A liquid distribution system including a cart, a liquid storage container carried by the cart, and a pump fluidly connected to the liquid storage container. A plurality of arms emanating from the cart, and liquid nozzles are positioned on an end of each of the plurality of arms. A plurality of activators are arranged with one of the activators proximate to each of the ends of the arms with the nozzles. A controller is coupled to the activators and the pump, the controller monitoring input from the activators and when one of the activators sends a signal the controller directs liquid from the liquid storage container to the nozzle proximate the activator that sent the signal. The controller activates the pump to cause the liquid to flow to the nozzle proximate the activator that sent the signal.

A mobile cart having a body and a canopy, the top of the body having a work surface which includes a flat panel on a front portion of the top and one or more open face top receptacles on a rear portion, the flat panel horizontally slidable for opening the front portion of the top of the body to reveal a top storage receptacle. The rear having one or more rear panels which can be opened to reveal a rear storage receptacle. The front having an open face front receptacle on a portion of the front. The bottom having four corners, each of its four corners having a caster proximal thereto.

A mobile cart having a body and a canopy, the top of the body having a work surface which includes a flat panel on a front portion of the top and one or more open face top receptacles on a rear portion, the flat panel horizontally slidable for opening the front portion of the top of the body to reveal a top storage receptacle. The rear having one or more rear panels which can be opened to reveal a rear storage receptacle. The front having an open face front receptacle on a portion of the front. The bottom having four corners, each of its four corners having a caster proximal thereto.

A dial type operation switch comprises: an upper assembly including a display device; a lower assembly including an encoder; and a wheel assembly which rotates while surrounding the sides of the upper assembly and the lower assembly. Further, a knob switch comprises a push switch which is operated by pressing the display device in multiple directions, whereby a structure capable of various settings and operations is provided by combining the push switch with the rotation of the wheel assembly. In addition, a sink cabinet device comprises a bath sink and a functional module, wherein a bath sink lamp is provided and operation states of the sink cabinet device can be displayed using the bath sink lamp. Therefore, there is provided a structure in which the bath sink lamp can be used as a mood lamp for improving the beauty of a bathroom.

A portable dual-sink hand-washing station which includes a base supporting a sink structure thereabove, the sink structure defining an upper surface area, and a station top supported above the sink structure and having a vertical support structure defining a diagonal divide of the upper surface into two sections, each section having a sink opening with a rear edge along the vertical support structure such that each sink opening has a larger end and a smaller end, whereby each larger end provides increased clearance for hand-scrubbing. At least one of the sink openings has an increased maximum length to accommodate forearm-scrubbing. Various embodiments with preferred features are also disclosed.

A portable dual-sink hand-washing station which includes a base supporting a sink structure thereabove, the sink structure defining an upper surface area, and a station top supported above the sink structure and having a vertical support structure defining a diagonal divide of the upper surface into two sections, each section having a sink opening with a rear edge along the vertical support structure such that each sink opening has a larger end and a smaller end, whereby each larger end provides increased clearance for hand-scrubbing. At least one of the sink openings has an increased maximum length to accommodate forearm-scrubbing. Various embodiments with preferred features are also disclosed.

A portable hand-washing station having a base, at least one sink thereabove, a grey-water storage tank in the base, and a suction tube extending from an inlet end thereof within the grey-water storage tank upwardly and from there downwardly to an outlet end thereof at a bottom portion of the base, the suction tube having a check valve in it which has a cracking pressure sufficient to prevent flow from the grey-water storage tank through the suction tube without application of suction at the outlet to overcome the cracking pressure.

A portable, autonomous hand-washing station for use on a store floor. The portable station includes a cabinet supporting a sink and faucet, and housing one or more liquid storage tanks; and a removable control box.

A portable, autonomous hand-washing station for use on a store floor. The portable station includes a cabinet supporting a sink and faucet, and housing one or more liquid storage tanks; and a removable control box.

A portable sink assembly for includes a cube that is positionable in a sleeper of a semi tractor be accessible to a driver. A sink is recessed into the cube to contain water and a faucet is removably coupled to the cube. The faucet is directed into the sink to direct the water into the sink. A pump is positioned in the cube, the pump is fluidly coupled between a water source and the faucet for pumping the water to the faucet. A valve is coupled to the pump and the valve is actuatable between a minimum flow rate and a maximum flow rate. In this way the valve adjusts the volume of water delivered to the pump between a minimum amount and a maximum amount thereby facilitating the flow rate of the faucet to be adjusted.