A bar soap liquefier and dispenser for liquifying soap bar remnants includes a container body having a bottom, an open top, an inner cavity, and a continuous side wall surrounding the inner cavity and extending from the bottom to the open top. The open top has an outer threading. A lid has a top side, a bottom side, and an inner threading that is selectively engageable with the outer threading. The lid has a central pump aperture extending from the top side through the bottom side. A pump assembly is through the pump aperture and is configured to pump a soapy liquid from the inner cavity of the container body through a spout. A blade assembly is coupled to the bottom side of the lid and is configured to cut into and secure a bar of soap to the bottom of the container body within the inner cavity.

A device and method for processing solid cleaning product into solution. A drum has a plurality of canisters. Each canister has a top opening and a lower opening. A plate is positioned below the drum. The plate has an orifice therein. The drum and lower plate are in a rotational relationship to progressively align the lower opening of each canister with the orifice in the plate. A mixing tank is positioned below the drum. The mixing tank receives a sleeve of solid cleaning product gravitationally transported from a canister of the drum through the orifice of the lower plate.

The solid cleaning product is mixed with water in the mixing tank. After mixing, the resulting cleaning solution is transported to a holding tank. The process is repeated according to the level of cleaning solution in the holding tank.

A device and method for processing solid cleaning product into solution. A drum has a plurality of canisters. Each canister has a top opening and a lower opening. A plate is positioned below the drum. The plate has an orifice therein. The drum and lower plate are in a rotational relationship to progressively align the lower opening of each canister with the orifice in the plate. A mixing tank is positioned below the drum. The mixing tank receives a sleeve of solid cleaning product gravitationally transported from a canister of the drum through the orifice of the lower plate.

The solid cleaning product is mixed with water in the mixing tank. After mixing, the resulting cleaning solution is transported to a holding tank. The process is repeated according to the level of cleaning solution in the holding tank.

A sloped soap holder including a rectangular base unit and a plurality of foot members disposed on a bottom surface of the rectangular base unit. A single continuous sloped soap platform is disposed on a top surface of the rectangular base unit. Each of a right pair and a left pair of a plurality of a pair of vertically disposed X-shaped side supports has a lower surface disposed on the top surface of the rectangular base unit and an inner surface attached to each of the right edge and the left edge, respectively, of the sloped soap platform. Each of a plurality of drain openings and a plurality of linear grooves is disposed within the sloped soap platform. A plurality of raised diagonally disposed linear tracks is also disposed on the sloped soap platform.

A sloped soap holder including a rectangular base unit and a plurality of foot members disposed on a bottom surface of the rectangular base unit. A single continuous sloped soap platform is disposed on a top surface of the rectangular base unit. Each of a right pair and a left pair of a plurality of a pair of vertically disposed X-shaped side supports has a lower surface disposed on the top surface of the rectangular base unit and an inner surface attached to each of the right edge and the left edge, respectively, of the sloped soap platform. Each of a plurality of drain openings and a plurality of linear grooves is disposed within the sloped soap platform. A plurality of raised diagonally disposed linear tracks is also disposed on the sloped soap platform.

A soap holder comprises a main body, and a carrying plate. The main body has a plurality of holes, an upper surface and a lower surface. The carrying plate has a plurality of bumps. The carrying plate is connected to one side of the main body by a hinge joint. Each of the plurality of bumps has a tip, and each of the plurality of bumps partially passes through a corresponding hole of the plurality of holes so the tips of the plurality of bumps expose above the upper surface. The tips of the plurality of bumps can carry a bar of soap. The main body and the carrying plate are separable and the soap drops onto the upper surface of the main body as each of the plurality of bumps withdraws from the corresponding hole of the plurality of holes.

A soap holder comprises a main body, and a carrying plate. The main body has a plurality of holes, an upper surface and a lower surface. The carrying plate has a plurality of bumps. The carrying plate is connected to one side of the main body by a hinge joint. Each of the plurality of bumps has a tip, and each of the plurality of bumps partially passes through a corresponding hole of the plurality of holes so the tips of the plurality of bumps expose above the upper surface. The tips of the plurality of bumps can carry a bar of soap. The main body and the carrying plate are separable and the soap drops onto the upper surface of the main body as each of the plurality of bumps withdraws from the corresponding hole of the plurality of holes.

An automated soap mixing and dispensing apparatus is configured to automatically melt a quantity of solid soap for mixture with a liquid carrier to provide a source of liquid soap solution. The apparatus includes a fluid reservoir configured to initially contain liquid carrier. A grill with apertures supports the solid soap. A heating element heats the solid soap to a molten state and the molten soap drips through the apertures into the liquid carrier. A rotary mixing unit mixes the molten soap with the liquid carrier to form the liquid soap solution. The dispensing apparatus may then be utilized to dispense the liquid soap for cleaning activities, such as personal hygiene. The apparatus improves the carbon footprint for hygiene activities by eliminating the requirement for plastic containers containing premixed liquid soap solutions.

An encapsulated toothpaste and dispensing device is disclosed. The encapsulated toothpaste is generally formed into a spherical shape and includes an outer cover portion comprised of a water soluble material adapted to dissolve when in contact with water. The dispensing device adapted to dispense the encapsulated toothpaste onto the head of a toothbrush. The dispenser including a storage portion and dispensing portion. The storage portion adapted to secure and store the encapsulated toothpaste and coupled to the dispensing portion, wherein the encapsulated toothpaste is delivered through a primary aperture within the dispensing portion. The device includes an alignment aid to ensure proper alignment of the toothbrush within the primary aperture.

An encapsulated toothpaste and dispensing device is disclosed. The encapsulated toothpaste is generally formed into a spherical shape and includes an outer cover portion comprised of a water soluble material adapted to dissolve when in contact with water. The dispensing device adapted to dispense the encapsulated toothpaste onto the head of a toothbrush. The dispenser including a storage portion and dispensing portion. The storage portion adapted to secure and store the encapsulated toothpaste and coupled to the dispensing portion, wherein the encapsulated toothpaste is delivered through a primary aperture within the dispensing portion. The device includes an alignment aid to ensure proper alignment of the toothbrush within the primary aperture.