MOBILE CLEANING AND MAINTENANCE DEVICE WITH A COMPACT MODULAR ARRANGATION AND VIBRATION-DAMPING MOUNTING STRUCTURE.

Abstract

This invention relates to a mobile cleaning and maintenance device that integrates the functions of pressurized water, hot steam, foam, vacuum, and compressed air within a compact main body (A1) with a compact modular arrangement and fixed layout within the same chassis. The device includes a pressurized water unit (S), a hot steam generator unit (N), a foam injection unit (R), a vacuum cleaner unit (P), and a compressed air unit (O). The functional units are positioned on a compact chassis supported by vibration-damping feet (H) and a carrier profile structure (I). The device is managed via an electrical panel (K) and a control panel (A). The system can be configured to perform polishing, surface protection, buffing, spraying, or similar liquid applications on surfaces using a spray attachment that can be optionally connected to the main body to work in conjunction with the compressed air unit (O).The invention differs from existing cleaning systems, particularly due to its vibration-damping mounting structure, compact modular layout architecture, and optional surface application capability.

Description

1 TARIFF COMPACT MODULAR ARRANGEMENT, VIBRATION DAMPENER MOBILE CLEANING AND ASSEMBLY STRUCTURE SUPPORTED BY ITS SYSTEMS. MAINTENANCE DEVICE TECHNICAL AREA 5 This invention is used in the cleaning, maintenance and hygiene processes of surfaces, vehicles, machinery and equipment. designed for use with pressurized water, hot steam, foam, vacuum and compressed air. Its functions are integrated into a compact body, with a compact modular arrangement and within the same chassis. It relates to mobile cleaning and maintenance equipment that integrates with a fixed layout. The invention is particularly relevant for industrial cleaning, car washing, healthcare, food production, and municipal applications. It has been developed for use in cleaning activities and similar fields. In this respect, the invention is a multifunctional cleaning system falling into the A47L, B08B and A61L classes. It relates to the technical field. This invention differs from existing multi-functional cleaning systems in that the systems in question... A compact 15 supported by a vibration-damping mounting structure within a compact volume. Modular layout and line management architecture fixed within the same chassis. It enables integration with. STATE OF THE ART Current technology uses pressure washers and steam generators for cleaning and maintenance operations. 20 independent and large-volume devices such as foam sprayers, vacuum cleaners, and compressors These devices are used. Each of these devices has a separate power connection, water line and hose system. This requires; this reduces portability, leading to loss of labor, time and energy. It opens. Furthermore, in these systems, it is often possible to use different cleaning functions together. It is not possible. After washing with pressurized water in a cleaning cycle, steam treatment is required for 25 minutes. The device needs to be changed for the hygiene process or foaming function. Similarly... In this way, separate areas are provided for drying surfaces after cleaning or for additional surface treatments. Systems may be needed. In known examples of the technology, for instance, in the regulation numbered TR2023018984, "Two or three-wheeled vehicles..." In the utility model titled "portable multifunctional vehicle cleaning device," pressurized water 30 The pump, vacuum generator and brush systems are all present together, as well as the steam generator and A foam spraying system is not available. In the utility model numbered TR20201079Y, titled "A vehicle drying and disinfecting machine," Disinfection is carried out with an air pump and spray nozzle, but mobility is limited to steam. It lacks features such as cleaning and a compact modular layout architecture. 35 Application number US20220348169A1 for "Vehicle washing device" refers to a portable system. Although described, this device only includes the water and pump system; foam, vacuum, and steam. It is not a multifunctional structure because it does not encompass all functions. 2 In conclusion, in the current systems: • Portability is poor because the functions are located on separate devices. • Different systems arranged in a compact modular configuration within a single body and chassis. It is not arranged with a fixed layout, • An integrated solution in terms of vibration, mechanical stress and work ergonomics. 5 not offered, • Existing compressed air and / or liquid application infrastructure for optional surface treatments. It is not possible to integrate it practically through this method. • This results in solutions that perform poorly in terms of energy and space efficiency. PURPOSE OF THE INVENTION 10 The main purpose of this invention is to perform different cleaning and maintenance functions within a compact device housing. Compact modular layout and integrated with a fixed placement arrangement within the same chassis. by increasing portability, saving energy and space, and providing versatile use with the same device. The goal is to make cleaning possible. The invention also includes: 15 • Each cleaning function is managed by a single power line and control system, • Ability to switch between spray / application and suction functions, • Functional units are fixed within the same compact main chassis (A1) and vibration compact supported on the carrier profile structure (I) with damping feet (H) working with a modular layout, 20 • The main body volume of the device can be reduced in mass production variants, • Polishing, surface protection, buffing, spraying or with optional spray attachment. the ability to add similar additional surface applications to the system, • All these features are supported by vibration-damping feet and a carrier profile structure. It aims to integrate it within a compact metal chassis. 25 A BRIEF DESCRIPTION OF THE INVENTION The device subject to the invention is a Pressurized Water Unit (S), Hot Steam Generator Unit (N), Foaming Unit. Injection Unit (R), Vacuum Cleaner Unit (P) and Compressed Air Unit (Compressor O) five main cleaning and maintenance functions, including those mentioned above, are compactly contained within a single main body (A1). It combines a modular arrangement and a fixed layout within the same chassis. 30 These functional units are the vibration damping feet (H) and the carrier profile structure (I) It is housed within a compact metal chassis supported on top. This structure allows the device By reducing the effects of vibration, mechanical stress, and noise that may occur during operation, different It enables functional units to operate more stably within the same housing. All functions are centrally controlled via the Electrical Panel (K) and Control Panel (A) 35 It is managed. The invention allows the user to activate five main functions via a single panel: 1. Surface cleaning with pressurized water. 