JP2014154871A - Multipurpose automatic roof utilizing solar energy recovery - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a mobile multipurpose automatic roof using a solar panel.SOLUTION: A multipurpose automatic roof comprises: a solar panel 1 formed by connecting and coupling a photoelectric conversion element group panel 4 in a blind shape by a coupling rod 5; main servo motors 2 that separately move the right and left sides of the solar panel 1 vertically to the sun; and solenoid pins 3 that serve as shafts for separately opening the right and left sides thereof. The multipurpose automatic roof generates electric power and operates, while tailing the sun depending on information of a solar information plotter plotting a culmination altitude.

Description

Detailed Description of the Invention

The present invention relates to a multipurpose automatic roof with solar energy recovery.

  With regard to claim 1, it is advantageous to generate electricity with sunlight without burning fossil fuels in terms of cost reduction and global warming prevention measures. Proposed by connecting solar panels to be installed. See Patent Document 1. We are also proposing to connect solar panels to the vehicle, which can be installed in the rear part of the vehicle to advance solar power generation and can be expected to have a safe driving effect by shading. See Patent Document 2. Aiming at the spread of natural energy, solar power generation with a fixed angle using a vast land as a mega solar has begun to spread rapidly. In addition, PM2.5, which is pointed out in an article dated February 5, 2013 in the Shikoku Shimbun newspaper that air pollution mist covers a quarter of China and increases lung cancer, is a car, factory, coal-fired power generation, home heating It is generated by the emission sources, etc., and the thick fog has been generated since then and it has spread over a wide area, and there is concern that it will fly to Japan and have a serious adverse effect on people working in cars and living in the house. ing. At nuclear power plants that exist in countries around the world, there are concerns about how to protect against radiation released by meltdown in the event of a major tsunami disaster in Japan.

  With regard to claim 2, fire extinguishing water tanks and fire prevention water tanks, etc. that existed in the early years of the Showa period, such as fire extinguishing water tanks and fire prevention water tanks, are the appearance of new building materials as highly airtight houses with exterior walls being flameproofed. With the spread of fire hydrants and fire extinguishers, water tanks and fire prevention water tanks have almost disappeared, and the current fire prevention system makes it difficult to respond to initial fire fighting by waiting for the arrival of fire trucks and firefighters who have been trained. If there are road conditions such as traffic jams or public roads that have become inaccessible due to earthquakes, etc., there are concerns that they will be raised. In addition, it is not assumed that drinking water that will be a lifeline will not be stored in houses due to the spread of water supply networks and beverage vending machines, and vending machines will not be able to be used due to water cuts caused by major disasters or power outages. The current situation.

Regarding claim 3, as an alternative to crude oil that has soared soaring at the beginning of the 21st century, E3E10 ethanol fuel, a biofuel made from grains, and 20% 100% ethanol fuel such as Brazil have been researched, put into practical use and popularized. Recently, non-cereal algae biofuels have been actively developed. In recent years, among the algae that are non-cereal-based algae, especially the algae considered to have become the origin of petroleum, photosynthetic oxygen generation type oil production such as Botryococcus and so on is how efficient as energy to promote the development of the next generation Producing well is a major issue for proposals worldwide.
Utility model 2530383 Japanese Patent Application No. 2006-293287

  However, with regard to claim 1, solar panels that began in the late Showa period have the virtue of not being short-circuited, but they are placed on the roofs of houses with strong weaknesses such as weakness to heat and weakness to water, and the wiring is burnt by the weaknesses. For example, power generation operation declined or stopped. In addition, it is not sufficient for vehicles to be directly pasted on the roof, resulting in a decrease in power generation capacity due to heat in the summer and a decrease in power generation capacity due to insufficient sunlight concentration in the winter. It was inadequate because it could not cope with altitude. In addition, even if a large amount of solar power is generated by mega solar, etc., if it is fixed only in a certain direction, sufficient power generation cannot be expected so much, and how to maximize the power generation efficiency toward the sun efficiently. The major issue was how to make it work. The air pollution from China has been pointed out that PM2.5 will increase lung cancer in addition to symptom such as hay fever, which has been affected by Japan due to westerly winds in the past. Establishing a comfortable living space is an urgent task for the next generation. In particular, in a car warmed in the summer due to global warming, the cooler can only be used in a sealed state, and due to the recent dilute engine, a drastic reduction in power consumption caused a significant reduction in fuel consumption in the summer. The throat is bad and dirty air is damaging to the human body. There is also a great need to devise a modern version of a nuclear shelter that was conceived and put into practice during the Showa era.

  However, with regard to claim 2, there are very many scenes where there is no hand or foot for early fire extinguishing at the actual fire site even if the outer wall of the new building material that is resistant to fire is dependent on fire extinguishers and fire departments. In addition, fire trucks can be used in the event of fires caused by accidents in elderly households living alone or children's households who are likely to be away from adults, or when an unexpected fire occurs in a house due to an earthquake, or a road house collapses due to an earthquake, etc. Due to the fact that fire extinguishment activities cannot be done because it is not possible to go to the site or the arrival at the site is delayed due to traffic jams etc., in the fire that actually occurs, the interior is burned like steamed ware because of the modern air-tight house due to heavy use of new building materials, and it occurs in large quantities There are many disastrous consequences of toxic smoke and flames, and the current fire prevention system is not sufficient for fires during disasters such as huge earthquakes and tsunamis. In addition, due to the spread of water vending machines and beverage vending machines, drinking water that becomes a lifeline is not stored in houses, etc., and when a major disaster such as a huge earthquake or a huge tsunami, the water supply is cut off due to a power failure, etc. In the case that no longer works, the lifeline is not sufficiently secured.

