A mobile handwashing system (1) includes a freestanding supply station (2) and at least one freestanding handwashing station (3). The supply station (2) includes a freshwater tank (4), which is fluidly connected or connectable to the at least one handwashing station (3) via a first freshwater supply line (5) and is fluidly connected or connectable to a freshwater supply system via a second freshwater supply line (6). The supply station (2) includes a wastewater or graywater tank (7) and/or a wastewater pump (23) which is fluidly connected or connectable to the at least one handwashing station (3) via a first wastewater line (8) and is fluidly connected or connectable to a wastewater disposal or wastewater treatment system via a second wastewater line (9).

The present invention is a foot washing device for accommodating a foot and thoroughly cleaning the foot positioned within the device. The foot cleaning device has a foot vessel, scrubbing grooves, roller, a water drainage hole or assembly for draining water and soap into the outside of the vessel, and spray jets attachable to the water vessel assembly for holding the water throughout the process. The scrubbing grooves are distributed throughout the bottom of the vessel for allowing the user to clean his or her feet. The roller is used to move the foot forward or backward to rub against scrubbing grooves.

A washing place arrangement including a washstand having a wash-bowl sink, a first water discharge device, including a plurality of water discharge nozzles arranged in the wash-bowl sink and configured for discharging water in a fountain jet which issues in an arc shape up to a maximum height and returns to the wash-bowl sink, and a second water discharge device discharging water in a shower jet. A nozzle assignment region of the first water discharge device is located in a rear half of the wash-bowl sink and extends across at most half the sink circumference. A shower jet outlet body of the second water discharge device is located on a rear side of the wash-bowl sink and the washstand and above the wash-bowl sink and the washstand. The second water discharge device is configured for discharging the shower jet in a direction pointing obliquely to the front downwards.

The present invention relates to a fountain type of wash basin capable of improving product efficiency by simplifying the appearance of the wash basin, saving water, and enabling washing and drying by installing a water discharge outlet in the interior of a wash basin body such that the direction of discharged water is upward. The fountain type of wash basin comprises: the wash basin body having a water reservoir; and the water discharge outlet which is installed on the side surface of the lower portion of the wash basin body so as to allow tap water to be discharged in the upward direction opposite to gravity, thereby increasing the stay time of tap water in the air.

A washing place arrangement including a washstand having a wash-bowl sink, a first water discharge device, including a plurality of water discharge nozzles arranged within a nozzle assignment region in the wash-bowl sink and configured for discharging water in the form of a fountain jet which issues in an arc shape with an up section from the wash-bowl sink upwards up to a maximum height and returns to the wash-bowl sink downwards with a down section, and a second water discharge device, configured for discharging water in the form of a shower jet and including a shower jet outlet body. The nozzle assignment region of the first water discharge device is located in a rear half of the wash-bowl sink facing away from a user side and extends across at most half the sink circumference. The shower jet outlet body of the second water discharge device is located on a rear side of the wash-bowl sink and the washstand facing away from the user side and on a height level above the wash-bowl sink and the washstand. The second water discharge device is configured for discharging the shower jet in a shower jet direction pointing obliquely to the front downwards.

The present invention relates to a portable and movable ablution station that is ergonomically designed for disabled and people with special needs that will help ease their lives in performing wudu independently and comfortably. The ablution station includes a support structure having a vertical platform and a bottom base. A washing platform is connected to an upper part of the vertical platform by a support means between the washing platform and the vertical platform allows water to flow from the washing platform to the bottom base. A fountain water system is fixed at the bottom base of the support structure for washing lower part of a user's body. A water inlet for allowing water flow from a water source is directed to the washing platform and to the fountain water system wherein a water tap is mounted on the washing platform for washing upper part of the user's body. A water controller is provided to control water flow from the water inlet to the fountain water system. A water outlet allows water drain from the ablution station.

The present invention relates to a portable and movable ablution station that is ergonomically designed for disabled and people with special needs that will help ease their lives in performing wudu independently and comfortably. The ablution station includes a support structure having a vertical platform and a bottom base. A washing platform is connected to an upper part of the vertical platform by a support means between the washing platform and the vertical platform allows water to flow from the washing platform to the bottom base. A fountain water system is fixed at the bottom base of the support structure for washing lower part of a user's body. A water inlet for allowing water flow from a water source is directed to the washing platform and to the fountain water system wherein a water tap is mounted on the washing platform for washing upper part of the user's body. A water controller is provided to control water flow from the water inlet to the fountain water system. A water outlet allows water drain from the ablution station.

A hospital sink and faucet assembly includes a sink with a sink body having an angled faucet deck, a bowl adapted to receive water, and a rim. A laminar flow faucet is connected to the faucet deck and includes an outlet adapted to direct a laminar flow water stream into the bowl. The faucet includes a chamber with a preferably tangential water inlet at the bottom and at least one mesh layer that extends across a cross-section of the chamber to creates a generally constant velocity profile for the water flow across the cross-section of the chamber. The water flow progresses upwardly in the chamber to the outlet where a laminar flow nozzle cuts the water and discharges a circular stream of water out an angle generally perpendicular to the deck and toward the sink bowl. An ozone generator is preferably also in the chamber.

A hospital sink and faucet assembly includes a sink with a sink body having an angled faucet deck, a bowl adapted to receive water, and a rim. A laminar flow faucet is connected to the faucet deck and includes an outlet adapted to direct a laminar flow water stream into the bowl. The faucet includes a chamber with a preferably tangential water inlet at the bottom and at least one mesh layer that extends across a cross-section of the chamber to creates a generally constant velocity profile for the water flow across the cross-section of the chamber. The water flow progresses upwardly in the chamber to the outlet where a laminar flow nozzle cuts the water and discharges a circular stream of water out an angle generally perpendicular to the deck and toward the sink bowl. An ozone generator is preferably also in the chamber.

A drain covering device is described with built in temperature sensors and lights which signal various measured temperatures which are acceptable, cold, or hot for an intended use. The device is easily separable and can be rinsed and stored using an attached suction cup.