Research Products Corporation

Aditya Rane

Stephen Moon

Erick L Sokn

Charles Baker

Sergey Baranov

Nicholas J Balazs

Christopher Rushmore

A humidifying system and method for identifying component failure in the humidifying system are disclosed. The system includes a nebulizer unit that creates a mist for humidifying the indoor space, a sensor that determines data regarding a characteristic of the nebulizer unit, and a controller coupled to the nebulizer unit and the sensor. The controller receives first data associated with operation of a nebulizer unit from the sensor, compares the first data associated with operation of the nebulizer unit to a threshold. In response to the first data associated with the operation of the nebulizer unit satisfying the threshold, the controller determines the existence of the failure state for the nebulizer unit and initiates a remediation action with respect to the nebulizer unit.

System and method for nebulizer failure detection

A dehumidifying system and method for reducing humidity in ambient air is disclosed. The system includes a circulation unit, a refrigeration unit, a condensate receptacle for receiving condensate generated by the refrigeration unit, a controller to control both the circulation and refrigeration units, and wherein the controller receives input from one or more ambient sensors configured to sense ambient conditions, and a user interface configured to receive input from a user. The system implements variable speed control within the circulation and/or refrigeration unit to maximize efficiency or capacity under a current threshold, and enables the system to delay the need for defrost cycling during low temperature operation.

System and method for current limiting and defrost enhancement

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Madison, WI, United States of America

Aditya Rane