Reduced-scale racing system

• US 4,817,948 A
• Filed: 09/06/1983
• Issued: 04/04/1989
• Est. Priority Date: 09/06/1983
• Status: Expired due to Term

• Current Assignee: Louise Simonelli
• Original Assignee: Louise Simonelli
• Inventors: Simonelli, Louise
• Primary Examiner(s): NOT, DEFINED
• Application Number:
  US06/529,724
• Time in Patent Office: 2,037 Days
• Field of Search: 273/86 R, 273/86 B, 434/62, 434/63, 434/66, 434/69, 434/71, 180/169, 358/108, 358/109, 358/210, 446/456, 244/190
• US Class Current: 463/6
• CPC Class Codes: A63H 18/00 Highways or trackways for toys railway permanent way A63H19/30; for special railways A63H21/00; Propulsion by special interaction between vehicle and track
• CPC Class Codes: A63H 30/04 using wireless transmission

Abstract

A reduced-scale racing apparatus having at least one self-powered, remotely controlled vehicle, and at least one operator'"'"'s booth containing a control console for operating the vehicle, the vehicle having a wheeled body provided with a first control for controlling the vehicle, a forwardly trained video camera on the body, a rearwardly trained video camera on the body, a transmitter on the body for the wireless transmission of respective signals from the forwardly and rearwardly trained video cameras, and a receiver on the body responsive to wireless signals for operating the first control, while the operator'"'"'s booth has a housing for containing a driver/operator and the control console, with a second control in the housing for generating wireless signals receivable by the receiver for operating the first control, the housing being further provided with a first video display screen responsive to the transmitted signals from the forwardly trained video camera for displaying the path in front of the vehicle, and a second video display screen in the housing responsive to the transmitted signals from the rearwardly trained video camera for displaying the path in back of the vehicle.

Claims

1. A reduced-scale racing apparatus comprising:

at least one self-powered remotely controlled vehicle; and

at least one operator'"'"'s booth containing a control console for operating said vehicle,

said vehicle comprising;

a race car body,

first control means on said body for controlling travel of said vehicle,

a forwardly trained video camera mounted on said body,

a rearwardly trained video camera mounted on said body,

transmitter means on said body for the wireless transmission of respective signals from said forwardly and rearwardly trained video cameras, and

receiver means on said body responsive to wireless signals for operating said first control means;

said operator'"'"'s booth comprising;

a housing for containing an operator and receiving said control console,

second control means in said housing for generating wireless signals receivable by said receiver means for operating said first control means,

a first video display screen in said housing responsive to the transmitted signals from said forwardly trained video camera for displaying the path in front of said vehicle, said first video display screen being positioned in front of the operator and configured as a windshield of a race car, and

a second video display screen in said housing responsive to the transmitted signals from said rearwardly trained video camera for displaying the path in back of said vehicle, said second video display screen being positioned at the upper right of said first screen and configured as a rearview mirror of a car; and

said body being further provided with a pair of sideview mirrors mounted within the field of view of said forwardly trained video camera for displaying the reflection thereof at the sides of said first video display screen.

2. The apparatus defined in claim 1 wherein said forwardly trained video camera has a wide angle of view for simulating the peripheral vision of an operator, and said rearwardly trained video camera has a narrow field of view for simulating a rearview mirror.

3. A reduced-scale racing apparatus comprising

at least one self-powered remotely controlled vehicle;

and

at least one operator'"'"'s booth containing a control console for operating said vehicle,

said vehicle comprising;

a race car body,

first control means on said body for controlling said vehicle,

a forwardly trained video camera mounted on said body and having a wide angle of view for simulating the peripheral vision of an operator,

a rearwardly trained video camera mounted on said body and having a narrow field of view for simulating a rearview mirror,

transmitter means on said body for the wireless transmission of respective signals from said forwardly and rearwardly trained video cameras, and

receiver means on said body responsive to wireless signals for operating said first control means;

said operator'"'"'s booth comprising;

