Abstract: A system and method for providing flow rate compensation in a washing machine. This invention provides flow rate compensation by monitoring the flow rate of the inlet liquid and the agitator load while agitating. A controller uses a flow rate compensation algorithm to compensate for the varying flow rate of the inlet liquid and an adaptive fill algorithm to determine an optimal level of liquid to be added to the washer basket and washer tub during a wash cycle operation.

Abstract: This invention provides a system and method for determining a level of liquid to be supplied for a wash cycle operation in a washing machine given a clothes load and clothes type. The liquid level setting is determined by measuring the time to fill the washer basket and the washer tub with a predetermined initial level of liquid, measuring a change in the level of liquid in the tub and basket after soaking for a predetermined time, and applying a fuzzy logic algorithm to the measured values.

Abstract: The present invention discloses a device and method for separating lint particles in a clothes dryer. In the present invention, the device and method use a cyclone to separate the lint particles. The cyclone includes a housing container having an inlet port and an outlet port. A screen is positioned about the inlet port. A tubing extends through the outlet port into the housing container. A drawing means draws moisture and lint laden air from the clothes dryer through the screen. A circulating means circulates the moisture and lint laden air in the housing container about the tubing. A removing means removes the moisture and lint laden air from the housing container and retains any lint particles within the housing container. The cyclone improves upon the efficiency of accumulating lint particles without compromising the passage of air flow in the exhaust duct and improves upon the passage of air flow without decreasing the amount of lint particles being trapped.