Invention Grant
- Patent Title: Aircraft-runway total energy measurement, monitoring, managing, safety, and control system and method
-
Application No.: US15469519Application Date: 2017-03-25
-
Publication No.: US10202204B1Publication Date: 2019-02-12
- Inventor: Nihad E. Daidzic
- Applicant: AAR Aerospace Consulting, LLC
- Applicant Address: US MN Saint Peter
- Assignee: AAR Aerospace Consulting, LLC
- Current Assignee: AAR Aerospace Consulting, LLC
- Current Assignee Address: US MN Saint Peter
- Agency: Lemaire Patent Law Firm, P.L.L.C.
- Agent Charles A. Lemaire; Jonathan M. Rixen
- Main IPC: B64C5/02
- IPC: B64C5/02 ; B64F1/18 ; G08G5/00 ; B64C25/10 ; B64C25/42 ; B64D45/00 ; B64D45/06 ; B64D45/08 ; G01C23/00

Abstract:
A total runway safety system (TRSS) and method measures, monitors, manages, and informs flight crew on the progress of takeoffs and landings and of any hazardous runway conditions. In some embodiments, the TRSS measures, monitors, and informs flight crew of longitudinal and lateral runway tracks thus preventing overruns and veer-offs during takeoffs and landings. In some embodiments, backscatter of infrared laser beams emitted by the aircraft is used to evaluate groundspeed and the reflectivity of the runway surface to make estimates of the surface conditions, roughness and contamination, which affects rolling and braking efforts and acceleration. In some embodiments TRSS evaluates runway surface and predicts tire-surface rolling and braking coefficient of friction. In some embodiments, GPS and similar navigation data, and ATC/airport reported runway braking conditions are evaluated along with the infrared laser, ultrasound and digital images to find best estimates of the runway remaining, current speed, acceleration, and jerk.
Information query