GRADUAL CONTACT CLEANING CASSETTE, DOUBLE-SIDED SCRAPING. AND WITH A DIRTY LIQUID DIRECTION DEVICE. MAGNETIC WINDOW CLEANING TOOL

Abstract

The invention relates to a magnetic window cleaning apparatus (1) for the simultaneous cleaning of opposite sides of glass surfaces. The magnetic window cleaning apparatus (1) includes an inner cleaning body (2) and an outer cleaning body (3) that can be positioned on opposite sides of the glass surface, and an inner magnetic coupling group (6) and an outer magnetic coupling group (7) that create mutual magnetic interaction between these bodies across the glass. The stepped contact cleaning cassette (10) included in the invention is structured in such a way as to allow the coarse dirt removal element (12), the dirty liquid collection element (13) and the residual dehumidification element (14) located on the cleaning cassette carrier body (11) to make contact with the glass surface under different mechanical contact conditions via the first raised contact bearing (15), the second raised contact bearing (16) and the third raised contact bearing (17).The first elastic scraper blade (25) and the second elastic scraper blade (27), located on opposite sides of the stepped contact cleaning cassette (10), allow the scraping function to be maintained in the opposite directions of movement of the magnetic window cleaning apparatus (1). Uncontrolled passage of the dirty liquid between the cleaning zones during cleaning is limited by the intermediate zone liquid separation channel (28), directed through the dirty liquid discharge channel (29) and accepted in the dirty liquid collection tank (30). The stepped contact cleaning cassette (10) can be removed and repositioned repeatedly via the cleaning cassette insertion slot (18), cleaning cassette guide projection (19), cleaning cassette guide channel (20), cleaning cassette locking tab (21), locking tab counter-slot (22) and cleaning cassette release projection (23).The magnetic window cleaning device (1) is equipped with a safety cord (36) to limit its uncontrolled detachment and / or fall if the outer cleaning body (3) separates from the glass surface.

