Abstract: An automated system and methods are provided for calibrating an accelerometer of a patient support apparatus using a load cell. The patient support apparatus includes a litter frame and a deck supported by the litter frame, movable between various angled positions. A patient support surface is arranged on the deck and configured to support a patient thereon. The patient support surface has at least one region configured to be disposed at an angular position. A load cell is provided, configured to generate load data including first and second load outputs detected at first and second trend angles with respect to a horizontal plane. An accelerometer is provided, configured to generate angle data including first and second angle outputs representative of the trend angles. A controller in communication with the load cell and the accelerometer determines an error in the angle data and calibrates the accelerometer.

Abstract: An automated system and methods are provided for calibrating an accelerometer of a patient support apparatus using a load cell. The patient support apparatus includes a litter frame and a deck supported by the litter frame, movable between various angled positions. A patient support surface is arranged on the deck and configured to support a patient thereon. The patient support surface has at least one region configured to be disposed at an angular position. A load cell is provided, configured to generate load data including first and second load outputs detected at first and second trend angles with respect to a horizontal plane. An accelerometer is provided, configured to generate angle data including first and second angle outputs representative of the trend angles. A controller in communication with the load cell and the accelerometer determines an error in the angle data and calibrates the accelerometer.