Simulated road racing game

• US 4,174,833 A
• Filed: 12/05/1977
• Issued: 11/20/1979
• Est. Priority Date: 12/05/1977
• Status: Expired due to Term

• Current Assignee: MEGO Corporation
• Original Assignee: MEGO Corporation
• Inventors: Hennig, Michael, Reiner, Lawrence
• Primary Examiner(s): Shapiro, Paul E.
• Application Number:
  US05/857,517
• Time in Patent Office: 715 Days
• Field of Search: 273/1 E, 272/8 M, 272/11, 35/11 R, 350/278, 350/281, 350/276 R, 74/45
• US Class Current: 273/442
• CPC Class Codes: A63F 2003/00321 shaped as an endless belt
• CPC Class Codes: A63F 9/00 Games not otherwise provided for aspects of games using an electronically generated display having two or more dimensions showing representations related to the game A63F13/00 ; miscellaneous sporting games A63B67/00
• CPC Class Codes: A63F 9/143 electric
• CPC Class Codes: G09B 9/048 a model being viewed and manoeuvred from a remote point G09B9/052, G09B9/058 take precedence

Abstract

A game which simulates the sights and sounds of vehicles such as automobiles racing on one or more tracks, in which a vehicle is steered to avoid simulated crashing into the oncoming vehicles on the tracks, thus completing one or more laps of the race within a fixed time interval. The game includes an enclosure and a transparent panel which is an inclined front part of the enclosure and is both light transmissive and light reflective. Light is admitted into the enclosure from above. A plurality of movable belts having a horizontal reach are mounted within the enclosure, together with means to move the belts along their reaches. At least one toy vehicle is mounted on each belt, so that the motion of the toy vehicles as the belts move is visible through the inclined transparent panel. Another toy vehicle is disposed below the inclined transparent panel so that its image is reflected from the panel in juxtaposition with the toy vehicles on the belts. The other toy vehicle can be manipulated, so that the image of the other toy vehicle can be moved relative to the moving toy vehicles on the belts. Suitable sensors are provided to correlate the instances of visual coincidence of one of the toy vehicles on a belt with the image of the other toy vehicle. When coincidence occurs the other toy vehicle is driven so its image appears to somersault over the one toy vehicle.

Claims

1. A simulated road racing game comprising an enclosure, means to provide light in said enclosure, a transparent panel, said transparent panel being both light transmissive and light reflective, said transparent panel being an inclined front part of said enclosure, at least one movable belt within said enclosure, said belt having a substantially horizontal reach, means within said enclosure to move said belt along said reach, at least one toy vehicle mounted on said belt, so that said one toy vehicle is visible through said inclined transparent panael, at least one other toy vehicle within and adjacent the front of said enclosure, said other toy vehicle being disposed in front of said inclined transparent panel so that the image of said other toy vehicle is reflected from said inclined transparent panel in juxtaposition with said one toy vehicle, means to manipulate said other toy vehicle so that the image of said other toy vehicle can be moved relative to said one toy vehicle, sensor means for sensing the instance of visual coincidence of said one toy vehicle with the image of said other toy vehicle, and means for imparting motion to said other toy vehicle such that said other toy vehicle appears to perform a somersault over said one toy vehicle in response to the sensing of said instance.

2. The road racing game of claim 1 in which the means to provide light in the enclosure is a plurality of slots in the top of the enclosure, together with a source of light above the top of the enclosure.

3. The road racing game of claim 2 in which the slots are juxtaposed in parallel.

4. The road racing game of claim 1 in which the transparent panel is inclined at an acute angle from the vertical.

5. The road racing game of claim 4 in which the acute angle is in the range of from about 15°

to about 70°

.

6. The road racing game of claim 5 in which the acute angle is about 35°

.

7. The road racing game of claim 1 in which a plurality of movable belts is provided, together with means to move each of the movable belts, each of the movable belts having at least one toy vehicle mounted thereon and a substantially horizontal reach, the plurality of belts being juxtaposed in parallel within the enclosure.

8. The road racing game of claim 7 in which the number of movable belts is three.

9. The road racing game of claim 7 in which an end movable belt at one side of the plurality of belts moves at a predetermined speed and the remaining belts move at successively slower speeds.

10. The road racing game of claim 9 in which means are provided to concomitantly vary the speeds of all of the belts.

11. The road racing game of claim 10 in which an incremental increase in the speed of any one of the movable belts is greater than the incremental increase in the speed of the next slowest belt.