Description

1 TARIFF GRADUAL CONTACT CLEANING CASSETTE, DOUBLE-SIDED SCRAPING. AND WITH A DIRTY LIQUID DIRECTION DEVICE. MAGNETIC WINDOW CLEANING TOOL Technological Field: 5 This invention is used for windows, glass panels and similar flat or largely flat transparent surfaces. related to the field of surface cleaning equipment used in manual cleaning and, in particular, positioned on opposite sides of the glass surface to be cleaned, through the magnetic attraction force created between them Through subsequent cleaning bodies, the inner and outer surfaces of the glass are cleaned together. 10 This relates to magnetic window cleaning devices for cleaning windows. More specifically, the invention involves cleaning that operates under mutual magnetic interaction. located on at least one of their bodies, performing different cleaning functions different levels of contact between the cleaning elements and the glass surface and / or different A graduated contact cleaning cassette that allows for the creation of contact characteristics; 15 the scraping function of the apparatus in opposite directions of movement on the glass surface a mutual stripping mechanism that ensures its sustainability and the dirt generated during cleaning by limiting the uncontrolled passage of liquid between different cleaning zones A mechanical fluid management system that directs fluids to designated flow or collection zones. This relates to magnetic window cleaning devices containing 20. The invention includes a contactless cleaning cassette for removing coarse dirt from glass surfaces. for picking up particles, retaining cleaning liquid mixed with dirt, and surface different functional cleaning elements aimed at reducing residual moisture remaining on the surface, holding them in specific positions relative to each other on a load-bearing mechanical structure It is structured accordingly. The cleaning elements in question are applied to the glass surface at 25°C. the correct extension levels, their positions relative to the supporting structure, and their contact surfaces. and / or physical transport that allows for differentiation of compression characteristics through their geometries, during the movement of the cleaning body across the glass surface This ensures the establishment of successive, gradual contacts. The technical scope of the invention also includes 30 elements with different cleaning functions. transported on a common cleaning cassette that maintains its relative positions, the cleaning cassette is placed in a designated position on the cleaning housing, mechanically maintaining its position during use and, if necessary, from the body 2 for separation, cleaning, reuse or replacement It includes positioning, guiding, locking, and release arrangements. The invention also describes the stripping phase that follows the gradual cleaning process. cleaning so that the device can be moved in different directions. the carrier of the elastic stripping elements positioned on opposite sides of the arrangement 5 It is related to their structures. In this context, the body of the cleaning elements and the scraping elements. geometric and mechanical relationships on it, the apparatus moving back and forth on the glass surface. During movement in these directions, the cleaning and stripping functions alternate. It is organized in such a way as to ensure that it can be carried out in a complete manner. The technical scope of the invention also includes water, cleaning fluid, dirt and 10 taken from the glass surface. the mechanical movement of the dirty liquid, consisting of particles, over the cleaning body This relates to structures designed for control purposes. Within this scope, different cleaning methods are used. Liquid separation channels created between the regions allow the contaminated liquid to flow in a defined direction. Guidance channels that allow movement, acceptance of contaminated liquid Collection zones, liquid transfer between different cleaning zones 15 bounding physical protrusions and stripping elements from the glass surface the relationship of the removed fluid with the relevant guidance structures Channels or similar mechanical flow structures fall within the technical scope of the invention. The invention also relates to cleaning bodies located on opposite sides of the glass surface. Carrier 20 of magnetic coupling elements for ensuring the necessary coordinated movement positioning and protection within housings; cleaning housings It can be moved in a way that is controllable by the user; around the body. structures that may have glass, window frames or peripheral elements limiting direct impact contact and cleaning located on the outside of the glass weakening or cessation of the magnetic relationship between opposing bodies 25 mechanical safety device designed to limit its uncontrolled escape. It relates to their connections. In these respects, the invention includes magnetic glass cleaning devices and double-sided window cleaning. The tools are modular cleaning systems that create gradual contact, mechanically. interchangeable cleaning elements positioned, mutually elastic stripping 30 their designs restrict the passage of contaminated fluid between cleaning zones and Mechanical fluid management structures that direct fluids to designated areas, and their carriers. 3 Technical specifications of manual surface cleaning equipment used in conjunction with the system It is located within the area. State of the Art: In the known state of the art, windows, glass panels and similar flat or largely flat surfaces. 5 various cleaning tools for manual cleaning of surfaces These devices are generally made of cloth, sponge, microfiber or similar materials. cleaning materials and rubber, silicone or similar elastic materials the positioning of the created scraper elements on a carrier body and the word The subject is the movement of the carrier body along the glass surface, thereby creating a surface. Based on the principle of removing dirt, particles, cleaning fluid and residual moisture found. 10 It is based on. Especially in high-rise buildings and with large glass surfaces, the amount of opening is limited. on windows or glass where direct access to the outer surface is difficult cleaning requires the user to reach outside the window or use additional access tools. This may require the use of a cleaning machine. This situation necessitates the application of the cleaning process. 15 in addition to making it more difficult, it also affects safety in terms of accessing the outer glass surface. This creates additional requirements. In order to meet this requirement, under the known conditions of the art, two cleaning bodies placed on opposite surfaces of the glass to be cleaned double-sided magnetic window 20 where the two sides follow each other via magnetic attraction force Cleaning tools are available. In such structures, the inner surface of the glass is located By moving the cleaning body by the user, the outer surface of the glass is cleaned. The movement of the other cleaning body located there is achieved through magnetic interaction. tracking so that the opposite surfaces of the glass are at the same or near the same time. It can be cleaned. 25 In known magnetic window cleaning devices, the cleaning bodies have a permanent structure. Magnets or other elements that create magnetic attraction, cloth, sponge, microfiber or similar cleaning elements, rubber or elastomer-based scrapers and on the outside The consequences of the cleaning body falling uncontrollably. Safety connections for limiting the range of motion can be used. Additionally, different types of glass are available. Modifying the magnetic attraction force for use in different thicknesses, cleaning materials separating from the housing or wear parts such as scrapers There may also be mechanical arrangements for its modification. 4 Therefore, the magnetic tracking of the mutually cleaning bodies, The presence of a cloth or similar cleaning element on the cleaning body, a or the use of multiple elastic scrapers, cleaning elements that are detachable or It is replaceable and the outer cleaning housing is secured with a safety connection. The basic operation of magnetic window cleaning devices on their own is explained in point 5. It is considered among the known technical specifications that form the basis of this principle. However, cleaning the glass surface removes all dirt and liquids present on the surface. It is a single-stage process in which the components are removed under the same mechanical effect. It is not. Dry particles on the glass surface, dirt adhering to the surface, oily residues, cleaning fluid, dirt mixed with cleaning fluid, and surface after cleaning process 10 The thin liquid film remaining on it, either together or sequentially It can be found. In terms of removing the dirt from the surface, these components must be removed. loosening, retaining, absorption of liquid, reduction of residual moisture, and liquid remaining on the surface. Different mechanical effects may be required, such as peeling off the film. A single homogeneous cleaning element can perform all of these functions within the same contact. 15 If the cleaning element performs under its characteristic conditions, the dirt will accumulate as the use progresses. and can become saturated with liquid; dirt or dirty liquid previously removed from the surface then... During these movements, the energy is transferred back to the glass surface. As a result, on the glass surface... traces of dirty liquid, streaking, localized moisture accumulation, or reappearance after stripping. Undesirable situations such as liquid film formation may occur. 20 The use of multiple cleaning elements on the same carrier body is also a single It does not ensure that a gradual cleaning process occurs at the beginning. Different This applies only if the cleaning elements are positioned side-by-side. the elements must act on the glass surface at the same level and under similar contact conditions. It is possible; in this case, the elements have different cleaning functions, 25 This necessitates the mechanical sequence of different cleaning stages. It does not provide this. In this respect, elements with different cleaning functions are transported according to the glass surface. their levels, the amount they extend towards the glass surface, their compression distances, or Differentiating contact characteristics through mechanical support structure is important. 30 It carries different contact properties depending solely on the structure of the cleaning material. Instead of leaving it as it is, the physical geometry carrying the cleaning elements also makes contact. By defining the conditions, the successive cleaning stages become more controlled. This allows for its creation in this way. In the known state of the art, multiple scraper elements are located in the same cleaning housing. Structures in which it is used can also be found. However, scraper element Increasing the number, performing the stripping process in a suitable order with different cleaning stages 5 It alone does not ensure its realization. The scraper element's cleaning elements when its location is not suitable, it has not yet been processed by cleaning personnel. The dirty liquid is dragged across the surface or re-enters a previously cleaned area. It is possible to transport it. Window cleaning attachments move in only one direction during use. 10 This is not allowed. The user depends on the geometry of the glass surface and the accessible area. as a cleaning method, wipe the body from right to left and left to right or from top to bottom and It can be used with successive movements from bottom to top. A specific The cleaning and scraping sequence is arranged according to the direction of movement, and the reverse of the direction of movement. It can change its functional sequence if rotated. Cleaning in one direction of movement 15 A scraper remaining behind the elements, performing the same cleaning in the opposite direction of movement. It can remain in front of its elements. Therefore, in terms of bidirectional use, the only technical requirement is cleaning. It is not the ability of its body to be physically moved in two opposite directions. The relative positions of the cleaning and scraping elements on the body, 20 Cleaning is performed in opposite directions, involving dirt removal, liquid collection, and residue removal. the moisture reduction and stripping functions can be performed in harmony with each other It is important that it is created in a way that will provide opportunities. Another technical requirement in the known state of the art is the generation that occurs during cleaning. It is the control of the movement of the dirty liquid on the cleaning body. Glass 25 water, cleaning fluid, dissolved or loosened dirt and particles removed from the surface The resulting mixture; the movement of the cleaning body, the cleaning elements' contact with the glass surface proper compression and the effect of gravity to different areas of the cleaning surface It can spread. The dirty liquid that forms in a cleaning area, especially where coarse dirt has been removed, is now 30% moisture. reducing or switching to another cleaning zone for finer cleaning In this situation, the functional distinction between different cleaning elements may be reduced. With dirty liquid The cleaning agent that comes into contact with the next cleaning element earlier can become saturated in a shorter time. 6 and causes dirt previously removed from the surface to be transferred back onto the glass surface. It is possible. The fact that different cleaning elements are made only from different materials, each This is insufficient in this situation. The cleaning elements are stuck against the glass surface. 5 As a result, the liquid enters the cleaning material or is adjacent to the carrier surface. It can move to different cleaning zones. Therefore, different cleaning zones the physical separation, restriction, or limitation of fluid movement between them Mechanical flow working in conjunction with cleaning elements to direct it in a single direction. It is important to find their structures. 