However, with regard to claim 3, in addition to the huge cost and vast area of biofuels due to grains, there is a major problem that human food is soaring, and the intention that grains are unsuitable for alternative fuels is shown. There are many criticisms that oil production by algae culture is too costly, and Botryococcus that is suitable for oil production with photosynthetic oxygen generation type needs to keep stirring for uniform photosynthesis for cultivation. There is a need to develop an optimal culture apparatus that activates algae culture, because it is too costly due to excessive energy consumption, and it is necessary to devise an ability to extract oil from algae that is resistant to various bacteria and grown It is a problem for

  The present invention of claim 1 is intended to solve the problems of such a conventional configuration, and as a new sensor for determining the solar altitude of the sun using the rotation and revolution of the earth, After identifying the current position by GPS and direction sensor, plotting the south-south altitude of the sun that can be calculated from calendar information such as the date of spring equinox, summer solstice, autumn equinox, winter solstice and the data of annual schedule information of sunrise sunset time by latitude and longitude The first CPU that interfaces with the electric servomechanism using the solar south-central altitude tracking sensor that can track the current position of the sun by calculating and controlling from the solar information recording plotter. The solar panel and photoelectric conversion element group panel are connected to the main servo motor. Always direct perpendicular to the sun wherever sunlight can be received by the sub-servo motor. The power generation capacity can be maximized to generate electricity, and it can be stored automatically by the raindrop detection sensor. By providing a vehicle speed sensor, the electric servomechanism does not operate during driving, so it is comfortable to operate. Protects the solar panel from being damaged and protected from damage in the event of a natural disaster with an accelerometer so that it can be safe for the human body with a human sensor. Cost, while making it possible to use solar energy to the maximum extent with the margin of storing it in a dedicated power storage device, and increasing the energy utilization rate to prevent vehicle power down and fuel consumption loss. By installing an automatic humidifier that generates negative ions that do not hang, oxygen, hydrogen, and CO2 are discharged from the human body in a sealed room. Complementing indoor oxygen, which is reduced by humidifying the compound water as ultrafine particles, lowering the indoor discomfort index with negative ions, superfine particulate harmful substances such as PM2.5 By wrapping it in fine particles and removing it, it is designed to give the human body a refreshing sensation in the summer and warmth in the winter so that it can live comfortably.

  The present invention of claim 2 is intended to solve the problems of such a conventional configuration, and a smoke discharge gate is installed at a specific place where a fire is most likely to occur in a house. An independent fully charged blind solar charging battery power supply that operates without problems even when there is a power outage in the house. To prevent malfunctions with the thermal fire detector, the smoke sensor works first with a ventilator with an automatic door. The thermal fire detector provided near the exhaust fan with the automatic door, which is the outlet of the smoke flame, eliminates toxic smoke and in the event of a fire, is first exposed to the flame and becomes hot. By grasping, the electric solenoid pin moves immediately and opens the smoke discharge gate, and the aerial ultrasonic sensor that is waiting by emitting an ultrasonic beam immediately detects it, and the conduction fire extinguishing pump is turned on. By running And water discharge nozzle is water cannon towards there, can be an early fire fighting to suppress the spread of the fire, it is possible to protect human life from the toxic smoke and flames. The water storage device is also installed as an essential device for fire prevention that can be relieved without being affected by a fire by installing it outdoors, and as a survival resource for securing water resources that can secure drinking water or cook rice by using a water heater, It is an essential device for securing a lifeline, and it is always used as a watch guard for fires, and is designed to protect human bodies quickly even in situations related to human life such as disasters.

The present invention of claim 3 is intended to solve the problems of such a conventional configuration, and in Japan where there are four seasons, a large cost and place are required for culturing algae. There is a culture that always needs to be evenly stirred, and it is proposed to implement each process by division of labor for extracting oil from algae that has not grown easily, and installed by the culture tank of the present invention In contrast to the fact that it is expected that it will cost too much if it is large, regardless of the location, the culture is compact, and the energy source uses solar energy to significantly reduce the cost and culture. Culture with a built-in humidifier while stirring through the return pipe in the culture water tank with the pressure of the culture water electric pump adjusted to a certain temperature with a water heater By using an air heater to remove humidity from the humidity sensor and the ozone generator, creating an environment like a summer pond in a sealed case aquarium, it will continue to stir with a sliding stirrer evenly without cost. , The oxygen sensor detects the increase in oxygen due to oxygen-generating photosynthesis, which is a characteristic of algae, so that the algae can be efficiently grown by taking into account the culture virtues of the algae. By creating a sunshade like a sunbeams, it is possible to inject CO2 in an environment like a summer pond, to achieve the best state of culture, and to store and charge with solar panels by collecting solar energy. The next generation of energy algae has been produced so that costs are not incurred with the integrated storage device for water storage tanks where the shortage is compensated with an automatic charger. It is configured to come. For example, in farming that was not mechanized until around the middle of the Showa era, each farmer used cows as a driving force to cultivate the fields, and milk squeezed from the cows by dairy was shipped to dairy companies in the village units every morning. As was done, the oil refining mechanism that installs the culture tank of the multi-purpose automatic roof by solar energy recovery of the present invention in each household, ships the grown algae in units of town, takes over oil extraction and essential oil in one hand This can solve this problem, and Japan can become an oil-producing country.

  As described above, the multi-purpose automatic roof according to the present invention of claim 1 according to the present invention, when installed in a vehicle, performs an optimal power generation operation as long as the sun is in the sky, so that the alternator load of the vehicle is reduced. By reducing the engine output, especially in the summer, the engine output drops significantly due to the outside air temperature, and also due to the cooler loss, it also decreases significantly, leading to a significant reduction in fuel consumption. In the present situation, the solar panel of the present invention performs a good power generation operation when using a cooler, so that it does not cause the adverse effects as described above, and is installed with room for electric power in a room cut off from contaminated outside air. You can spend comfortably with the automatic humidifier, and you can afford the above power even in winter and in the camper It is characterized by comfortable car life by can.

  The solar panel according to the first aspect of the present invention can be used to prevent the problem from occurring by storing the solar panel according to the present invention with an acceleration sensor and a human sensor even during power generation during parking. Is a solar panel that can be stored by the function of the vehicle speed sensor even if it is unexpectedly driven. In addition, when installed in a sporty car, the photoelectric conversion element group panel constituting the solar panel of the present invention is set up vertically, and an actuator is added to shorten the portion corresponding to the middle of the connection lot of each photoelectric conversion panel. Thus, the photoelectric conversion element group panel in the previous period becomes a shape in which the blind shape is housed in the front and back, and can be an open sunroof, so that the comfort in the room can be improved.

  When the solar panel according to the first aspect of the present invention is applied to a mega solar installed on a vast land, the power generation efficiency is higher than the conventional one, and it is damaged by being stored in a typhoon, strong wind, gust, etc. by an acceleration sensor. In addition, by installing a system such as the water storage tank of claim 2 or the sealed case water tank of claim 3, the utilization and contribution by solar power generation can be increased, and more can be contributed to the world.

