the pink petal red-light LED illuminating lamp behind of water lily of water lily respectively, at another solar module of latter half of installation of base top surface, energy-storage battery second, generating laser, another solar photovoltaic assembly comprises polysilicon solar cell second, controller second, photovoltaic self-control switch second, conductor wire, on daytime, photovoltaic self-control switch second is closed, the electric current input energy-storage battery second that polysilicon solar cell second produces, and at night, photovoltaic self-control switch second is opened, and the electric current exported from energy-storage battery second passes through conductor wire, controller second, photovoltaic self-control switch second is powered to generating laser, and generating laser goes out light beam to air-launched.
Claims (6)
1. the floating water lily lamp of the solar electrical energy generation on structural foam compound sandwich buoyancy matrix, it is characterized in that, by pedestal (1), structural foam compound sandwich buoyancy matrix (2), solar cell first (3), energy-storage battery first (4), controller first (5), photovoltaic self-control switch first (6), conductor wire (7), the pink petal (8) of water lily, the greenery (9) of water lily, green LED illumination lamp (10), red-light LED illuminating lamp (11), generating laser (12), solar cell second (13), energy-storage battery second (14), controller second (15), photovoltaic self-control switch second (16) forms jointly, pedestal (1) swims on the water surface (17),
Pedestal (1) is made up of structural foam compound sandwich buoyancy matrix (2) and two, the fiberglass part be wrapped on the whole outer surface of structural foam compound sandwich buoyancy matrix (2), at the first half of pedestal (1) end face, solar cell first (3) is installed, energy-storage battery first (4), controller first (5), photovoltaic self-control switch first (6), conductor wire (7), the pink petal (8) of water lily, the greenery (9) of water lily, green LED illumination lamp (10), red-light LED illuminating lamp (11), at middle part mount controller first (5) at the front row of the first half of pedestal (1) end face, in the right of controller first (5), solar cell first (3) is installed, in the left of controller first (5), energy-storage battery first (4) is installed, at the rear of controller first (5), photovoltaic self-control switch first (6) is installed, at the rear of photovoltaic self-control switch first (6), water lily lamp is installed, water lily lamp comprises: the greenery (9) of water lily and the pink petal of water lily (8) two parts, in installation green LED illumination lamp (10) below of the greenery (9) of water lily, in installation red-light LED illuminating lamp (11) below of the pink petal (8) of water lily, the latter half of upper installation generating laser (12) of the end face of pedestal (1), solar cell second (13), energy-storage battery second (14), controller second (15), photovoltaic self-control switch second (16), in the right of photovoltaic self-control switch second (16), generating laser (12) is installed, at rear mount controller second (15) of photovoltaic self-control switch second (16), in the left of controller second (15), solar cell second (13) is installed, in the right of controller second (15), energy-storage battery second (14) is installed,
Solar cell first (3) is connected with controller first (5) by conductor wire (7), controller first (5) is connected with energy-storage battery first (4) by conductor wire (7), controller first (5) is connected with photovoltaic self-control switch first (6) by conductor wire (7), photovoltaic self-control switch first (6) is connected with green LED illumination lamp (10) and red-light LED illuminating lamp (11) respectively by conductor wire (7), solar cell second (13) is connected with controller second (15) by conductor wire (7), controller second (15) is connected with energy-storage battery second (14) by conductor wire (7), controller second (15) is connected with photovoltaic self-control switch second (16) by conductor wire (7), photovoltaic self-control switch second (16) is connected with generating laser (12) by conductor wire (7).
2. the floating water lily lamp of the solar electrical energy generation on structural foam compound sandwich buoyancy matrix according to claim 1, it is characterized in that, described generating laser (12) is full-solid-state red color beam generating laser or all solid state green beam laser transmitter or all solid state yellow light beam generating laser or all solid state blue light beam generating laser.
