Abstract: 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.

Abstract: The present disclosure provides a broom, specifically a broom head that is made of a single mold and therefore is a single-piece molded article. The broom includes a base member having two opposite faces, a bottom face and a top face. The base member is elongated along a longitudinal direction between first and second ends. An array of bristles intended to perform the sweeping activity protrudes from the bottom face and a rod receptacle configured to receive a rod for handling the broom protrudes from the top face. Each of the bristles of the array is spaced apart from any other bristle. To facilitate utilizing the broom also to sweep small particles, the broom further includes a fine dust sweeping element that protrudes from the bottom face, typically from an edge of the base member extending between the first and second ends.

Abstract: The present disclosure provides a cleaning device for cleaning surfaces, typically planar surfaces. The cleaning device includes two functioning elements, a mopping element for allowing mopping the surface with a mop and a wiper element for wiping the surface, typically wiping a portion of the surface that have been mopped by the mop of the mopping element to complete the cleaning process. The cleaning device is designed that one of the elements is further formed with a head unit that is configured to receive an end of a handle, e.g. a rod and the other element is capable of rotating about an axis to allow efficient cleaning process by the device at different portions of the surface in different distances from the subject using the device. Typically, the head unit is formed on the wiper element, the mopping element is capable of rotating about a central axis thereof and the two elements are integrally coupled to one another, e.g. by gluing intended coupling portions of the two elements to one another.

Abstract: The present disclosure discloses a window cleaning device for cleaning a window. 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, from the other side of the window. 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.

Abstract: Provided is a mopping unit including: a mop base, a head unit and a coupling element; wherein the coupling element having two parallel elongated reinforcing end segments integral with and flanking a central, coupling segment; the base, being a single-piece molded article having a bottom face and a top face; two elongated bores are formed in elongated abutments on the top face, each accommodating one of the two reinforcing end segments; the base being configured for attaching a mopping substrate on the bottom face; and wherein the head unit being pivotally coupled to said central segment to permit it to pivot about a first axis essentially parallel to said central segment and including a receptacle for an end of a mopping handle.

Abstract: Provided is a mopping unit including: a mop base, a head unit and a coupling element; wherein the coupling element having two parallel elongated reinforcing end segments integral with and flanking a central, coupling segment; the base, being a single-piece molded article having a bottom face and a top face; two elongated bores are formed in elongated abutments on the top face, each accommodating one of the two reinforcing end segments; the base being configured for attaching a mopping substrate on the bottom face; and wherein the head unit being pivotally coupled to said central segment to permit it to pivot about a first axis essentially parallel to said central segment and including a receptacle for an end of a mopping handle.