  As described above, the multipurpose automatic roof water storage tank of the present invention according to claim 2 according to the present invention is always filled with tap water and rain water due to the water level sensor, and in case of emergency of fire or natural disaster It is economical because it can secure a water source that can respond immediately and collects rainwater. The presence of the human sensor according to claim 1 provides an accident prevention effect for children and the like, and also has a reliable effect of keeping a watch on the absence of the human sensor.

According to the present invention of claim 2, the smoke sensor that has detected a fire as described above immediately activates a ventilation fan with an automatic door to immediately discharge toxic smoke generated indoors and secure fresh air. By concentrating on a ventilating fan with an automatic door that protects the human body and emits fire smoke, it becomes the hottest first, and the response of the thermal fire detector installed in the same place also becomes quick Thus, the conduction fire extinguishing pump can be extinguished quickly by opening the smoke discharge gate early by the electric solenoid pin that operates accordingly. The blind type solar charging battery provided in the smoke discharge gate can be charged by an automatic trickle charger with a household 100V power supply, so that the smoke discharge gate is installed in a place where sunlight cannot be detected. However, it is possible to operate. When installing a large number of smoke discharge gates in a building, the pedestal and rails of the conductive fire pump can be run three-dimensionally horizontally, and the ultrasonic beam of the airborne ultrasonic sensor can be increased to multiple by changing the frequency. In addition, by increasing the number of conductive fire pumps, it is possible to quickly extinguish the fire by protecting the human body from smoke and the like with a ventilation fan with automatic doors on each floor and then discharging water to the smoke discharge gate.

According to the second aspect of the present invention, as described above, by installing the smoke discharge gate at the upper part of the window, the blinds of the blind solar charging battery are automatically shaded and the indoor comfort is increased. Independent of the indoor power supply and usually fully charged with 100V automatic charging, the smoke sensor and thermal fire detector, automatic fan ventilator and electric solenoid pin can be used even in the event of a power outage or power outage due to fire. The operation can be continued, and the water storage tank and the conductive fire extinguishing pump can be operated separately from the power source by using the water storage device for the water storage tank so that fire extinguishing activities and lifesaving can be continued without being affected by the fire.

  As described above, the multipurpose automatic roof culture tank of the present invention according to claim 3 using solar energy recovery uses transparent tempered glass in a sealed case tank, thereby allowing sunlight such as a sunlight leaking to be optimal for algae culture. It can be made by moving the solar panel of Claim 1 with a third CPU or illuminance sensor, and the blue mold that often occurs in stainless steel etc. can be prevented from occurring, and it can take up less space due to its compact structure, By preventing the inefficiency of cost-efficiency caused by culturing in large quantities and creating a state like a summer pond that favors the growth of algae such as CO2, the speed and growth of the culture can be achieved by using an oxygen sensor and illuminance sensor in a sealed case aquarium. The quality that we did can be in the best condition.

  As described above, when claim 1 of the present invention, claim 2 and claim 3 are installed on the roof of a house or on the roof of a building in accordance with each application, in claim 1, the solar south-middle altitude tracking sensor is used. It can be made into a solar panel with a very high power generation operation rate, and it can be made more energy-saving by using a dedicated power storage device indoors, making it more economical and a comfortable space with clean air with an automatic humidifier.

  Regarding claim 2, even if the water tank of the present invention cannot be installed outdoors in the city or the like, it can be expected that the solar panel and the water tank will provide a heat insulation effect by installing it on the roof of the house or the roof of the building. In addition to the same heat insulation effect in winter, in cold areas, the hot water is poured into the snow on the roof by using a water heater or hot water warm air heater, and the roof is removed. In addition to melting snow, a conductive fire pump immediately descends from the roof of the building and can be extinguished or manually extinguished, and the smoke discharge gate reduces the life threat of smoke. You can evacuate safely.

  About Claim 3, by installing on the roof of a roof or a building, in addition to the heat insulation effect as described above, by adding a shredder device, a squeezing machine, etc. that squeezes oil from algae cultured from a sealed case water tank When a diesel generator is installed at the bottom, of course, after measuring the cetane number of the collected oil, adjusting the cetane number with additives, etc. It can be used as a fuel that is very inexpensive and does not cost transportation. For the storage tank power storage device of claim 2 and the culture water storage device of claim 3, it is necessary to determine the battery capacity based on the Joule heat conversion of each electrical component, but it is possible to create it for several days when the sun does not come out. You should

BEST MODE FOR CARRYING OUT THE INVENTION

Hereinafter, embodiments of the present invention will be described with reference to FIGS. 1, 2, 3, and 4, based on FIGS. 5, 6, 7, and 8.

  In FIG. 1, 1 of claim 1 is a solar panel 1. Reference numeral 2 denotes a main servo motor 2 that moves 1 vertically and separately to the left and right. Reference numeral 3 denotes a solenoid pin 3 serving as an axis for opening 1 separately on the left and right sides. Reference numeral 4 denotes a photoelectric conversion element group panel 4 in which one photoelectric conversion element group is blinded. Reference numeral 5 denotes a linked lot 5 in which 4 are connected and linked. 6 is a sub servo motor 6 which moves 4 back and forth 180 degrees. Reference numeral 7 denotes an orientation sensor 7 that measures the orientation of the current position. 8 is a GPS 8 that informs the latitude and longitude of the current position. 9 records the solar south-middle altitude data of the northern hemisphere, which changes depending on the direction, current position, and season, and the solar south-middle altitude and sunrise sunset time of the spring equinox, summer solstice, autumn equinox, and winter solstice based on information from the direction sensor 7 and GPS 8. The solar information recording plotter 9. Reference numeral 10 denotes a first CPU 10 of the computer according to claim 1.

  Reference numeral 11 denotes a solar south-middle altitude tracking sensor 11 that interfaces with the first CPU 10 based on data from the solar information plotter 9. A voltage sensor 12 interfaces voltage measurement data with the first CPU 10. Reference numeral 13 denotes a diode 13 with a shut-off valve that prevents backflow and overcharging to the dedicated power storage device 14 that accumulates the generated current from the solar panel 1. Reference numeral 16 denotes a diode 216 that prevents the vehicle battery 15 from flowing backward when the electric power of the dedicated power storage device 14 is connected to the vehicle. Reference numeral 17 denotes a raindrop detection sensor 17 that instructs to store the solar panel 1 and the photoelectric conversion element group panel 4 when rain is detected.

