A WINDSHIELD WASHER FLUID STORAGE SYSTEM

Abstract

This invention relates to a windshield washer fluid storage system (1) which enables the windshield washer fluid reservoir (2) in the wiper systems of vehicles to be filled with rainwater and condensate fluid and the windshield washer fluid (2) to be collected in the reservoir without overflowing.

Description

1 TARIFF A WINDSHIELD WASHER FLUID STORAGE SYSTEM Technical Area 5 This invention concerns the windshield washer fluid reservoir located in the wiper systems of vehicles. It is filled with rainwater and condensation fluid, and the wiper in the tank... A windshield washer fluid reservoir that collects the water without preventing it from overflowing. It is related to the system. 10 Previous Technique In vehicles, the windshield and rear window are cleaned to prevent obstruction of visibility when they get dirty. It needs to be cleaned under these conditions. To clean the windows, add 15 to the water tank. The wiper systems used in these vehicles have a wiper fluid reservoir. When the tank runs empty, the vehicle gives a warning, and the driver replenishes the tank and closes the car window. The necessary cleaning fluid for cleaning is provided. Nowadays, vehicles In the industry, it is common practice to open the hood to fill the wiper fluid reservoir. Filling the tank with water is both laborious and time-consuming. This 20 Therefore, nowadays, the windshield washer fluid reservoir adapts itself with the help of environmental conditions. Solutions are needed to enable it to regenerate itself. United States Regulation US2020198590A1, which is included in the known state of the art. The patent document describes 25 instances of rainwater and / or dew falling from a vehicle's windshield. the moisture is collected and the collected liquid replenishes the water in the washing tank. It refers to a system and method that is used in a way that will provide this. The subject of the invention is to place a collection funnel on the vehicle, thereby... Rainwater and moisture are collected. The water comes from the collection funnel. Rainwater and / or other liquids come into contact with the active substance in the form of antifreeze. 30 by ensuring that it is sent to the vehicle's windshield washer fluid reservoir 2 Storage is provided. The invention in question involves cleaning vehicle windows. The liquid used during this process is obtained from the environment in the form of rainwater and / or moisture. The extracted liquid is collected and stored. The collected liquid... contact with an active substance in the form of antifreeze during storage Thanks to this, it ensures that the liquid in question does not freeze in cold climates and that the liquid in question 5 It is ensured that it can be used at the desired temperature. In the invention, rain and / or moisture one and / or more in various parts of the vehicle to ensure that it is collected The collected liquid is placed in a collection funnel and then comes into contact with the desired active substance. to ensure the processing and storage of the liquid that comes into contact with the active substance Guidance is provided. 10 Brief Description of the Invention The purpose of this invention is to replace the windshield washer fluid reservoir used in windshield wiper systems. 15. It fills itself by utilizing rainwater and air humidity. The goal is to create a windshield washer fluid storage system. Another purpose of the invention is to enable the windshield washer fluid reservoir to refill itself. providing a sustainability advantage, requiring the vehicle user to empty the tank less frequently. A windshield washer fluid that eliminates the need for refilling and provides ease of use. 20 The goal is to implement a storage system. Detailed Description of the Invention The "Windshield Washer Fluid Storage 25" project was carried out to achieve the purpose of this invention. The "System" is shown in the attached figure; Figure 1. Schematic view of a windshield washer fluid storage system, which is the subject of the invention. The parts shown in the figure are individually numbered, and these numbers correspond to 30. The equivalents are given below: 3 1. System 2. Warehouse 3. Groove 4. Hose 5 5. Funnel 6. Cold plate 7. Peltier plate 8. Unit of power 9. Buoy 10 10. Valve The reservoir in which the windshield washer fluid, necessary for the vehicle's wiper system, is stored. filling through condensation liquid formed by rainwater and / or moisture a system (1), 15 - at least one reservoir (2) on the vehicle in which the windshield washer fluid is stored, - at least one gutter (3) on the vehicle that collects rainwater, - connected at one end to the chute (3) and at the other end to the reservoir (2) and at least to the chute at least one hose (4) that allows rainwater collected by the water to reach the reservoir, - located on the hose (4) between the tank (2) and the gutter (3) and 20 at least one structure designed to collect the condensate water obtained by condensation funnel (5), - located on the funnel (5), condensation liquid is obtained by condensing the moisture in the