Disclosed herein are cleaning system and personal hygience maintaining system and methods of their use. A cleaning system includes a number of plies of dampened tissue papers arranged in a pre-defined shape and size. The cleaning system also includes a protective covering configured to enclose the plies of dampened tissue papers. The protective covering is configured to protect dampness of the enclosed plies of dampened tissue papers. The protective covering also includes an opening from where at least one of the plies of dampened tissue papers is pulled out for use.

Disclosed herein are cleaning system and personal hygience maintaining system and methods of their use. A cleaning system includes a number of plies of dampened tissue papers arranged in a pre-defined shape and size. The cleaning system also includes a protective covering configured to enclose the plies of dampened tissue papers. The protective covering is configured to protect dampness of the enclosed plies of dampened tissue papers. The protective covering also includes an opening from where at least one of the plies of dampened tissue papers is pulled out for use.

A back scrubbing assembly includes a reservoir that may be filled with a liquid soap. The reservoir may be coupled to a wall in a shower. A plurality of couplers is provided and each of the couplers is coupled to the reservoir. Each of the couplers may engage the wall in the shower. A plurality of cleaning members is provided. A selected one of the cleaning members is removably coupled to the reservoir. Thus, the selected cleaning member may scrub a back of a user.

A back scrubbing assembly includes a reservoir that may be filled with a liquid soap. The reservoir may be coupled to a wall in a shower. A plurality of couplers is provided and each of the couplers is coupled to the reservoir. Each of the couplers may engage the wall in the shower. A plurality of cleaning members is provided. A selected one of the cleaning members is removably coupled to the reservoir. Thus, the selected cleaning member may scrub a back of a user.

The present application provides a washing device (100) and a method for fabricating the same. The washing device (100) includes a base washing member (108), an attachment washing member (102), and a coupling element (508) coupling the attachment washing member (102) to the base washing member (108). The attachment washing member (102) further includes a bracket (106, 502) and a washing surface (104).

The present application provides a washing device (100) and a method for fabricating the same. The washing device (100) includes a base washing member (108), an attachment washing member (102), and a coupling element (508) coupling the attachment washing member (102) to the base washing member (108). The attachment washing member (102) further includes a bracket (106, 502) and a washing surface (104).

An improved cleaning instrument is described herein. The improved cleaning instrument includes at least a reusable inner component comprising a material and an outer component having a coarseness needed to complete a cleaning task. The outer component is configured to receive the reusable inner component therein. The inner component is reusable and configured for multiple uses. In some examples, the inner component comprises a cavity configured to receive water, soap, and/or a cleaning solution therein. In other examples, the inner component is a solid component. The outer component is biodegradable, recyclable, or eco-friendly. Optionally, the improved cleaning instrument includes a fixation means configured to secure the inner component within the outer component and/or a handle component.

An improved cleaning instrument is described herein. The improved cleaning instrument includes at least a reusable inner component comprising a material and an outer component having a coarseness needed to complete a cleaning task. The outer component is configured to receive the reusable inner component therein. The inner component is reusable and configured for multiple uses. In some examples, the inner component comprises a cavity configured to receive water, soap, and/or a cleaning solution therein. In other examples, the inner component is a solid component. The outer component is biodegradable, recyclable, or eco-friendly. Optionally, the improved cleaning instrument includes a fixation means configured to secure the inner component within the outer component and/or a handle component.

A soap dispensing apparatus comprising a housing with a top face and a base directly opposite said top face; a scrubber element removably couplable to said top face; a plurality of soap dispensing channels disposed on the top face fluidly coupled to: a soap cartridge, wherein the soap cartridge is adapted to be received by said housing, the soap cartridge comprising: a reservoir adapted to receive a liquid soap; a spindle; a platform adapted to move along a length of the spindle; a handle adapted to rotate about an axis defined by the length of the spindle thereby pushing the platform up the length of the spindle and moving the liquid soap to the top face and wherein the soap dispensing apparatus is leak resistant.

A soap dispensing apparatus comprising a housing with a top face and a base directly opposite said top face; a scrubber element removably couplable to said top face; a plurality of soap dispensing channels disposed on the top face fluidly coupled to: a soap cartridge, wherein the soap cartridge is adapted to be received by said housing, the soap cartridge comprising: a reservoir adapted to receive a liquid soap; a spindle; a platform adapted to move along a length of the spindle; a handle adapted to rotate about an axis defined by the length of the spindle thereby pushing the platform up the length of the spindle and moving the liquid soap to the top face and wherein the soap dispensing apparatus is leak resistant.