SOLAR PANEL CLEANING SYSTEM

Abstract

This invention relates to a system (1) that enables the solar panels on vehicles to be cleaned automatically even while traveling.

Description

1 TARIFF SOLAR PANEL CLEANING SYSTEM Technical Area This invention allows solar panels on vehicles to be used even while traveling. It relates to a system that enables automatic cleaning. Previous Technique The efficiency of solar panels on vehicles depends on the use of sunlight. They are directly proportional. Rainy weather in the regions where buses are commonly used. It exists. Due to the road being somewhat dusty and the windows being parallel to the road... It's inevitable that it will collect dust. After collecting the dust, it becomes muddy with the rain. An image is formed, and this image significantly reduces the efficiency of the solar panel. For this reason, 15 Frequent washing is necessary. However, city buses require frequent washing. because it cannot be done elsewhere and because it is an electric bus, it gets its energy from here. Since it's a winning structure, a rooftop solar panel cleaner is needed. There is currently no system in place for cleaning solar panels. 20 However, there are solar panel cleaning robots that are similar in this respect. These robots It can be used in stationary areas. Unfortunately, it cannot be used in moving vehicles. In the Chinese patent document numbered CN218888498, which is included in the prior art... The text describes an easy-to-clean vehicle-mounted solar power system. The device is 25 It includes a storage frame, one side of which is fixed to a motor. It is connected and the interior of the storage frame is connected to a solar panel housing. It is attached in a sliding manner; for cleaning the surface of the solar panel housing. The cleaning mechanism used is on the surface of the storage frame. It is arranged; here the cleaning mechanism is located on the surface of the storage frame 30 an arranged cleaning piece and arranged on the surface of the cleaning piece It includes a drive mechanism; the output shaft of a motor in the device, the first major belt 2 It rotates to turn the pulley, the first large belt pulley, a rotating brush. A rotating, spinning brush is used to rotate and move the solar panel housing. The moving object scrapes and sweeps the surface of the solar panel housing, the solar panel The housing is cleaned more easily and the surface of the solar panel housing Cleanliness is guaranteed; and the effective use of the solar panel is ensured. Preferably drive 5 The mechanism consists of a primary pulley that is fixed to the motor's output shaft. It includes; one end of the roller brush is securely attached to a first small pulley; first The surfaces of the large pulley and the first small pulley form a primary surface for surface transmission. The belt rotates the motor's output shaft to turn the first large pulley, the first The rotation of the large pulley moves the solar panel body and the roller brush 10 It directs the roller brush to rotate, thus cleaning the solar panel housing. Brief Description of the Invention The aim of this invention is to enable solar panels on vehicles to travel for 15 hours. The goal is to create a system that enables automatic cleaning. Detailed Description of the Invention To achieve the purpose of this invention, the "Solar Panel Cleaning System" is included in the attached diagrams (20). These figures are shown as follows: Figure 1 shows a general view of the system that is the subject of the invention. The parts shown in the figures are individually numbered, and each number corresponds to 25. given below: 1. System 2. Brush 3. Water spray element 30 4. Ray 5. Rail drive 3 6. Compressor 7. Nozzle 8. Sensor 9. Vehicle computer 10. Processor 5 G. Solar panel The solar panels on the vehicles operate automatically even while traveling. The system that enables cleaning (1); 10 - Dust and mud on the solar panels (G) placed on the outside of the vehicle roof at least one brush (2) that can clean dirt of this type, -water used to clean the surface of solar panel (G) on solar panel (G) at least one water spray element that enables spraying (3), - The brush (2) and water spray element (3) are moved back and forth on the solar panel (G) 15 at least one rail (4) that provides - at least one rail driver (5) used to guide the forward and backward movement of the rail (4), - To remove the dust, mud and dirt that forms in the rail driver (5) at least one compressor (6) that provides air to the driver (5), -The air coming from the compressors (6) and located on the rail (4) is fed to the rail drive (5) 20 at least one nozzle (7) that enables the transfer, - at least one that enables the measurement of the distance between the brush (2) and the solar panel (G). sensor (8), -enables the driver to generate commands for cleaning the solar panel (G). a small vehicle computer (9), 25 -Receiving the command from the vehicle computer (9), cleaning the solar panel (G). for bringing the brush (2) closer to the solar panel (G) according to the data received from the sensor (8) When the distance between the solar panel (G) and the brush (2) becomes sufficient, the brush (2) and the water spray element (3) are activated to clean the solar panel (G). It includes at least one processor (10) configured to provide 30. 