Energy exchange systems having actuators with multi-parametric control
OwnerDavid ZELTZERinventor
Life of this patent
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Abstract
A dynamic energy exchange platform is described that provides real time control of various system components by using regular sensors as well as sensorless actuators, resulting in an overall balance of energy for the entire system. A sensorless multi-parametric control solution may provide regular operation control, support control, and improvement control. The regular operation control comprises system control during normal operation. The support control comprises abnormal operation recovery control, and the improvement control allows potential system growth and/or controlling aging degradation. Embodiments of the disclosure encompass man-machine and machine-machine (or machine/material) interfaces with active points where energy exchange takes place.
Claims24
A mechanical energy exchange system, the system comprising a first component and a second component transferring mechanical energy to each other at one or more active points at an interface of the first component and the second component to achieve overall energy balance in the system, the first component comprising:
- at each of the one or more active points,
- one or more sensorless actuators coupled to the active point;
- and
- a controller for calculating a control vector based on multiple parameters to dynamically determine an operational mode of the mechanical energy exchange system, wherein the multiple parameters include two characteristic inter-related parameters per sensorless actuator.
Dependencies are inferred from the claim text.