Abstract: An automatic fluid soap dispensing apparatus and method comprising a dispensing spout, housing operatively connected to the dispensing spout and the housing adapted to removably receive and hold a fluid soap containing reservoir module in communication with the dispensing spout. The reservoir module has a central axis, and includes a pump mechanism and delivery tube mounted on the reservoir module in alignment with the central axis. The dispensing tube is adapted to move in the dispensing spout when the pump mechanism is actuated.

Abstract: An automatic fluid soap dispensing apparatus and method comprising a dispensing spout, housing operatively connected to the dispensing spout and the housing adapted to removably receive and hold a fluid soap containing reservoir module in communication with the dispensing spout. The reservoir module has a central axis, and includes a pump mechanism and delivery tube mounted on the reservoir module in alignment with the central axis. The dispensing tube is adapted to move in the dispensing spout when the pump mechanism is actuated.

Abstract: An apparatus for dispensing material from a container having a dispensing element includes a motor for repeatedly actuating the dispensing element to facilitate dispensing of the material from the container and a controller for activating the motor at predetermined time intervals. The apparatus includes a stall detection circuit coupled to the motor and to the controller to detect a stall condition of the motor, the stall detection circuit configured to issue a stall detection signal when the stall condition is detected. The controller deactivates the motor in response to receiving the stall detection signal.

Abstract: An apparatus for dispensing material from a container having a dispensing element includes a motor for repeatedly actuating the dispensing element to facilitate dispensing of the material from the container and a controller for activating the motor at predetermined time intervals. The controller may also control an LCD display to display the time remaining until the container is empty and optionally to display the battery life remaining.

Abstract: The invention includes an actuator system for a chemical dispensing apparatus where the chemical dispensing apparatus includes a chemical-containing vessel and a housing. The invention also includes an actuator nozzle having a receiving aperture and a dispensing aperture where the receiving aperture is operatively coupled to the vessel to receive the chemicals contained within the vessel. The dispensing aperture is coupled to the receiving aperture and is also connected to a conveying tube to direct the chemical from the vessel, through the tube and into a chemical receiving receptacle. Also included is a structure for ejecting the chemical from the vessel into the actuator nozzle. The actuator nozzle is slidingly and pivotally mounted in the housing and is configured to slide vertically relative to the housing and is also configured to pivot outwardly relative to the housing to permit reciprocal engagement and disengagement of the vessel while maintaining communication with the conveying tube.

Abstract: A drop dispensing device includes a liquid ejection system, such as a timed pump mechanism, and a multi-channeled nozzle cooperative with the ejection system, for directing ejected liquid out of a container and into a chamber external to the container wherein the nozzle further includes drip tabs for forming and directing drops. The chamber is divided into a plurality of cavities and is formed by a plurality of interconnected walls. The chamber is adapted to receive the nozzle and includes a raised drainage orifice for each cavity such that the drainage orifice is operatively coupled to a guide tube for simultaneously guiding draining drops from the chamber to a plurality of selected surfaces.

Abstract: A fragrance diffuser (100) comprises a housing defining a chamber (116) for holding a fragrance-emitting block (110), a heating element (112) located within the housing, a timing and indicating circuit board (114) to signal when the predicted life of the fragrance emitting block has expired, a power supply connection plug (134) for providing electrical power to the heating element and the timing and indicating board, and a keying system (234, 236, 238) incorporated in the chamber (116) and on the fragrance-emitting blocks (110). The blocks are encoded or keyed to indicate that they possess particular predefined characteristics, such that only blocks having those characteristics may be inserted. The diffuser is constructed with a downwardly-projecting housing extension (132) for the power supply connection to allow the use of an adjacent electric power outlet when the diffuser is properly installed.

Abstract: A fragrance diffuser (100) comprises a housing defining a chamber (116) for holding a fragrance-emitting block (110), a heating element (112) located within the housing, a timing and indicating circuit board (114) to signal when the predicted life of the fragrance emitting block has expired, a power supply connection plug (134) for providing electrical power to the heating element and the timing and indicating board, and a keying system (234, 236, 238) incorporated in the chamber (116) and on the fragrance-emitting blocks (110). The blocks are encoded or keyed to indicate that they possess particular predefined characteristics, such that only blocks having those characteristics may be inserted. The diffuser is constructed with a downwardly-projecting housing extension (132) for the power supply connection to allow the use of an adjacent electric power outlet when the diffuser is properly installed.