Toy car remotely controllable by fiber optic means

• US 4,563,162 A
• Filed: 09/13/1983
• Issued: 01/07/1986
• Est. Priority Date: 04/05/1983
• Status: Expired due to Term

• Current Assignee: Nikko Co Ltd (Takano Co., Ltd.)
• Original Assignee: Nikko Co Ltd (Takano Co., Ltd.)
• Inventors: Ishimoto, Zenichi
• Primary Examiner(s): NOT, DEFINED
• Application Number:
  US06/531,818
• Time in Patent Office: 847 Days
• Field of Search: 446/30, 446/33, 446/175, 446/454, 446/455, 350/96.1, 455/603
• US Class Current: 446/175
• CPC Class Codes: A63H 30/00 Remote-control arrangements specially adapted for toys, e.g. for toy vehicles steering mechanisms for toy vehicles A63H17/36; for model railways A63H19/24, A63H19/28

Abstract

A remote-controllable toy car is disclosed in which a car body is connected to an operating device through a single or a plurality of optical fibers. The toy car may be controlled in a simple optical communication system and is suitable for a small child.

Claims

1. A remote-controllable toy car which comprises a car body and an operating device spacially separated from the car body and comprising lamp means for emitting a light beam when energized, and means for passing or blocking the light beam in a selectable sequence thereby to provide optical ON-OFF signals in the selected sequence, fiber optic means for optically interconnecting said operating device with said vehicle body, said body containing photo-electric converter means for converting said optical ON-OFF signals into electrical ON-OFF signals supplied to an output thereof, said optical fiber means being in confronting relation to said blocking means and said photo-electric converter means whereby to sense the optical ON-OFF signals for transmission by said optical fiber means to said photo-electric converter means, and circuit means in said vehicle body having input means supplied from the output of said photo-electric converter means for controlling diverse movements of said vehicle body as a function of the ON-OFF signals sensed by the photo-electric converter means.

2. The toy car of claim 1, wherein said car body has controlling means for driving and steering operation and a controller for controlling said controlling means, said operating device being manually operable and having a control means comprising a power source, switch means and said lamp means connected in a circuit for controlling passage of light from said lamp means, said controller of the car body being mechanically and optically connected through said control means of the operating device by said fiber optic means through which the light of the lamp means in form of said optical ON-OFF signals produced in the operating device are transmitted to the controller of the car body.

3. The toy car of claim 2, wherein two optical fibers are used to optically interconnect and communicate the car body with the remote operating device, either one or both of the optical fibers receiving and transmitting the optical ON-OFF signals for controlling the driving and steering operation of the car body.

4. The toy car of claim 3, wherein the control means of the operating device comprises two lamps and two switches, said switches being operated for simultaneously turning said lamps on or off.

5. The toy car of claim 3, wherein the control means of the operating device comprises two lamps and two switches, said switches being operated for selectively turning said lamps on and off.

6. The toy car of claim 5, wherein said controller includes a control circuit having input means connected to said photo-electric converter means, said control circuit including two coils of an electromagnet and a driving motor for the toy car, a pivotally mounted control element in the toy car having permanent magnets at its free end in confronting relation to the electromagnet, front wheels of the car being turnable for turning in a given direction governed by pivotal movement of said control element as a function of the state of energization of the coils of the electromagnet which in turn is a function of said input to said input means, the driving motor likewise being energized as a function of the input to the input means.

7. The toy car of claim 2, wherein a single optical fiber is used to connect and communicate the car body with the operating device for controlling reversible drive of the car body to the exclusion of steering.

8. The toy car of claim 2, wherein at least three optical fibers are used to optically interconnect and communicate the car body with the operating device for controlling both reversible drive and selectable steering.