Wireless, Compact, and One-Handed Operable Vehicle Surface Water Absorber

Abstract

This invention is a compact, cordless, one-handed device that enables the rapid and effective absorption of water from the vehicle surface after washing. The device features a self-wrinkling microfiber cloth and a quiet, rechargeable absorbent motor. Water is conveyed through special channels within the device, from the microfiber cloth to the absorbent motor, and collected in a reservoir. Its ergonomic design and ease of use ensure quick drying without damaging the vehicle surface. Thus, it offers a practical alternative to traditional, costly, and time-consuming car washing processes.

Description

1 TARIFF Name of the Invention: Wireless, Compact, and One-Handed Operable Vehicle Surface Water Absorber 5 Technical Area This invention is a fast, practical, and safe way to remove water remaining on vehicle surfaces after washing. a field of vehicle maintenance equipment developed for the purpose of absorption and installation in this way It is directed towards. 10 Background and Current Technology Nowadays, drying the water from the surface of a vehicle after washing takes a long time. Obtaining them is cumbersome for users, especially at fuel stations. A quick and effective drying method is available for individual users who wash their vehicles. 15 No. Existing solutions include large, difficult-to-move vacuum cleaner-type devices or Traditional microfiber cloths are available. These methods are either impractical or time-consuming. It is a receiver. Also, some devices use hard materials that can damage the vehicle surface. Summary of the Invention 20 This invention is a compact, wireless, one-handed vehicle surface water absorber. It is a device. The device has a special microfiber fabric layer inside that can compress itself and is rechargeable. It features a quiet-operating vacuum suction motor. The microfiber fabric removes water from the vehicle's surface. The water is sucked in and drawn into the device by a vacuum motor through special channels. The water is drawn out and collected in the device's removable water tank. The device's ergonomic design is 25 Thanks to its lightweight design, users can dry their vehicles quickly and easily. Detailed Description of the Invention 1. General Structure of the Device Device; 30  Outer casing,  Self-contained microfiber fabric layer,  Vacuum suction motor, 2  Removable water tank,  Control button or touch panel,  It consists of a charging unit and battery components. The outer casing ensures the device is compact and fits into small spaces such as a car glove compartment. It can be stored. Additionally, it features an ergonomic grip thanks to the use of non-slip material on its outer surface. It is provided. 2. Self-Squeezing Microfiber Fabric and Water Absorption Mechanism 10 Microfiber fabric effectively absorbs water from the vehicle surface. Thanks to its special fiber structure, the fabric... It has a high absorption capacity. The fabric layer, through special channels inside the device... It is connected to a vacuum motor. The vacuum motor sucks the water out of the fabric, removing the water from the device. This structure allows the moisture to collect in the reservoir inside. Thanks to this design, the fabric does not remain constantly damp. The need for frequent changing or washing during use is reduced. 15 3. Vacuum Suction Motor and Water Collection Tank The vacuum motor is designed to operate quietly and is powered by a rechargeable battery. The motor draws water absorbed by the microfiber fabric into the device and collects it in the reservoir. The water reservoir holds 20 It is located at the bottom of the device and can be easily removed and emptied. Water level indicator in the reservoir. It can be found. 4. Control System and Operation 25 The device is ergonomically designed for one-handed use. The user can use a single hand on the device. You can turn the device on and off with a button or touch panel. The device's lightness and design... Thanks to this, hand fatigue is minimized even during prolonged use. 5. Charging and Power Management The device can be charged via USB-C or wireless induction charging. Battery level of the device. It can be viewed on the device or via the connected mobile application. Approximately 30-40 minutes on a full charge. Working hours are provided. 35 6. Innovative Features  Thanks to its self-squeezing microfiber fabric structure, it absorbs water and wrings out easily. it happens automatically within the device 3  Compact and lightweight design with user-friendly ergonomics, • Quiet and efficient vacuum motor technology,  Easily removable and cleanable water tank, • Interchangeable microfiber heads suitable for different vehicle surface types. Results and Advantages This invention significantly reduces drying time after car washing and offers the user great benefits. It provides convenience. With its wireless, lightweight and easy-to-use design, it offers practical advantages for car owners. It meets the need for a solution. Furthermore, it utilizes special fabric technology that does not damage the vehicle surface. It guarantees surface safety for long-term use. 10 Explanations Regarding the Drawings Figure 1: 15 It shows a perspective view of the device. Here, the handle (12), the device body (18), the outer casing (16) and the filter located on the bottom surface are shown. Its structure (30) is shown in detail. Figure 2: A partial cross-sectional perspective of the device is presented. Here, the filter element (20), liquid reservoir (24), housing (16) and connection are located inside. Its structure (28) is shown. 25 This structure prevents liquid from leaking out while collecting waste in the filter section. It is provided. Figure 3: The liquid collection chamber (24) of the device is shown separately and individually. The edge structure of the reservoir that sits on the body (10), the upper open section and the internal volume are detailed. The container can be easily removed and cleaned after use. Figure 4: 35 A top view of the device is shown. The filter module (16, 18) in the lower section is removable. The upward-pointing arrow symbolizes the removable nature of the filter. 40 Figure 5 (Part Blasting Perspective, Bottom Left of Left Page): This is an exploded perspective view of all the device's parts before assembly. Handle (12), motor / filter compartment (30), housing (18), strainer (30) and lower cleaning module (26) are shown separately. 45 This allows the modular structure and assembly layout of the device to be clearly presented.

Claims

4 REQUESTS 1. A compact, cordless, one-handed device designed to suck up water from vehicle surfaces. water absorbing device;  An outer casing,  Self-compressing microfiber fabric layer, 5  Vacuum suction motor,  Removable water reservoir to collect the absorbed water,  Including a user control panel, A vehicle surface water absorbent device with the following features.

2. In the device described in Claim 1, the water absorbed by the microfiber fabric is transferred to a special 10 within the fabric. The water is conveyed to the vacuum suction motor via channels and accumulates inside the device. Self-contained microfiber fabric structure.

3. In the device described in Claim 1 or 2, the outer casing must fit into the glove compartment. It is ergonomically designed, lightweight, and has a non-slip surface.

4. In the device described in Claim 1, the removable and cleanable water collection tank must be transparent. 15 or having a water level indicator.

5. In the device described in Claim 1, the vacuum suction motor must operate quietly and be rechargeable. Powered by batteries.

6. In the device described in Claim 1, the device can be turned on with a single button or touch panel. User-friendly control system that enables its shutdown. 20 7. In the device described in Claim 1, the microfiber fabric can be removed and replaced with a new one, or Designed to be easy to clean.

8. In the device described in Claim 1, the device head must adapt to the inclines of the vehicle surface. It should be flexible or rotatable.

9. The device described in Claim 1 can be charged via USB-C or wireless induction charging. to be done.

10. The device described in Claim 1 shall be suitable for different surface types such as glass, metal or plastic. Ability to attach interchangeable microfiber fabric heads.

11. The device described in Claim 1 must have a waterproof outer casing.

12. The device described in Claim 1 can be operated with one hand for 30 minutes thanks to its light weight and ergonomic design. Reduces hand fatigue during prolonged use.

13. In the device described in Claim 1, the battery level indicator on the device should inform the user of the battery level. providing information about the situation.

14. The device described in Claim 1 shall have a mechanism that allows for easy removal and installation of the water tank. It has a mechanism. 35

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