A device that converts rainwater and humidity in the air and uses them in the water compartments of cars.

Abstract

The invention relates to a device that controls the levels of windshield washer fluid and engine coolant in vehicles and replenishes them with water obtained from purified rainwater or moisture in the air. The device essentially consists of 3 main elements: a rainwater collection compartment, a moisture collection compartment, and car water compartments (windshield washer fluid compartment (19), engine coolant compartment (18)). Thanks to its moisture collection feature, the device can collect water through moisture before rain, and during rain, rainwater will be collected and separated thanks to the rain collection module. In this way, maximum benefit will be obtained from the moisture in the air and rainwater.

Description

1 TARIFF IT CONVERTS RAINWATER AND MOISTURE IN THE AIR TO USE AS WATER IN CARS. DEVICE USED IN ITS COMPARTMENTS Technical Area The invention controls the levels of windshield washer fluid and engine coolant in vehicles. by supplementing it with water obtained from purified rainwater or moisture in the air. It is related to a device that enables them to be made. 10 State of the Art Windshield washer fluid reservoir and engine coolant in vehicles powered by petroleum-derived fuels. It has compartments. The water in these compartments decreases over time and with use. The water level in these compartments is decreasing. The amount of water in these compartments is mostly controlled manually. After this check, if the water level is low, water is added manually. The current application, numbered TR2009 / 03724, concerns the storage of rainwater. When desired, the switch controlled from the driver's panel opens and closes the window, preventing rainwater from reaching the glass. It relates to a system that allows water to flow into the tank and consists of a total of five parts. It consists of... Rainwater flowing from the windshield passes through a pre-screen and is filtered via a channel. It is stored in this way. Thus, you can get out of the car and stop the vehicle when it rains. It is possible to store rainwater and use it as windshield washer fluid. However, In the application in question, while water level control is not possible, the 25 in the air... It is also not possible to obtain water from the moisture and use it in the compartments. In conclusion, due to the negative aspects described above and the current solutions, the subject matter... Due to its shortcomings, an improvement is needed in the relevant technical field. It has been observed. 30 Purpose of the Invention The invention enables the monitoring of windshield washer fluid and engine coolant levels in vehicles. by supplementing with water obtained from treated rainwater or moisture in the air. 35 2 The aim is to enable automatic level control and water flow. The addition will be made. In everyday life, cars left outdoors can be exposed to rain. This rain... The water is unusable and returns to nature due to the various substances it contains. Both 5 to make use of rainwater and also to collect this rainwater inside the vehicle to ensure a continuous water circulation, the water control process in the vehicle compartments An automation structure has been considered. Thanks to its moisture-collecting feature, the device collects moisture before rain and then uses it to collect water. It can collect rainwater, and during rainfall, thanks to the rainwater collection module. They will be collected and separated. In this way, maximum benefit will be obtained from the moisture in the air and rainwater. will be highly beneficial. The structural and characteristic features and all the advantages of the invention are given in the figures below and 15 This becomes clearer thanks to the detailed explanation written with references to these figures. It will be understood. Explanation of the Figures Figure 1 shows the process of rainwater being filtered and channeled into tanks in the device described in the invention. It shows. Figure 2 shows how moisture from the air is collected and processed as water in the reservoirs of the device that is the subject of the invention. It shows. Figure 3 shows the water delivery system of the impeller-driven water motor in the device that is the subject of the invention, to the vehicle compartments. 25 It shows. Figure 4 shows the connections of the water valves and elements in the device that is the subject of the invention. It shows. Figure 5 shows the water level measurement sensors and components in the device that is the subject of the invention. It shows the connections. 30 Figure 6 shows the device subject to the invention, excluding the water level sensors and water covers. It shows the connections between the elements. Figure 7 shows the internal details of the device that is the subject of the invention. 3 The drawings do not necessarily need to be scaled and are useful for understanding the invention. Unnecessary details may have been omitted. Explanation of Part References 1. Device body 2. Filtered rainwater tank 3. Compartment water tank 4. Partition joint plate 5. Water conveyor tap with lid 10 6. Rainwater collection outlet 7. Openable and closable water lid 8. Cover control module 9. Water conveyor hose 10. Aerial traction engine 15 11. Air-permeable moisture collection filter 12. Water drain hose 13. Paddlewheel water pump 14. Pressure sensor 15. Humidity sensor 20 16. Water level measurement sensor 17. Separation filter 18. Engine coolant reservoir 19. Windshield washer fluid reservoir 20. Motherboard 25 21. Battery module 22. Moisture collection module handle Detailed Description of the Invention In this detailed explanation, the preferred configurations of the invention are not merely for better understanding the subject. in order to facilitate understanding and without imposing any limiting effects It is explained. 4 The device described in the invention collects rainwater and water obtained from atmospheric moisture. It is used as windshield washer fluid and engine coolant as needed in the vehicle. It provides a separation filter in the device to collect and separate rainwater. (17) and rainwater collection outlet (6) are located. The separation filter (17) is three-stage. It has particle filtration capabilities: large, medium and small. 5 on the device body (1) water drain hose that discharges excess water from the separated rainwater collection outlet (6) (12) is located. The separated rainwater is filtered in the rainwater tank (2) It is collected. Filtered rainwater is transferred to the water tank (2) via a water conveying tap with lid (5) It is carried through. At the mouth of this tap (5) there is a tap that opens and closes with the force of the water. There are 7 lids. Water is poured until the filtered rainwater reservoir (2) is full. As it comes, the water cover (7) opens and closes. Filtered rainwater reservoir (2) Since the lid (7) will not open downwards when full, the filtered rainwater Water delivery to the reservoir (2) stops. The device also contains the compartment where the water to be conveyed to the vehicle compartments (18,19) is located. It has a reservoir (3). Filtered rainwater reservoir (2) on the device body (1) It is located on the partition junction plate (4) which connects the partition water tank (3). In this way, a The reason for considering the plate (4) is that the water compartments (18, 19) inside the vehicle, especially the engine coolant reservoir (18) has a closed system and external It is unable to receive air. This closed system is designed to maintain internal pressure balance. 