4 The system of invention (1) includes a brush (2), a rod and bristles around the rod. It has a structure which is mounted on the rail (4) at its ends and the rail (4) movement by moving back and forth on the solar panel (G) and also rotating It is configured to ensure the cleaning of the solar panel (G). Brush (2), It is connected to the vehicle's electrical system and, thanks to the power it receives from there, it rotates 5 It is configured to perform the movement. The brush (2) is in communication with the processor (10). and exchange data with the processor (10) via any communication protocol. It is configured to perform the command received by the brush (2) from the processor (10). then approach the solar panel (G) to clean the solar panel (G). It moves downwards towards the vehicle roof, and after the cleaning process is complete, it returns to 10. It is going upwards. The water spray element (3) in the system (1) is located on the rail (4) take and during solar panel (G) cleaning, water on the solar panel (G) surface It is structured to enable spraying. Water spray element (3), 15 It is connected to the vehicle's water tank and obtains the water it needs from there. and the vehicle's electrical system also provides the energy it needs to spray the water. It is structured to obtain water from its connection with water spraying. element (3) is in communication with processor (10) and there is no communication with processor (10). It is configured to exchange data via the protocol. Su 20 The spray element (3) sprays the solar panel (G) after receiving the command from the processor (10). down towards the roof of the vehicle to approach the solar panel (G) to spray water moving in one direction, then upwards again after the cleaning process is complete. It is emerging. The system in question (1) consists of a rail (4), a water spraying element (3) and a brush (2) is positioned in a movable way, the water spray element (3) and the brush (2) move forward and backward along the solar panel (G) on the solar panel (G) It is structured to enable them to be made. Ray (4) receives from the processor (10). In accordance with the command, the rail drive (5) moves in the direction of the rail drive (5). It is structured to do so. In the system that is the subject of the invention (1), the rail driver (5) is located on the roof of the vehicle, the solar panel (G) The solar panel (G) will extend along the sides of its connection to the ceiling. is placed and guides the back and forth movement of the rail (4) on it. It is structured to do so. In the system of invention (1), the nozzle (6) is located on the rail (4) and is connected to the rail driver. (5) is placed in such a way as to look at the dirt (5) in the rail driver. a hole-shaped opening that allows air to pass through which the air will be sprayed to remove it It has a structure. Nozzle (6) directs air from the air compressor (7) to the rail drive. (5) is structured to enable its redirection. 10 In the system that is the subject of the invention, the compressor (7) located in (1) accumulates on the rail driver (5) To prevent the movement of the rail (4) from being hampered by dirt, from the nozzle (6) Air is blown towards the rail driver (5) and the dirt that has accumulated there is removed. It is configured to provide the compressor (7) with the necessary air to blow 15 to obtain the energy it needs through its connection with the vehicle's electrical system It is configured. The compressor (7) is in communication with the processor (10), and the processor (10) to exchange data through any communication protocol. It is being structured. The sensor (8), brush (2) and water spray element in the system (1) that is the subject of the invention (3) to enable the determination of the distance to the solar panel (G) It is configured. The sensor (8) sends the detected distance information to the processor (5) It is configured to enable transmission. The sensor (8) communicates with the processor (10). in this state and exchange data with the processor (10) via any communication protocol 25 It is structured to accomplish this. The vehicle computer (9) in the system in question (1) is located on the front console of the vehicle. and the driver can easily access and clean the solar panels (G). 30 to enable the input of the relevant command and the receipt of cleaning notifications. It is being configured. The vehicle computer (9) is in communication with the processor (10), 6 exchange of data with the processor (10) via any communication protocol It is structured to accomplish this. The system subject to the invention consists of (1) processor (10), brush (2), water spray element (3), The rail (4) is in communication with the compressor (7), sensor (8) and vehicle computer (9), brush 5 (2), water spray element (3), rail (4), compressor (7), sensor (8) and vehicle computer (9) to exchange data through any communication protocol. It is configured. The processor (10) is configured via the vehicle computer (9) to control the solar panel. Upon receiving the command for cleaning, the brush (2) moves downwards on the rail (4). 10 It is configured. The processor (10) ensures the proximity of the brush (2) to the solar panel (G). With the information that it is at a distance from the sensor (8), the brush (2) sun The rail (4) on the rail driver (5) for the panel (G) to move back and forth on the panel (G) It is configured to trigger and perform the movement. The processor (10), brush While cleaning is done with (2), water is also sprayed from the water spray element (3) 15 to ensure the cleaning of the solar panel (G) surface It is configured. The processor (10) is on the rack drive (5) on the rail (4) during cleaning. dirt that may be on the rail (4) so ​​that it can move freely To remove it, ensure the compressor (7) is brought to the active position. It is configured to perform. The processor (10), the brush (2) solar panel 20 After the cleaning of the (G) surface is completed, the brush (2) is removed from the solar panel. removal of the water spray element (3) and the compressor (7) in the closed position It is structured to ensure and implement its delivery. Industrial Application of the Invention 25 Thanks to the system (1) that is the subject of the invention, solar panels (G) located on the roof of the vehicles It can also be cleaned during the journey and improve the working efficiency of the solar panel (G). is being increased. 7 The subject of the invention is a wide variety of applications for the "Solar Panel Cleaning System (1)". It is possible to develop it further, and the invention cannot be limited to the examples described here; the main point is... as stated in the requests. 10 20 30