12. The road racing game of claim 7 in which the means to move each of the movable belts is a geared drive wheel on a pulley of the belt, together with an electric motor and means to pass electricity through said electric motor, said electric motor being geared to the drive wheel of at least one movable belt so that said electric motor drives said pulley.

13. The road racing game of claim 12 in which the pulleys of the movable belts are geared to each other seriatim so that all of the movable belts move in unison.

14. The road racing game of claim 13 in which the gearing of the pulleys is step down gearing so that an end movable belt at one side of the plurality of belts moves at a predetermined speed and the remaining belts move at successively slower speeds.

15. The road racing game of claim 14 in which the end movable belt is directly driven by the electric motor.

16. The road racing game of claim 12 in which the means to pass electricity through the electric motor is a variable means so that the speed of the electric motor may be varied.

17. The road racing game of claim 16 in which the variable means to pass electricity through the electric motor includes a variable rheostat which regulates the current passing through the electric motor, together with means to manipulate said variable rheostat.

18. The road racing game of claim 1 in which two spaced apart toy vehicles are mounted on the one belt.

19. The road racing game of claim 18 in which the two toy vehicles are equidistant from each other in both directions along the reach of the belt.

20. The road racing game of claim 1 in which the sensor means includes a lap counter which counts the number of laps of travel of the one toy vehicle prior to visual coincidence of the one toy vehicle with the image of the other toy vehicle.

21. The road racing game of claim 20 in which the lap counter is a digital lap counter.

22. The road racing game of claim 1 in which the sensor means includes at least one switch, an electric motor, and displaceable means mounting the other toy vehicle in position, said switch being closed when visual coincidence of the one toy vehicle with the image of the other toy vehicle takes place, so that an electric circuit is completed through said electric motor, said electric motor thereby displacing said displaceable mounting means so that the other toy vehicle is physically displaced.

23. The road racing game of claim 22 in which the switch is oriented in conjunction with means mounted to the movable belt so that said means closes the switch when the one toy vehicle is positioned by the belt at a visual coincidence with the image of the other toy vehicle.

24. The road racing game of claim 1 in which the means to manipulate the other toy vehicle is means to displace the other toy vehicle transversely relative to the movable belt.

25. The road racing game of claim 24 in which the means to manipulate the other toy vehicle includes a rotatable wheel coaxially mounted on a shaft, said rotatable wheel being capable of being manipulated so that said shaft is rotatable about its central longitudinal axis, a drive disc coaxially mounted on said shaft, said drive disc having a projecting annular first tab, said first tab being substantially perpendicular to the surface of said drive disc, together with a drive arm, said drive arm being pivoted at one end and having a slot, said first tab extending transversely into said slot, the other end of said drive arm being bifurcated and enclosing a second tab, said second tab being attached to slidable means mounting the other toy vehicle below the inclined transparent panel, so that manipulation of said rotatable wheel causes the means mounting the other toy vehicle to slide transversely relative to the movable belt.

26. The road racing game of claim 1 together with means to emit an audible sound, said means to emit an audible sound emitting a sound when said movable belt is in motion.

27. The road racing game of claim 26 in which the sound simulates the sound of vehicles in motion.

28. The road racing game of claim 1 in which the transparent panel is composed of glass.

29. The road racing game of claim 28 in which the glass panel is tinted.

30. The road racing game of claim 1 in which the transparent panel is composed of a sheet of plastic, said plastic being selected from the group consisting of cellulose acetate, polyvinyl chloride, polyethylene, polypropylene, acrylic resin, urea-formaldehyde resin, and nylon.

