A handwashing station that includes a basin, a liquid dispensing system, and an air dispensing system. The liquid dispensing system is configured to dispense a liquid into the basin to wash a user's hands. The air dispensing system configured to dispense air into the basin to dry the user's hands. The user can wet, wash, rinse, and dry their hands from within the basin.

Wall-mounted sanitary equipment comprises a support supporting a water supply means; a tap support means on which a tap is attached; a funnel and a platform having a bottom and a peripheral edge, such that the platform is configured to form a basin under the dispensing head of the tap, the funnel having an upper collection opening for collecting wastewater originating from the platform, the funnel further comprising a lower discharge end connected to a wastewater collection means, the bottom of the platform being pivotably mounted between two positions, a first position in which said platform is folded in the vertical position and a second position in which said platform is kept horizontal in order to act as a basin.

A rotatable sink is provided. The rotatable sink may have a stationary unit having a faucet and a rotatable sink basin unit. The sink basin unit may move from a first orientation which covers the faucet to a second orientation wherein the sink basin may receive water dispensed from the faucet. In an embodiment, the rotation of the sink basin downward to the second orientation automatically activates the faucet to turn on and the rotation of the sink basin unit upward to the first orientation automatically turns off the faucet. A sensor may also be present to automatically activate the rotatable sink.

Disclosed herein is a two-layer vanity unit. The two-layer vanity unit includes: a cabinet; an upper vanity unit disposed on a top of the cabinet and exposed to the outside; a lower vanity unit disposed inside the cabinet so that it is selectively put into the cabinet when not in use and withdrawn from the cabinet when in use; drain pipes connected to the upper and lower vanity units; and cold and hot water pipes connected to the upper vanity unit. Control is performed to adjust one or more of water supply and water cutoff for the upper or lower vanity unit and an amount and temperature of the available water according to an operation mode of the lever of the faucet provided on the upper or lower vanity unit, thereby controlling a type of supply of available water.

A dimensionally adjustable washbasin system is provided with an upwardly open liquid collecting unit that is at least partially uncovered and in liquid communication with a drainage system; and a washbasin having at least one liquid receiving portion and a liquid discharging portion, such that liquid introduced onto one of the liquid receiving portions is flowable into the liquid collecting unit when the liquid discharging portion is positioned above, and in communication with, the liquid collecting unit.

A dimensionally adjustable washbasin system is provided with an upwardly open liquid collecting unit that is at least partially uncovered and in liquid communication with a drainage system; and a washbasin having at least one liquid receiving portion and a liquid discharging portion, such that liquid introduced onto one of the liquid receiving portions is flowable into the liquid collecting unit when the liquid discharging portion is positioned above, and in communication with, the liquid collecting unit.

Disclosed herein is a two-layer vanity unit. The two-layer vanity unit includes: a cabinet; an upper vanity unit disposed on a top of the cabinet and exposed to the outside; a lower vanity unit disposed inside the cabinet so that it is selectively put into the cabinet when not in use and withdrawn from the cabinet when in use; drain pipes connected to the upper and lower vanity units; and cold and hot water pipes connected to the upper vanity unit. Control is performed to adjust one or more of water supply and water cutoff for the upper or lower vanity unit and an amount and temperature of the available water according to an operation mode of the lever of the faucet provided on the upper or lower vanity unit, thereby controlling a type of supply of available water.

A bracket for installing a sink, including a fixed base and a support rod, wherein the fixed base is provided with an installing structure for installing the fixed base onto a wall or a table wall, a lower end of the support rod extends into the fixed base in an upward-downward movable manner, the fixed base and the support rod are provided with an adjustment connection structure for enabling an upward-downward adjustment of the support rod and a rotatable installation of the support rod in the fixed base, an upper end portion of the support rod is provided with a jacking structure for abutting against a corner between a sink body of the sink and an installing plate for the sink, and the fixed base is installed with a holding structure for holding the lower end of the support rod.

An automatic control system of a washstand includes: a measuring apparatus that senses a person entering or exiting a door by using a sensing unit provided on one side of a plurality of doors in a house, and when it is determined that the person moves to a place in which a washstand is installed, measures a stature of the person at a position closest to the washstand, and wirelessly transmits the measured stature information; and a washstand adjusting apparatus receiving the stature information and then calculating height information corresponding to the stature information, and primarily adjusting a height of the washstand electronically based on the height information.

A handwashing station that includes a basin, a liquid dispensing system, and an air dispensing system. The liquid dispensing system is configured to dispense a liquid into the basin to wash a user's hands. The air dispensing system configured to dispense air into the basin to dry the user's hands. The user can wet, wash, rinse, and dry their hands from within the basin.