A WINDOW CLEANING SYSTEM

Abstract

This invention relates to a glass cleaning system (1) which enables the removal of elements such as fog, ice, and rainwater, which are formed from the air and negatively affect visibility, preferably on the glass surfaces of vehicles.

Description

1 TARIFF A WINDOW CLEANING SYSTEM Technical Area 5 This invention eliminates airborne hazards on preferably glass surfaces of vehicles, affecting visibility. elements such as fog, ice, and rainwater negatively affect the glass. It relates to a window cleaning system that enables cleaning. Previous Technique The appearance of a light on the vehicle's windshield is due to temperature differences in the air. as mist, ice, or accumulated rainwater from falling rain Factors that negatively affect visibility can occur, such as fog, ice, and 15. Factors such as rainwater negatively affect the driver's visibility as well as the vehicle. Trying to clean the window before getting in is a waste of time. It exists. Therefore, nowadays, it negatively affects vision on glass surfaces. the elements can be cleaned easily and quickly before starting to drive the vehicle. Solutions that provide this are needed. 20 Chinese patent document number CN2128598Y describes a double-sided vehicle windshield wiper. The system is being discussed. The invention that is the subject of the patent document in question. A double-sided wiper system for car, airplane, train and ship windshields. It introduces two wiper blades mounted on the output shaft of a micro motor. 25 It has a brush. One brush is for the outer surface of the windshield, and the other is for the inside. It is positioned on the surface. Two brushes move synchronously in the same direction. by simultaneously collecting rain, snow, and dust from the outer surface, and mist and dust from the inner surface. It cleans the windshield, ensuring a consistently clear view. 2 Brief Description of the Invention The purpose of this invention is to eliminate airborne deposits, preferably on glass surfaces, of vehicles. and elements such as fog, ice, and rainwater that negatively affect visibility Wiping the glass with a wiper that has a heater and cleaning the glass 5 The goal is to create a window cleaning system that provides this. Detailed Description of the Invention “A Window Cleaning System” was developed to achieve the purpose of this invention. 10 as shown in the attached figures; Figure 1. Appearance of a glass cleaning system, which is the subject of the invention. Figure 2. The subject of the invention is a windshield cleaning system with a wiper blade. This is the appearance of the nozzle. 15 Figure 3. Appearance of the power supply in a glass cleaning system, which is the subject of the invention. Figure 4. Wiper movement in a window cleaning system, the subject of the invention. is the appearance of the mechanism The parts shown in the figures are individually numbered, and these numbers correspond to 20. The equivalents are given below: 1. System 2. Ray 3. Rack and pinion gear 25 4. Wiper 5. Engine 6. Gear 7. Sensor 8. Power supply 30 9. Control unit 3 10. Nozzle Elements located on the vehicle's windshield surface that negatively affect visibility The invention is a glass cleaning device that enables the wiping and cleaning of glass. system (1), 5 - Rack and pinion gears positioned opposite each other on the vehicle's windshield. at least two rails (2) in which the gear (3) is located, - by moving on the rail (2) negatively affecting the view on the windscreen a wiper that cleans the elements and has a surface that comes into contact with the glass having at least one wiper (4), 10 - a gear (6) at the end of the wiper (4) that enables the movement of the wiper (2) on the rail (2). located and enabling the movement of the gear (6) on the rack gear (3) wiper (3) and at least one motor moving on the glass (5), - elements located on the windshield that negatively affect visibility on the glass surface at least one sensor configured to detect (7), 15 - The power required for the motor (5) and sensor (7) is independent of the battery in the vehicle. at least one power supply (8) that ensures that it is met. - located on the vehicle, communicating with the engine (5), sensors (7) and remote servers. to be, to exchange data through this established communication, with the sensor (7) An element on the windshield that negatively affects visibility through established communication. 20 If it is decided that this is the case, the motor (5) will trigger the wiper (4) tip to make the parts move on the rail (2) and to make the wiper clean the glass. It includes at least one control unit (9) configured for this purpose. In the system in question (1), there are two rails (2) and the vehicle is on opposite sides A pole 25 It is located inside and has rack gears (3) on it. Rail (2) rack gear (3) and rack gear for the wiper (4) to move on. a gear (3) that moves the wiper (4) on the rail (2). a gear (6) connected at one end to the motor (5) and at the other end to the wiper (4) It is located. The motor (5) rotates the gear (6) and the gear (6) rack gear 30 (3) with its movement on the wiper (4) rail (2) the wiper moves on the glass 4 It is ensured that the windshield is wiped inside and outside the rail (2) A pillar. Depending on usage, either the exterior or interior glass can be cleaned. The system in question (1) includes a wiper (4) that comes into contact with the glass surface. It includes. The wiper (4) heats up the wiper and negatively affects visibility on the windshield. 