31. The road racing game of claim 30 in which the plastic panel is tinted.

32. The road racing game of claim 1 in which the one toy vehicle and the other toy vehicle are toy automobiles.

33. A simulated road racing game comprising an enclosure, means to provide light in said enclosure, a transparent panel, said transparent panel being both light transmissive and light reflective, said transparent panel being an inclined front part of said enclosure, at least one movable belt within said enclosure, said belt having a substantially horizontal reach, means within said enclosure to move said belt along said reach, at least one toy vehicle mounted on said belt, so that said one toy vehicle is visible through said inclined transparent panel, at least one other toy vehicle within and adjacent the front of said enclosure, said other toy vehicle being disposed below said inclined transparent panel so that the image of said other toy vehicle is reflected from said inclined transparent panel in juxtaposition with said one toy vehicle, means to manipulate said other toy vehicle so that the image of said other toy vehicle can be moved relative to said one toy vehicle, and sensor means for correlating the instances of visual correspondence of said one toy vehicle with the image of said other toy vehicle, when said movable belt is in motion and said other toy vehicle is manipulated, and for physically displacing the other toy vehicle in simulation of actual contact between the one toy vehicle and the other toy vehicle when visual coincidence of the one toy vehicle with the image of the other toy vehicle takes place, said sensor means including at least one switch, an electric motor, and displaceable means mounting the other toy vehicle in position, said switch being closed when visual coincidence of the one toy vehicle with the image of the other toy vehicle takes place, so that an electric circuit is completed through said electric motor, said electric motor thereby displacing said displaceable mounting means so that the other toy vehicle is physically displaced, said switch being oriented in conjunction with an additional toy vehicle so mounted to the movable belt as to be spaced apart from the one toy vehicle, said additional toy vehicle and the one toy vehicle being equidistant from each other in both directions along the reach of the belt so that said additional toy vehicle closes the switch when the one toy vehicle is positioned by the belt at a visual coincidence with the image of the other toy vehicle.

34. A simulated road racing game comprising an enclosure, means to provide light in said enclosure, a transparent panel, said transparent panel being both light transmissive and light reflective, said transparent panel being an inclined front part of said enclosure, at least one movable belt within said enclosure, said belt having a substantially horizontal reach, means within said enclosure to move said belt along said reach, at least one toy vehicle mounted on said belt, so that said one toy vehicle is visible through said inclined transparent panel, at least one other toy vehicle within and adjacent the front of said enclosure, said other toy vehicle being disposed below said inclined transparent panel so that the image of said other toy vehicle is reflected from said inclined transparent panel in juxtaposition with said one toy vehicle, means to manipulate said other toy vehicle so that the image of said other toy vehicle can be moved relative to said one toy vehicle, and sensor means for correlating the instances of visual correspondence of said one toy vehicle with the image of said other toy vehicle, when said movable belt is in motion and said other toy vehicle is manipulated, and for physically displacing the other toy vehicle is simulation of actual contact between the one toy vehicle and the other toy vehicle when visual coincidence of the one toy vehicle with the image of the other toy vehicle takes place, said sensor means including a first switch oriented in conjunction with actuating means mounted to the movable belt so that said first switch is closable by said actuating means, a second switch oriented in conjunction with displaceable means mounting the other toy vehicle in position, together with an electric motor, said first and second switches being closed when visual coincidence of the one toy vehicle with the image of the other toy vehicle takes place, so that when said first and second switches are closed, an electric circuit is completed through said electric motor, said electric motor thereby becoming actuated and displacing said displaceable mounting means so that the other toy vehicle is physically displaced.

35. The road racing game of claim 34 together with a third switch, the displaceable mounting means being rotatable and including a disc-shaped member geared to the electric motor and having a radial tab, said radial tab camming said third switch to an open position after a time interval during which the displaceable mounting means has rotated by 360°

so that the electric motor circuit is broken and so that the other toy vehicle after circular displacement by 360°

returns to its original position and orientation, the one toy vehicle having been moved by the movable belt during said time interval to a position in which the one toy vehicle is not visually coincident with the image of the other toy vehicle.

36. The road racing game of claim 35 in which the third switch when closed also completes an electrical circuit to an electric light within the enclosure, so that said electric light becomes lit during the time interval.

37. The road racing game of claim 36 in which the electric light when intermittently lit illuminates a recognizable identity symbol within the enclosure, so that the image of the recognizable identity symbol is visible through or by reflection from the inclined transparent panel.

38. The road racing game of claim 37 in which the recognizable identity symbol is a sign having a word thereon, said word corresponding to the simulation of actual physical contact between the one toy vehicle and the other toy vehicle.

39. The road racing game of claim 38 in which the word is wipeout.

40. The road racing game of claim 35 in which the third switch when closed also completes an electrical circuit to means to emit an audible sound.

41. The road racing game of claim 40 in which the sound simulates the sound of actual physical contact between vehicles.

42. The road racing game of claim 35 together with a digital lap counter which counts the number of laps of travel of the one toy vehicle prior to visual coincidence of the one toy vehicle with the image of the other toy vehicle, the third switch when closed also interrupting a circuit so that said digital lap counter ceases counting the completion of a lap of travel of the one toy vehicle.