Abstract: A dispenser (1) for discharging an amount of a substance to be discharged includes a container (4) with a discharge opening (6), and a metering device (14). The metering device (14) is mounted movably relative to the discharge opening (6) and has at least one recess (16) for conveying the substance to be discharged through the discharge opening (6) and out of the container (4). The metering device (14) is connected to a drive element, particularly to a spring element (13), and the drive element is configured to accelerate an amount of the substance that is received in the recess (16) of the metering device (14), as the amount leaves the dispenser (1).

Abstract: A dry ingredient dispensing unit includes a plurality of containers affixed to a sliding rail mountable to a structure such as a cupboard. Each container is configured into a hopper. A volume of a dry ingredient is loaded through a top portion of each hopper. Each hopper is provided with a plurality of sliding dispensing plates stacked on top of each other. Each dispensing plate is provided with a calibrated aperture to dispense a specific volume of dry ingredient when the plate is slid outward from the hopper. Further, the hoppers are interconnected to provide an assembly of multiple compartments.

Abstract: A dry ingredient dispensing unit includes a plurality of containers affixed to a sliding rail mountable to a structure such as a cupboard. Each container is configured into a hopper. A volume of a dry ingredient is loaded through a top portion of each hopper. Each hopper is provided with a plurality of sliding dispensing plates stacked on top of each other. Each dispensing plate is provided with a calibrated aperture to dispense a specific volume of dry ingredient when the plate is slid outward from the hopper. Further, the hoppers are interconnected to provide an assembly of multiple compartments.

Abstract: A fluid dispenser includes an adjustable dosing mechanism that permits adjustment of the amount of fluid to be dispensed. An adjustable dosing mechanism may be inserted into the dispenser in either a high dose orientation or a low dose orientation. The body further includes pair of dose adjusting flanges. When the adjustable dosing mechanism body is received into the dispenser in the high dose orientation, a relatively larger quantity of fluid product is dispensed. When the adjustable dosing mechanism body is received into the dispenser in the low dose orientation, a relatively smaller quantity of fluid product is dispensed.

Abstract: A powder body metering apparatus for metering a powder body such as a synthetic resin raw material is structured such that a powder body outlet of a metering container of another metering apparatus is connected to a second opening (50), whereby a powder body transport system is constructed, the powder body within the metering container of the other metering apparatus can be transported to a predetermined place via a metering container (32), by finishing a discharge of the powder body within the metering container (32), thereafter keeping a switch valve (36) in a closed state, filling the powder body in the metering container of the other metering apparatus and thereafter generating a gas stream toward a first opening (49) from the second opening (50), thus the metering container (32) being utilized as a part of a transport pipe.

Abstract: In a powder body metering apparatus for metering a powder body such as a synthetic resin raw material or the like, a powder body discharge port (55) is formed in a lower portion of a metering container (17) of a metering apparatus (6) and is freely opened and closed by a case (50) provided with a porous body (19), the powder body metered by the metering container (17) is discharged from the powder body discharge port (55) of a lower tube (22) by horizontally oscillating the case (50) so as to open the powder body discharge port (55), whereby it is possible to easily meter and confirm a weight or the like of the powder body metered by the metering container (17).

Abstract: A household liquid dispensing apparatus includes a container for holding a household liquid and a pump for pumping the household liquid out of the container. The pump includes a pump chamber. A dip tube is adapted to be positioned in the container and communicates with the pump chamber. An exhaust tube communicates with the pump chamber and an outlet for the household liquid. A pump actuator mechanically drives the pump. A motor operatively engages the pump actuator. The motor is electrically connected to a power source. A switch is electrically connected to the motor and the power source. A trigger assembly is operatively connected to the switch to control power delivered to the motor. The trigger assembly is positioned under the outlet for the household liquid for easy actuation by an upturned hand.

Abstract: A device for metering dosed quantities of pulverulent products having a tank for storing the pulverulent products and a tubular duct extending to the tank. The tubular duct has a metering component for measuring the pulverulent product in the tank. The tubular duct serves to transport the product to a loading opening in the tank to a discharge opening. The outlet opening is combined with a blocking component that can be positioned on command between a blocking position and an open position.

Abstract: An adjustable air brush for spray paint cans comprised of a tube portion having an open internally threaded first end and a closed second end with an intermediate extent therebetween. The tube portion has a small tube extending orthogonally downward from an interior surface thereof. The small tube is adapted for coupling with a nozzle hole of a spray can. The tube portion has a pressure knob secured to a top portion thereof. The pressure knob has a tube extending within the tube portion to couple with the small tube to release paint from within the spray can. A spray tip portion removably secures to one of the open end portions of the tube portion. An adjustable knob portion secures to an opposing end portion of the tube portion. The adjustment knob regulates the amount of paint through the tip portion.

Abstract: A vacuum-tight and pressure-tight closed storage space in a container is constructionally combined with a thrust piston pump projecting thereinto and a drag piston slidably guided therein and in the initial position of the thrust piston pump is hermetically sealed by an exhaust valve mechanically closed in forcibly controlled manner. The drag piston is adapted to the thrust piston pump in such a way that the storage space can be emptied substantially free with the thrust piston pump.

Abstract: An apparatus for the deburring or coating removal of workpieces which are subjected to direct heat exchange with a low temperature coolant, e.g. liquid nitrogen, has a transport path extending around a sling wheel to which a granular path medium is supplied via a hollow shaft which is cantilever journaled externally of the treatment chamber. The blast medium is fed to the sling wheel via a nonrotatable tube extending through the hollow shaft so that centrifugal force does not cause free flow media to adhere to the inner walls of the shaft and impede delivery to the sling wheel.

Abstract: A dispensing apparatus is provided for feeding an air containing material in such a way that a constant volume of solid material per unit of time is fed. Said apparatus comprising at a filling station a throwing device by means of which the material is thrown into compartments of a dispensing device whereby air is squeezed out of the material so that a constant volume of solid material is contained in each compartment. The compartments are successively moved to a discharge station wherein the compartments are emptied under influence of gravity and air under pressure blown into the compartment being emptied.

Abstract: Apparatus for delivering measured quantities of particulate material from a supply to a receiver, such as conveyor tube, with the quantity precisely determined with respect to time. A conveyor belt is utilized, with the belt traveling under a metering nozzle, the metered quantity being determined by the rate of conveyor movement. The conveyor delivers the metered quantity to a receiving scoop from which the particulate material may be deposited in a conveyor tube at the metered rate that it is delivered by the belt.

Abstract: Feeder mechanism, suitable for use in a high-temperature furnace, comprises a rotatable, height-adjustable flat disc located axially below an outlet of a particulate raw material hopper and above (or within) but mounted on a rotatable funnel. Upon rotation of the disc and funnel, particulate raw material is gravity fed from the hopper onto the disc, then falls off the edge of the disc at a constant rate and is caught by the funnel which transports the raw material to a processing area, e.g. a crystal growing furnace, outside of the high-temperature furnace. A motor-driven, magnetically coupled mechanism for rotating the disc and funnel, and a threaded rod combined with nuts (along with bellows) for adjusting the separation between the disc and the hopper outlet (to control flow rate of the raw material), are provided outside of the space, e.g. high-temperature furnace, in which the combined hopper-disc-funnel are located.