Exemplary embodiments of universal mounting brackets and dispensers with mounting brackets are disclosed herein. An exemplary universal dispenser mounting bracket includes a base. The base has a first surface for connecting to a dispenser. A first spring arm extends from the base in a first direction and has a first arm clamp. A second spring arm extends from the base in a second direction and has a second arm clamp. The first and second spring arms have a rest position and a biased position. Moving the first and second spring arms away from their rest position generates a clamp force in the spring arms that urges the first and second spring arms toward their rest position. When the mounting bracket is mounted to a surface, the base is on a first side of the surface and the first and second clamp arms are on a second side of the surface and the clamp force generated by the spring arms secures the mounting bracket to the surface.

Systems and methods for a multi-function lavatory fixture are disclosed. The lavatory fixture includes a first and second leg, where a first end of each leg is configured to be mounted to a deck and a second end of each leg is located over a basin of the lavatory fixture. A connecting section extends between the second ends of each leg and includes outlets to dispense water, soap, and air to wash a user's hands. The fixture also includes indicators located proximate each of the outlets to indicate to the user the location of each outlet. A sensor located near each outlet identifies the presence of a user's hands near the outlet and dispenses water, soap, or air accordingly. A controller within the lavatory fixture receives inputs from each sensor and activates the appropriate pump, fan, valve, and the like to deliver the desired product at the appropriate outlet.

A soap-dispensing faucet assembly for sinks includes a faucet that is configured to couple to a sink and a housing that is configured to couple to a surface below the sink. A nozzle, which is configured to spray water, is fluidically coupled to the faucet. A power module, a reservoir, and a pump are coupled to and positioned in the housing. The reservoir is configured to position fluids, such as liquid soap and liquid detergent. The pump is operationally coupled to the power module and is fluidically coupled to the reservoir. A tube is coupled to a front plate of the nozzle and extends from an opening in the front plate of the nozzle through the faucet. The tube is fluidically coupled to the pump. The pump is configured to motivate the fluids from the reservoir through the tube to be dispensed from the opening in the nozzle.

A fluid dispenser includes a dispensation conduit and a refill conduit. A refill system includes a refill reservoir and a refill distribution conduit. The refill distribution conduit is configured for selective fluid coupling with the refill conduit to facilitate refilling of the fluid dispenser.

A dispensing system comprises a first electronic sensor and a controller. The first electronic sensor may be configured to detect a first change from a first amount of a fluid product in a dispensing system reservoir to a second amount of the fluid product in the dispensing system reservoir. The controller may be coupled to the first electronic sensor and configured to receive a first signal from the first electronic sensor indicative of the first change. The dispensing system reservoir may be disposed in the dispensing system. A method for determining a remaining service interval for a dispensing system reservoir is also provided.

A fluid supply faucet includes a faucet body, a plurality of fluid supply ports arranged in the faucet body, and a supply control module arranged on the faucet body. A plurality of fluids separately provided by the fluid supply ports are different. The supply control module includes a camera facing towards the supply position and an information processing unit connected to the camera. The information processing unit performs image recognition on image data output by the camera to determine, with a human body surface area contained in the image data, that one of the fluid supply ports supplies the fluid to the supply position. The information processing unit performs recognition of at least one of the features on the human body surface area: a non-skin tone high-brightness feature and a circular foam feature.

An automatic foam soap dispenser includes a liquid soap dispenser, an activation unit, and an actuation unit. The liquid soap dispenser includes an outlet, a fluid reservoir for containing liquid soap, and a pump being depressed for dispensing the liquid soap in the fluid reservoir to the outlet. The activation unit includes a sensor for detecting a presence of a user of the liquid soap dispenser, and a motor having a transmission shaft, wherein the motor is activated by the sensor for generating a rotational power to the transmission shaft. The actuation unit includes a pressing member and a linkage system arranged to transmit the rotational power from the motor to a linear movement to the pressing member so as to drive the pressing member to depress the pump.

A water faucet system including a faucet having a neck comprising a water passageway and liquid soap delivery line, both integrated within the neck assembly. The water faucet system features a streamlined neck assembly that includes a water outlet or spout, located at the distal portion of the neck assembly, and additionally includes a separate soap outlet located at a predetermined location. The soap delivery (soap dispensing) is initiated by a user performing an activation event directed to a sensor system located in the neck assembly. In preferred embodiments, the sensor system utilizes touchless type sensors so to avoid any physical contact with the neck assembly.

A faucet with sensing activation for blow-drying and discharge of water and liquid soap includes a main body and at least one outlet arm mounted on the main body. The at least one outlet arm has a soap outlet, a water outlet and an air outlet correspondingly mounted thereon, and multiple sensors are mounted on the faucet and are electrically connected with multiple controller for activating the soap outlet, the water outlet and the air outlet to discharge liquid soap and water and blow air. As discharge of water and liquid and blow drying are equipped on the same faucet, the space required for mounting the faucet, mounting holes through the sink and assembly works can be reduced.

An automatic foam soap dispenser, for dispensing a liquid soap contained in a liquid reservoir in form of foam soap, includes a mixing passage, a liquid soap dispenser, an air dispenser, and an outlet nozzle. The liquid soap dispenser has a liquid soap pump communicated with the mixing passage to upwardly pump the liquid soap to the mixing passage, and a first power source associated with the liquid soap pump and used for driving the liquid soap pump, wherein the liquid reservoir is operatively coupled with the liquid soap pump and located below the liquid soap pump to store the liquid soap. The air dispenser has an air pump communicated with the mixing passage to synchronically and upwardly pump the atmosphere air to the mixing passage, and a second power source associated with the air pump and used for driving the air pump. The outlet nozzle is connected with the mixing passage and having at least a foam maker adapted for generating the foam soap.