Claims

8 REQUESTS 1. Solar panels on vehicles operate automatically even while traveling. enabling it to be cleaned; - Dust and mud on the solar panels (G) placed on the outside of the vehicle roof 5 at least one brush (2) that can clean dirt of this type, -water used to clean the surface of the solar panel (G) at least one water spray element that enables water to be sprayed onto it (3), -brush (2) and water spray element (3) move back and forth on the solar panel (G). at least one rail (4) that enables its transport, 10 - at least one rail used to guide the back-and-forth movement of the rail (4). driver (5), - To remove the dust, mud and dirt that forms in the rail drive (5) At least one compressor (6) that provides air to the rail drive (5), -The air coming from the compressors (6) is located on the rail (4) and is directed to the rail drive 15 (5) at least one nozzle (7) that enables the transfer, - at least the distance between the brush (2) and the solar panel (G) that enables measurement. a sensor (8), - Generating a command by the driver for cleaning the solar panel (G). at least one vehicle computer providing (9), 20 - receiving the command from the vehicle computer (9), solar panel (G) Bringing the brush (2) closer to the solar panel (G) for cleaning, from the sensor (8) According to the data received, the distance between the solar panel (G) and the brush (2) is sufficient. When it reaches the desired size, the brush (2) and the water spray element (3) come into play. at least one 25 configured to enable the solar panel (G) to clean itself. a system characterized by processor (10) (1).

2. It has a structure consisting of a rod and bristles around the rod, with a tip. The solar panel is mounted on the rail (4) from its parts and moves with the rail (4). By moving back and forth on (G), the solar panel (G) also rotates 30° characterized by a brush (2) which is structured to ensure its cleaning A system like the one in claim 1 (1). 9 3. It is connected to the vehicle's electrical system and receives power from it. characterized by a brush (2) structured to perform a rotational motion A system like the one in claim 1 or 2 (1).

4. Communicating with processor (10) and any communication with processor (10) 5 brush configured to exchange data over the protocol (2) like any of the above-mentioned claims characterized by system (1).

5. After receiving the command from the processor (10), 10 is used to clean the solar panel (G). Move downwards towards the vehicle roof to approach the solar panel (G). doing so, with the brush (2) that goes up again after the cleaning process is finished a system like any of the above characterized demands (1). Located on the 6th Ray (4), the solar panel (G) 15 during solar panel (G) cleaning. water jets are designed to spray water onto the surface. in any of the above requests characterized by element (3) such a system (1).

7. It is connected to the water tank in the vehicle and draws the water it needs from there. to supply and power the vehicle with the energy it needs to spray water. water configured to be supplied from its connection to the electrical system any of the above requirements characterized by the spray element (3) a system like one of them (1).

