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    • 1. 发明申请
    • Water submergence toy
    • 水淹玩具
    • US20050208867A1
    • 2005-09-22
    • US10947355
    • 2004-09-23
    • Mitsuru Higashida
    • Mitsuru Higashida
    • A63H23/04A63H23/10A63H30/00A63H30/02A63H30/04A63H30/06
    • A63H23/04A63H30/04
    • A water submergence toy is not performed using a screw. It is done by only changing the buoyancy by means of changing the volume. Because of this, the control and surfacing responsiveness becomes very poor. The water submergence toy according to the present invention compresses the air inside a piston when the piston is pushed towards the inside of a cylinder to reduce the volume. This makes the buoyancy smaller. Conversely, when the piston is moved in a direction away from the cylinder, the volume of the air inside the piston becomes larger and the buoyancy increases. In addition, because this type of buoyancy adjustment can be performed manually as well, those who play with a water submergence toy can adjust the buoyancy whenever it is necessary. Because of this, the buoyancy of the water submergence toy can always be maintained in a state adjusted for optimum buoyancy.
    • 水淹玩具不能用螺丝进行。 它只需要通过更改音量来改变浮力。 因此,控制和表面反应变得非常差。 根据本发明的淹水玩具在将活塞推向气缸内部时压缩活塞内的空气以减小体积。 这使得浮力更小。 相反,当活塞沿远离气缸的方向移动时,活塞内部空气的体积变大并且浮力增加。 另外,由于可以手动进行这种浮力调整,所以与水淹玩具一起玩的人也可以在必要时调节浮力。 因此,淹水玩具的浮力总能保持在调节为最佳浮力的状态。
    • 9. 发明授权
    • Remotely-controlled toy vehicle
    • 遥控玩具车
    • US4521204A
    • 1985-06-04
    • US604107
    • 1984-04-26
    • Christopher C. WiggsChristopher J. C. Taylor
    • Christopher C. WiggsChristopher J. C. Taylor
    • A63H17/38A63H30/00A63H30/06A63H31/00F15B11/06F15B13/042A63H13/00
    • A63H30/06F15B11/06F15B13/0422F15B2211/7121
    • A remotely-controlled toy vehicle having a steering mechanism and driven by a dc motor selectively connected to a battery by a multi-position switch in a polarity which causes forward or reverse movement. Remote control is effected by a handset having first and second master diaphragm chambers linked through a flexible pneumatic line to first and second slave diaphragm chambers in the vehicle, one slave being operatively coupled to the steering mechanism and the other to the motor control switch. The handset is provided with a torsion bar having a handle, the bar being both swingable from side to side and also being rotatable. The bar is so coupled to the diaphragms of the master chambers whereby when the player swings the bar toward the left or right, this movement is pneumatically transmitted to the steering mechanism of the vehicle to cause the vehicle to turn toward the left or right. When the player rotates the bar clockwise or counter clockwise, this movement is pneumatically transmitted to the switch to cause the vehicle to travel in the forward or reverse direction.
    • 一种遥控玩具车,其具有转向机构并由直流电动机驱动,所述直流电动机通过多位置开关选择性地连接到电池,所述多位置开关以极性引起正向或反向运动。 遥控由具有通过柔性气动管线连接到第一和第二主隔膜室的手机实现,车辆中的第一和第二从动隔膜室,一个从动装置可操作地联接到转向机构,另一个从动件耦合到电动机控制开关。 手机设置有具有手柄的扭力杆,该杆可以从一侧到另一侧摆动并且也可旋转。 杆连接到主室的隔膜,当玩家向左或向右摆动杆时,该运动被气动地传递到车辆的转向机构以使车辆向左或向右转动。 当演奏者顺时针或逆时针旋转时,这种运动被气动地传递到开关,以使车辆向前或向后移动。