Riding toy
    77.
    发明授权
    Riding toy 失效
    骑马玩具

    公开(公告)号:US5738589A

    公开(公告)日:1998-04-14

    申请号:US680185

    申请日:1996-07-15

    申请人: Thomas A. Hall

    发明人: Thomas A. Hall

    IPC分类号: A63G13/08 A63B21/04 A63H33/00

    CPC分类号: A63G13/08

    摘要: A riding toy for children includes safety shields and end plates to prevent access to a set of longitudinal springs that provides a restoring force when the toy is "ridden." Also, the use of wide vertical struts that rotate about axes passing there-through near to a side thereof causes contact to occur between a strut corner and the base of the toy at the lower end thereof, and between a strut corner and the bottom of the riding structure at the top thereof, thus to provide a natural limit to the degree to which the riding structure can be thrust forward or backward, and thereby serving to prevent tipping the toy entirely over. Such a limitation of motion can also be obtained by contact of upper and lower corners of the safety shields and the riding structure or base, respectively, or between mutually facing sides of the struts on either or both sides of the riding toy. The structure thus provides a "ride" in which the seat upon which a child is placed remains horizontal at all times, no contact can be made between the child and the springs that provide the restoring force to the toy, and natural limits to the range of motion are provided that are approached smoothly, against the force of the springs, whereby the child can enjoy any pre-selected range of motion, in accordance with pre-selected dimensions of the toy components that may be implemented within a particular embodiment of the toy, without danger of being jolted off from the toy.

    摘要翻译: 用于儿童的骑乘玩具包括安全护罩和端板,以防止进入一组纵向弹簧,当玩具“骑”时提供恢复力。 此外,使用围绕通过其附近的轴旋转的宽垂直支柱在其一端附近发生在支柱角和玩具的底部之间的接触,并且在其下端之间以及在支柱角与底部之间发生接触 在其顶部的骑行结构,从而提供骑行结构向前或向后推动的程度的自然限制,从而用于防止玩具完全滑开。 这种运动限制还可以通过分别在骑马玩具的一侧或两侧上的支柱的相互面对的侧面之间接触安全护罩的上下角和骑乘结构或基座来获得。 因此,该结构提供了一种“乘坐”,其中放置儿童的座位始终保持水平,不能在向玩具提供恢复力的儿童和弹簧之间进行接触,并且对范围的自然限制 提供了抵抗弹簧的力平稳接近的运动,由此儿童可以根据玩具组件的预选尺寸享受任何预先选定的运动范围,该尺寸可以在特定的实施例中实现 玩具没有被玩具撞坏的危险。