20 Therefore, the pressure difference that may occur in the device housing (1) affects both the device and between the compartments so as not to negatively affect the operation of the vehicle compartments (18, 19) This plate (4) has been designed to have a pressure balancing function. The appliance will have 3 openable / closable water caps (7) to control the water flow. 25 One of them is on the partition plate (4), and the other is in the windshield washer fluid reservoir. (19) water conveying hose (9) at the mouth, the other is the engine cooling water The water supply hose (9) that delivers water to the compartment (18) will be located at the mouth of these covers. (7) The cover can be opened and closed in a controlled manner via the control module (8), both the device and It will ensure pressure balance in the vehicle compartments (18, 19) and also water transmission. 30 will control. Water will be pumped into these compartments (18, 19) by a water pump with a paddle wheel (13) This motor (13) will direct the wheel towards the compartment where the water level is low. It directs the water. Humid air from the outside is drawn into the device by the air suction motor (10). The device has an air-permeable dehumidifier that separates the moisture from the air drawn from the outside environment and converts it into water. There is a collection filter (11). After the humid air passes through this filter (11) It is separated from its moisture, collected and conveyed to the filtered rainwater tank (2). The separated air is directed to the outside environment. The humidity of the outside air is then measured by the humidity sensor 5. (15) is measured. This sensor (15) also collects moisture at high humidity. It activates the compartment. When it measures high humidity, it activates the air extraction motor (10) It enables operation by sending commands. Thus, effective dry air filtration is achieved without the need for manual filtration. A device will be used. The moisture collection compartment handle (22) is used for moisture collection. It ensures that the module adheres to the filtered rainwater tank (2). 10 The internal pressure of the device is measured by the pressure sensor (14). The device and the vehicle interior If there is a change in pressure, this sensor (14) sends a command to the cover control module (8). sends. With this command, the cover control module (8) sends commands to the covers (7) It opens and closes. This balances the pressure. The device has 15 compartments and chambers (18, 19). The water level measuring sensor (16) will also be included. The device has 3 locations One of the area sensors (16) is on the compartment water reservoir (3), and one is on the windshield washer fluid reservoir (19) and the other is on the engine coolant reservoir (18). These sensors (16) It measures the water level in the compartments (18, 19) and sends this information to the lid control module (8). According to the information, the cover control module (8) controls the relevant covers (7) and the water level in compartments (18, 19) is 20 It turns on and off until it reaches the appropriate ratio. The overall control of the device is on the motherboard (20) It is provided by. The device has a battery module (21) that meets its power needs. This module (21) is for the car. 25 when the vehicle is running, via the car battery; 25 when the vehicle is stationary, via its own internal storage. It will operate via power. The battery module (21) is charged via the battery while the vehicle is running. will be done. The device works on the following principle:  While the vehicle is stationary, press the on / off switch on the device housing (1) 30 It is printed.  Once the vehicle is started, the device begins operating via the vehicle battery. In other words... The device activates when the vehicle starts. If the vehicle is stationary, the device... It operates with its own internal battery module (21). For this purpose, the device has on it The on / off switch is pressed. 35 6  The humidity sensor (15) measures the humidity in the outside air. The humidity level in the air If the humidity sensor (15) is high, it sends a command to the air intake motor (10). The device The air extraction motor (10) inside starts to work and draws in the outside air. It draws it into the device.  Air drawn into the device passes through the separation filter (17) and is freed from coarse dirt. 5 (Dust, foreign matter, etc.) are separated.  Air, separated from its impurities, passes through an air-permeable moisture collection filter inside the device. (11) passes through. The air passing through this filter (11) is separated from its moisture. The air separated from its moisture The collected moisture is released to the outside environment. The collected moisture is filtered through water conveying hoses (9). It is conveyed to the water reservoir (2). 10  When it rains on the vehicle, the rainwater passes through the separation filter (17) It passes through and is separated from coarse impurities (dust, foreign matter, etc.).  The separated rainwater is conveyed to the separated rainwater collection outlet (6). Water If excess water accumulates in the mouth (6) after collection, drain the water through the water drain hose (12). It is thrown out. 15  The separated rainwater is conveyed from the outlet (6) to the water conveying tap (5) with a cover.  Separated rainwater from the water conveying tap (5) to the filtered water tank (2) It is transmitted.  Water level measurement sensors (16) measure the water level in the reservoir and compartments. The sensor (16) continues to measure from the moment the device starts working.) 20  If the water level in the compartment water reservoir (3) or in the compartments is low, close the lid The control module (8) sends commands to the water gates (7). First, the partition junction The flip-open water cover (7) on the plate (4) is opened and the compartment water tank is filled. (3) water fills. When the water level in the compartment water reservoir (3) is sufficient, the compartment The cover (7) on the connecting plate (4) is closed. If there is a water shortage in the compartments 25 If present, the relevant compartment cover (7) and compartment water reservoir cover (7) are opened together.  The paddle water motor (13) starts and pushes the water towards the relevant compartment. First The water level in the compartment is brought to a sufficient amount. As a result, in the relevant compartment... The lid (7) is closed. The water wheel motor (13) stops working. Then the compartment Water continues to fill the water tank (3). The water level in the tank (3) is sufficient. 30 When the amount is reached, the cover (7) on the partition plate (4) is also closed.  The pressure sensor (14) continuously monitors the water inside the appliance and compartment reservoir (3). It measures the pressure. If there is a change in pressure, the sensor (14) sends it to the cover control module (8). sends a command. With this command, the covers (7) inside the device and compartments It opens and closes until the pressure is equalized. 35 7  If the device is not going to be used, turn it off using the on / off switch on the device. The device is switched off. When the vehicle is stopped, the device is also disconnected from the battery. will be.)