10 In this context, separation channels created between the cleaning zones allow the liquid to flow in a specific direction. guiding channels that allow the fluid to move in one direction, where the fluid is accepted Collection zones restrict direct liquid passage between cleaning zones. physical protrusions and the displacement of fluid by the scraper in question. grooves or similar mechanical structures that help transfer the cleaning fluid to the structures 15 structural elements that can be used to control fluid movement in the process are elements. Mechanically directing the dirty liquid is also important in terms of the scraping process. It carries the liquid that is removed from the glass surface by the scraper for cleaning. If the fluid accumulates uncontrollably on the hull, it will affect the next 20 years of the hull. It can reach the glass surface again during its movement. Therefore, it is placed by the scraper. The changing fluid is not only removed from the glass surface, but also from the cleaning body. being diverted into a defined flow path and directed to a collection area This is important for the continuity of the cleaning process. On the other hand, elements with different cleaning functions can interact with each other, such as scraper 25 The use of positions determined according to elements and fluid handling structures. It needs to be protected throughout. The cleaning elements are independent of each other. Removal and washing of these elements in structures where they are connected to the main body in this way. and the change in their relative positions after reinstallation and the planned cleaning It is possible for the order to be disrupted. 30 Holding different cleaning elements together on a common support structure, the subject matter contributes to maintaining the defined positions of the elements relative to each other It can provide this. However, the fact that the aforementioned common load-bearing structure is demountable. 7 In that case, it is not enough for it to simply be detachable from the main body; it must also be reattached. to be directed to its intended position, to be kept in that position during use, and can be released in a controlled manner by the user when necessary is required. Therefore, in modular cleaning structures, placement, guidance, locking and free movement are essential. the release functions are performed through compatible mechanical structures; contact levels of different cleaning elements designed according to the glass surface It is important because it can be protected even after disassembly and reassembly. It carries. Another point to consider when using magnetic window cleaning devices is 10 magnetic field between cleaning bodies located on opposite sides of the glass The connection weakens or breaks during use. Glass thickness depends on the user. sudden movement, one of the cleaning heads touching the window frame, or The change in the relative positions of the opposing bodies allows for cleaning on the outside. This can cause the cleaning housing on the inside of the casing to separate. There are 15 known cases. While security connections can limit the consequences of such a separation, the safety linkage should not unnecessarily obstruct the movement of the cleaning housing and it should not interact undesirably with cleaning or scraping elements during use. It is important in this respect. In addition, the cleaning body moves around the edges and corners of the glass surface. during the process of being installed, the body may not come into contact with the window frame or other surrounding structures. Contact is possible. Such contacts cause the cleaning body to react suddenly. change in direction, entanglement, or relative positions of mutually magnetic bodies because it can cause deterioration, the circumferential geometry of the carrier body and Protective structures should also be evaluated within the mechanical integrity of the apparatus. 25 is required. Consequently, in the current state of the art, mutual magnetic cleaning bodies, cleaning cloths or similar cleaning elements, one or more elastic scraper, detachable or replaceable cleaning parts, magnetic coupling Elements and safety connections, separately or in various combinations 30 can be found. However, these elements cannot be on the same apparatus. its presence, the mechanical gradation of different cleaning functions, and 8 controlling the movement of the dirty liquid generated during cleaning inside the apparatus. It alone does not eliminate the need. In this context, elements with different cleaning functions interact differently with the glass surface. through carrier geometries that enable the creation of mechanical contact conditions a gradual cleaning effect is created; with cleaning elements interacting with each other 5 The stripping elements perform functional cleaning and stripping in different directions of movement of the apparatus. positioned in a way that supports the relationship; dirt generated during cleaning uncontrolled passage of liquid between different cleaning zones physical structures and the fluid in question is limited through designated flow and collection zones. The development of an integrated mechanical structure that is directed towards 10 is technically 10 is important Furthermore, the mechanical structure in question allows different cleaning elements to interact with each other. The creation of this structure within a modular carrier system that maintains its position relative to the surrounding environment. Connecting to the cleaning body by guiding it to a specified position, usage mechanically locked during operation and released in a controlled manner when maintenance is required. 15 The ability to release it; thus enabling phased contact, bidirectional stripping and contaminated liquid management. their functions remain within the foreseen geometric relationship even after maintenance and reassembly The technical need for sustainability continues. The purpose of the invention: The purpose of the invention is to create a magnetic strip on two opposite sides of windows, glass panels and similar surfaces. through cleaning bodies that can be moved simultaneously in interaction During the cleaning process, different types of dirt and particles on the glass surface are removed. The dirty liquid and residual moisture are gradually removed under different mechanical cleaning effects. removal in this manner, scraping off the liquid film remaining on the surface, and cleaning. 25 an integrated system that allows for the redirection of people to designated, limited areas The goal is to introduce a magnetic window cleaning device. One of the main aims of the invention is to enable mutually magnetic cleaning bodies to be used only. the known working principle that allows both surfaces of the glass to be wiped simultaneously Furthermore, at least one of the cleaning bodies can perform different cleaning functions. 30 The goal is to ensure that the components being delivered operate in a defined mechanical sequence. by removing coarse dirt from the glass surface, retaining the liquid mixed with the dirt, on the surface 9 The functions of reducing residual moisture and removing the remaining liquid film complement each other. The aim is to carry out the cleaning in stages, completing the process. Another purpose of the invention is to create a cleaning system that performs different cleaning tasks. elements at the same level of contact and with the same contact characteristics as the glass surface by eliminating the need for manual operation, the elements in question are 5 according to the glass surface. The aim is to enable it to operate under different mechanical contact conditions. Accordingly, different The surfaces or bearings that carry the cleaning elements differ from the carrier body. created in levels so that the cleaning elements can reach the glass surface the physical carrier of stretch amounts, compression distances and / or contact characteristics The aim is to differentiate them through geometry. 10 Another purpose of the invention is to perform the functions of coarse dirt removal, dirty liquid collection, and residual moisture removal. the cleaning elements that perform this function are positioned relative to each other on a common supporting structure. The goal is to create a stepped contact cleaning cassette that is positioned at designated locations. Thus, the relative positions of the different cleaning elements during use 15 designed for protection and cleaning, along with the movement of the body across the glass surface. The aim is to maintain a gradual contact relationship. Another purpose of the invention is the maintenance and cleaning of the stepped contact cleaning cassette. for the purpose of being able to be separated from the cleaning body, cleaned, and reused. while allowing it to be used or modified as needed, If the multi-stage contact cleaning cassette is reassembled, it must be at least 20 times larger than before. The aim is to ensure that it can be repositioned to its designated working location. In this regard... The stepped contact cleaning cassette has a defined operating mechanism on its carrier body. to be directed to its position, mechanically positioned in that position during use to be held and, when necessary, released in a controlled manner by the user 25 compatible positioning, guiding, locking and releasing mechanisms The aim is to create these structures. Another purpose of the invention is to enable the removal and re-installation of the step-by-step contact cleaning cassette. After installation, the different cleaning elements interact with each other, the stripping elements, and preservation of positional relationships designed according to fluid guidance structures The aim is to ensure that the stepped contact cleaning cassette can be removed for maintenance purposes. and the planned mechanical step-by-step cleaning sequence after reinstallation. The cleaning elements must be separated by the user for the geometry to be re-established. The aim is to reduce the need for separate, precise positioning. Another objective of the invention is to create a counter-movement on the glass surface of the cleaning body. its usability in these directions and the stripping function during these movements The aim is to ensure its sustainability. In this regard, the cleaning system must be mutually beneficial. The stripping elements located on their sides are determined according to the cleaning elements. arrangement in geometric positions and in the first direction of movement of the apparatus or word 5 the subject is the glass surface when used in the second direction of movement, opposite to the first direction of movement. The aim is to allow the remaining liquid to be removed. Another purpose of the invention is to allow the user to change the direction of movement of the device. lifting the cleaning head from the glass surface, inverting the head, or separating it The goal is to reduce the need to manually reposition a stripping element. 10 Thus, the back-and-forth movements on the glass surface facilitate the cleaning process. this can be done without interruption and the cleaning body It is intended to be used functionally in different directions of movement. Another objective of the invention is to use the stripping elements to remove only the liquid from the glass surface. by moving away from passive elements that shift throughout the process, gradual cleaning and removal of dirt. 15 The aim is to mechanically connect it to the liquid management system. In this way, the scraper... uncontrolled removal of the liquid from the glass surface by the cleaning body spreading in this way or reaching the glass surface again during subsequent movement The aim is to reduce it. Another purpose of the invention is to remove water, cleaning fluid, dissolved dirt, and 20 from the glass surface. The dirty liquid, consisting of particles, is passed between cleaning elements with different functions. The goal is to limit its uncontrolled spread through physical structures. liquid separation and passage restriction between different cleaning zones in this direction. the formation of their structures and especially those that come into contact with coarse dirt or heavily soiled liquids. Contaminated liquid that may occur from one cleaning zone to subsequent cleaning zones 25 The aim is to reduce the transfer of funds. Another purpose of the invention is to allow only the use of different cleaning zones to be transferred between them. Instead of creating a passive liquid separation based on the absorbency properties of the materials, the dirty The goal is to control the movement of the fluid through the physical geometry of the cleaning body. This includes separation and 30 that allow the contaminated liquid to move in a defined direction. diversion channels, physical protrusions that restrict fluid passage, and contaminated fluid. integrated with a phased decontamination plan of collection areas for acceptance It is intended to function in this way. 11 Another purpose of the invention is to remove the liquid that is being scraped away from the glass surface by the scraper element. uncontrolled application directly onto the cleaning elements or the cleaned glass surface. The aim is to reduce the amount of fluid transferred in this way. For this purpose, the fluid displaced by the scraper is reduced. the fluid is directed into the discharge chute, and the fluid is directed through the discharge structures. transfer to a designated fluid collection area, and thus, as a result of the stripping process, 5 the resulting fluid movement is monitored by other mechanical elements of the cleaning system The aim is to control it. Another aim of the invention is to determine the path that the dirty liquid can follow during cleaning. determining the cleaning elements in relation to their positions and scraping pattern. The aim is to ensure that, from removing coarse dirt to collecting liquid, the remaining moisture is 10%. This process includes the cleaning process, from reduction to the final stripping operation. The movement of the dirty liquid that is generated during this process within the apparatus is based on the same mechanical architecture. The aim is to manage them together. Another aim of the invention is to make the specific functions of different cleaning elements more distinct. The goal is to ensure they can be maintained for a long time. The dirty liquid passes through a cleaning element for 15 minutes. Especially by limiting the uncontrolled transfer of moisture from one to the other, the dehumidification function is now particularly effective. premature contact of the cleaning agent with heavily soiled liquid reducing, limiting the premature saturation of cleaning elements and dirt previously removed from the glass surface reappears on the cleaned surface The aim is to reduce transportation. 