air. In order for it to be possible, a cold air source must come into contact with warmer air. at least one cold plate (6) having a surface, 25 - necessary for the condensation process to be carried out on the cold plate (6) at least one thermoelectric Peltier element configured to maintain the temperature plate (7), - energy required to keep the Peltier plate (7) at the desired temperature at least one power unit configured to provide (8), 30 4 - located on the tank (2) and the windshield washer fluid in case the tank (2) overfills. at least one valve (9) that stops the purchase and - located on the tank (2) and triggering the valve (9) when the tank is full, at least one that prevents excess water from entering the tank (2) and the tank (2) from overflowing It contains buoys (10). 5 In the system that is the subject of the invention, the reservoir (2) located in (1) protects against rain and humidity in the air. It is filled with the liquid obtained by condensation and has the following on it: more liquid intake with valve (10) without liquid overflow with float (9) It stops. 10 In the system in question (1), the channel (3) on the vehicle collects rainwater. It is used to collect rainwater and distribute it through a filter located on it. It conveys the water through the hose (4) to the tank (2). The gutter (3) is the tank (2) After filling and closing the valve (10), drain the excess liquid 15 It is used. In this way, the gutter (3) is used for both water collection and water drainage. It is used. The hose (4) in the system (1) of which the invention is located basically consists of the gutter (3) and the reservoir (2) It is located among them and also has 20 that allow condensation liquid to collect on it. It has a funnel (5). At the part where the hose (4) and the tank (2) are joined. a valve (10) to prevent more windshield washer fluid from filling into the reservoir (2). It is receiving. In the system subject to the invention, the funnel (5) in (1) removes the moisture from the air, cold plate (6) and 25 The condensate liquid that appears after being condensed with a Peltier plate (7) It transfers to the hose (4). Thermoelectric Peltier plate (7) on the funnel (5) maintained at the desired temperature and through contact with air, the moisture in the air... There is a cold plate (6) that will allow condensation to occur. 5 In the system in question (1), the cold plate (6) is struck by the moisture in the air. It is the element that causes condensation to form droplets. Cold plate (6) preferably made of materials with high thermal conductivity such as aluminum or copper. is selected. The cold plate (6) is the surface on which the hot air can strike. The energy required for it to stay is transmitted via a thermoelectric Peltier plate (7) 5 The energy required for the Peltier plate (7) is provided by 12V low voltage electricity. power unit (8) which obtains energy through the supply line is provided. A 12V low-voltage power supply line powers the vehicle's own electrical system. It is nourished by. In the system that is the subject of the invention, the float (9) located in (1) opens the valve when the tank (2) is full. It is configured to close by providing information. The invention describes a valve. (10) is a check valve and receives information from the float (9) and from the hose (4) filling the liquid intake into the tank (2) and preventing the tank (2) from overflowing It prevents. 15 In the system that is the subject of the invention, (1) the tank (2) both rainwater and moisture in the air It is self-filling with the liquid obtained by condensation. For this purpose, rainwater collected by the gutter (3) on the vehicle goes into the tank (2) It is sent via hose (4). At the same time, a cold 20 depending on the air. The cold plate (6) with a surface causes the moisture in the air to condense. In order for this process to be continuous, the cold plate (6) is connected to the Peltier plate (7) as desired. kept at temperature and the energy required for the Peltier plate (7) is from the power unit (8) is provided. Condensate liquid obtained with cold plate (6) is passed through funnel (5) It is collected and transferred to the hose (4) and from there to the tank (2). Thus, the tank's 25 It is filled with the fluid to be used for windshield washer fluid. At the same time... After it was decided that the tank (2) was full with the buoy (9), the tank (2) Liquid intake is terminated by valve (10). Thanks to the system (1) which is the subject of the invention, the windshield washer fluid of the vehicle is rainwater and 30 It ensures that it is obtained from the condensate liquid and stored in the tank (2). 6 This way, the driver doesn't need to spend time filling the tank. The tank fills itself automatically without needing to be refilled, providing convenience for the user. is being created. Based on these fundamental concepts, the invention topic is "A Windshield Washer Fluid Storage System 5". It is possible to develop a wide variety of applications related to (1)”, and the invention is here It cannot be limited to the examples given; it is essentially as stated in the claims.

