Launching platform for inertia vehicle

• US 4,483,096 A
• Filed: 03/17/1983
• Issued: 11/20/1984
• Est. Priority Date: 03/17/1983
• Status: Expired due to Fees

• Current Assignee: Mattel Incorporated
• Original Assignee: Mattel Incorporated
• Inventors: Halford, Wayne R., McKittrick, Michael T., Kilroy, Eugene J., Gabler, Otto L.
• Primary Examiner(s): Shay, F. Barry
• Application Number:
  US06/476,006
• Time in Patent Office: 614 Days
• Field of Search: 46/1 K, 46/209, 46/206, 46/202
• US Class Current: 446/430
• CPC Class Codes: A63H 29/24 Details or accessories for drive mechanisms, e.g. means for winding-up or starting toy engines

Abstract

A toy vehicle energizer and launcher (10) having a draw string energizing mechanism (30) with a drive spool (40) receiving a draw string (38) and a return spring (46). The drive spool (42) is connected to a toothed driving wheel (54) by a one-way clutch (67) which allows a vehicle (34) held in the launcher (10) to be energized by a number of pulls on the draw string (38). A retaining and release means (32) coacts with a drive wheel (56) of the toy vehicle (34) and a toothed driver (54) to allow the vehicle (34) to be held within the launcher (10) during energization, and to be released after energization by manual actuation of the retaining and release means (32).

Claims

1. An inertia motor toy vehicle energizer and launching means comprising:

a housing having a platform adapted to hold said vehicle, two opposed hollow sides upstanding from said platform and a holding area adjacent said platform formed in said housing between said sides;

means for energizing an inertia vehicle held within said housing in one of said hollow sides including a draw string and adapted to be connected to a drive wheel of said toy vehicle held over said platform between said sides for energization thereof; and

retaining and release means held within said housing in the other of said hollow sides to retain said toy vehicle in a position to be energized and to release said vehicle after energization.

2. The toy vehicle energizer and launching means of claim 1 wherein said retaining and release means includes a handle which is manually actuated to release said toy vehicle after energization.

3. The toy vehicle energizer and launching means of claim 1 wherein said draw string has two ends with a handle attached at one end and the other end attached to a drive drum;

said drive drum having a spring return connected therewith, and being further connected to a toothed wheel driver through a one-way clutch to allow a toy vehicle held in said launcher between said toothed wheel driver and said retaining and release means to be energized, by actuating said energizing means.

4. The toy vehicle energizer and launching means of claim 3 wherein said retaining and release means comprises a follower fixedly connected to a rounded button, and a handle mounted within said housing whereby upon manual actuation of said handle, said handle will contact said rounded button to move said follower away from a vehicle held therein, to thereby release said vehicle.

5. An inertia motor toy vehicle energizer and launching means comprising:

a platform having an upper surface and opposed sides projecting upwardly therefrom;

energizing means held within said launching means at one of said sides and means adapted to releasably hold and support a vehicle having an inertia motor and at least one two-sided drive wheel in a forwardly aligned position with its drive wheel out of engagement with said platform so that said drive wheel may rotate freely;

said energizing means including a draw string connected through a clutch means to a toothed driver adapted to be connected to one side of said drive wheel;

and a follower on the other side of said platform, biasing means holding said follower against the other side of said drive wheel;

said follower including manually actuable means to move said follower, against the force of said biasing means, away from said other side of said drive wheel, after said draw string has been pulled a sufficient number of times to impart the desired energization to said drive wheel, whereby said drive wheel will be released and drop to said platform to thereby apply forward motion to said vehicle.