20 Another objective of the invention is the stepped contact cleaning cassette, with opposing stripping elements. and the dirty fluid redirection structures are not separate components but the same different stages of the cleaning process and they work together The aim is to ensure that mechanical subsystems work together in a supportive manner. In this context... the positions of the cleaning elements, the placement of the scraping elements and the liquid 25 a functional relationship between the starting, transition and collection zones of the routing structures The aim is to establish a mechanical relationship. Another purpose of the invention is to create cleaning bodies located on opposite surfaces of the glass. The magnetic attraction force between them causes only the bodies to follow each other. not to provide, but to ensure functional contact of the cleaning elements with the glass surface 30 While also being used for support purposes, cleaning bodies are handled by the user. a glass surface that allows it to be moved in a controlled manner It is about creating a mechanical system. 12 Another purpose of the invention is to clean the edges and corners of the glass surface of cleaning bodies. during movement in these areas, window frames or surrounding structures The aim is to reduce the impact of potential direct contact. Cleaning accordingly. by creating protective and guiding mechanical structures around its body Sudden attachment, change of direction, or mutual magnetic cleaning of the body 5 The aim is to reduce the risk of disruption of the relative positions of their bodies. Another objective of the invention is to enable the cleaning body located on the outside of the glass to be positioned opposite each other. The magnetic relationship between the cleaning bodies weakens during use or The purpose is to reduce the risk of it moving away or falling uncontrollably if it is cut. Within this scope, the external cleaning housing is secured via a safety linkage. 10 and the movement of the cleaning body of the safety link in question, in stages. a It is intended to be arranged in that location. Another purpose of the invention is to address issues, particularly where direct access to the outer surface is difficult. by reducing the need for the user to physically reach outside the window, 15 through mutually magnetic cleaning bodies of the inner and outer surfaces of the glass a practical, easy-to-maintain and reusable mechanical system that allows for cleaning The goal is to introduce a cleaning device. The primary purpose of the invention, when considered as a whole, is mutual magnetic cleaning. The cleaning elements located on their bodies only come into contact with the glass surface. 20 Instead of a structure based on the manipulation of cleaning elements, it relies on different cleaning elements with different functions. it is said that it creates gradual contact through mechanical conveying geometries at different levels. The subject is the cleaning elements defined on a common modular carrier structure. held in relative positions, with opposing stripping elements moving in different directions. It supports the scraping function and the physical removal of the dirty liquid that emerges during cleaning. 25 managed through separation, restriction, routing and collection structures The goal is to create an integrated mechanical cleaning system. Accordingly, the invention describes a step-by-step contact cleaning cassette at a specified position. a mechanical linkage system that allows it to be disassembled and reassembled, with mutually elastic uncontrolled passage of the stripping mechanism and contaminated liquid between cleaning zones 30 Mechanical fluid management that directs fluids to a defined collection area by limiting its flow. The aim is for the systems to work together in a cooperative manner. 13 Thus, the invention includes magnetic coupling, cleaning surface, scraper and safety coupling. elements that, in the known state of the art, can be found separately, can only be found in the same apparatus. Instead of creating a structure based on bringing together different functions; contact levels of cleaning elements, positioning of the modular carrier structure and locking geometry, placement of reciprocal stripping elements and movement of contaminated fluid 5 mechanical structures that physically control each other will complement each other's operation. to create a magnetic window cleaning device that is integrated in this way that is intended. Explanation of the Figures Figure 1: The magnetic window cleaning device described in the invention; inner cleaning body and 10 The outer cleaning casing and the support bases located in these casings are magnetic. connection groups, stepped contact cleaning cassette, reciprocal stripping elements, holder The overall design will show the arm, the surrounding protective bumper and the safety connector. It is a perspective view. Figure 2: The incremental contact cleaning cassette subject to the invention; cleaning cassette carrier 15 body, coarse dirt removal element, dirty liquid collection element, residual moisture removal element, word the subject is the first elevated contact which carries the cleaning elements at different levels with a bed, a second elevated contact bed and a third elevated contact bed. for attaching the cleaning cassette to the cleaning housing in a detachable manner. 20 to show the positioning, guiding, locking and releasing structures. It is a separated perspective view. Figure 3: The mechanical interaction between the glass surface and the stepped contact cleaning cassette, which is the subject of the invention. the relationship between the coarse dirt removal element, the dirty liquid collection element, and the residual dehumidification element. different contact levels, the first elastic scraper blade and the second elastic scraper blade their relative positions according to the cleaning cassette, the intermediate liquid separation channel, dirty liquid 25 drain channel, dirty liquid collection tank, liquid barrier protrusion and scraper drain It is a cross-sectional and detail view showing the groove. Figure 4: The magnetic window cleaning device described in the invention; with stepped contact. This allows the cleaning cassette to be attached to the cleaning housing in a detachable manner. cleaning cassette insertion slot, cleaning cassette guide projection, cleaning cassette 30 guide channel, cleaning cassette locking tab, locking tab counterpart, and Cleaning cassette release tab and handle located on the body, 14 environmental protective bumper, curved corner transition surface and safety rope attachment system It is a detailed view that will show the overall picture. References: 1. Magnetic window cleaning device 2. Internal cleaning housing 5 3. External cleaning housing 4. Inner body support base 5. External body support base 6. Internal magnetic coupling group 7. External magnetic coupling group 10 8. Magnetic element housing 9. Magnetic element protective cover 10-stage contact cleaning cassette 11. Cleaning cassette carrier housing 12. Coarse dirt removal element 15 13. Dirty liquid collection element 14. Dehumidifier 15. First elevated contact bearing 16. Second elevated contact bearing 17. Third elevated contact bearing 20 18. Cleaning cassette insertion slot 19. Cleaning cassette guide projection 20. Cleaning cassette guide channel 21. Cleaning cassette locking tab 22. Locking tab counterpart 25 23. Cleaning cassette release tab 24. First scraper conveyor channel 25. First elastic scraper blade 26. Second scraper conveyor channel 27. Second elastic scraper blade 30 28. Intermediate region liquid separation channel 29. Dirty liquid drain channel 30. Dirty liquid collection container 31. Liquid barrier protrusion 32. Scraper discharge chute 33. Handle 34. Environmental protective buffer 35. Curved corner transition surface 5 36. Safety rope 37. Safety rope attachment loop 38. Safety rope securing slot Description of the Invention: The invention relates to the creation of windows, glass panels and similar flat or largely flat transparent surfaces. Magnetic window cleaning device for cleaning both sides (1) and the interior is located on the user-accessible side of the glass surface. cleaning body (2), external cleaning located on the opposite side of the glass surface body (3), magnetic interaction occurs between the bodies in question through the glass. The inner magnetic coupling group (6) and the outer magnetic coupling group (7) bring together different 15 stepped contact cleaning system that performs cleaning functions in a complementary manner. cleaning cassette (10), to ensure that the stripping function can be maintained in opposite directions of movement. opposing scraper structures and different types of dirty liquid generated during cleaning. by limiting uncontrolled movement between decontamination zones and designated evacuations. 20 consisting of mechanical fluid management structures that direct fluids to collection areas It comes. Magnetic window cleaning device (1), on opposite surfaces of the glass. The two cleaning bodies follow each other solely through magnetic attraction. Unlike a structure based on the principle of cleaning; different cleaning elements on glass mechanical contact conditions with the surface through carrier geometries differentiated, the cleaning elements in question have a common and demountable carrier structure 25 held in the designated relative positions, the cleaning cassette is removed and the glass surface where this geometric relationship can be re-established after reassembly the stripping function can be maintained in opposing directions of movement and cleaning the movement of contaminated fluid within the apparatus through channels, grooves, and barriers and an integrated mechanical system that is physically controlled through collection structures 30 It is a cleaning routine. The inner cleaning body (2) is used while the magnetic window cleaning device (1) is being used on the glass. It is positioned on the user-accessible side of the surface and allows the user 16 The main movement that enables the motion applied to the apparatus to be transferred across the glass surface. It forms the cleaning body. The inner cleaning body (2) is along the glass surface. linear, curvilinear, horizontal, vertical, diagonal, or successive forward and backward movements a carrier that will maintain the relative positions of the mechanical elements on it during operation It has a structure. The outer cleaning body (3) is the inner cleaning body of the glass to be cleaned 5 (2) is positioned on the opposite surface and the inner cleaning body (2) As a result of the magnetic interaction created, the internal cleaning body (2) It follows the movement created by the glass on the opposite side. Thus The user may be particularly concerned about high-rise buildings or where direct access to the exterior surface is difficult. By reducing the need for the glass to physically extend to the outside of the windows, the glass can be 10 simultaneous or successive cleaning actions on opposite surfaces This ensures that it is created. The inner cleaning body (2) contains the inner body support base (4). Inner body magnetic connection located on the carrier base (4), inner cleaning body (2), Cleaning, scraping, holding and related mechanical structures at specified relative positions 15 It is the main supporting structure for transportation. External cleaning body (3) It has an external body support base (5). The external body support base (5), Magnetic coupling on the outer cleaning housing (3), cleaning, stripping and It allows for the transportation of safety connection structures. Inner body support base. (4) and the outer body support base (5), during use parallel to the glass surface and glass 20 forces that may occur in directions perpendicular to the surface of the objects on them mechanical integrity that will contribute to maintaining the relative positions of the elements is being created. inside the inner cleaning housing (2) or connected to the inner housing carrier base (4) internal magnetic coupling group (6), inside the external cleaning housing (3) or in the external housing 25 The external magnetic coupling group (7) is connected to the carrier base (5). The inner magnetic coupling group (6) and the outer magnetic coupling group (7) are opposite the glass. in positions that match or largely match each other on the sides By arranging them, a magnetic attraction is created between them through the glass. The subject is magnetic attraction, the movement performed by the internal cleaning body (2) 30 cleaning as supported by the external cleaning body (3) contact that contributes to the pressing of the elements against the respective glass surfaces It is also used in generating its force. Internal magnetic coupling group (6) 17 and external magnetic coupling group (7), from a single magnetic element or relative to each other. It consists of multiple magnetic elements located at specified positions. This can be achieved by considering the number, shape, size, magnetic force, and carrier of magnetic elements. Their placement on the fuselage can be varied depending on the usage conditions. 