A hand cleaning system includes a soap dispenser that may be coupled to a support surface. The soap dispenser may contain and selectively dispense a measured amount of a fluid soap. Thus, a user may wash the user's hands. A pair of brushes is provided and each of the brushes is removably coupled to the soap dispenser. Each of the brushes may be manipulated when the user washes the user's hands. Thus, each of the brushes may scrub the user's hands. Each of the brushes is positioned on opposite sides of the soap dispenser with respect to each other.

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.

Chairs having a cleaning system integrated thereon are provided. These chairs allow a user to comfortably clean their feet while in a sitting or reclined position.

A household thin-paper storing container 1 is provided with a container body 10 having a storing space S for accommodating thereinside household thin paper P. The container body 10 is provided with: a container body upper portion 11; a container body lower portion 12; a connection part 13 for connecting the rear surface of the container body upper portion 11 and the near surface of the container body lower portion 12; an open/close lid 2 for closing a pick-up hole 113a for allowing picking up of the household thin paper; and a button part 3 for opening/closing the open/close lid 2 wherein gap b is formed between the button part 3 and the upper surface of the container body upper portion 11, and the leading end 31a of the button part 3 is made tilted toward the upper surface of the container body upper portion 11.

A household thin-paper storing container 1 is provided with a container body 10 having a storing space S for accommodating thereinside household thin paper P. The container body 10 is provided with: a container body upper portion 11; a container body lower portion 12; a connection part 13 for connecting the rear surface of the container body upper portion 11 and the near surface of the container body lower portion 12; an open/close lid 2 for closing a pick-up hole 113a for allowing picking up of the household thin paper; and a button part 3 for opening/closing the open/close lid 2 wherein gap b is formed between the button part 3 and the upper surface of the container body upper portion 11, and the leading end 31a of the button part 3 is made tilted toward the upper surface of the container body upper portion 11.

The invention relates to a manufacturing method and a manufacturing equipment for a corrugated net. The manufacturing method comprises steps of: injecting a thermoplastic plastic mesh material, the plastic mesh material having an injection temperature; directly reducing a temperature of the plastic mesh material from the injection temperature to a moldable temperature; and pressing the plastic mesh material with the moldable temperature to cause the plastic mesh material with the moldable temperature to form creases. The invention is capable of reducing manufacturing procedures and time by directly adjusting the injected plastic mesh material to the moldable temperature and pressing to form creases without requiring heating equipment, and the moldable temperature of the overall plastic mesh material is uniformly set to be capable of improving an effect of forming corrugated structure for the mesh material.

The invention relates to a manufacturing method and a manufacturing equipment for a corrugated net. The manufacturing method comprises steps of: injecting a thermoplastic plastic mesh material, the plastic mesh material having an injection temperature; directly reducing a temperature of the plastic mesh material from the injection temperature to a moldable temperature; and pressing the plastic mesh material with the moldable temperature to cause the plastic mesh material with the moldable temperature to form creases. The invention is capable of reducing manufacturing procedures and time by directly adjusting the injected plastic mesh material to the moldable temperature and pressing to form creases without requiring heating equipment, and the moldable temperature of the overall plastic mesh material is uniformly set to be capable of improving an effect of forming corrugated structure for the mesh material.

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.

Showerhead devices incorporate sensors to control bath fill levels. Showerheads have interchangeable attachments, including bristle attachments. Oral care devices are attachable to standard shower arms. Pump devices allow various lotions and fluids to be used in conjunction with showers. Shower organizing devices provide for ordered storage and access to accessories. Bathtub spouts including sensors and valves to control bathtub filled levels.

The Hair Removal Device may be a wall mounted assembly of a base attached to a wall. The base having a plurality of holes extending from a top to a bottom. A cluster of tentacles mounted on a bristle ball body. The body having a suction cup on a stem, the suction cup spaced from the tentacles. The base disposed between the suction cup and the tentacles. The bristle ball having a plurality of tentacles extending radially from the bristle ball. The bristles formed of a flexible, resilient material. The each one of the plurality of holes filled with a stem holding the suction cup on the base and the tentacles spaced from the base.