8. Communicating with processor (10) and any communication with processor (10) water configured to exchange data via protocol any of the above requirements characterized by the spray element (3) a system like one of them (1). 10 9. To spray water onto the solar panel (G) after receiving a command from the processor (10). downwards towards the roof of the vehicle to approach the solar panel (G) the water is moving, and after the cleaning process is complete, it rises again. any of the above requirements characterized by the spray element (3) a system like one of them (1). 5 10. The water spray element (3) and brush (2) can be moved on it. The solar panel is being installed, and the water spray element (3) and brush (2) are installed. (G) moves back and forth along the solar panel (G). 10 characterized by the rail (4) which is structured to enable them to be moved a system like any of the above requests (1).

11. The rail drive (5) acts on the rail drive in accordance with the command it receives from the processor (10). (5) is characterized by the rail (4) which is configured to move in the direction of (5). a system like any of the above requests (1). 15 12. The rail driver (5) in the system (1) which is the subject of the invention, is located on the roof of the vehicle and the sun The connection of the solar panel (G) with the ceiling on the sides of the solar panel (G) It is placed in such a way that it lies down and the rail (4) moves back and forth on it. It is structured to guide the action it will take. 20 13. It is placed on the rail (4) and facing the rail driver (5). and to remove the dirt found in the rail driver (5) It has a hole-like structure that allows the air to pass through before being sprayed. 25 as in any of the above requests characterized by nozzle (6). a system (1).

14. Directing the air from the air compressor (7) to the rail drive (5) The above is characterized by a nozzle (6) configured to provide a system like any of the requests (1). 30 11 15. Due to the dirt accumulating on the rail driver (5), the movement of the rail (4) To prevent it from becoming difficult, air from the nozzle (6) to the rail driver (5) to be blown away to remove the dirt that has accumulated here from the above requirements characterized by the configured compressor (7) a system like any of them (1). 5 16. It obtains the energy it needs to blow air from the vehicle's electrical system. with the compressor (7) configured to provide through its connection a system like any of the above characterized demands (1).

17. Communicating with processor (10) and any communication with processor (10). configured to exchange data via the protocol any of the above requests characterized by compressor (7) such a system (1).

18. The distance of the brush (2) and water spray element (3) to the solar panel (G) characterized by a sensor (8) configured to enable detection a system like any of the above requests (1).

19. To ensure that the detected distance information is transmitted to the processor (5) 20 any of the above requirements characterized by the configured sensor (8) a system like one of them (1).

20. Communicating with processor (10) and any communication with processor (10). Sensor 25 is configured to exchange data via the protocol. (8) like any of the above-mentioned claims characterized by system (1).

21. It is located on the vehicle's dashboard, allowing the driver easy access and sunlight. Enter the command for cleaning the panels (G) and 30 for cleaning. 12 with the vehicle computer (9) configured to enable notification to be received a system like any of the above characterized demands (1).

22. Communicating with processor (10) and any communication with processor (10). The tool is configured to exchange data via protocol 5. any of the above requests characterized by the computer (9) such a system (1).

23. Brush (2), water spray element (3), rail (4), compressor (7), sensor (8) and vehicle Communicating with the computer (9), brush (2), water spray element (3), rail 10 (4), any communication with compressor (7), sensor (8) and vehicle computer (9) configured to exchange data via the protocol in any of the above requests characterized by processor (10) such a system (1).

24. The command for cleaning the solar panel via the vehicle computer (9) by taking the brush (2) down on the rail (4) the sun configured to enable the panel (G) to be brought closer in any of the above requests characterized by processor (10) such a system (1). 20 25. That the proximity of the brush (2) to the solar panel (G) is at a suitable distance. With the information received from the sensor (8), the brush (2) solar panel (G) on the rail (4) rail driver (5) to move back and forth on it 25 with processor (10) configured to trigger and execute the movement a system like any of the above characterized demands (1).

26. While cleaning with the brush (2), water is also sprayed from the water spray element (3). to ensure the cleaning of the solar panel (G) surface by spraying 30 characterized by the processor (10) configured to perform a system like any of the above requests (1). 13 27. During cleaning, the rail (4) should move freely on the rack drive (5). for the removal of debris that may be on the rail (4) to ensure that the compressor (7) is brought to the active position 5 of the above requests characterized by the configured processor (10) a system like any other (1).

28. After the cleaning of the surface of the solar panel (G) with the brush (2) is completed removing the brush (2) from the solar panel, water spray element (3) and 10 to ensure that the compressor (7) is switched off from the above requests characterized by the configured processor (10) a system like any other (1). 20 30