A cleaning assembly cleans a multi layered glass window having at least two glasses forming an internal space. The cleaning assembly includes an internal magnetic body and an outer magnetic body. The internal magnetic body is disposed in the internal space of the glass window. The internal magnetic body includes an internal magnetic module including two or more pair of magnetic parts spaced apart from each other, a housing receiving each of the internal magnetic modules, and a bracket forming each of the housings as one structure, the pair of magnetic parts including two magnets facing each other by repulsion. The outer magnetic body includes an outer magnetic module attracted with the internal magnetic module, and a cleaning part surface contacted with an outer surface of the glass window by the attraction to clean the outer surface of the glass window corresponding to the outer magnetic module.

A cleaning apparatus has a first magnetic board device and a second magnetic board device. The first magnetic board device has a first plate body, a first magnet, a first fastening member and a first cleaning pad. The first plate body and the first cleaning pad are attached to each other via the first fastening member. The first magnet is disposed on the first plate body. The second magnetic board device has a second plate body, a second magnet, a second fastening member and a second cleaning pad. The second plate body and the second cleaning pad are attached to each other via the second fastening member. The second magnet is disposed on the second plate body. The first magnet and the second magnet are magnetically attracted to each other, such that the first cleaning pad and the second cleaning pad are located adjacent to and facing towards each other.

A cleaning apparatus has a first magnetic board device and a second magnetic board device. The first magnetic board device has a first plate body, a first magnet, a first fastening member and a first cleaning pad. The first plate body and the first cleaning pad are attached to each other via the first fastening member. The first magnet is disposed on the first plate body. The second magnetic board device has a second plate body, a second magnet, a second fastening member and a second cleaning pad. The second plate body and the second cleaning pad are attached to each other via the second fastening member. The second magnet is disposed on the second plate body. The first magnet and the second magnet are magnetically attracted to each other, such that the first cleaning pad and the second cleaning pad are located adjacent to and facing towards each other.

A glass cleaning system that includes: a two-ply cloth, a first side of the two-ply cloth and a second side of the two-ply cloth; a plastic insert within the two-ply cloth; a plurality of magnets secured on the plastic insert; and a handle system on the first side of the two-ply cloth and the second side provides a cleaning surface. The plurality of magnets work in conjunction with a second plurality of magnets within a second two-ply cloth to clean a glass surface. Preferably, the plurality of magnets include neodymium magnets and the handle system includes two loop handles.

A glass cleaning system that includes: a two-ply cloth, a first side of the two-ply cloth and a second side of the two-ply cloth; a plastic insert within the two-ply cloth; a plurality of magnets secured on the plastic insert; and a handle system on the first side of the two-ply cloth and the second side provides a cleaning surface. The plurality of magnets work in conjunction with a second plurality of magnets within a second two-ply cloth to clean a glass surface. Preferably, the plurality of magnets include neodymium magnets and the handle system includes two loop handles.

An electric window cleaning device includes an operating portion and a wiping portion which are attracted to both sides of a glass of a window by magnets, and are free to move along the glass by virtue of balls. The wiping portion includes a power mechanism and a power supply device. The power mechanism includes an output shaft, a rotary disc and a duster removably fixed to the rotary disc. The power device includes a switch and a battery which are electrically connected to the power mechanism. When the power mechanism is turned on, the output shaft rotates the rotary disc and the duster to clean the outer surface of the glass, as an user moves the operating portion which is attracted to the inner surface of the glass, the wiping portion will also move along the outer surface of the glass to perform cleaning operation.

A cleaning assembly cleans a multi layered glass window having at least two glasses forming an internal space. The cleaning assembly includes an internal magnetic body and an outer magnetic body. The internal magnetic body is disposed in the internal space of the glass window. The internal magnetic body includes an internal magnetic module including two or more pair of magnetic parts spaced apart from each other, a housing receiving each of the internal magnetic modules, and a bracket forming each of the housings as one structure, the pair of magnetic parts including two magnets facing each other by repulsion. The outer magnetic body includes an outer magnetic module attracted with the internal magnetic module, and a cleaning part surface contacted with an outer surface of the glass window by the attraction to clean the outer surface of the glass window corresponding to the outer magnetic module.

A cleaning assembly cleans a multi layered glass window having at least two glasses forming an internal space. The cleaning assembly includes an internal magnetic body and an outer magnetic body. The internal magnetic body is disposed in the internal space of the glass window. The internal magnetic body includes an internal magnetic module including two or more pair of magnetic parts spaced apart from each other, a housing receiving each of the internal magnetic modules, and a bracket forming each of the housings as one structure, the pair of magnetic parts including two magnets facing each other by repulsion. The outer magnetic body includes an outer magnetic module attracted with the internal magnetic module, and a cleaning part surface contacted with an outer surface of the glass window by the attraction to clean the outer surface of the glass window corresponding to the outer magnetic module.

The present disclosure discloses a window cleaning device. The device is constituted by two cleaning units, each is configured to be attached to a different side of the window due to attraction force of the other cleaning unit. The attraction force is applied by magnetic members that are embedded in each of the cleaning units and each of them is configured to be magnetically coupled with at least one magnetic member of the other unit. Once the cleaning units are attached to the window, the window is engaged either by integral wipers of the cleaning unit and/or cleaning cloths attachable to the cleaning units to perform the cleaning process by the device. The cleaning units are each a single-piece molded article made of rubber, silicone rubber, elastomeric material or a thermosetting material, namely a relatively soft material, softer than the plastic material forming the known window cleaning devices.

The present disclosure discloses a window cleaning device. The device is constituted by two cleaning units, each is configured to be attached to a different side of the window due to attraction force of the other cleaning unit. The attraction force is applied by magnetic members that are embedded in each of the cleaning units and each of them is configured to be magnetically coupled with at least one magnetic member of the other unit. Once the cleaning units are attached to the window, the window is engaged either by integral wipers of the cleaning unit and/or cleaning cloths attachable to the cleaning units to perform the cleaning process by the device. The cleaning units are each a single-piece molded article made of rubber, silicone rubber, elastomeric material or a thermosetting material, namely a relatively soft material, softer than the plastic material forming the known window cleaning devices.