A vehicle speed sensor 18 senses that the vehicle has moved and issues an instruction to store the solar panel 1 and the photoelectric conversion element group panel 4 while generating electricity. Reference numeral 19 denotes an acceleration sensor 19 that gives an instruction to house the solar panel 1 and the photoelectric conversion element group panel 4 when the solar panel 1 senses vibration or the like. Reference numeral 20 denotes a human sensor 20 that issues an instruction to store one solar panel 1 and the photoelectric conversion element group panel 4 when a person approaches the solar panel 1. Reference numeral 21 denotes a horn 21 that sounds a horn in conjunction with the human sensor 20. Reference numeral 22 denotes an automatic humidifier 22 that operates with electric power of the dedicated power storage device 14.
The operation of the configuration of FIG. 1, FIG. 2, FIG. 3, FIG. 4, and FIG.

  The earth of the solar system revolves one solar year (one year) in a counterclockwise orbit centered on the sun as seen from the celestial North Pole, and rotates one average solar day (one day) around the earth's rotation axis. The earth's axis of rotation is perpendicular to the equatorial plane and is defined as east (east longitude) and west (west longitude) with the northern meridian (north latitude) below and the southern hemisphere (south latitude) based on the prime meridian of the Greenwich Observatory in England. The rotation axis is inclined 23,38 degrees with respect to the revolution plane, so if you look at the earth from the sun, the rotation axis is parallel to the sun on the equinox and fall days. The sunrise and sunset times of the day are even, but in the summer solstice, when the earth is seen from the sun because the rotation axis is tilted toward the sun, the Arctic circle of the earth becomes fully visible and the sun is seen from the northern hemisphere side. The south and middle altitudes appear to be high, and the sunrise and sunset times of the day become longer. In the winter solstice, if the rotation axis tilts to the opposite side of the sun and the earth is seen from the sun, the Antarctic Circle Becomes a full view, and when looking at the sun from the northern hemisphere side, the south-high altitude is low. Will be visible, sunrise sunset time of day is shortened.

At the Akashi City Astronomical Science Museum at 135 degrees east longitude and 34,38 degrees latitude, which is a symbol of standard time in Japan, the sunrise and sunset times on the spring of March 20 are from 6: 4 to 18:12 The summer solstice on June 21 is from 4:47 to 19:17, the autumn day on September 23 is from 5:48 to 17:57, and the winter solstice on December 22 is from 7: 3 to 16:00. It is 53 minutes, the spring and autumn sun's south-middle altitude is 55,62 degrees, the summer solstice has a south-middle altitude of 79 degrees, and the winter solstice has a south-middle altitude of 32,24 degrees. Light is irradiated.

  As described above, according to the information of the solar information plotter 9 that plots the south-middle altitude of the sun in every place in the northern hemisphere, the solar south-middle altitude tracking sensor 11 determines the south-middle altitude, and the main servo motor 2 of the solar panel 1 The sub servo motor 6 of the photoelectric conversion element group panel 4 starts the best power generation operation by causing the first CPU 10 to interface the generated voltage from the voltage sensor 12 so as to be perpendicular to the sun by feedback control, The solar south-middle altitude tracking sensor 11 interfaces with the first CPU 10 to track the sun moving to the west as time progresses according to the information of the solar information plotter 9 so that the main servo motor 2 and the sub servo motor 6 are connected. Readjust the power generation operation until sunset.

  The electric power generated and operated by the solar panel 1 is stored through the diode 13 with the shut-off valve while detecting the voltage of the dedicated power storage device 14 with the voltage sensor 12, and when the voltage becomes excessive, the diode 13 with the shut-off valve The CPU blocks the output line by 10 interfaces to prevent overcharge. When the voltage sensor 12 detects that the power generation operation of the solar panel 1 has stopped due to sunset or the like, the voltage of the dedicated power storage device 14 flows backward from the photoelectric conversion element group panel 4 by the diode 13 with the shut-off valve and is discharged. The first CPU 10 stores the solar panel 1 and the photoelectric conversion element group panel 4. When the solar panel 1 is installed in a vehicle, it is connected to the vehicle battery 15 via the diode 216, so that the alternator load of the vehicle is reduced, the energy availability is increased, and the voltage of the dedicated power storage device 14 is decreased. However, the reverse flow of the vehicle battery voltage can be prevented. When the vehicle starts, the first CPU 10 interfaces with the sensing of the vehicle speed sensor 18 so that the solar panel 1 and the photoelectric conversion element group panel 4 are stored but the power generation operation is continued.

  When the solar panel 1 is in operation by providing the acceleration sensor 19, the first CPU 10 is connected to the solar panel 1 through the interface when a strong wind or something hits or a shake such as an earthquake is detected. The conversion element group panel 4 is stored to prevent the solar panel 1 from being damaged. The first CPU 10 stores the solar panel 1 and the photoelectric conversion element group panel 4 when a person approaches when the solar panel 1 is operating by the human sensor 20, thereby preventing mischief and preventing accidents to children and the like. The alarm whistle 21 is also activated while taking into consideration. By moving the automatic humidifier 22 equipped with the negative ion generator in the room equipped with the solar panel 1, the humidifying water contains oxygen and has a mist shower effect. By creating an environment like a waterfall with negative ions, the summer setting of the air conditioner is effective in reducing the temperature of the air conditioner by depriving the heat of vaporization with ultrafine moisture in the summer. Even if the temperature is high, it feels cool enough, and in the winter, it feels like a super-fine-grained soft water that makes it feel extremely cold.

  Embodiments of the present invention will be described below with reference to FIGS. 1, 6, and 7 of the second aspect.