5 formed by the inner magnetic coupling group (6) and the outer magnetic coupling group (7) the magnetic interaction conditions introduced, the thickness of the glass to be cleaned, the cleaning process the intended contact force and operating conditions to be applied to the glass surface of the elements This differentiation can be achieved by taking into account the internal magnetic field group. The number of magnetic elements in the external magnetic coupling group (7) with (6), Modifying the size, geometric arrangement and / or magnetic force properties 10 This can be accomplished in this way. within the internal magnetic coupling group (6) and / or external magnetic coupling group (7) Maintaining the positions of the magnetic elements within the supporting structure. For this purpose, the magnetic element holder (8) is used. The magnetic element holder (8), by circumferentially or partially limiting the relevant magnetic element, the element in question is 15 It is designed to restrict linear, lateral and / or angular movement. Magnetic element housing (8), inner housing support base (4) and / or outer housing support base (5) can be formed as an integrated unit or as a separate carrier part connected to them. It can also be arranged in this way. Inside the magnetic element housing (8) Reducing direct contact between the positioned magnetic element and the external environment, housing 20 its position inside must be preserved and it must not be displaced during use or maintenance. magnetic element protection cover (9) for limiting separation Magnetic element protective cover (9), magnetic element housing (8) are located. one of the interlocking, snap, locking or similar mechanical connection geometries or can be held through several of them. 25 The basic mechanical cleaning structure of the magnetic window cleaning device (1) The stepped contact cleaning cassette (10) is the said stepped contact cleaning The cassette (10) contains cleaning elements that perform different cleaning functions. holding these elements in defined relative positions on a common load-bearing structure This allows for the creation of different mechanical contact conditions with the glass surface. 30 The stepped contact cleaning cassette (10) requires only one cleaning cloth to be removed. It is not a carrier for mounting; it is the relative position of the cleaning elements, their relationship of stretching and compressing towards the glass surface and the cleaning of the dirty liquid 18 incorporating physical geometries that determine movement between regions It is a functional mechanical subsystem. The stepped contact cleaning cassette (10), internal cleaning on the body (2), the outer cleaning body (3) or both cleaning bodies It is applicable; if applied to both bodies, the corresponding cassettes are the same. or they may have corresponding geometries. Step-by-step contact 5 The number, size, shape and of the cleaning elements on the cleaning cassette (10) Relative layouts can be differentiated according to usage requirements, and coarse dirt receiving element (12), dirty liquid collection element (13) and residual dehumidification element (14) Functional cleaning zones created by the cleaning cassette carrier linear, curved, parallel, surrounding or 10 on the body (11). in different geometric arrangements that will follow each other according to the cleaning action can be created. These geometric differences are fundamentally different. the cleaning elements that perform cleaning functions relative to each other maintaining their defined positions and their mechanical contact with the glass surface. The principle is to differentiate the conditions through the carrier geometry. 15 The cleaning cassette carrier body within the stepped contact cleaning cassette (10) (11) is located. The cleaning cassette carrier body (11) has a stepped contact cleaning system. cleaning elements, contact bearings, guiding and located on the cassette (10) mechanical parts of the locking structures on the cassette side and fluid management structures The main cassette body carrying the cleaning cassette is (11), in stages 20 Even when the contact cleaning cassette (10) is removed from the relevant cleaning housing, it remains on it. This allows the elements to maintain their intended positions relative to each other. It provides this. Thus, after maintenance, washing, drying or changing processes. Cleaning when the stepped contact cleaning cassette (10) is reassembled each of its elements must be repositioned precisely and individually. 25 The need is being reduced. Coarse dirt removal element (12) on the cleaning cassette carrier body (11), dirty liquid There is a collection element (13) and a residual dehumidifier element (14). Coarse dirt removal element (12), dust, loose particles, dirt adhering to the surface on the glass surface and The first or 30 uses of cleaning fluid to remove loosened dirt from the surface. It produces an early cleaning effect. Coarse dirt removal element (12), microfiber, textile, spongy or similar surface made of a structure suitable for cleaning It can be used. The coarse dirt removal element (12) needs maintenance or at the end of its service life. 19 The cleaning cassette carrier body (11) can be detached or replaced. It can be arranged as well as fixed on the cleaning cassette carrier body (11) It is portable. The dirty liquid collection element (13) is removed from the glass surface by the coarse dirt removal element (12). 5 The dirty liquid formed by the separated or loosened dirt and the water or cleaning liquid. It is structured to retain the dirty liquid. The dirty liquid collection element (13), liquid A cleaning agent that has the ability to absorb, hold, and remove substances from the glass surface. It can be made of material and by coarse dirt removal element (12) In a mechanical position to follow the initial cleaning effect that has been achieved. It can be adjusted. Coarse dirt removal element (12) and dirty liquid collection element (13) 10 The functional difference between them stems solely from the difference in the materials used. not originating from, the cleaning cassette carrier body of the said elements (11) their physical positions on the surface and the contact conditions they create with the glass surface It is also created through this means. Now there is a dehumidifier (14), a coarse dirt removal element (12) and a dirty liquid collection element 15 After the cleaning processes carried out by (13), the remaining on the glass surface It is designed to reduce the thin liquid layer and residual moisture. Now the desiccant element (14) has the same or different absorbency as the dirty liquid collection element (13), It can have surface texture, thickness, elastic deformation, and contact properties. Now the dehumidifier element (14) will be placed in a 20 position where early contact with heavily soiled liquid will be limited. arranged in position, the coarse dirt removal element (12) and dirty liquid collection Complementary cleaning effect on the glass surface processed by element (13). It creates. Coarse dirt removal element (12) on the first raised contact bearing (15); dirty liquid Collecting element (13) on the second raised contact bearing (16); residual dehumidification 25 element (14) is carried on the third raised contact bearing (17). The first raised contact bearing (15), second raised contact bearing (16) and third raised contact bearing (17) on the cleaning cassette carrier body (11) physical transport zones that do not necessarily have to be on the same plane relative to each other It creates. The cleaning cassette carrier body of the contact bearings in question is 30 (11) Heights measured with reference, levels of extension towards the glass surface, surface areas and / or geometries on which they support the cleaning elements they carry They can be created differently from each other. First raised contact bed (15), coarse dirt removal element (12) on the glass surface When pressed, a specified compression is achieved for the coarse dirt removal element (12) and This creates a contact condition. The second raised contact bed (16), dirty liquid The same or different compression and contact for the collecting element (13) and the coarse dirt removal element (12). It can create the condition. The third raised contact bed (17) now has a humidity of 5 The reach and / or for the receiving element (14) differs from the previous cleaning elements. This can create a compression condition. Thus, gradual contact, not just coarse dirt, can occur. for receiving element (12), dirty liquid collection element (13) and residual dehumidification element (14) It is not left to the different physical properties of the materials used, the first elevated contact bearing (15), second raised contact bearing (16) and third raised contact bearing 10 with the physical transport geometry created by the bed (17) It is defined. First raised contact bearing (15), second raised contact bearing (16) and third raised contact bearing (17), in the form of stepped surfaces separated from each other or integrated transport with inclined, stepped or transitional zones between them 15 It can be formed in the form of geometry. The beds in question are relative to each other. The height differences do not necessarily have to be constant; the aim is to allow different cleaning elements to be used. eliminates the need for it to operate under the same mechanical contact conditions as the glass surface. The goal is to create a physical gradation that will remove the coarse dirt. element (12), dirty liquid collection element (13) and residual dehumidification element (14) on 20 The resulting contact pressures, compression ratios, and contact surfaces must be the same. It is not. Thanks to this mechanical differentiation, it is used for different cleaning tasks. Each of the components can operate under the contact characteristics intended for it. First raised contact bearing (15), second raised contact bearing (16) and third Different contact conditions created by the raised contact bed (17) 25 only in relation to the cleaning cassette carrier body (11) of the beds in question It is not limited to the fact that their heights differ from each other. The difference in contact in question conditions; first raised contact bearing (15), second raised contact bearing (16) and The levels of extension of the third raised contact bed (17) towards the glass surface, the surface areas on which they support the cleaning elements they carry, bed 30 allowing their geometries and / or cleaning elements to become stuck to the glass surface This can also be achieved by differentiating the mechanical transport characteristics of the components. It can be brought. Thus, the coarse dirt removal element (12), the dirty liquid collection element (13) 21 and now different mechanical contact conditions foreseen for the dehumidifier element (14) its creation, only a specific step height or a fixed height difference This can be achieved through different transport geometries, regardless of their limitations. Step-by-step contact cleaning cassette (10), for maintenance, washing, cleaning or replacement. For this purpose, it is designed to be detachable from the cleaning body. This 5 Cleaning cassette placement slot (18) on the cleaning body for this purpose It has a cleaning cassette insertion slot (18), and a stepped contact cleaning slot. It creates a physical acceptance area for the cassette (10) and the cassette relative to the body It contributes to establishing its intended position. Cleaning cassette placement. compatible with the socket (18), stepped contact cleaning cassette (10), environmental, partial environmental 10 or may have opposing limiting surfaces and during cassette use unwanted displacements in the direction parallel to the glass surface It can limit. Step-by-step contact cleaning cassette (10) and cleaning cassette insertion slot (18) Cleaning cassette guide projection (19) 15 to ensure correct orientation between them and cleaning cassette guide channel (20) is included. Cleaning cassette guide protrusion (19), stepped contact cleaning cassette (10) or cleaning cassette carrier It is a physical guide element created on the body (11). Cleaning cassette guide channel (20) compatible with cleaning cassette guide protrusion (19) 20 on the relevant cleaning housing or cleaning cassette insertion slot (18) It is being created. The stepped contact cleaning cassette (10) is placed in the body. cleaning cassette guide projection (19), along the cleaning cassette guide channel (20) It moves to guide the cassette to its working position. Cleaning geometric shape between the cassette guide projection (19) and the cleaning cassette guide channel (20) Compatibility will limit the asymmetric or directional alignment of the cassette to prevent incorrect cassette insertion. 