AUTOMATIC WINDOW CLEANING SYSTEM

Abstract

This invention relates to an automated window cleaning system integrated into the window frame, designed for use in high-rise buildings, airports, and glass-faced structures. The system consists of a cleaning pad and / or a squeegee blade (like those of car wipers) positioned above or below the glass surface, motorized pistons enabling its vertical or horizontal movement, a water and soap reservoir for the delivery of cleaning fluid, an in-frame cabling system for energy transmission, cleaning material in contact with the cleaning surface, and a control unit that manages the entire system. Since all components are integrated and concealed within the window frame, the system operates without disrupting the architectural appearance. The system performs the cleaning process without requiring human intervention and has a modular structure adaptable to different glass surface sizes. Saving time and labor, the system is also optimized in terms of energy and fluid consumption.

Description

1 TARIFF AUTOMATIC WINDOW CLEANING SYSTEM TECHNICAL FIELD This invention is primarily used in high-rise buildings, airports, shopping malls, and glass structures. Automatic window cleaning system developed for cleaning glass in buildings with facades. It relates to the system. However, multi-story apartment buildings, villas, residential buildings, or business premises. Later integrated versions can also be used for buildings, especially exterior facades. 10 windows that are safe, fast and aesthetically pleasing, without human intervention. It is considered within the scope of integrated solutions that enable cleaning in this manner. PREVIOUS TECHNIQUE Today, window cleaning processes are mostly based on manual labor. 15 This is being implemented, and this situation results in high labor costs, time loss, and safety concerns. This leads to risks and sustainability problems. In some structures, rail or Manual robot systems are used, but these systems are often complex. They are structurally sound, require high maintenance, and cannot be fully integrated into glass frames. This creates aesthetic and architectural incompatibility. Furthermore, most of these systems have 20 Automation is limited and cannot be flexible to accommodate the geometric differences of the structure. EXPLANATION OF THE INVENTION This invention is an automated system that can be fully integrated into the window frame and is architecturally advanced. It relates to a window cleaning system designed in a way that will not damage the structure. The system can be attached to a frame at the top, bottom, or side of the glass surface, or to a frame designed for this system. a well-thought-out integrated platform, positioned horizontally or vertically, and featuring windows cleaning pad (1) extending across its width and / or the rubber wipers of the vehicle with a scraper, move this material up, down and / or left-right 30 It consists of motorized pistons (2) integrated into the sides or top. Thanks to the structure, the entire glass can be molded in a single motion, with equal force and in a controlled manner. It can be cleaned. 2 The system also contains a water and soap reservoir (3) and this cleaning liquid is automatically as a scraping material such as the pad and / or the rubber parts of vehicle wipers is transferred to the cleaning surface. Such as a cleaning pad and / or the rubber blades of vehicle wipers. scraper material, nonwoven, sponge or plastic / rubber based material (6) Manufactured to provide effective cleaning on the glass surface. Power supply, frame 5 It is provided by cable channels (4) placed inside or via solar energy. and the whole system is managed by a control unit (5). The invention, thanks to its fully integrated structure, appears architecturally intact when viewed from the outside. It works without malfunction; it completes the cleaning process in 10 seconds without requiring user intervention. It completes. In structures with large glass surfaces (e.g., airport terminals), time and It provides high productivity in terms of workforce. The system will be integrated and positioned during window production as well. For buildings that do not already have this system, 15 meters can be added to their frames from the outside. It can also be used as an additional cleaning attachment. Explanation of the Figures Figure 1. General view of the automatic cleaning system. Reference List 1 cleaning pad and / or a squeegee 2 Motorized pistons 3 Cleaning chemicals warehouse 4 Power supply cable 25 Control unit 6. Dirty water outlet line DETAILED DESCRIPTION OF THE INVENTION This detailed description explains the subject of the invention: an automatic window cleaning system. The alternatives suggested were presented solely for the purpose of better understanding the subject and without any 3 It is explained in a way that will not create a limiting effect. The invention is suitable for large glass buildings such as high-rise buildings, shopping malls, and airports. Automatically operated windows designed for use in buildings with facades. It relates to a glass cleaning system that can be fully integrated into the frame. System 5 both increasing structural safety and performing the cleaning process without compromising aesthetic integrity. It is structured for the purpose of accomplishing this. The system described in the invention involves placing a device horizontally or vertically on the top or bottom of a glass surface. 10 cleaning pads placed and wide enough to cover the entire window surface It starts with a wiper blade (1) such as the rubber of the vehicle wipers. This pad is for the glass. By applying soapy water to the surface, it dissolves the dirt and simultaneously wipes the glass. It cleans. A wiper, such as a cleaning pad and / or the rubber blades of a vehicle's wipers. The rubber is made of flexible and durable nonwoven material that will make direct contact with the surface. The sponge is made from plastic / rubber-based materials. 15 This allows the cleaning pad to move up and down or left and right on the glass surface. The system consists of motorized units integrated into the vertical or horizontal edges of the window. It operates via pistons (2). These pistons ensure that the cleaning process is carried out on each side of the glass. It ensures that the pressure is applied evenly and continuously to the point. Piston movement, It makes it possible to complete the cleaning in one go and effectively. 20 The liquid required for the cleaning process is water and soap, which are already present in the system. This is provided through the reservoir (3). This reservoir holds the cleaning liquid, specially produced cleaning fluid. It automatically delivers the chemicals to the cleaning pad. This flow is controlled. This has resulted in optimized fluid consumption. The system's energy (electricity or solar power) is integrated into the window frame. The energy supply is provided through the installed power supply cables (4). The cables are inside the frame. It progresses in a concealed manner, thus presenting an architecture that is invisible from the outside. The aesthetics remain unaffected. The entire system functions, including the necessary circuits, and It is managed by the control unit (5) which contains the programming. It also contains 30 outlet line (6) that connects the dirty water flowing from the area to the building drain and allows it to exit. It is found. This line may not have space within the system frame or glass frame, etc. It can be added to the window frame in various situations and can be used in two ways. 4 This unit is used to start and stop the cleaning process, monitor the liquid level, and control the system. Their job is to monitor the overall situation. While the system is waiting in a ready-to-operate state, a command is given by the control unit. When activated, the liquid inside the reservoir is transferred to the cleaning pad, and the pistons move the pad and / or the vehicle. Depending on the position of a wiper blade, like the rubber blades of a wiper, it can move down, up, or 5. It starts moving from side to side. After the glass surface is cleaned, the pad and / or A scraping material, like the rubber blades of a car's windshield wipers, returns to its original position. When cleaning is complete, the system stops automatically and, if necessary, the reservoir... It alerts the user when it needs to be refilled. The system described in the invention has an integrated structure with a glass frame when viewed from the outside. 10 It operates invisibly thanks to this feature. This characteristic is particularly important for aesthetic integrity. In structures where this is the case, the system also includes platforms developed by the designers. It also increases its widespread applicability to cover labor needs. By eliminating them, it minimizes security risks and saves time. Thanks to the modular structure of the system, it can easily be used on glass facades of different sizes. It is feasible. The system, which offers a structure open to development, uses solar energy. panels that can work, dirt sensors, artificial intelligence algorithms, or different detergents It can also be supported by adaptation systems and technologies such as cleaning chemicals. It is designed in this way. 25

