Toilet cleaning device

Abstract

A toilet cleaning device having a surface (7) which is deformable to conform to the shape of a surface to be cleaned. The deformable surface (7) is on a cleaning head (6) in the shape of a convex disc made of anti-bacterial rubber. The perimeter of the cleaning head (6) is surrounded by a scraping rim (8) to assist in the removal of stubborn marks. The deformable surface (7) of the cleaning head (6) may have a plurality of teat-shaped projections (10).

Description

FIELD OF THE INVENTION[0001]The invention relates to a device for cleaning a toilet bowl and rim and for removing human waste therefrom.BACKGROUND TO THE INVENTION[0002]Conventional toilet brushes comprise a handle with an arrangement of bristles at one end and are made using a variety of moulding, assembly and manufacturing processes. These bristles can be scraped across the surface of the toilet bowl and under the rim of the toilet bowl to clean this surface and to remove human waste therefrom.SUMMARY OF THE INVENTION[0003]At its most general, the present invention proposes a toilet cleaning device having a surface which is able to conform to the shape of a surface to be cleaned.[0004]According to a first aspect of the invention, there may be provided a toilet cleaning device including a handle attached to a cleaning head having a deformable surface, which can conform to the shape of a surface to be cleaned. Therefore, when in use, the shape of the deformable surface can adapt to ...

AI Technical Summary

Benefits of technology

[0008]The deformable surface of the cleaning head of the toilet cleaning device may be made from rubber. The term “rubber” includes rubber-like materials, which are resiliently deformable and water-proof, such as silicon- and polyurethane-based polymers, e.g. silicone rubbers. As rubber is water-proof and non-absorbent, water is repelled from the deformable surface. Therefore, the cleaning head does not retain water and dries quickly after use. This reduces the spread of water, human waste and potentially harmful bacteria outside the toilet bowl and therefore, the likelihood of a pool of water, which can provide a breeding ground for potentially harmful bacteria, accumulating in the base of a holder used to store the toilet cleaning device. In addition, the water repellent properties of the cleaning head means that it may not be essential to store the device in a holder. For example, as it does not retain water after use, it can be stored on a hook. Furthermore, the deformable nature of rubber means that it can conform to the shape of the toilet bowl, providing contact between the deformable surface of the cleaning head and the surface of the toilet bowl over the area to be cleaned.

[0009]The deformable surface of the cleaning head of the toilet cleaning device may be made from an anti-microbial material, which includes anti-bacterial materials, such as anti-bacterial rubber. Such anti-bacterial materials may use silver ion technology or may comprise a biocidal agent. This may reduce the growth of potentially harmful bacteria on the cleaning head of the device.

[0010]The deformable surface of the cleaning head of the toilet cleaning device may be smooth or textured e.g. rough. For example, the deformable surface may have a plurality of projections for contacting the surface to be cleaned to facilitate a cleaning action. The projections may be resiliently deformable. Each projection may include an abutment region for contacting the surface to be cleaned in use. During rubbing movement of the cleaning (deformable) surface relative to the surface to be cleaned, the applied pressure on the cleaning surface may cause each abutment region momentarily to remain stationary with respect to the surface to be cleaned while the rest of the cleaning surface moves. When the resilience of each projection overcomes the applied pressure force, the projection will slip relative to the surface to be cleaned. This slipping (stick and release) action may occur repeatedly as the cleaning surface is moved across the surface to be cleaned. The stick and release action may improve the cleaning ability of the device compared with a plain (non-textured) surface. The projections may have one or more further sub-projections on their surface. The projections may be teat-shaped.

[0011]The cleaning head of the toilet cleaning device may be flexibly attached to the handle. For example, it may be attached by a flexible joint. The flexible joint may permit variation of an angle between the handle and the cleaning head. For example, the cleaning head may be tiltable to vary an angle between the deformable surface and the handle. This flexibility may aid access of the cleaning head to awkward-to-reach locations. This flexible joint may be a hinge, a bendable neck or a multi-directional, universally flexible joint. The cleaning head may be attached to the handle by a flexible neck. The neck may be a narrow collar between the cleaning head and the handle. The flexible joint or neck may allow the cleaning head of the device to contact parts of the toilet bowl which are difficult to reach e.g. under the rim of the toilet bowl.

[0012]According to a second aspect of the invention, there may be provided a kit which includes a toilet cleaning device as described above and a storage part. The storage part may be a docking saucer, a suction cup or a hook. The docking saucer may include a recess arranged to receive the cleaning head. Projections on the surface of the cleaning head may introduce a gap between the docking saucer and the cleaning head to permit circulation of air around the cleaning head to aid drying of the device and to reduce any moisture, which can promote the growth of bacteria. The toilet cleaning device may also be stored on a hook or a suction cup, which allows it to be stored off the floor and concealed from view.

[0013]The toilet cleaning device may be manufactured by bi-injection. This can facilitate the generation of the desired combination of flexibility, rubber-like texture, rigidity and hygiene, as well as being economically favourable. Preferably, two anti-bacterial polymer derived materials are used, which results in a watertight one-piece structure, thereby helping to reduce the accumulation and growth of germs or bacteria on the device following use. Various other methods may also be used to make the toilet cleaning device, including mono-injection. Bi- and mono-injection may be followed by the steps of insert moulding and assembly.

Problems solved by technology

Furthermore, as there are no openings or bristles on the surface of the cleaning head, this surface can provide a less favourable environment for growth of bacteria compared to conventional toilet brushes.

Images