25 It can also have a geometry. When the incremental contact cleaning cassette (10) reaches the working position, To maintain its position, the cleaning cassette locking tab (21) and the locking tab The corresponding slots (22) are mechanically connected to each other. Cleaning cassette The locking tab (21) is elastically positioned on the stepped contact cleaning cassette (10) 30 in the form of a locking element that can be changed or has limited mobility This can be done. Cleaning cassette locking tab during cassette insertion. (21) temporarily repositioned step-by-step contact cleaning cassette (10) final 22 When it reaches this position, the locking tab slides into the corresponding slot (22) and the cassette It mechanically restricts its movement in the opposite direction. The locking tab corresponds to the counter. The housing (22) is compatible with the cleaning cassette locking tab (21) for the relevant cleaning. It is formed on the housing or cleaning cassette insertion slot (18). When the stepped contact cleaning cassette (10) is to be removed, the locking link 5 Cleaning cassette free for controlled disassembly by the user. There is a release tab (23). Cleaning cassette release tab (23), in direct or indirect mechanical relationship with the cleaning cassette locking tab (21) by being adjusted and applied by the user through pressing, pulling or similar free actions. transferring the release motion onto the cleaning cassette locking tab (21) 10 Thus, the cleaning cassette locking tab (21) provides the corresponding locking tab. It separates from its housing (22) in a controlled manner and undergoes gradual contact cleaning. The cassette (10) can be removed from the cleaning cassette insertion slot (18). Cleaning cassette insertion slot (18), cleaning cassette guide projection (19), cleaning cassette guide channel (20), cleaning cassette locking tab (21), locking 15 The claw's corresponding socket (22) and the cleaning cassette release tab (23) together When evaluated, the step contact cleaning cassette (10) is removable but a mechanical linkage system that enables repeatable positioning This system's technical function is simply to remove the cassette from the body. It is not to provide; coarse dirt 20 when the stepped contact cleaning cassette (10) is reinstalled. receiving element (12), dirty liquid collection element (13), residual dehumidification element (14), these carrying first raised contact bearing (15), second raised contact bearing (16) and between the third elevated contact bed (17) and the fluid management and stripping structures The aim is to support the reconstruction of the designed relative geometry. Gradual contact. Removable mechanical 25 between the cleaning cassette (10) and the cleaning body. The primary function of the connector is to guide the cassette to its operating position. It should be kept in place during use and released by the user when maintenance is required. It is possible to release it. In this context, the cleaning cassette can be locked with the locking tab (21). The claw corresponds to the socket (22) forming the preferred mechanical locking structure. Together, they provide the same positioning and detachable connection function, interlocking, 30 Elastic clamping or similar mechanical connection geometries are also used in cleaning cassettes. insertion slot (18), cleaning cassette guide projection (19) and cleaning cassette It can be constructed in a way that can be used together with the guide channel (20). 23 Removing the liquid film remaining on the glass surface after the phased cleaning process. For this purpose, scraper structures are located on opposite sides of the cleaning system. First scraper conveyor channel (24), conveyor for first elastic scraper blade (25) and It creates a fixing geometry. The first elastic scraper blade (25), the first The scraper is held in or on the conveyor channel (24) and the free scraping edge is 5 It is positioned in such a way as to create elastic contact with the glass surface. First Elastic scraper blade (25) for scraping liquid from silicone, rubber, elastomer or glass surface. It can be made from another suitable elastic material. The second scraper conveyor channel (26) carries the second elastic scraper blade (27) on the opposite side. and creates the fixing geometry. The second elastic scraper blade (27), the second 10 The scraper is held in or on the conveyor channel (26) and the free scraping edge It creates elastic contact with the glass surface. With the first scraper carrier channel (24) second scraper conveyor channel (26), stepped contact cleaning cassette (10) or the said on the cleaning housing where the cassette is located, they are positioned opposite each other. It can be formed. Thus, the first elastic scraper blade (25) and the second elastic 15 between the scraper blade (27) coarse dirt removal element (12), dirty liquid collection element (13) and now the graded cleaning zone created by the dehumidifier (14) It can be found. the mutual between the first elastic scraper blade (25) and the second elastic scraper blade (27) Placement, magnetic window cleaning device (1) first movement on the glass surface 20 When it moves in that direction, the scraper structure remaining on the side following the direction of movement It scrapes off the liquid film on the surface, and when the direction of movement is reversed, it forms on the opposite side. This allows the existing scraper structure to transition to the next scraping position. Thus, dual-use is possible only with the magnetic window cleaning device (1) This does not mean that its body can be moved in two directions; the scraper elements are 25 Movement thanks to their geometrically aligned arrangements according to the stepped cleaning zone. a mechanical stripping mechanism that adapts to the change in direction is being brought in. The first elastic scraper blade (25) and the second elastic scraper blade (27), incremental cleaning Although positioned on opposite sides of the region, the aforementioned scraper is 30 The blades must be identical in shape, length, thickness, elasticity, or suitability for the glass surface. It is not necessary to create it in the same angular position. With the first elastic scraper blade (25) The second elastic scraper blade (27) is designed to fit the characteristics of the surface to be cleaned, on the glass surface. 24 the anticipated stripping effect and the opposing directions of movement of the apparatus They have different geometric or elastic properties depending on the working conditions. It can be created. Despite this differentiation, with the first elastic scraper blade (25) second elastic scraper blade (27), on opposite sides of the stepped cleaning zone by positioning the magnetic window cleaning apparatus (1) in opposite directions of movement 5 a mechanical stripping system that allows the stripping function to be maintained It brings. The graded contact cleaning cassette (10) has different cleaning zones between them. Intermediate zone liquid separation channel designed to limit the uncontrolled passage of dirty liquid (28) It is located. Intermediate zone liquid separation channel (28), coarse dirt removal element (12), dirty liquid 10 by being formed between the collection element (13) and / or residual dehumidification element (14) and adjacent It creates a physical fluid separation zone between the cleaning areas. This occurs as a result of the cleaning elements becoming stuck against the glass surface. the liquid exiting from the elements passes directly to the adjacent cleaning element. The region is limited by a liquid separation channel (28) and the liquid is confined to a defined 15 Taking the evacuation route is supported. The intermediate region is contaminated in direct or indirect liquid contact with the liquid separation channel (28). There is a liquid drain channel (29). Dirty liquid drain channel (29), cleaning cassette The carrier body (11) has a designated area for the dirty liquid coming from the cleaning zones. It creates a physical flow path that allows it to move in that direction. 20 The dirty liquid drain channel (29) can be formed as a single channel or different cleaning channels. It may have multiple channel branches where flows from different regions converge. Liquid movement in the dirty liquid drain channel (29), channel geometry, use of the apparatus to take advantage of its location, cleaning action and / or the effect of gravity It can be accomplished. 25 Dirty liquid collection tank (30) in contact with the dirty liquid discharge channel (29) It has a dirty liquid collection tray (30), which allows for gradual cleaning during cleaning. temporary acceptance of the fluid removed from the areas and stripping zones It creates volume for the purpose of collecting dirty liquid. Dirty liquid collection tank (30), A recessed volume created inside the cleaning cassette carrier body (11), partly 30 a separate collection connected with a closed compartment or cleaning cassette carrier body (11) It can be formed in the form of a region. Dirty liquid collection tank (30), stepped contact When the cleaning cassette (10) is removed, it can be cleaned, washed and / or the accumulated contents inside can be removed. It can be configured to allow for the drainage of the liquid. Dirty liquid drainage. The relationship of fluid transmission between the channel (29) and the dirty liquid collection tank (30) is magnetic. without being limited to a single use of the window cleaning device (1) with channel and acceptance geometries that will allow use in different orientations It is possible to create it. 5 In order to physically restrict the movement of fluid between cleaning zones. There is a liquid barrier protrusion (31). The liquid barrier protrusion (31) is the cleaning cassette. a raised boundary between adjacent cleaning zones on the carrier body (11) by causing the dirty liquid to move surface in the unwanted direction. It limits the liquid barrier protrusion (31), especially the coarse dirt removal element (12) or 10 The heavily soiled liquid in the dirty liquid collection element (13) area is now a dehumidifier element. (14) It can be positioned in such a way as to reduce its direct access to the area. The region liquid separation channel (28) and the liquid barrier protrusion (31), one for acceptance and separation of liquid One can function as a pathway, while the other forms a physical boundary. Glass 15 by first elastic scraper blade (25) and / or second elastic scraper blade (27) the liquid removed from the surface onto the stepwise contact cleaning cassette (10) Scraper discharge chute (32) to reduce uncontrolled spread. It is located. Scraper discharge chute (32), first elastic scraper blade (25) and / or second elastic scraper blade (27) is created adjacent to or in close proximity to where it can accept liquid. and accepts the liquid separated from the glass surface by the scraper blade. Scraper 20 discharge chute (32), dirty liquid discharge channel (29) directly or through an intermediate transition zone It is arranged in the liquid communication through the scraper discharge chute (32) The liquid taken by the dirty liquid discharge channel (29) through the dirty liquid collection tank (30) can be transferred in that direction. Intermediate zone liquid separation channel (28), dirty liquid discharge channel (29), dirty liquid collection tank 25 (30), liquid barrier protrusion (31) and scraper discharge chute (32) together mechanically contaminated liquid It forms a management network. Within this network, the cleanup zones are released. The passage of the dirty liquid in the unwanted direction is through the intermediate region liquid separation channel (28) and liquid is confined through the liquid barrier protrusion (31); the liquid is contaminated by the liquid discharge channel (29) It is drawn in and transferred towards the dirty liquid collection tank (30). First 30 from the glass surface by elastic scraper blade (25) or second elastic scraper blade (27) The separated liquid is then included in the same liquid management network via the scraper discharge chute (32). This process ensures that only the liquid resulting from cleaning and scraping is removed. 26 not its removal from the glass surface, but its subsequent movement on the cleaning body It is managed through physical structures. Magnetic window cleaning device (1) is moved inside by the user. The handle (33) that provides holding and guiding function on the cleaning body (2) The handle (33) is located. The user applies pulling, pushing and changing direction 5 controlled transfer of forces onto the internal cleaning body (2) It provides. The handle (33) is integrated with the internal cleaning housing (2) or in the form of a separate structure mechanically attached to the body in question can be created. Circumference 10 around the inner cleaning housing (2) and / or outer cleaning housing (3) There is a protective buffer (34). The environmental protective buffer (34) is the relevant cleaning buffer. direct impact that the body may have with the window frame or surrounding structures elastic, flexible or shock-absorbing to limit hard contact. It can be created in this way. The environmental protective bumper (34) surrounds the body. uninterrupted throughout or in specific areas where the probability of collision is high 15 It can be partially regulated in these regions. Magnetic window cleaning device (1) also has a curved corner transition surface (35) It is located. The curved corner transition surface (35) is on the outside of the relevant cleaning body. by reducing the sharp corner geometry around the window frame or peripheral structures. It limits the tendency of the body to get caught and suddenly change direction during contact. 20 The curved corner transition surface (35) works together with the perimeter protective buffer (34). The movement of the cleaning body is more efficient, especially in the edge and corner areas of the glass. controlled maintenance and internal cleaning body (2) and external cleaning body (3) the disruption of mutual magnetic alignment between them due to sudden collisions It contributes to its reduction. 25 Magnetic connection between the outer cleaning housing (3) and the inner cleaning housing (2) If it weakens or breaks down during use, the outer cleaning body (3) There is a safety rope (36) which provides secondary mechanical safety. The safety rope (36) is external. When the cleaning body (3) is detached from the magnetic coupling, the body in question 30 mechanical strength to limit its uncontrolled sway or fall It is formed. The safety rope (36) is connected to the outer cleaning body (3) during use. long enough to allow for coordinated movement, and a stepped contact cleaning cassette. 