Abstract: Exemplary embodiments of a mister of the current invention comprise a reservoir, a spacer, and a dispenser assembly. A spacer fixedly joins the reservoir to the dispenser assembly a set distance. A liquid stored within the reservoir is configured to exit the reservoir at the valve through the spacer and impinge the dispenser assembly. The dispenser assembly includes a dispenser and a motor, the motor providing a rotational force for application to the dispenser. The dispenser presents an axis oriented to the liquid stream flow from the reservoir. Upon liquid stream flow impinging the rotating dispenser, the centrifugal force causes the liquid stream flow to spread radially from the dispenser to the air and/or surface in the target area, where it is dispersed outwardly over a target area, atomized or as droplets.

Abstract: Exemplary embodiments of a mister of the current invention comprise a reservoir, a spacer, and a dispenser assembly. A spacer fixedly joins the reservoir to the dispenser assembly a set distance. A liquid stored within the reservoir is configured to exit the reservoir at the valve through the spacer and impinge the dispenser assembly. The dispenser assembly includes a dispenser and a motor, the motor providing a rotational force for application to the dispenser. The dispenser presents an axis generally transverse to the liquid stream flow from the reservoir. Upon liquid stream flow impinging the rotating dispenser, the centrifugal force causes the liquid stream flow to spread radially from the dispenser to the air and/or surface in the target area, where it is dispersed outwardly over a target area, atomized or as droplets.

Abstract: A system for controlling insects is provided. The system includes an insect control compound reservoir. A pump receives an insect control compound from the insect compound reservoir and pressurizes the insect control compound. A rechargeable battery provides power to the pump. A plurality of nozzles receive the pressurized insect control compound and generate an insect control compound mist. A controller receives a first command to cause the pump to begin operation and a wireless signal to cause the pump to stop operation.

Abstract: A transportable, positionable, directionable insect control system comprising a frame supported on one or more wheels for movement over the underlying surface and a handle for use in positioning the insect control system. A tank is mounted on the frame and a pump is employed to discharge an insect controlling chemical agent from the tank under the operation of a control system. The pump directs the insect controlling chemical agent from the tank through conduits to one or more discharge nozzles for discharge therefrom. The discharge nozzles are positionable to control the direction of discharge of the insect controlling chemical agent.

Abstract: A transportable, positionable, directionable insect control system comprising a frame supported on one or more wheels for movement over the underlying surface and a handle for use in positioning the insect control system. A tank is mounted on the frame and a pump is employed to discharge an insect controlling chemical agent from the tank under the operation of a control system. The pump directs the insect controlling chemical agent from the tank through conduits to one or more discharge nozzles for discharge therefrom. The discharge nozzles are positionable to control the direction of discharge of the insect controlling chemical agent.