In FIG. 1, a of claim 2 is a water tank (a) for storing rainwater and tap water. A is a solenoid valve (A) that injects or stops tap water to the water tank (A). C is a second CPU (c) which is a computer dedicated to claim 2. D is a water level sensor (D) that measures the water level in the water tank (A). In the rainy weather, the solar panel 1 of claim 1 is stored via the first CPU 10 of claim 1 by interfacing with the second CPU (c), and the photoelectric conversion element group panel 4 of claim 1 is set vertically by 90 degrees. This is a rain tank detection sensor (e) for interfacing rainwater in a water tank (a). The mosquito is an aerial ultrasonic sensor (mosquito) installed in the conductive fire extinguishing pump (ku), and detects the movement of the smoke exhaust gate (cell) by an ultrasonic beam. Ki is a water discharge nozzle (ki) installed in a conductive fire pump (ku) and capable of fire extinguishing both automatically and manually. K is a pedestal and rails for moving the conductive fire pump (fire) to fire fighting activities. Ko is a thermal fire detector (co) that detects fire, and operates the electric solenoid pin (so). Shi is a smoke sensor that detects smoke, and Su is a ventilator with an automatic door (su), which opens the automatic door and moves the ventilator with the detection of the smoke sensor. Sa is a blind solar rechargeable battery (sa), a power source for thermal fire detector (ko), smoke sensor (si), automatic door fan (su) and electric solenoid pin (so). The hot water tank is used for disaster prevention and stores hot water boiled in the hot water heater (chi). Tsu is an electrical outlet (tsu) with a DC / AC inverter, and Te is a hot water type hot air heater (te), which emits hot air from the hot water in the disaster prevention heat retaining tank (ta). The small solar (G) is on the top of the blind, which is mounted on the blind solar charging battery (S), to detect and move sunlight. Na is a duct (na) for guiding the hot air of a hot water hot air heater (te). A water supply (2) sends water to the water storage tank (a) through a solenoid valve (b). Nu is a water storage battery storage device (nu), and stores the power generated by the solar panel 1 according to claim 1.
The operation of the configuration shown in FIGS. 1, 6, and 7 of claim 2 will be described below.

  The water tank (A) is the second CPU (c) by the signal from the water tank (2) and the raindrop sensor (e) that senses rainy weather via the solenoid valve (b) by the water level sensor (d). Further, the rainwater is collected from the photoelectric conversion element group panel 4 of the first embodiment which is interfaced by the first CPU 10 of the first embodiment and the reservoir tank (A) is filled with water, and is juxtaposed with the base and rails (K). An ultrasonic beam is emitted to a specific place where a fire of a house is likely to occur by a water discharge nozzle (ki) and an aerial ultrasonic sensor (f) on a conduction fire extinguishing pump (ku) that can be moved to. Ventilation with an automatic door installed at the specific location in the house and closed with an electric solenoid pin (sole)

When the smoke sensor (si) detects fire smoke with the smoke sensor (si) and the thermal fire detector (co) installed on the indoor ceiling of the smoke discharge gate (se) equipped with a fan (su) The ventilator with automatic door (su) opens its automatic door, discharges flames and smoke with the ventilator, and the electric solenoid pin (so) is activated when the flame is detected by the thermal fire detector (co). The smoke discharge gate (C) was opened, and the second CPU (C) had memorized the specific location and water discharge angle in advance by sensing it with the ultrasonic beam of the aerial ultrasonic sensor (F). The conduction fire extinguishing pump (ku) moves on the pedestal and rail (ke) and fire extinguishing activities are started by the water discharge nozzle (ki). The smoke discharge gate (cell) at the specific location is equipped with a small solar (G) on the top and a blind solar charging battery (service) is a thermal fire detector (coil) that is an electrical component installed indoors. ), Smoke sensor (si), automatic fan with automatic door (su), and electric solenoid pin (so) independent power supply that can handle power outages of houses due to fire, and built-in solar charging is not possible There is an automatic trickle charger for home use at 100V, and since it is always trickle charged (slight current charging), it is fully charged and ready for emergencies.

In the case of the above-mentioned situation, the power generation operation of the solar panel 1 of claim 1 and the automatic storage (trickle charging) by the household 100V power supply are used to store the storage tank (a) ) Water in a water heater (chi) to secure a water source when the water supply is shut off, and with hot water stored in a disaster prevention thermal storage tank (ta), in the winter, a hot water hot air heater (te) It can be used as a life support device by sending warm air for heating to temporary houses and survival tents that are accused through ducts (na), and DC / AC with the power of the storage battery storage device (nu) A household rice cooker can be used with an electrical outlet with an inverter, and the automatic humidifier according to claim 1 is also provided so that it can be secured as an essential lifeline for life.
Hereinafter, an embodiment of the present invention will be described with reference to FIGS.

  A is a closed case water tank A for growing algae in culture. B is an oxygen sensor B for measuring and knowing the state of culture by detecting the amount of oxygen in the process of growth and growth of oxygen-producing photosynthesis of algae. C is a water temperature sensor C that senses the temperature of the culture water in the sealed case water tank A. D is a culture water level sensor D that outputs a signal for keeping the height of the water level in the sealed case water tank A constant. E is an illuminance sensor E that detects the amount of light in the sealed case water tank. F is a humidity sensor for detecting the humidity in the sealed case water tank A. G is a third CPUG which is a dedicated computer according to claim 3. J is a water heater J for cultivating water for setting the water temperature like a pond in summer for the algae cultured in the closed case water tank A.

  I is a culture in which the culture water is circulated while gradually raising the temperature through the water heater J for the culture water with the pressure of the electric pump R for the culture water until the culture water becomes like a pond in summer. A warm water tank I, and H is a water temperature sensing valve H that sends the culture water to the sealed case water tank A according to the instruction of the third CPUG when the temperature of the culture water becomes an appropriate temperature in the culture warm water tank I. K is a CO2 cylinder K for sending CO2 into the sealed case water tank A for algae culture, and L is a CO2 injector L which is a shut-off device for controlling it according to the instruction of the third CPUG. M is an ozone generator M for eliminating germs inside the sealed case water tank A. N is an LEDN for night illumination that is installed so as not to block the sunlight inserted into the sealed case water tank A so that it can be continuously cultured at night. O is a culture fan heater O capable of sending warm air whose temperature and humidity are adjusted by incorporating a humidifier according to the water temperature of the culture water holding tank I into the sealed case water tank A.

P is a slide type agitator P that is continuously stirred while sliding left and right in order to uniformly synthesize the culture water in the closed case water tank A. Q is a discharge roller and a discharge drain Q for discharging the algae cultured and grown in the sealed case water tank A. S is an inlet for culture water S containing algae raw materials. T is a return pipe T for circulating and stirring the culture water in the culture water holding tank I through the culture water heater J by the pressure of the culture water electric pump R until the temperature of the culture water rises. U is a culture water storage device U that charges the power of the dedicated power storage device 14 of claim 1 through the first CPU 10 according to the instruction of the third CPU, and always performs trickle charging (slight current charging) with a 100 V power source. It has an automatic charger.
The operation of the configuration of FIGS. 1 and 8 of the third aspect will be described below.