5 It includes a heater to increase the cleaning efficiency of the influencing elements. The energy required for the heater is supplied via the power supply (8). The wiper (3) also has at least one nozzle used to spray water onto the glass. (10) is located. Nozzle (10) is connected to a water reservoir and is operated manually. It is triggered and sprays water onto the glass with the help of a pump. In this way, 10 wiper (4) removes elements that impede visibility on the outer or inner surface of the windshield It cleans more easily. The wiper (4) also collects water from the glass. It is structured to divert the water to a pre-culvert for evaluation. This The water collected in this way can be transferred to the windshield washer fluid reservoir and reused. The motor (5) in the system subject to the invention (1) is for the movement of the wiper (4) on the rail (2). It generates the necessary movement and transmits it to the gear (6). Motor (5) triggering the gear (6) on the rack gear (3) located on the rail (2). moving and thus the wiper (4) moves on the rail (2). This action causes the wiper (4) to wipe the windshield surface 20 It cleans from the inside or the outside. In the system that is the subject of the invention, the sensor (7) located in (1) communicates with the control unit (9) to be, to exchange data and to control through this established communication. Unit (9) information about the presence of elements that negatively affect vision on the glass surface 25 It is configured to share. Thanks to the sensor (7) on the windshield from elements that negatively affect visibility such as fog, ice, or raindrops The control unit (9) is notified. The power source in the system in question (1) is located in addition to the main battery of the vehicle (8) 30 The area is an additional battery. Thanks to the power supply (8), the vehicle's battery is not used. The movement of the wiper (4) is necessary for heating and spraying water from the nozzle (10). The required energy is being met. In the system that is the subject of the invention, the control unit (9) located in (1) has any communication to communicate with the motor (5) and sensor (7) via the protocol and these 5 It is structured to facilitate data exchange via communication channels. Control unit (9) any remote communication in the known state of the art via the protocol, vehicle users' electronic devices and the information contained therein It is configured to communicate with applications. Control unit (9) preferably by using a data path in the form of the internet to communicate and exchange data 10 It is configured to carry out the purchase. The control unit (9) is a manually via a button or by a command transmitted through an electronic device. to activate and my sensor (7) detects condensation, ice or rain on the glass If it detects an element that negatively affects the view, the wiper (4) movement To start the operation, you need to trigger the motor (5) and start the wiper (4) movement. It is configured to provide control. The control unit (9) controls the movement of the wiper (4). together to operate the heater and ensure more effective cleaning of the glass surface. It is configured accordingly. The control unit (9) can be operated manually or electronically. to enable water to be sprayed from the nozzle (10) with a command transmitted through the device and to make the glass easier to wipe and more effectively cleaned 20 It is being structured. In the system described in the invention, (1) the wiper (4) moves within the rail (2) and the windshield It enables cleaning from the inside or outside surface. Cleaning system (1) manually with a button or remotely on an electronic device such as a mobile phone 25 It can be activated through the implemented application. The system (1) is activated After it is brought, the sensor (7) scans the windshield and detects fog, ice on the glass. in the case where it decides that there is a factor negatively affecting the opinion By triggering the heater via the control unit (9), the eraser is heated. and by moving the wiper (3) the windshield can be cleaned from the inside or outside 30 6 This ensures that the water collected in the wiper (4) during the cleaning process flows into the windshield vent. From there, it is transferred to the windshield washer fluid reservoir and used. Around these basic concepts, the subject of the invention is “A Window Cleaning System (1)” It is possible to develop a wide variety of related applications, and the invention is presented here as 5 It cannot be limited to the examples given; it is essentially as stated in the claims.