a housing for containing an operator and said control console,

second control means in said housing for generating wireless signals receivable by said receiver means for operating said first control means,

a first video display screen in said housing responsive to the transmitted signals from said forwardly trained video camera for displaying the path in front of said vehicle, said first video display screen being positioned in front of the operator and configured as a windshield of a race car, and

a second video display screen in said housing responsive to the transmitted signals from said rearwardly trained video camera for displaying the path in back of said vehicle, said second video display screen being positioned at the upper right of said first screen and configured as a rearview mirror of a car; and

said body being further provided with a pair of sideview mirrors mounted within the field of view of said forwardly trained video camera for displaying the reflections thereof at the sides of said first video display screen.

4. A reduced-scale racing apparatus comprising:

at least one self-powered remotely controlled vehicle; and

at least one operator'"'"'s booth containing a control console for operating said vehicle,

said vehicle comprising;

a race car body,

first control means on said body for controlling said vehicle,

a forwardly trained video camera mounted on said body,

a rearwardly trained video camera mounted on said body,

transmitter means on said body for the wireless transmission of respective signals from said forwardly and rearwardly trained video cameras,

receiver means on said body responsive to wireless signals for operating said first control means,

a steering wheel on said body operable by said first control means,

an accelerator on said body operable by said first control means,

a brake on said body operable by said first control means, and

feedback means on said body operable by said first control means, and

feedback means on said body operable by said steering wheel and said brake for the transmission of respective signals therefrom and receivable by said operator'"'"'s booth for providing a braking and steering sensation to an operator therein;

said operator'"'"'s booth comprising;

a housing for containing an operator and said control console,

second control means in said housing for generating wireless signals receivable by said receiver means for operating said first control means,

a first video display screen in said housing responsive to the transmitted signals from said forwardly trained video camera for displaying the path in front of said vehicle, and

a second video display screen in said housing responsive to the transmitted signals from said rearwardly trained video camera for displaying the path in back of said vehicle, said second video display screen being smaller than said first video display screen, being configured as a rear view mirror and being located to the upper right of said first screen; and

said body being further provided with a pair of sideview mirrors mounted within the field of view of said forwardly trained video camera for displaying the reflections thereof at the sides of said first video display screen, said forwardly trained video camera having a relatively wide field of view and said rearwardly trained video camera having a relatively narrow field of view.

5. The apparatus defined in claim 4 further comprising a plurality of sensors including a microphone on said body of said vehicle for the transmission of respective signals therefrom and receivable by said operator'"'"'s booth for providing a reading of vital signs including sound from said vehicle to an operator in said housing.

6. The apparatus defined in claim 4 wherein said first control means includes respective accelerator, steering, brake, transmission and clutch operators, and said second control means includes respective accelerator, steering, brake, gear selector and clutch sensors.

7. The apparatus defined in claim 4 wherein said transmitter means on said body is frequency modulated, and said receiver means on said body is frequency modulated.

8. The apparatus defined in claim 7 wherein the frequency modulated signal from said transmitter means is multiplexed for the transmission of respective signals therefrom at a single frequency, and said receiver means is multiplexed for the reception of respective signals at a single frequency.

9. The apparatus defined in claim 4 wherein said operator'"'"'s booth further comprises a bucket seat, a seat belt and a roll bar in said housing, said housing being in the configuration of the driver'"'"'s compartment of a race car, and said body of said vehicle is a reduced-scale accurate replica of a full-sized race car.

10. The apparatus defined in claim 8 further comprising:

a racetrack on which said first mentioned vehicle can travel under the control of said first mentioned operator'"'"'s booth at said racetrack;

at least one second vehicle operable on said racetrack;

at least one second operator'"'"'s booth at said racetrack for operating said second vehicle, said first vehicle and operator'"'"'s booth having a variable operating frequency and said second vehicle and operator'"'"'s booth having a variable operating frequency, whereby said respective first and second vehicles and operator'"'"'s booths can operate simultaneously at different frequencies.