The culture water S, which is a raw material of algae, is injected from the upper part of the electric pump R for culture water, so that the raw material is not destroyed from the pipe of the very thick pipe that creates a smooth and supple flow at the interface of the third CPU G Through the water heater J for culture water, the temperature of the water is gradually increased to the water temperature as in summer in the summer, and the culture heat-retaining water tank I is circulated while stirring, so that the ozone generator M oscillates in the closed case water tank A. The culture fan heater O detects the humidity by the humidity sensor F while eliminating the various germs, and the humidified air from the built-in humidifier is used to keep the warm air heated by the temperature of the culture warming water tank I sealed. The water temperature sensing valve H is blown into A, and the water temperature sensing valve H is opened by the instruction of the third CPU G. The solar panel 1 and the photoelectric conversion element group panel 4 are perpendicular to the sun through the first CPU 10 of claim 1 and start power generation operation, so that the algae in the sealed case water tank A starts culturing by photosynthesis. The third CPU G stirs the slide agitator P while moving left and right evenly until it grows while detecting CO2 from the CO2 injector L through the CO2 cylinder K and detecting the oxygen concentration of the oxygen sensor B. The culture is continued. The third CPU G finely adjusts the solar panel 1 and the photoelectric conversion element group panel 4 via the first CPU 10 of claim 1 to increase the amount of light by the illuminance sensor E in the sealed case water tank A and the oxygen of the oxygen sensor B. According to the condition, fine adjustment of the most optimal state is performed by feedback control from the state such as the sunbeams and the maximum illuminance, and the grown algae are discharged by the discharge roller and the discharge drain Q.

The block diagram which shows the whole content of the system of this invention Plan view of a solar panel according to claim 1 of the present invention Sectional drawing from the vertical direction of the solar panel of Claim 1 of this invention Sectional drawing from the horizontal direction of the solar panel of Claim 1 of this invention 3D diagram of an example of mounting the solar panel of claim 1 of the present invention on a vehicle 3D configuration diagram of claim 2 of the present invention Sectional drawing of the smoke discharge gate of Claim 2 of this invention Sectional view of claim 3 of the present invention

1, Solar panel 2, Main servo motor 3, Solenoid pin 4, Photoelectric conversion element group panel 5, Connection lot 6, Sub servo motor 7, Direction sensor 8, GPS
9, solar information recording plotter 10, first CPU
11. Solar South-China altitude tracking sensor 12, voltage sensor 13, cutoff valve diode 14, dedicated power storage device 15, vehicle battery 16, diode 2
17, raindrop detection sensor 18, vehicle speed sensor 19, acceleration sensor 20, motion sensor 21, horn 22, automatic humidifier a. Water tank a. Solenoid valve c. Second CPU
D. Water level sensor. Raindrop detection sensor for water tank. Aerial ultrasonic sensor key. Water discharge nozzle. Conductive fire fighting pump. Pedestal and railco. Thermal fire detector. Blind solar charging battery system. Smoke census. Ventilation fan with automatic door. Smoke discharge gate saw. Electric solenoid pinter. Thermal insulation tank for disaster prevention. Water heater Tsu. Electric concentrator. Hot water type hot air heater. Small solara. Ductni. Waterworks. Storage tank dedicated power storage device A. Sealed case water tank B. Oxygen sensor C.I. Water temperature sensor Culture water level sensor Illuminance sensor F. Humidity sensor G. Third CPU
H. Water temperature sensing valve Cultured warm water tank C. Water heater for culture water CO2 cylinder L. CO2 injector M.I. Ozone generator LED for night illumination
O. Culture fan heater Sliding agitator Q. Discharge roller and discharge drain Electric pump for culture water Culture water T. Return pipe U. Dedicated power storage device for culture water

The present invention of claim 1 is intended to solve the problems of such a conventional configuration, and as a new sensor for determining the solar altitude of the sun using the rotation and revolution of the earth, After identifying the current position by GPS and direction sensor, plotting the south-south altitude of the sun that can be calculated from calendar information such as the date of spring equinox, summer solstice, autumn equinox, winter solstice and the data of annual schedule information of sunrise sunset time by latitude and longitude The first CPU that interfaces with the electric servomechanism using the solar south-central altitude tracking sensor that can track the current position of the sun by calculating and controlling from the solar information recording plotter. The solar panel and photoelectric conversion element group panel are connected to the main servo motor. Always direct perpendicular to the sun wherever sunlight can be received by the sub-servo motor. The power generation capacity can be maximized to generate electricity, and it can be stored automatically by the raindrop detection sensor. By providing a vehicle speed sensor, the electric servomechanism does not operate during driving, so it is comfortable to operate. Protects the solar panel from being damaged and protected from damage in the event of a natural disaster with an accelerometer so that it can be safe for the human body with a human sensor. Cost, while making it possible to use solar energy to the maximum extent with the margin of storing it in a dedicated power storage device, and increasing the energy utilization rate to prevent vehicle power down and fuel consumption loss. by the dedicated power storage device not applied, by the juxtaposed be automatic humidifier for generating negative ions which is one of each of the electrical components for lifeline In a sealed room, the oxygen that is a compound of oxygen and hydrogen is added to the CO2 emitted by the human body to make up ultrafine particles, and the room oxygen is reduced by being humidified. , PM2.5 and other fine particulate harmful substances are wrapped in ultra-fine water particles and removed to give a refreshing sensation in the summer and warmth in the winter. ing.

The present invention of claim 2 is intended to solve the problems of such a conventional configuration, and a smoke discharge gate is installed at a specific place where a fire is most likely to occur in a house. An independent fully charged blind solar charging battery power supply that operates without problems even when there is a power outage in the house. To prevent malfunctions with the thermal fire detector, the smoke sensor works first with a ventilator with an automatic door. The thermal fire detector provided near the exhaust fan with the automatic door, which is the outlet of the smoke flame, eliminates toxic smoke and in the event of a fire, is first exposed to the flame and becomes hot. By grasping, the electric solenoid pin moves immediately and opens the smoke discharge gate, and the aerial ultrasonic sensor that is waiting by emitting an ultrasonic beam immediately detects it, and the conduction fire extinguishing pump is turned on. By running And water discharge nozzle is water cannon towards there, can be an early fire fighting to suppress the spread of the fire, it is possible to protect human life from the toxic smoke and flames. The storage tank power storage device is also an indispensable device for fire prevention that can be relieved without being affected by a fire by installing it outdoors. As a water lifeline electrical component , using a water heater to secure drinking water, cook rice, etc. As a survivor for securing water resources, it is a necessary device for securing a lifeline, and it is always active as a watch guard for fire, so that it can quickly protect human bodies even in situations related to human life such as disasters. It is configured.

