Abstract: A patient examination system including a frame assembly, one or more motion-controlling assemblies connected to the frame assembly for moving one or more selected movable portions of the frame assembly, and a patient support assembly. The patient support assembly includes a seat subassembly including a seat cushion, a back subassembly, a footrest subassembly including a footrest cushion, and a cover element covering a top side of the seat cushion and an external side of the footrest cushion. The cover element has an exposed surface for engagement with the patient. The seat subassembly includes the seat cushion and is secured to the upper element of the frame assembly. The frame assembly is configured to support the seat subassembly relative to the floor in a lowered position thereof, in a raised position thereof, in intermediate seat positions therebetween, and in Trendelenburg positions.

Abstract: A patient examination system for locating a patient above a floor. The patient examination system includes a frame assembly, one or more motion-controlling assemblies connected to the frame assembly for moving one or more selected movable portions of the frame assembly, and a patient support assembly that is supported by the frame assembly. The patient support assembly includes a seat subassembly, a back subassembly, a footrest subassembly, and a cover element covering a seat cushion and a footrest cushion in the footrest subassembly. The cover element has an exposed surface formed for engagement with the patient. The seat subassembly supports the seat cushion and is secured to the upper element of the frame assembly. The frame assembly is configured to support the seat subassembly relative to the floor in a lowered position thereof, in a raised position thereof, in intermediate seat positions therebetween, and in Trendelenburg positions.

Abstract: Accordingly the embodiments herein achieve a method and apparatus for estimating power consumption based on a temperature. The method includes dividing a use time and a non-use time based on an analysis of a correlation of a determined temperature and a power consumption based on the determined temperature. Further, the method includes extracting a base consumption of an electrical apparatus based on power consumption during the non-use time. Further, the method includes extracting a threshold temperature and a power consumption continuous function based on the threshold temperature and power consumption. The threshold temperature requires a maximum operation of the electrical apparatus. Furthermore, the method includes calculating the power consumption based on a predetermined temperature from the power consumption continuous function; and calculating an estimated power consumption except for the base consumption.