Ride-on convertible robot

• US 4,572,530 A
• Filed: 03/15/1985
• Issued: 02/25/1986
• Est. Priority Date: 03/15/1985
• Status: Expired due to Fees

• Current Assignee: Joseph A. Marino
• Original Assignee: Joseph A. Marino
• Inventors: Marino, Joseph A.
• Primary Examiner(s): Peters, Jr., Joseph F.
• Assistant Examiner(s): NOT, DEFINED
• Application Number:
  US06/712,568
• Time in Patent Office: 347 Days
• Field of Search: 280/1.13, 280/1.165, 280/1.175, 280/1.188, 280/1.189, 280/1.201, 280/1.208, 280/1.22, 180/167, 180/209, 446/289, 446/290, 446/291
• US Class Current: 280/1.188
• CPC Class Codes: A63G 19/00 Toy animals for riding

Abstract

A ride-on convertible robot toy. The toy is large enough to serve as a child'"'"'s riding car. It has articulated arms and hands that may be operated to grasp objects. The toy is convertible from the ride-on configuration to an erect robot-like configuration, in which it also may be rolled. The toy latches into either configuration and may be unlatched for conversion by pressing down on a knob protruding from the top of the head. In the ride-on configuration, the toy may be steered. The arm wheels are concealed within the body when the toy is in the upright configuration.

Claims

1. A ride-on convertible robot comprising a body, a base below said body, a base wheel assembly on said base, an integrally moveable head, neck, front portion, and arm wheels, said robot having a selectable upright configuration and a rideable configuration, said arm wheels being concealed within said body when said robot is in said upright configuration and said said arm wheels and said base wheel assembly comprising forward and rear floor-contacting wheels when said robot is in said rideable configuration.

2. A robot as set forth in claim 1 wherein a pair of arms are provided on said body, said arms being articulated in a vertical plane and having manually operable hands, each said hand being normally biased in a closed and grasping position by resilient means and having hand control means squeezable to open said hands against said resilient means bias.

3. A robot as set forth in claim 2 wherein each said arm comprises an opposed pair of arm control elements, each said arm control element including a pivot hole and a finger at the lower end thereof, and said resilient means biases the upper ends of said control elements away from each other.

4. A robot as set forth in claim 3 wherein said resilient means comprises a hairpin spring having arms, said arms bearing outwardly against each said control element above said pivot hole.

5. A robot as set forth in claim 1 wherein selection means are provided to selectively retain said robot in either said upright or said rideable configuration and to permit change from one to the other configuration, said selection means including a vertically moveable central actuator, said robot being released from said retention upon downward vertical movement of said central actuator.

6. a robot as set forth in claim 5 wherein said selection means includes a spring exerting an upwards force, said spring bearing against the lower end of said central actuator and opposing downward vertical movement of said actuator, the bias of said spring tending to keep said robot in a said retained position.

7. A ride-on convertible robot comprising a body, a base below said body, a base wheel assembly on said base, a moveable head, neck, front portion and arm wheels, said robot having a selectable upright configuration and a rideable configuration, said arm wheels and said base wheel assembly comprising forward and rear floor-contacting wheels when said robot is in said rideable configuration, means to selectively retain said robot in either said upright or rideable configuration and to permit change from one to the other configuration, said selection means including a vertically moveable central actuator and a manually operable button operatively connected thereto, whereby pressure on said button moves said central actuator vertically.

8. A robot as set forth in claim 7 wherein said selection means includes a spring exerting an upwards force and bearing against the lower end of said central actuator and opposing downward vertical movement of said actuator.

9. A robot as set forth in claim 8 wherein said selection means includes latching means, said pressure on said button, moving said central actuator vertically against said spring bias, tending to release said latching means.

10. A robot as set forth in claim 9 wherein said head, neck, front portion and arm wheels are pivoted to said body, and wherein said latching means tends to retain said head, neck, front portion and arm wheels against rotation around said pivot relative to said body.

11. A robot as set forth in claim 10 wherein a bearing comprises part of said pivot and said bearing is provided with a notch, and said central actuator is provided with a stud, said stud being configured and dimensioned to fit into and be partially insertable into said notch, comprising a latch, and pressure on said button, vertically moving said central actuator against said spring bias, serving to remove said stud from said notch, whereby said robot is unlatched.

12. A robot as set forth in claim 11 wherein said bearing is provided with a vertical notch and a horizontal notch, and said stud is selectively partially insertable into and removable from each of said notches.

13. A robot as set forth in claim 10 wherein said central actuator is provided with an upper stud, and said body is provided with means to interfere with said upper stud, forming a latch, pressure on said button moving said central actuator vertically, serving to tend to unlatch said upper stud from said interference means.

14. A robot as set forth in claim 13 wherein said interference means comprises a ridge on the interior surface of said body.

15. A robot as set forth in claim 14 wherein a vertical interference means and a horizontal interference means are provided on the interior of said body, each of said interference means comprising a ridge, and said pressure on said button serving to selectively unlatch said upper stud from either of said vertical or horizontal interference means and to permit rotation around said pivot.