Claims

7 REQUESTS 1. The storage area for windshield washer fluid, which is necessary for the vehicle's wiper system. through the condensation liquid formed by rainwater and / or moisture in the tank 5 - at least one reservoir (2) on the vehicle in which the windshield washer fluid is stored, - at least one gutter (3) on the vehicle that collects rainwater, - connected at one end to the chute (3) and at the other end to the reservoir (2) and at least to the chute at least one hose (4) that allows rainwater collected by the water to reach the reservoir, - located on the hose (4) between the tank (2) and the gutter (3) and 10 at least one structure designed to collect the condensate water obtained by condensation funnel (5), - located on the funnel (5), condensation liquid is obtained by condensing the moisture in the air. In order for it to be possible, a cold air source must come into contact with warmer air. at least one cold plate (6) having a surface, 15 - necessary for the condensation process to be carried out on the cold plate (6) at least one thermoelectric Peltier element configured to maintain the temperature plate (7), - energy required to keep the Peltier plate (7) at the desired temperature at least one power unit configured to provide (8), 20 - located on the tank (2) and the windshield washer fluid in case the tank (2) overfills. at least one valve (9) that stops the purchase and - located on the tank (2) and triggering the valve (9) when the tank is full, at least one that prevents excess water from entering the tank (2) and the tank (2) from overflowing a system characterized by a buoy (10) (1). 25 2. A liquid obtained by condensing rainwater and moisture in the air. It is being filled and with the float (9) on it, without any liquid overflow. characterized by the reservoir (2) where further liquid intake is stopped by the valve (10). A system like the one in Request 1 (1). 30 8 3. A device used on the vehicle to collect rainwater, and on which... conveying rainwater through a filter via hose (4) to the tank (2) A system like the one in Claim 1 or 2 characterized by a groove (3) (1).

4. After the tank (2) is filled and the valve (10) is closed, the excess liquid 5 from the above requests characterized by the channel (3) used for its discharge a system like any other (1).

5. It is located between the gutter (3) and the tank (2) and there is also condensate on it. 10 characterized by a hose (4) containing a funnel (5) that allows the collection of liquid. a system like any of the above-mentioned requests (1).

6. Located at the point where hose (4) and tank (2) are joined, tank (2) further characterized by the valve (10) which prevents excess windshield washer fluid from filling up a system like any of the above requests (1). 15 7. Condensation of airborne moisture by cold plate (6) and Peltier plate (7) then transfer the resulting condensate liquid to the hose (4) with the funnel (5) a system like any of the above characterized demands (1).

8. Held at the desired temperature with a thermoelectric Peltier plate (7) on it and cold plate (6) that will cause the moisture in the air to condense upon contact with the air. any of the above claims characterized by the funnel (5) located therein such a system (1).

9. Enables moisture in the air to condense and form droplets. from the above requests characterized by the cold plate (6) which is the element a system like any other (1). 9 10. Aluminum and copper are selected from materials with high thermal conductivity. any of the above claims characterized by cold plate (6) such a system (1).

11. The number of elements necessary for a surface to remain cool when struck by hot air is 5. cold plate (6) with which energy is supplied via thermoelectric peltier plate (7) a system like any of the above characterized demands (1).

12. The required energy is supplied via a 12V low-voltage power supply line. The power unit (8) that obtains energy is provided by the Peltier plate (7) and 10 a system like any of the above characterized demands (1).

13. To ensure that the valve (10) is closed by informing it when the tank (2) is full. from the above requests characterized by the buoy (9) structured in such a way a system like any other (1). 15 14. It is a check valve and receives information from the float (9) and from the hose filling the liquid intake into the tank (2) and preventing the tank (2) from overflowing as in any of the above requests characterized by valve (10) a system (1). 20

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