3. the floating water lily lamp of the solar electrical energy generation on structural foam compound sandwich buoyancy matrix according to claim 1, it is characterized in that, described solar cell first (3) and solar cell second (13) are polysilicon solar cell or monocrystaline silicon solar cell or amorphous silicon thin-film solar cell or copper-indium-galliun-selenium film solar cell or gallium arsenide film solar cell or cadmium telluride diaphragm solar battery.
4. the floating water lily lamp of the solar electrical energy generation on structural foam compound sandwich buoyancy matrix according to claim 1, it is characterized in that, described energy-storage battery first (4) and energy-storage battery second (14) are lithium ion battery or Ni-MH battery or nickel-zinc cell or hydrogen fuel cell or sodium-sulphur battery.
5. the floating water lily lamp of the solar electrical energy generation on structural foam compound sandwich buoyancy matrix according to claim 1, it is characterized in that, the power of described green LED illumination lamp (10) is 0.5W-100W, and the quantity of green LED illumination lamp (10) is 5-15.
6. the floating water lily lamp of the solar electrical energy generation on structural foam compound sandwich buoyancy matrix according to claim 1, it is characterized in that, the power of described red-light LED illuminating lamp (11) is 0.2W-80W, and the quantity of red-light LED illuminating lamp (11) is 6-20.
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105173020A (en) * | 2015-08-12 | 2015-12-23 | 无锡同春新能源科技有限公司 | Water floating figure scenic spot built through thin-film solar cells and buoyancy material |
| CN105216979A (en) * | 2015-11-22 | 2016-01-06 | 无锡同春新能源科技有限公司 | The aquatic unmanned aerial vehicle of the band laser transimitter of lithium electricity power supply shuts down platform |
| CN105216981A (en) * | 2015-11-22 | 2016-01-06 | 无锡同春新能源科技有限公司 | The aquatic unmanned aerial vehicle of the band meteorological observation equipment of lithium electricity power supply shuts down platform |
| CN105235829A (en) * | 2015-11-22 | 2016-01-13 | 无锡同春新能源科技有限公司 | Water unmanned aerial vehicle stop platform with wind power light emitting diode (LED) lighting device |
| CN105292394A (en) * | 2015-11-22 | 2016-02-03 | 无锡同春新能源科技有限公司 | Above-water unmanned aerial vehicle parking platform with damping device powered by lithium electricity |
| CN105314075A (en) * | 2015-11-22 | 2016-02-10 | 无锡同春新能源科技有限公司 | Water UAV (unmanned aerial vehicle) stopping platform provided with safety devices and powered by lithium electricity |
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2014
- 2014-12-09 CN CN201410740370.9A patent/CN104406064A/en active Pending
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105173020A (en) * | 2015-08-12 | 2015-12-23 | 无锡同春新能源科技有限公司 | Water floating figure scenic spot built through thin-film solar cells and buoyancy material |
| CN105216979A (en) * | 2015-11-22 | 2016-01-06 | 无锡同春新能源科技有限公司 | The aquatic unmanned aerial vehicle of the band laser transimitter of lithium electricity power supply shuts down platform |
| CN105216981A (en) * | 2015-11-22 | 2016-01-06 | 无锡同春新能源科技有限公司 | The aquatic unmanned aerial vehicle of the band meteorological observation equipment of lithium electricity power supply shuts down platform |
| CN105235829A (en) * | 2015-11-22 | 2016-01-13 | 无锡同春新能源科技有限公司 | Water unmanned aerial vehicle stop platform with wind power light emitting diode (LED) lighting device |
| CN105292394A (en) * | 2015-11-22 | 2016-02-03 | 无锡同春新能源科技有限公司 | Above-water unmanned aerial vehicle parking platform with damping device powered by lithium electricity |
| CN105314075A (en) * | 2015-11-22 | 2016-02-10 | 无锡同春新能源科技有限公司 | Water UAV (unmanned aerial vehicle) stopping platform provided with safety devices and powered by lithium electricity |
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