Technique for measuring distances and locations and resulting use for providing services

• Main Author: FALCO BOUDET JORGE LUIS
• Format: Patent
• Language: English; Spanish
• Published: 16.11.2000
• Edition: 7
• Subjects: ANALOGOUS ARRANGEMENTS USING OTHER WAVES; DETERMINING DISTANCE OR VELOCITY BY USE OF RADIO WAVES; LOCATING OR PRESENCE-DETECTING BY USE OF THE REFLECTION ORRERADIATION OF RADIO WAVES; MEASURING; PHYSICS; RADIO DIRECTION-FINDING; RADIO NAVIGATION; TESTING

Technique for measuring distances and locations and resulting use for providing services.Technique for measuring distances outside and inside buildings. With several measurements, locating people, objects, etc., and its use for providing services, in addition to the transmission of location information, and other related, guided or registration information.It is based on measuring the difference of the arrival time of a sound type probe (ultrasound) and another of electromagnetic radiation. With both, the distance between source and reception of the ultrasound wave is calculated.Distance = (dif. Times)/[1/ultrasound speed)-(1/electr. rad)] (Machine-translation by Google Translate, not legally binding) Técnica de medida de distancias y localización y consecuente utilización para dar servicios. Técnica de medida de distancias en exteriores e interior de edificios. Con varias medidas, la localización de personas, objetos, etc., y su utilización para dar servicios, entre otros de transmisión de información de localización u otras relacionadas, guiado y/o apuntamiento. Se basa en la medida de la diferencia del tiempo de llegada de una onda tipo sonido (ultrasonido) y otra de radiación electromagnética. Con ambas, se computa la distancia entre fuente y recepción de la onda de ultrasonido. distancia = (dif.tiempos)/[(I/veloc.ultrasonido) - (l/veloc.rad.electr.)] Technique for measuring distances and locations and resulting use for providing services.Technique for measuring distances outside and inside buildings. With several measurements, locating people, objects, etc., and its use for providing services, in addition to the transmission of location information, and other related, guided or registration information.It is based on measuring the difference of the arrival time of a sound type probe (ultrasound) and another of electromagnetic radiation. With both, the distance between source and reception of the ultrasound wave is calculated.Distance = (dif. Times)/[1/ultrasound speed)-(1/electr. rad)]