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 Vehicle location system

Details
Inventors: Hildebrant, David M;
Assignee:
Primary Examiner: Cuchlinski, Jr.; William A.
Assistant Examiner: Nguyen; Thu
Attorney, Agent or Firm: Kroll; Michael I

A system for locating a vehicle using the Global Positioning Satellite System (GPS). The system includes a locator unit and a remote unit. The locator unit is connected to the vehicle and includes a processor; a transmitter for obtaining a location from the GPS indicating the location of the vehicle; and a receiver for receiving the location signal from the GPS for storage in the processor. The remote unit includes a processor; a transmitter for obtaining a location from the GPS indicating the location of the remote unit; and a receiver for receiving the position signal from the GPS for storage in the processor. A device, connected to the processor, generates a request signal requesting the location of the locator unit; and a signal device relays a relative position of the locator unit to a user. Upon activation of the generating device the transmitter transmits the request signal to the locator unit. The locator unit retrieves and transmits the location signal to the remote unit in response thereto. Upon receipt of the location signal the processor of the remote unit compares the location signal to the position signal to determine a relative position of the locator unit with respect to the remote unit. The processor then controls the signal device to indicate the relative position of the locator unit. The signal device provides both an audible and visual indication to the user as to the longitude, latitude and altitude of the locator unit.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT Turning now descriptively to the drawings, in which similar reference characters denote similar elements throughout the several views, FIGS.
1 through 5 illustrate the vehicle locator system of the present invention indicated generally by the numeral 10.
The vehicle locator system 10 is illustrated in FIG.
1 for use by a person 12 to locate a particular vehicle 13 within a parking lot 14.
This figure illustrates the parking lot 14 including a plurality of vehicles 18 parked therein.
When parking a vehicle in such a parking lot 14 it is easy to forget where the vehicle was parked.
When the parking lot is full, the person 12 who parked the vehicle 13 will have a very difficult time locating the vehicle 13 if the location of the vehicle is forgotten.
The vehicle locator system 10 of the present invention utilizes the Global Positioning Satellite Network, illustrated by the satellite 16 orbiting the earth for aiding the person 12 in determining the location of the vehicle 13.
The vehicle locator system 10 includes a remote unit 20 and a vehicle locator unit 22, see FIGS.
3-5 for an illustration and description of the vehicle locator unit 22.
The remote unit 20 is retained by the user 12 and can be in the form of a key ring or other unobtrusive form which is not burdensome to the user 12.
The vehicle locator unit 22 is positioned within the vehicle 13.
The remote unit 20 communicates with the GPS satellite 16 when activated to determine a location thereof in terms of longitude, latitude and altitude.
Upon activation of a location key, the remote unit 20 transmits a request signal to the GPS satellite 16 as indicated by the arrow labeled with the numeral 24.
The GPS satellite 16 receives this signal 24 and determines the longitude, latitude and altitude of the remote unit 20.
The GPS satellite 16 then transmits a signal indicative of the determined longitude, latitude and altitude of the remote unit 20 to the remote unit 20 as indicated by the arrow labeled with the numeral 26



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