A device for washing the feet and lower legs of a user comprises a tub for receiving the feet and lower legs of the user; at least one footrest located within the tub for supporting the feet of a user during washing; a fluid supply mechanism for introducing fluid into the tub; one or more rotatable transversely extending cleaning assemblies located above the footrest for washing a user's feet; and one or more rotatable upright cleaning assemblies communicating with the fluid supply mechanism for washing one or both lower legs of the user, wherein each rotatable upright cleaning assembly is carried on a guiding mechanism for moving the one or more rotatable upright cleaning assemblies around a portion of the footrest during a lower leg and foot cleaning cycle.

Foot care devices include a body having a concave recessed upper surface and an opposing lower surface. The upper surface has a foot treatment element connected to the body. The foot treatment element has a concave recessed configuration corresponding to the upper surface and a porous element attached to the upper surface. An immobilizing element is connected to the lower surface. The immobilizing element includes a plurality of movement-inhibiting suction members adapted to be attached to a surface and to inhibit positional movement of the body about the surface. The foot care device can include a cleansing compound embedded in the porous element and at least one hole configured to channel the liquid within the porous element.

A heel scrubbing device, having as the operational component an exfoliating member formed from an exfoliating pumice stone or other natural materials into a firm shape, is supported on a mounting apparatus for placement in a manner to be convenient for use by the user during the bathing process. The mounting apparatus can be a bent mounting member having a handle portion engaged by a receiver, and a mounting plate formed with fastener openings. A receiver pan having upright walls can be mounted on the mounting plate between the mounting member and the scrubbing component to constrain any movement of the scrubbing component. In operation, the heel scrubbing device is placed and positioned at the convenience of the user who during bathing can rub the user's heels and the underside of the user's feet over the surface of the scrubbing component to clean and exfoliate.

The present invention relates to a foot-washing bowl system. The system may be comprised of a free-standing foot-washing stand and/or a toilet-mounted foot-washing stand. The free-standing foot-washing stand has a bowl that receives a water source to allow water to flow through the stand and out at least one opening of a cross-member to wash the feet of the user. The toilet-mounted embodiment features a stand identical to the free-standing stand that is further comprised of a toilet seat assembly that allows the system to attach and be used as a toilet seat.

An abrasive non-pliable hygiene apparatus for smoothing a foot and method of use. The apparatus includes an abrasion sheet, frame, and engagement sheet. The abrasion sheet is composed of a non-pliable, corrosion-resistant material with a roughened top surface designed to increase abrasion efficiency between the sheet and an epidermal surface of a foot. The abrasion sheet also has bracketing members designed to engage the frame. The frame has ridge structures designed to retain the abrasion sheet and allow for user grip. Attached to the bottom of the frame, the engagement sheet facilitates friction, retaining the placement of the apparatus during use. The frame and abrasion sheet may be one structure, having at least one additional channel disposed along a side, allowing other abrasion sheets to be attached thereto.

A foot and toe washer may have telescopic sections locking into place in an extended state convenient to the user such that not all extensions may be used. Locking mechanisms for locking one extension to another internal extension may comprise a spring-loaded ball and associated orifice or extensions having larger or smaller diameters at ends with rough surfaces so the extensions lock into place by friction when used or comprise twisting grooves on the surfaces of two extensions. In one embodiment, the foot and toe washer is preferably made of strong, light-weight plastic or hard, tough rubber and may have a rubber-coated handle with the extensions extending therefrom as desired. The furthest extension from the handle may have a connecting and locking mechanism of the spring-loaded ball and orifice type or the friction type to connect one of a sponge, a between-the-toes washer, a brush or wash cloth or combination thereof. The sponge may have an associated soap or medicated soap dispenser for treating athlete's foot. The handle end may comprise a lanyard for hanging the foot and toe washer in a shower or locker or a wristlet for carrying the foot and toe washer in the shower.

A device may include a handle component that is configured to permit a user to grasp the handle component during a sanitation process of the user wherein the user sanitizes a distal appendage using the device. The device may include a shaft component that extends in a vertical direction and that is configured to connect the handle component and a connection component. The device may include the connection component that is configured to removably adhere to a surface to permit the device to remain substantially stationary during the sanitation process of the user. The device may include a brush component that is configured to permit the user to perform the sanitation process of the user and that is removably connected to the connection component.

The foot-scrubbing receptacle for a shower is adapted for use with the foot of a bather. The foot-scrubbing receptacle for a shower is configured for use with a shower. The foot-scrubbing receptacle for a shower is a cleaning device. The foot-scrubbing receptacle for a shower cleanses a foot of a bather while simultaneously allowing the bather to stand erect. The foot-scrubbing receptacle for a shower comprises a shell and a cabinet. The cabinet inserts into the shell in a removable manner. To cleanse the foot, the forefoot is inserted into an open end of the foot-scrubbing receptacle for a shower where the foot is rubbed against the cleansing surface. A pedal operated soap dispenser is installed in the foot-scrubbing receptacle for a shower such that the soap may be dispensed on the foot for cleansing purposes.

Multi-part skin care methods comprise providing a plurality of first portions, and providing a plurality of second portions. Each first portion is configured to have a complementary shape to each second portion. Each first portion is configured to engage with each second portion to form a multi-part skin care bar. Multi-part skin care systems comprise a plurality of first portions, and a plurality of second portions. Each first portion comprises a first engagement portion, and each second portion comprises a second engagement portion. Each second portion is configured to be coupled to each first portion via the first engagement portion and the second engagement portion to form a multi-part skin care bar.

A toe and foot cleaning device comprising a telescoping handle with multiple sections that enable users to extend and retract the device to their desired length. One end of the handle includes a female threaded connector to enable the attachment of different toe and foot cleaning attachments. The handle has a spin or rotation switch for rotating the handle and a switch for adjusting the length of the handle. Each attachment has a male connector adapted to connect to the female threaded connector. The device has a fully extended length of about 36 inches and a retracted length of about 12 inches. The device and the attachments can be stored in a wall-mounted storage box.