27 (10), first elastic scraper blade (25), second elastic scraper blade (27) and glass surface It is arranged in a connection position where unwanted interaction will be reduced. A mechanical connection is established between the safety rope (36) and the external cleaning body (3). There is a safety rope attachment loop (37). Safety rope attachment loop (37), the pulling force that may occur on the safety rope (36) outer cleaning body (3) 5 and / or transfer to the outer body carrier base (5). Safety rope There is a safety rope fixing slot (38) associated with the connecting ring (37). Safety rope fixing slot (38), safety rope attachment ring (37) and / or safety rope (36) creates a mechanical fixing zone on the outer cleaning body (3). bringing and transferring the forces resulting from the safety connection to the load-bearing structure 10 It supports transfer. Safety rope fixing slot (38), external body carrier either integrated with the base (5) or separately attached to the external cleaning body (3). It can be formed in the form of a fastening piece. The magnetic window cleaning device (1) is placed on the glass surface for use inside The cleaning body (2) is on the accessible side of the glass, and the outer cleaning body (3) is on the 15 side of the glass. It is located on the opposite side. Internal magnetic coupling group (6) and external magnetic Magnetic attraction occurs between the connection group (7) through the glass as a result of the internal magnetic attraction. The cleaning body (2) and the outer cleaning body (3) maintain their respective positions and The cleaning elements are pressed against the respective glass surfaces. User grip The movement that it applies to the internal cleaning body (2) via its lever (33), magnetic 20 Through interaction, the external cleaning body (3) is transferred onto the two The cleaning bodies follow each other on opposite surfaces of the glass. During the cleaning action, coarse dirt removal element (12), dirty liquid collection element (13) and now the dehumidifying element (14), respectively the first raised contact bed (15), the second 25 by raised contact bearing (16) and third raised contact bearing (17) It comes into contact with the glass surface under the mechanical transport conditions created. Coarse dirt removal element (12) for the removal of coarse dirt and particles, dirty liquid collection element (13) is used to retain the liquid mixed with dirt, while element (14) is used to follow the dehumidifier. In the following stage, it helps to reduce the residual moisture remaining on the surface. The subject is the transport levels and / or compression conditions of the cleaning elements. 30 by differentiating the stepped contact cleaning cassette (10) physically A defined cleaning relationship is established. 28 The coarse dirt removal element (12) removes the dirty liquid that occurs during cleaning, dirty liquid between the collection element (13) and the dehumidifier element (14) in an uncontrolled manner its progress through the intermediate region liquid separation channel (28) and liquid barrier protrusion (31). It is restricted. The separated liquid is transferred towards the dirty liquid discharge channel (29) and Dirty liquid is accepted in the collection container (30). Gradual cleaning 5 The liquid film remaining on the glass surface after the process is classified as primary depending on the direction of movement. being scraped by the elastic scraper blade (25) or the second elastic scraper blade (27); The scraped liquid is accepted by the scraper discharge chute (32) and the dirty liquid is discharged through the drain channel. The dirty liquid is transferred from (29) towards the collection tank (30). When the magnetic window cleaning device (1) is moved in the opposite direction, the 10-step process is completed. with the first elastic scraper blade (25) located on opposite sides of the cleaning area The scraper element follows the direction of movement thanks to the second elastic scraper blade (27). It can maintain the stripping function. Thus, it allows the user to move in any direction. In case of change, detach the magnetic window cleaning device (1) from the glass surface, reverse 15 is being reduced. When the incremental contact cleaning cassette (10) gets dirty or requires maintenance Locking the cleaning cassette using the cleaning cassette release tab (23) mechanical connection between the claw (21) and the locking claw counterpart (22) unraveling and step-by-step contact cleaning cassette (10) cleaning cassette placement 20 It is removed from its housing (18). Step-by-step contact cleaning cassette (10) When removed, the coarse dirt removal element (12), the dirty liquid collection element (13) and residual moisture Receiving element (14) can be cleaned; intermediate liquid separation channel (28), dirty liquid discharge channel (29), dirty liquid collection tank (30) and scraper discharge chute (32) inside Accumulated dirt and liquid can be removed. 25 After the maintenance procedure, the cleaning cassette guide projection (19), cleaning cassette Cleaning the step-by-step contact cleaning cassette (10) by pairing with the guide channel (20). The cassette is directed into the cassette insertion slot (18) and the cleaning cassette is locked. mechanical reconnection with the claw (21), locking claw counterpart (22). It is installed. Thus, the step-by-step contact cleaning cassette (10) is reassembled 30 when first raised contact bearing (15), second raised contact bearing (16), third elevated contact bed (17), cleaning elements and fluid management structures This allows for the re-establishment of the predetermined geometric relationship between them. 29 The mechanical integrity of the invention includes the internal magnetic coupling group (6) and the external magnetic The connection group (7) is equal between the inner cleaning body (2) and the outer cleaning body (3). It supports the occurrence of movement and contact force towards the glass surface; first raised contact bearing (15), second raised contact bearing (16) and third raised contact bed (17), coarse dirt removal element (12), dirty liquid collection element 5 (13) and now different mechanical contact conditions occur for the dehumidifying element (14). bringing; cleaning cassette insertion slot (18), cleaning cassette guide projection (19), cleaning cassette guide channel (20), cleaning cassette locking tab (21), locking tab counter socket (22) and cleaning cassette release tab (23), A removable and repeatable 10 for the stepped contact cleaning cassette (10). a positioning relationship is created; the first elastic scraper blade (25) and the second elastic scraper blade (27) ensures the scraping function is maintained in opposite directions of movement. supporting; intermediate zone liquid separation channel (28), dirty liquid discharge channel (29), dirty liquid collection chamber (30), liquid barrier protrusion (31) and scraper discharge chute (32) the movement of the dirty liquid inside the apparatus during cleaning and scraping 15 He physically controls it. The invention includes a coarse dirt removal element (12), a dirty liquid collection element (13) and a residue Materials, surface textures, thicknesses and elastics used for the dehumidifier (14) Although the features can be modified according to the conditions of use, the mechanical nature of the invention... in its structure, these elements are in defined positions relative to each other 20 holding and first raised contact bearing (15), second raised contact bearing (16) and through the third raised contact bed (17) different contact conditions The possibility of creating it is preserved. Similarly, the intermediate region liquid separation channel (28), dirty liquid drain channel (29), dirty liquid collection tank (30), liquid barrier protrusion (31) and scraper The exact cross-section geometries, dimensions and numbers used for the drain chute (32) are 25 Although it may vary depending on the application, the structures in question are used for cleaning the dirty liquid. restricting the uncontrolled flow between regions and directing the liquid to a designated collection point The primary focus is on directing people to that region. Thus, the stepped contact cleaning cassette (10) is only a replaceable cleaning cassette. It is not a carrier material; it is the mechanical contact of different cleaning elements with the glass surface. 30 defining contact conditions, maintaining the relative positions of cleaning elements, dirty It incorporates physical structures that regulate fluid movement and can be disassembled and reassembled. a functional design that allows the working geometry to be re-established when installed It forms a mechanical system. The first elastic scraper blade (25) and the second elastic The scraper blade (27) is not an independent scraper element but a stepped cleaning element. The scraper discharge chute (32), located on opposite sides of the region, and the dirty liquid functionally associated with the drain channel (29) and the dirty liquid collection tank (30) They function as parts of the stripping mechanism. 5 The structural elements of the magnetic window cleaning device (1) are used mechanical loads, humidity, cleaning fluids, and repeated disassembly they will be exposed to during the process. They can be manufactured from different production materials, taking into account the fitting processes. Inside cleaning body (2), outer cleaning body (3), inner body carrier base (4), outer body carrier base (5), cleaning cassette carrier body (11), cleaning cassette placement 10 such as the slot (18), first scraper conveyor channel (24) and second scraper conveyor channel (26) The load-bearing and forming elements are made of polymer-based materials, composites. from materials or other manufacturing materials suitable for the conditions of use can be produced. The geometries of these elements can be produced by molding, injection molding, pressing, extrusion, machining or one of the suitable mass production methods or 15 It can be created using several of them. The first raised contact bearing (15), the second raised contact bed (16), third raised contact bed (17), intermediate zone fluid separation channel (28), dirty liquid discharge channel (29), dirty liquid collection tank (30), liquid Cleaning of geometric structures such as barrier protrusion (31) and scraper discharge chute (32) It is possible to produce the cassette integrated with the carrier body (11), as well as the production 20 and manufactured in separate parts depending on assembly requirements for cleaning. It is also possible to assemble the cassette on the carrier body (11). The removable structure of the stepped contact cleaning cassette (10) has a magnetic window. depending on the usage time and degree of contamination inside the cleaning apparatus (1) Cleaning elements that may require more frequent maintenance are 25 inches from the main carrier bodies. allows for independent cleaning, maintenance or replacement It provides coarse dirt removal element (12), dirty liquid collection element (13) and residual moisture. The receiving element (14) is made of materials suitable for different surface cleaning requirements. can be produced; first elastic scraper blade (25) and second elastic scraper blade (27) 30 obtained from materials that can exhibit elastic deformation under repeated glass contact. It can be done. Cleaning cassette guide projection (19), cleaning cassette guide channel (20), cleaning cassette locking tab (21), locking tab counterpart (22) and mechanical system created via cleaning cassette release tab (23) 31 The connection arrangement also requires a complex connection for the stepped contact cleaning cassette (10). disassembly, maintenance and reassembly operations without requiring equipment It can be produced in a way that will enable its realization. This structure is the same. Over time, the main cleaning bodies have continued to be used and require maintenance. The cleaning elements and the cassette structure that carries them can be sold separately if necessary. 5 It allows for renewal. Magnetic window cleaning device (1), repeatable structural elements The ability to produce these elements with different geometries, and to assemble them together through assembly. to be brought in and exposed to wear or contamination during cleaning Thanks to its modular mechanical structure that allows for the maintenance or replacement of sections, 10 Household window cleaning tools, professional glass cleaning equipment, building maintenance and manufactured in industrial areas where cleaning products and similar cleaning equipment are produced. It is capable of being cleaned. Between the inner cleaning body (2) and the outer cleaning body (3) magnetic coupling arrangement, stepped contact cleaning cassette (10) structure, reciprocal Physical dimensions of scraper elements and dirty liquid management structures and their relative 15 Magnetic interaction conditions created by magnetic junction groups, different glass according to their thickness, cleaning surface dimensions and usage conditions It can be customized; different sizes and configurations while maintaining the same mechanical working principle. This allows for the creation of products with sufficient capacity. In this respect, the invention's structure... components available for plastic molding, elastomer production, textile-based cleaning 20 component production, using magnet assembly and mechanical joining techniques It can be produced in a repeatable manner and assembled into a final product. As a result, the magnetic window cleaning apparatus (1) which is the subject of the invention; inner cleaning body The magnetic co-movement relationship between (2) and the outer cleaning body (3) is responsible for coarse dirt removal. Physical 25 for element (12), dirty liquid collection element (13) and residual dehumidification element (14) as differentiated contact conditions, detachable and repositionable to the same working position. The structure of the steerable stepped contact cleaning cassette (10) is mutual positioned first elastic scraper blade (25) and second elastic scraper blade (27) its structure and the way it separates and restricts the passage of the dirty liquid that occurs during cleaning, The cooperation of the mechanical structures that evacuate and collect within the same system. 30 It is based on the principle of working in a magnetic field. Thus, the opposite surfaces of the glass become magnetic. In addition to being cleaned with successive cleaning bodies, different Separation of cleaning functions in terms of mechanical contact conditions, cleaning 32 Maintaining the relative positions of the components after maintenance and reassembly, the stripping function can be maintained in opposite directions of movement and during cleaning The resulting contaminated liquid flows uncontrollably between cleaning zones. Its movement is restricted through physical structures.