According to the second aspect of the present invention, as described above, by installing the smoke discharge gate at the upper part of the window, the blinds of the blind solar charging battery are automatically shaded and the indoor comfort is increased. Independent of the indoor power supply and usually fully charged with 100V automatic charging, the smoke sensor and thermal fire detector, automatic fan ventilator and electric solenoid pin can be used even in the event of a power outage or power outage due to fire. can continue to run, even conduction fire pump water tank also Ri by the water storage tank for the power storage device, by a separate power supply of outdoor, the influence of the fire can be done to continue the fire fighting and lifesaving without being.

About Claim 3, by installing on the roof of a roof or a building, in addition to the heat insulation effect as described above, by adding a shredder device, a squeezing machine, etc. that squeezes oil from algae cultured from a sealed case water tank When a diesel generator is installed at the bottom, of course, after measuring the cetane number of the collected oil, adjusting the cetane number with additives, etc. , it can be used as fuel not applied very well cost of inexpensive transportation. For the storage tank power storage device of claim 2 and the culture water storage device of claim 3, it is necessary to determine the battery capacity based on the Joule heat conversion of each electrical component, but it is possible to create it for several days when the sun does not come out. You should

In FIG. 1, 1 of claim 1 is a solar panel 1. 2 is a main servo motor 2 to create dynamic separately influence the 1 vertically. Reference numeral 3 denotes a solenoid pin 3 serving as an axis for opening 1 separately on the left and right sides. Reference numeral 4 denotes a photoelectric conversion element group panel 4 in which one photoelectric conversion element group is blinded. Reference numeral 5 denotes a linked lot 5 in which 4 are connected and linked. 6 is a sub servo motor 6 which moves 4 back and forth 180 degrees. Reference numeral 7 denotes an orientation sensor 7 that measures the orientation of the current position. 8 is a GPS 8 that informs the latitude and longitude of the current position. 9 records the solar south-middle altitude data of the northern hemisphere, which changes depending on the direction, current position, and season, and the solar south-middle altitude and sunrise sunset time of the spring equinox, summer solstice, autumn equinox, and winter solstice based on information from the direction sensor 7 and GPS 8. The solar information recording plotter 9. Reference numeral 10 denotes a first CPU 10 of the computer according to claim 1.

The culture water S, which is a raw material of algae, is injected from the upper part of the electric pump R for culture water, so that the raw material is not destroyed from the pipe of the very thick pipe that creates a smooth and supple flow at the interface of the third CPU G Ozone generator M circulates in the closed case water tank A by circulating it while stirring the culture water tank I while raising the temperature so as to be moderate to the water temperature like a pond in the summer season through the water heater J for culture water. The culture fan heater O detects the humidity by the humidity sensor F while eliminating the various germs, and the humidified air from the built-in humidifier is used to keep the warm air heated by the temperature of the culture warming water tank I sealed. The water temperature sensing valve H is blown into A, and the water temperature sensing valve H is opened by the instruction of the third CPU G. The solar panel 1 and the photoelectric conversion element group panel 4 are perpendicular to the sun via the first CPU 10 of claim 1 and start power generation operation, so that the algae in the sealed case water tank A starts culturing by photosynthesis. The third CPU G stirs the slide agitator P while moving it left and right evenly, injects CO2 from the CO2 injector L through the CO2 cylinder K, and cultures until it grows while detecting the oxygen concentration of the oxygen sensor B To continue. The third CPU G finely adjusts the solar panel 1 and the photoelectric conversion element group panel 4 via the first CPU 10 of claim 1 to increase the amount of light by the illuminance sensor E in the sealed case water tank A and the oxygen of the oxygen sensor B. According to the condition, fine adjustment of the most optimal state is performed by feedback control from the state such as the sunbeams and the maximum illuminance, and the grown algae are discharged by the discharge roller and the discharge drain Q.

Claims (3)