2. Steam hygienic cleaning 3. Pre-wash with foaming 40 3 4. Vacuum suction and drying 5. Drying with compressed air, inflation, or external air application. In addition, the device is mounted on the main body to work integrated with the compressed air unit (O). Polishing surfaces can be done via an optional spray attachment. 5 that will allow for protection, polishing, spraying or similar liquid applications. It can be configured in this way. This optional application is separate from the device's five main functional units. It does not constitute a main unit, but rather operates via the existing compressed air and / or liquid application infrastructure. This is an additional functional feature provided. Thanks to this design, the device not only integrates multiple functions but is also compact. Vibration damping mounting structure within the volume, line management, optional surface application 10 thanks to its capabilities and the compact modular arrangement of system components, the existing It is detached from the systems. LIST OF FIGURES Figure 1: Overview of the device and key components on the compact main chassis / body (A1). It is a perspective view. 15 Figure 2: Internal layout of the device, central power management components (K), cable holder (J), electrical This is a schematic view of the transmission cables (L) and functional units. Figure 3: Front, side, and top views of the device, including height, width, and depth measurements. Figure 4: Pressure Water Unit (S) and Vacuum Cleaner Unit (P) within the main system. This is a cross-sectional view showing the layout. 20 Figure 5: Hot Steam Generator Unit (N), Foam Injection Unit (R), Compressor (O), This is a schematic view showing the hose outlet (E) and the optional spray nozzle connection. Figure 6: Chassis of the device supported by Vibration Damping Feet (H) and Carrier Profile (I). This is a view showing the assembly details. CODING LIST 25 Code Description A1 Main Body / Main Chassis A Control Panel K Electrical Panel That Compressor / Compressed Air Unit S Pressurized Water Unit N Steam Generator M Hose R Foam Unit P Vacuum Cleaner Unit G Vacuum Cleaner Access Cover F Hose Reel H Vibration Damping Feet I. Carrier Profile C Water Inlet Valve 4 D Electrical Input E Hose Outlet B Filling Cap J Cable Compartment L Electrical Transmission Cables DETAILED DESCRIPTION OF THE INVENTION The device consists of five main functional systems integrated into a compact metal main chassis (A1). It consists of the Vibration Damping Feet (H) of the device, according to the structure shown in Figures 1–6. resting on, supported by Carrier Profile (I), ergonomic hose reel system (F) It is a portable cleaning unit. The dimensions given in Figure 3 provide an example of an application setup. This is shown, and varies according to the capacity and application area of ​​the device's functional units. It is possible to produce them in various sizes. Main Units and Functions No. Unit Name Function S Pressurized Water Unit Surface washing with water N Hot Steam Generator Unit: Chemical-free hygienic cleaning. R Foam Injection Unit Detergent pre-cleaning P Vacuum Cleaner Unit for dry / liquid waste suction. Compressed Air Unit (Compressor) for compressed air production. 1. PRESSURIZED WATER UNIT (S) Mains water enters the system via the Water Connection Valve (C) on the outside of the appliance. Mains 10 electricity is supplied from the Power Connector Socket (D) to the Control Panel (A) and the Electrical Panel (K). The water inlet is activated. The Pressurized Water Unit (S) is energized by the switch or button on the Control Panel (A). Mains water is raised to high pressure by the Pressurized Water Unit (S) and Hose (M) The water is transmitted through a device to an application gun. When the gun is pressed, a high-pressure jet of water is emitted. It is sprayed onto the surface to be cleaned. 15 2. HOT STEAM GENERATOR UNIT (N) Mains water is supplied to the feed tank of the Steam Generator (N) via the Water Inlet Valve (C) or It is drawn into the reservoir. Steam is controlled by a separate switch or thermostat on the Control Panel (A). The generator (N) is energized and converts the water into steam at a high temperature. The steam generated, 20 liters of water are delivered to surfaces via a vapor lance through the hose outlet (E) without the need for chemicals. Thorough cleaning and disinfection are carried out. 3. FOAM INJECTION UNIT (R) A special concentrated detergent is stored in the Foam Unit (R) in the system. From the compressor (O) The incoming compressed air is directed into a special venturi or mixing device. This device, Mixing the concentrate sucked from the Foam Unit (R) with compressed air and water to produce dense foam 25 It forms a mixture that exits as dense foam through a special nozzle or gun. 4. VACUUM CLEANER UNIT (P) The Vacuum Cleaner Unit (P) is energized by a switch on the Control Panel (A). When the motor is running, it generates suction power. The generated suction power is used with the Hose (M) and its accessories. Waste is collected via; the waste is collected in the container behind the Broom Access Cover (G). 30 5. COMPRESSED AIR SYSTEM (COMPRESSOR) Compressor (O) is energized by the switch on Control Panel (A). Compressor (O), It draws in atmospheric air, compresses it, and directs it to at least two outlets. The first outlet is foam. It is conveyed to the Injection Unit (R). The second outlet is a separate hose located on the unit. It is directed to the exit (E) and is used for inflating tires, boats or similar equipment or external 5 Suitable for compressed air applications. 6. GENERAL STRUCTURE AND INTEGRATION COMPONENTS All systems are equipped with a Carrier Profile (I) and Vibration Damping Feet (H) that reduce vibration. It is integrated into a reinforced compact metal chassis. Cable Grip (J) and Power Transmission Cables (L), safe energy between system components 10 They are arranged in an orderly manner inside the main body (A1) to ensure transmission. A single Water Connection Valve (C) and a single Power Connection Socket (D) supply the entire system. Reel (F) system and Hose Outlets (E) ensure working ergonomics. Filling Cap (B), water or It facilitates chemical filling. Vibration Damping Feet (H) and Carrier Profile (I) protect against vibrations that may occur during the operation of the device. under the main chassis (A1) to reduce vibration, noise and mechanical stress It is positioned in this way. This structure allows for more stable placement of the functional units within the compact body. ensuring its functionality and the device's portability, lifespan, and operational reliability. It enhances its features. The device can be optionally mounted on the main body with a 20-inch compressed air unit (O) to work integrated with it. It can also be configured with a connectable spray attachment. Through this spray attachment... polishing, buffing, surface protection, pest control or similar liquid applications to surfaces This can be done. The spray nozzle in question is a separate main unit from the five main functional units of the device. not as a unit, but operating via existing compressed air and / or liquid application infrastructure. It is described as an optional accessory. 25