Claims

8 REQUESTS 1. By checking the levels of windshield washer fluid and engine coolant in vehicles, They should be supplemented with treated rainwater or water obtained from moisture in the air. It is a device that provides and features; 5  In the filtered rainwater tank where the separated rainwater is collected (2),  Connecting the filtered rainwater tank (2) with the partition water tank (3) partition junction plate (4),  Water tank with lid that carries filtered rainwater to the rainwater reservoir (2) 10 transmission tap (5),  Water for the windshield washer fluid reservoir (19) on the partition plate (4). conveying water conveying hose (9) at the mouth and to the engine coolant compartment (18) water conveying hose (9) located at the mouth of the water conveying hose, with the force of the water When the openable and closable, filtered rainwater tank (2) is full, 15 water transmission to the filtered rainwater tank (2) since it will not be opened at least one openable / closeable water gate (7) that stops  Pressure balance inside the device housing (1) and vehicle compartments (18, 19) to provide and control water flow, openable and closable water gates (7) Controlling cover control module (8), 20  Water motor with paddle wheels (13) that directs water into the vehicle compartments (18, 19),  A device that measures the humidity of the outside air, determining the humidity level as a value. On it is the moisture sensor (15) which activates the moisture collection module,  Air intake that draws humid air from the outside environment into the device housing (1) engine (10), 25  It separates the moisture from the air drawn from the outside environment and converts it into water, producing rainwater. sending dehumidified air to the reservoir (2) and to the outside environment directing air permeable moisture collection filter (11),  The device housing (1) and the pressure inside the vehicle are measured, in case of changes in pressure In case of pressure equalization, open and close the covers (7) 30 pressure sensor (14) which sends commands to the lid control module (8),  Measuring the water level in the compartment water tank (3) and in the compartments (18, 19) open and close the lids (7) until the values ​​reach the desired ratio. Water level measurement sensor (14) which sends information to the control module (8),  The motherboard (20) that controls the operation of the device, 35 9  The device's power needs are met by the vehicle battery while the car is running. charging battery module (21) It includes.

2. A device that complies with Claim 1 and whose feature is; 5 in the separated rainwater collection outlet. (6) includes a water drain hose (12) that lets out excess water.

3. A device that complies with Claim 1 and features a moisture collection module that collects filtered rainwater. moisture collection compartment handle (22) which allows the water to hold into the reservoir (2) It includes. 10

Images