  The angle of this solar panel can be adjusted freely in three dimensions to install solar panels for solar energy recovery on vehicles that can receive sunlight, or on the roof of any object for maximum power generation and storage in a dedicated power storage device. The first CPU is installed so that it can be equipped with various sensors, and the main servo motor of the electric servo mechanism is mounted on the four sides of the base frame of this solar panel as an actuator, so that this solar panel is installed By installing the solenoid pin in the drive part of the main servo motor so that it can be freely opened by left and right independent hinges, it can be opened vertically to the left and right toward the sun, and the photoelectric conversion element group in this solar panel is blind After connecting the photoelectric conversion element group panels, which are divided into a plurality of sheets, with a connecting rod, the sub servo mode Is attached to the central part of the connected lot, the angle is also movable back and forth by 180 degrees, and it can move vertically to the sun, and the current position information by latitude and longitude is placed by locating the direction sensor and GPS. In addition, the first CPU has a solar information recording plotter that plots the sun's southern and middle altitudes, which can be determined by calendar information such as spring equinox, summer solstice, autumn equinox, and winter solstice, and annual schedule information data for sunrise and sunset times. By installing and controlling in parallel and interfacing with the electric servo mechanism, the solar south-middle altitude tracking sensor is installed as a new sensor that can determine the solar mid-year altitude anywhere and anytime, and the voltage sensor is juxtaposed. Thus, the power is controlled by detecting the power generation voltage of the solar panel. Type servo mechanism is a shutoff valve that can operate the solar panel and the photoelectric conversion element group panel perpendicularly to the sun to generate electricity and prevent backflow and cut off energization in the middle of the power generation output line of the solar panel By connecting or shutting off the output line with the diode with shutoff valve while detecting the voltage of the dedicated power storage device with the voltage sensor by attaching a diode, so that it can be stored without overcharging, When the electric power is connected to the vehicle battery via the diode 2 to prevent backflow, the energy utilization rate is reduced by reducing the load on the alternator, and the dedicated power storage device allows the passenger to spend comfortably in the vehicle interior. In addition, an automatic humidifier with a negative ion generator is installed side by side. When the vehicle is running, the solar panel and the photoelectric conversion element group panel are stored so that the power generation operation can be performed by arranging the raindrop detection sensor side by side so as to store the By locating the accelerometer, this solar panel and the photoelectric conversion element group panel are stored during power generation operations such as windy days to prevent damage, and to prevent tampering and ensure safety, a human sensor and horn This solar panel and the photoelectric conversion element group panel are stored and sounded with a horn when an intruder from the outside approaches, and according to the signal of the solar south-middle altitude tracking sensor, The solar panel can be used in the best power wherever it is sunny, and even in the southern hemisphere, the information recording plotter is adjusted to the southern hemisphere. The solar panel, which can perform the best power generation operation by rotting as well as the solar panel that can perform the best power generation operation on any roof where it can receive sunlight on the earth. Multi-purpose automatic roof with energy recovery.   A multipurpose automatic roof with solar energy recovery according to claim 1 is used to collect raindrops in the premises of houses and tap water through solenoid valves for fire protection and survival for securing water resources. An automatic battery charger that can be trickle-charged by a household 100V power source in parallel with the equipped water storage tank is provided, and the battery capacity is determined by converting the electric energy of the electrical equipment used in claim 2 into joule heat. A storage tank power storage device is installed, and the generation current generated by the solar panel of claim 1 is stored in the storage tank power storage device from the first CPU of claim 1 via the second CPU. When the raindrop detection sensor for tanks is attached, the second CPU is stored in the solar panel of claim 1 when it rains through the first CPU of claim 1. When the water level of the water storage tank is lowered to some extent by interfacing the electric conversion element group panel 90 degrees vertically and interfacing so that water can be stored in the water storage tank and juxtaposing the water level sensor, It is equipped with a ventilating fan with an automatic door that automatically opens and closes at a specific place such as on the window glass of the kitchen where the fire of the house is likely to occur, and opens to the indoor side with the force of a spring A smoke discharge gate is installed, and a smoke sensor, a thermal fire detector, and an electric solenoid pin that normally closes the smoke discharge gate are installed on the indoor ceiling of the same place. As a power source, a household solar-powered automatic trickle charger and a blind solar charging battery with a small solar are provided on the outer upper part of the smoke discharge gate. When the sunlight is detected, the blind solar of the blind solar charging battery comes down, and when the power generation operation is performed, the blind solar charging battery is charged, and when there is no sunlight, the blind solar is stored. The automatic trickle charger is used for charging, and when the smoke sensor detects fire smoke, the automatic door ventilator opens the automatic door and exhausts the smoke by the ventilator. When the thermal fire sensor detects a disaster, the electric solenoid pin is activated to open the smoke flame discharge gate, and then an aerial ultrasonic sensor and a water discharge nozzle that can also be manually discharged in some cases. A conductive fire extinguishing pump with a pedestal that can be moved below, and a rail for moving the pedestal, The water discharge nozzle can also change the vertical angle with an actuator, the transmitter of the ultrasonic sensor that stores the position of the pedestal toward the specific location and the angle of the water discharge nozzle in the second CPU in advance. When an ultrasonic beam is emitted to the specific location by a receiver and the smoke discharge gate is opened by a fire, the conduction fire pump that senses it moves by the rail toward the specific location, The water discharge nozzle is allowed to discharge water there, and a heat-retaining tank for disaster prevention in the shape of a thermos equipped with a water heater is placed side by side so that the water in the reservoir can be drained when the water supply stops due to a disaster or the like. Electricity with a DC / AC inverter that is boiled in the water heater, stored in the heat-retaining tank for disaster prevention, secured for drinking water, and powered by the water storage battery storage device If the house is damaged due to a fire or a disaster in winter, etc., by using a hot water hot air heater and operating it with the warm water in the disaster prevention heat tank so that the rice cooker can be used together The multipurpose automatic roof of the solar energy recovery system according to claim 1, characterized in that it can be used for surviving fire protection and securing water resources in the event of disaster, which can blow warm air for heating through a duct to a survival tent, etc. Water storage tank.   For the cultivation of algae, the solar panel of claim 1 is mounted on the upper part of a transparent tempered glass sealed case water tank and the power generation operation is carried out, while the third CPU for culture is juxtaposed and the household 100V power supply automatic charger Power generation by the solar panel according to claim 1, wherein the battery capacity is determined by converting the amount of electric power of the electrical component used in claim 3 into a trickle charge and converted to Joule heat. An illuminance sensor that measures the amount of light in the sealed case aquarium as a sensor for interfacing and controlling the current to be stored in the storage device for culture water from the third CPU via the first CPU of claim 1; Oxygen sensor for measuring the state of cultivation of oxygen-generating photosynthesis algae, water temperature sensor for measuring the temperature of the culture water, culture for keeping the amount of culture water constant A humidity sensor that measures the humidity and humidity is installed, and a culture warming water tank in the shape of a thermos is installed at the bottom of the sealed case water tank. The culture water is cultured from an electric pump for culture water via a water heater for culture water. Water is poured into the culture water so that the culture water circulates and stirs in the culture heat retention water tank by a return pipe having a pressure of the electric pump for culture water and a check valve of a water temperature detection valve. When the culture water reaches an appropriate temperature and the third CPU instructs the culture water to be injected into the sealed case water tank from the previous water temperature sensing valve, a CO2 cylinder and a CO2 injector are installed in the sealed case water tank, and a humidifier A slide that can stir the culture water evenly by allowing the warm water with high humidity heated by the warm water of the culture heat retention water tank to be emitted by the culture fan heater with built-in A stirrer is installed in the closed case water tank, and an ozonizer is placed in the stirrer so that the inside of the closed case water tank can be eliminated, so that the culture temperature is detected by the culture water level sensor. A discharge roller and drainage drain that can discharge the grown algae are installed so that an appropriate amount can be injected, and the state of the culture is feedback controlled by the detection of the oxygen sensor and the signal of the humidity sensor, to the culture by photosynthesis In order to make it most suitable, hot air humidified by the hot water culture fan heater and CO2 are injected into the sealed case water tank from the CO2 injector, and a third CPU is used for culturing algae. The light quantity of the sun inserted into the closed case water tank is detected by the illuminance sensor, and the culture state is detected by the oxygen sensor. By controlling feedback of the solar panel according to claim 1 and the photoelectric conversion element group panel according to claim 1 to the first CPU according to claim 1, the illuminance of the sun is in a state like a stagnation LED for night illumination that allows the grown algae to be discharged from the discharge drain together with the remaining water by moving the discharge roller by promoting the cultivation in the best condition so that the maximum illuminance can be made in the sealed case aquarium. The multipurpose automatic roof culture tank with solar energy recovery according to claim 1, wherein the culture process is promoted even at night by being equipped with.

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