Claims

REQUESTS 1. This invention is an automatic window cleaning system, the feature of which is; – A window, positioned horizontally or vertically on the glass surface. cleaning pad and / or squeegee extending along its width or length 5 tire(1), – a cleaning pad and / or a wiper blade such as the rubber blades of a vehicle's wipers moving in a vertical or horizontal direction, to the sides of the window frame integrated motorized pistons (2), – water and soap tank configured for storing cleaning liquid (3), 10 – power supply integrated into the frame that enables energy transmission. cable (4), – control unit configured to control the system (5), – outlet line through which dirty water will flow and which is connected to the building drain (6) It includes. 15 2. The invention, according to Claim 1, is an automatic window cleaning system, the feature of which is; with a cleaning pad (1) and / or a wiper blade such as the rubber of the vehicle wipers providing a fixed connection between motorized pistons (2) and vertical or horizontal It contains connecting elements that transmit motion along the axis. 20 3. The invention, according to Claim 1, is an automatic window cleaning system, the feature of which is; water and soap dispenser (3) and cleaning pad and / or rubber wipers of the vehicle Liquid conveying between the wiper blade (1) is hidden inside the frame. It includes distribution channels. 25 4. The invention, according to Claim 1, is an automatic window cleaning system, the feature of which is; Depending on preference, either to the frame or to the glass, or glass separately. It has a mechanism mounted on its edge, and the mechanism is located within the frame. When separate, it includes a separate drain box for the outlet line (6). 30

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