Mattel, Inc.

Anthony G Schulte

Ross Rumfola, Iii

Michael D Armbruster

The present invention relates to a reconfigurable implement positioning and guidance system. The system includes an implement (e.g., a ball), an implement support, and a swung object (e.g., a bat). The implement support is reconfigurable between two modes. In a first mode the implement can be struck and propelled from the implement support and in a second mode the implement is fastened to the implement support so that it cannot separate upon impact with the swung object. The system also includes a guide positioned in the vicinity (e.g., below) of the implement so that an object swung below the implement will contact the guide which will direct the swung object toward and into contact with the implement. The guide can be employed in the first mode or the system can be used in either mode with the guide removed.

Reconfigurable implement positioner and guidance system

The present invention relates to a unique convertible ride-on vehicle. The ride-on vehicle of the present invention includes at least one font wheel, at least two rear wheels mounted on a rear axle, a frame supported by the at least one front wheel and the at least two rear wheels, a torque input mechanism, a torque transfer mechanism for transferring torque from the torque input mechanism to the rear wheels. The ride-on vehicle of the present invention is convertible between a first, tricycle configuration in which the rear wheels are spaced apart on the rear axle and a second, bicycle configuration in which the rear wheels are in close proximity to each other. Finally, the present application discloses a clean, simple method and apparatus for adjusting the tension of a chain or belt utilized to drive a ride-on vehicle.

Reconfigurable wheeled vehicle

The present invention relates to a reconfigurable child receiving device that includes a seat portion and arcuate leg members that support the seat portion above a supporting surface. The seat portion is further supported by arcuate cross members that extend between the leg members and are pivotally connected to the leg members. The arcuate cross member can each be individually pivoted upward above the leg members or downward below the leg members. The pivotal connection between the leg members and the cross members enables the reconfigurable child receiving device to be configured into four different modes of use. In a first mode, both arcuate cross members are pivoted upward above the leg members to allow the device to rock on the leg members in a first direction. In a second mode the second cross member is pivoted downward to prevent rocking in the first direction and to secure the seat portion in a relatively upright configuration. In a third mode the first arcuate cross member is pivoted downward to prevent the device from rocking in the first direction and to support the seat portion in a generally reclined position. In a fourth mode, both arcuate cross members are pivoted downward below the leg members and into contact with the supporting surface to enable the device to rock in a second direction, the second direction being generally perpendicular to the first direction.

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East Aurora, NY, United States of America

Anthony G Schulte