Claims

33 REQUESTS 1. Magnetic window cleaning device (1) and on opposite sides of the glass surface a positionable inner cleaning body (2) and an outer cleaning body (3), glass between the inner cleaning body (2) and the outer cleaning body (3) an internal magnetic junction that creates mutual magnetic interaction 5 It includes a group (6) and an external magnetic coupling group (7), and its characteristic is; coarse dirt receiving element (12), dirty liquid collection element (13) and residual dehumidifier element (14) a stepped contact containing a cleaning cassette carrier body (11) cleaning cassette (10); coarse dirt removal element (12), dirty liquid collection element (13) and now the dehumidifier element (14) has different mechanical 10 surfaces from each other. the cleaning in question will ensure that it makes contact under the given contact conditions. first raised contact bearing (15) carrying its elements, second raised contact bed (16) and third raised contact bed (17); stepped contact magnetic by positioning the cleaning cassette (10) on opposite sides The scraping function of the window cleaning apparatus (1) in opposite directions of movement 15 first elastic scraper blade (25) and second elastic scraper which ensure its continuation to the blade (27); uncontrolled passage of dirty liquid between cleaning zones the intermediate region that directs the dirty liquid into the liquid separation channel (28), the acceptance of the directed dirty liquid into the dirty liquid discharge channel (29) It is characterized by having a dirty liquid collection tank (30) which provides 20 2. Magnetic window cleaning device (1) according to claim 1, its feature is; internal magnetic on the inner cleaning housing (2) of the connection group (6) and the outer magnetic connection mutual magnetic interaction on the outer cleaning body (3) of the group (7) and the internal magnetic field in question magnetic 25 located within the external magnetic coupling group (6) and external magnetic coupling group (7) having a magnetic element housing (8) for placing the elements It is characterized by...

3. Magnetic window cleaning device (1) according to claim 2, its feature is; magnetic Use of magnetic elements located in element housing (8) will limit its displacement during this process and keep the magnetic elements in question outside 30 connected to the magnetic element housing (8) in a way that will protect against environmental effects. It is characterized by having a magnetic element protective cover (9).

4. Magnetic window cleaning device (1) according to claim 1 or 2, its feature is; inside forming the structural transport section of the cleaning body (2) and internal magnetic 34 inner cleaning housing (2) which provides the position of the connection group (6) on the inner cleaning housing (2) structural support of the body carrier base (4) and the outer cleaning body (3) forming the section and external cleaning of the external magnetic coupling group (7) having an external body carrier base (5) which provides its position on the body (3). It is characterized by being 5 5. Magnetic window cleaning device (1) according to claim 1, its feature is; stepped The coarse dirt removal element (12) located within the contact cleaning cassette (10) is dirty the liquid collection element (13) and the residual dehumidification element (14) relative to each other transportation to designated locations and during the use of those locations 10 It has a cleaning cassette carrier body (11) which ensures its protection. It is characterized by...

6. Magnetic window cleaning device (1) according to claim 5, its feature is; cleaning The first carrying the coarse dirt removal element (12) on the cassette carrier body (11). The raised contact bearing (15) carries the second dirty liquid collection element (13). The third 15 bearing the raised contact bed (16) and the residual dehumidifier element (14) raised contact bed (17), coarse dirt removal element (12), dirty liquid collection element (13) and now dehumidification element (14) are different from each other with the glass surface. structured to enable contact under mechanical contact conditions It is characterized by its being.

7. Magnetic window cleaning device (1) according to claim 6, its feature is; first 20 raised contact bearing (15), second raised contact bearing (16) and third raised contact bearing (17) relative to the cleaning cassette carrier body (11) Levels of extension towards the glass surface, support areas, surface geometries and / or coarse dirt removal element (12), dirty liquid collection element (13) and residual moisture Mechanical conveying that allows the receiving element (14) to be compressed towards the glass surface 25 by being differentiated from each other in terms of at least one of their geometries It is characterized by...

8. Magnetic window cleaning device (1) according to claim 6 or 7, its feature is; coarse dirt removal element (12), dirty liquid collection element (13) and residual dehumidification element (14), according to the cleaning action on the stepped contact cleaning cassette (10) 30 This will create successive functional cleaning zones and the aforementioned The elements will maintain their defined relative positions during use. positioned on the cleaning cassette carrier body (11) It is characterized by... 35 9. Magnetic window cleaning device (1) according to claim 5, its feature is; stepped The contact cleaning cassette (10) can be detached from the relevant cleaning housing. placement and the aforementioned step-by-step contact cleaning cassette (10) cleaning cassette that enables acceptance at the specified working position It is characterized by having a mounting slot (18). 5 10. Magnetic window cleaning device (1) according to claim 9, its feature is; stepped contact cleaning cassette (10) into the cleaning cassette insertion slot (18) will ensure that it is directed to the specified working position during installation. cleaning cassette guide structured in a compatible manner 10 characterized by having a protrusion (19) and a cleaning cassette guide channel (20) is being done.

11. Magnetic window cleaning device (1) according to claim 10, its feature is; stepped contact cleaning cassette (10) cleaning cassette insertion slot (18) to be kept in its designated working position during use Cleaning cassettes that mechanically interlock with each other to provide 15 Having a locking tab (21) and a locking tab counterpart (22) It is characterized by...

12. Magnetic window cleaning device (1) according to claim 11, its feature is; cleaning The cassette locking tab (21) is formed by the locking tab counterpart socket (22). the mechanical clamping it provides can be released in a controlled manner by the user. 20 release and step-by-step contact cleaning cassette (10) cleaning cassette The cleaning cassette is free, allowing it to be removed from the insertion slot (18). It is characterized by having a release protrusion (23).

13. Magnetic window cleaning device (1) according to claim 12, its feature is; cleaning cassette insertion slot (18), cleaning cassette guide projection (19), cleaning 25 cassette guide channel (20), cleaning cassette locking tab (21), locking tab The counter socket (22) and the cleaning cassette release tab (23), in stages Remove the contact cleaning cassette (10) from the relevant cleaning housing and When reinstalled, it is directed to the specified operating position. It is detachable and allows it to be mechanically held in the working position, and 30 in a way that creates a repeatable positioning pattern It is characterized by being mechanically related. According to claim 14, the magnetic window cleaning device (1) has the following features: first elastic on one side of the scraper blade (25) of the stepped contact cleaning cassette (10) 36 the first scraper conveyor channel (24) and the second elastic scraper which enables its transport carrying the blade (27) on the opposite side of the stepped contact cleaning cassette (10) It is characterized by having a second scraper conveyor channel (26) which provides is being done.

15. Magnetic window cleaning device (1) according to claim 14, its feature is; first 5 with the first elastic scraper blade (25) carried inside the scraper conveyor channel (24) second elastic scraper blade carried in second scraper conveyor channel (26) (27), on opposite sides of the stepped contact cleaning cassette (10) the magnetic window cleaning apparatus (1) counter-movement by positioning reciprocal mechanical 10 that will ensure the continuation of the stripping function in both directions It is characterized by being structured within the settlement.

16. Magnetic window cleaning device (1) according to claim 15, its feature is; first The shape, length of the elastic scraper blade (25) and the second elastic scraper blade (27) thickness, elasticity and / or angular position relative to the glass surface at least They are characterized by being differentiated from each other in terms of one another. 15 According to claim 17, the magnetic window cleaning apparatus (1) has the feature of removing coarse dirt. element (12), dirty liquid collection element (13) and residual dehumidification element (14) uncontrolled flow of dirty liquid between the different cleaning zones it creates intermediate zone liquid separation channel positioned to restrict passage (28) is characterized by having. 20 18. Magnetic window cleaning device (1) according to claim 17, its feature is; intermediate area uncontrolled separation between different cleaning zones by liquid separation channel (28) the transfer of contaminated liquid, whose passage is restricted, to a designated collection area. to the dirty liquid discharge channel (29) and the said dirty liquid discharge channel (29) Dirty liquid collection system that enables the acceptance of dirty liquid directed through it 25 It is characterized by having a reservoir (30).

19. Magnetic window cleaning apparatus (1) according to claim 18, its feature is; dirty liquid unwanted cleaning areas on the stepped contact cleaning cassette (10) will limit its spread and the contaminated liquid will be directed into the contaminated liquid discharge channel. (29) Liquid barrier positioned to support correct orientation 30 It is characterized by having a protrusion (31).

20. Magnetic window cleaning device (1) according to claim 19, its feature is; glass the liquid removed from the surface on the stepwise contact cleaning cassette (10) limiting the spread of dirty liquid into the drain channel (29) 37 and / or direct it toward the dirty liquid collection container (30) It is characterized by having a scraper discharge chute (32) positioned in this way. is being done. According to claim 21, the magnetic window cleaning device (1) has the following features: internal cleaning. The body (2) is grasped by the user and moved across the glass surface 5 on the internal cleaning body (2) in such a way as to enable it to be done It is characterized by having a positioned handle (33). According to claim 22.1, the magnetic window cleaning device (1) has the following features: internal cleaning. body (2) and / or external cleaning body (3) glass surface, window frame or direct hard contact that may occur with surrounding surfaces 10 the internal cleaning body (2) and / or external cleaning in a way that will limit the circumferential protective bumper (34) positioned around the body (3) and curved design to facilitate movement in corner areas It is characterized by having a corner transition surface (35). According to claim 23.1, the magnetic window cleaning device (1) has the following features: external cleaning 15 If the body (3) separates from the glass surface uncontrollably to the safety rope (36) to limit its escape and / or fall, The subject is the mechanical connection of the safety rope (36) with the outer cleaning body (3). the safety rope connection ring (37) and the safety rope (36) 20 with safety rope fixing slot (38) for creating the connection. It is characterized by its being.

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