Claims

7 REQUESTS 1. A surface on the vehicle's windshield that negatively affects visibility. It allows for the removal of elements and the cleaning of the glass. -positioned opposite each other on the vehicle's windshield and featuring rack and pinion (5) at least two rails (2) in which the gear (3) is located, - by moving on the rail (2) negatively affecting the view on the windscreen a wiper that cleans the elements and has a surface that comes into contact with the glass having at least one wiper (4), - a gear (6) at the end of the wiper (4) that enables the movement of the (2) on the rail (2) 10 located and enabling the movement of the gear (6) on the rack gear (3) wiper (3) and at least one motor moving on the glass (5), - elements located on the windshield that negatively affect visibility on the glass surface at least one sensor configured to detect (7), - The power required for the motor (5) and sensor (7) is 15 independent of the battery in the vehicle. at least one power supply (8) that ensures that it is met. - located on the vehicle, communicating with the engine (5), sensors (7) and remote servers. to be, to exchange data through this established communication, with the sensor (7) an element on the windshield that negatively affects visibility through the established communication If it is decided that this is the case, the motor (5) will trigger the wiper (4) tip 20 to make the parts move on the rail (2) and to make the wiper clean the glass. a system characterized by having at least one control unit (9) configured for (1).

2. There are two of them, located on opposite sides of the vehicle, inside the A-pillars, and marked 25. In Claim 1, characterized by the rail (2) containing the rack gears (3). such a system (1).

3. Rack and pinion gear (3) and rack and pinion gear on which the wiper (4) moves. a 30 that moves the wiper (4) on the rail (2) by moving on its gear (3). 8 It has a gear (6) which is connected at one end to the motor (5) and at the other end to the wiper (3). A system like the one in Claim 1 or 2 characterized by ray (2) (1).

4. Characterized by a wiper (4) which includes an eraser that contacts the glass surface. a system like any of the above requests (1). 5 5. Heating the eraser and other factors that negatively affect visibility on the windshield. Characterized by a wiper (4) that includes a heater to increase cleaning efficiency. a system like any of the above-mentioned requests (1).

6. It also has at least one nozzle (10) used for spraying water onto the glass. any of the above requirements characterized by the wiper (4) located therein a system like one of them (1).

7. Connected to a water tank, manually triggered, and driven by a pump 15 Characterized by a nozzle (10) that sprays water onto the glass with the help of, as in Claim 6. a system (1).

8. To utilize the water collected from the glass, the water is directed to the front vent. The above 20 is characterized by a wiper (4) configured to transfer. a system like any of the requests (1).

9. The movement that creates the movement required for the wiper (4) to move on the rail (2) and from the above requirements characterized by the motor (5) which transmits to the gear (6) a system like any other (1). 25 10. By triggering, the gear on the rack gear (3) located on the rail (2) (6) moving and thus moving the wiper (4) on the rail (2). as in any of the above requests characterized by the engine (5) a system (1). 30 9 11. To communicate with the control unit (9) and receive data through this communication. to carry out the shopping and control unit (9) negative view on the glass surface with sensor (7) configured to share information about the presence of influencing factors a system like any of the above characterized demands (1).

12. Communication between the motor (5) and sensor (7) via any communication protocol. to be in communication and to exchange data through this communication. The above is characterized by the control unit (9) which is configured to do so. a system like any of the requests (1).

13. Any remote communication protocol existing in the known state of the art. through vehicle users' electronic devices and the information contained therein with the control unit (9) configured to communicate with applications a system like any of the above characterized demands (1).

14. Communicating and exchanging data using a data path in the form of the internet. Characterized by the control unit (9) configured to carry out the transaction. a system like any of the above-mentioned requests (1).

15. A 20 transmitted manually via a button or through an electronic device. Activated by command and my sensor (7) detects fog, ice or rain on the glass If the wiper detects an element that negatively affects the view, (4) To move, trigger the motor (5) and the wiper (4) to move. characterized by the control unit (9) configured to enable its start. a system like any of the above requests (1). 25 16. To activate the heater and the glass surface together with the movement of the wiper (4). with the control unit (9) configured to ensure more effective cleaning a system like any of the above characterized demands (1). 10 17. By means of a command transmitted manually or via an electronic device. to spray water from the nozzle (10) and to make the glass easier to wipe and with the control unit (9) configured to ensure effective cleaning a system like any of the above characterized demands (1).

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