Abstract: The present invention relates to a method for analysing movements of main body parts of a moving person, the method comprising the steps of attaching one or more sensors to selected main body parts, each sensor comprising means for wireless communication of data, calibrating data from the one or more sensors, and mapping the calibrated sensor data to a virtual 3D avatar. Moreover, the present invention relates to a system capable of performing the method.

Abstract: A method for regulating a most loaded circuit of a refrigeration system is provided. Each circuit includes at least one case and an EEPR valve. At least one controller communicates with the EEPR valves for receiving signals from the circuits corresponding to operating conditions for each circuit, and for issuing command signals to the EEPR valves and compressor. The operation of each circuit is monitored and a load signal is calculated for each circuit. The load signals for each circuit are compared and the most loaded circuit is determined. The EEPR valve of the most loaded circuit is adjusted to be approximately 100 percent open and a suction pressure of the compressor is adjusted to move a circuit temperature of the most loaded circuit to a target temperature. The process of selecting and regulating the most loaded circuit is repeated after a predetermined period of time.