Claims

6 REQUESTS 1. It is a mobile and integrated cleaning device; its features include a pressurized water unit (S) and hot steam. generator unit (N), foam injection unit (R), vacuum cleaner unit (P) and pressurized Functional units containing air unit (O) within the same compact main chassis (A1) 5 on the carrier profile structure (I) with fixed and vibration damping feet (H) by being integrated with a supported compact modular layout It is characteristic.

2. According to Claim 1, it is a mobile and integrated cleaning device; its characteristic feature is that its functional units (S, N, R, P, O) activation and management by a single electrical panel (K) and control panel It is characterized by being provided via (A). 10 3. Mobile and integrated cleaning device according to claim 1; its feature is the control panel (A) Switching between the device's spray / application and suction functions via the device. It is characterized by its ability to be done.

4. Mobile and integrated cleaning device according to Claim 1; its feature is a compressed air unit. The compressed air produced by (O) is to be conveyed to the foam injection unit (R) 15 to a primary outlet and a separate hose outlet for external use (E) It is characterized by its ability to be directed.

5. Mobile and integrated cleaning device according to claim 1; its feature is a pressurized water unit (S). and hose reel (F) system for different functions such as vacuum cleaner unit (P) or It is characterized by its ergonomic management via hose outlets (E). 20 6. Mobile and integrated cleaning device according to claim 1; characterized by its compact metal chassis (A1) Vibration damping feet (H) to reduce the vibration of the components inside and It is characterized by being supported by a carrier profile structure (I).

7. Mobile and integrated cleaning device according to Claim 1; its feature is a compressed air unit. An optional spray nozzle 25 can be attached to the main body to work in integration with (O). It can be attached and used to polish, buff, and protect surfaces. It is characterized by the ability to carry out spraying or similar liquid applications.