Michael Yaron - Meadowbrook PA Dany Chalhoub - Woodside NY Joo Hwang Chun - Pallisades Park NJ Robert Lachman - Norwalk CT Lex Curtiss - Long Island City NY Stuart Leslie - Brooklyn NY Matt Hayduk - Glen Cove NY
International Classification:
1005
US Classification:
D10104
Apparatus And Methods For Parking A Vehicle Using Position Detection Sensor
Michael Yaron - Meadowbrook PA Bernard Katz - Rockaway NJ Karl E. Geisel - Montebello NY
International Classification:
B60Q 100
US Classification:
340436
Abstract:
A sensing and indicating device is mounted at a fixed location to determine the distance between the sensor and an approaching vehicle. The sensor provides visual and/or audible indication of the distance between the vehicle and the sensor. The driver of the vehicle uses that displayed or audible information to locate the vehicle within a defined space or envelope, e. g. , within a garage. The sensor and indicator may also be located laterally with respect to the vehicle so that the distance between the vehicle side and the sensor can be determined whereby the vehicle can be located laterally within the defined space or envelope.
Method And Apparatus For Guided Parking Of A Vehicle Using Ultrasonic Position Detection
Michael Yaron - Meadowbrook PA Bernard R. Katz - Rockaway NJ Karl E. Geisel - Montebello NY
Assignee:
Measurement Specialties, Inc. - Fairfield NJ
International Classification:
B60Q 100
US Classification:
340436
Abstract:
A sensing and indicating device is mounted at a fixed location and uses transmitted and reflected acoustic or electrical energy to determine the distance between the sensor and an approaching vehicle. The sensor provides visual and/or audible indication of the distance between the vehicle and the sensor. The driver of the vehicle uses that displayed or audible information to locate the vehicle within a defined space or envelope, e. g. , within a garage. The sensor and indicator may also be located laterally with respect to the vehicle so that the distance between the vehicle side and the sensor can be determined whereby the vehicle can be located laterally within the defined space or envelope. The device remains active at all times, precluding any need for manual intervention to activate it, without compromising power consumption. A distance dependent means for dynamic desensitization of the receiver subsystem is provided so as to ignore reflection artifacts from irrelevant off-axis objects close to the sensor and to avoid false triggering due to ringing within the sensor.
University Physicians Inc 12605 E 16 Ave, Aurora, CO 80045 720 848-9111 (phone), 720 848-5157 (fax)
Education:
Medical School University of Colorado School of Medicine at Denver Graduated: 1982
Languages:
English Spanish
Description:
Dr. Yaron graduated from the University of Colorado School of Medicine at Denver in 1982. He works in Aurora, CO and specializes in Emergency Medicine. Dr. Yaron is affiliated with University Of Colorado Hospital.
1 Penn Plz SUITE #4025, New York, NY 10119 1 Penn Plz STE 4025, New York, NY 10119
Michael Yaron Associate Professor S/m Emergency Medicine
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