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    • 3. 发明授权
    • Self-assembling toy, toy assembler, launcher, and track
    • 自组装玩具,玩具组装,发射器和轨道
    • US08011994B2
    • 2011-09-06
    • US12270027
    • 2008-11-13
    • Steven FinkNeil HamiltonMichael HoetingYannick Poirier
    • Steven FinkNeil HamiltonMichael HoetingYannick Poirier
    • A63H17/267A63H18/00
    • A63H18/028A63H18/026
    • An aspect of the present invention provides a toy assembly system comprising a central compartment configured to house a plurality of toy bodies, each toy body having magnetic hubs arranged in an outer region of the body. The system can include outer compartments that house ferromagnetic outer components (e.g., ferromagnetic spheres) separate from the toy bodies and a release mechanism configured to release during a single operation a single toy body and a set of outer components, wherein the single toy body and the set of outer components self-assemble and automatically align. Another aspect provides a toy track system comprising a launch portion configured to magnetically retain the magnetic vehicle in a launch position, a release configured to release the vehicle from the launch position, and a track portion coupled to the launch portion and configured to guide the released vehicle along a predetermined path.
    • 本发明的一个方面提供一种玩具组合系统,其包括构造成容纳多个玩具体的中央室,每个玩具本体具有布置在身体的外部区域中的磁性轮毂。 系统可以包括容纳与玩具主体分开的铁磁外部部件(例如,铁磁球体)的外部隔室和被配置为在单个操作期间释放单个玩具主体和一组外部部件的释放机构,其中,单个玩具主体和 外部组件的组合自组装并自动对齐。 另一方面提供了一种玩具轨道系统,其包括被配置为将磁性车辆磁性地保持在发射位置的发射部分,被配置为将发射位置释放车辆的释放部以及耦合到发射部分的轨道部分, 车辆沿预定路径。
    • 4. 发明申请
    • SELF-ASSEMBLING TOY, TOY ASSEMBLER, LAUNCHER, AND TRACK
    • 自组装玩具,玩具组装,开车和跟踪
    • US20090130946A1
    • 2009-05-21
    • US12270027
    • 2008-11-13
    • STEVEN FINKNeil HamiltonMichael HoetingYannick Poirier
    • STEVEN FINKNeil HamiltonMichael HoetingYannick Poirier
    • A63H17/267A63H18/00
    • A63H18/028A63H18/026
    • An aspect of the present invention provides a toy assembly system comprising a central compartment configured to house a plurality of toy bodies, each toy body having magnetic hubs arranged in an outer region of the body. The system can include outer compartments that house ferromagnetic outer components (e.g., ferromagnetic spheres) separate from the toy bodies and a release mechanism configured to release during a single operation a single toy body and a set of outer components, wherein the single toy body and the set of outer components self-assemble and automatically align. Another aspect provides a toy track system comprising a launch portion configured to magnetically retain the magnetic vehicle in a launch position, a release configured to release the vehicle from the launch position, and a track portion coupled to the launch portion and configured to guide the released vehicle along a predetermined path.
    • 本发明的一个方面提供一种玩具组合系统,其包括构造成容纳多个玩具体的中央室,每个玩具本体具有布置在身体的外部区域中的磁性轮毂。 系统可以包括容纳与玩具主体分开的铁磁外部部件(例如,铁磁球体)的外部隔室和被配置为在单个操作期间释放单个玩具主体和一组外部部件的释放机构,其中,单个玩具主体和 外部组件的组合自组装并自动对齐。 另一方面提供了一种玩具轨道系统,其包括被配置为将磁性车辆磁性地保持在发射位置的发射部分,被配置为将发射位置释放车辆的释放部以及耦合到发射部分的轨道部分, 车辆沿预定路径。
    • 10. 发明申请
    • Toy vehicle with stabilized front wheel
    • 具有稳定前轮的玩具车
    • US20060009119A1
    • 2006-01-12
    • US11085341
    • 2005-03-21
    • Michael HoetingNeil Hamilton
    • Michael HoetingNeil Hamilton
    • A63H17/16
    • A63H17/262A63H17/16A63H29/20
    • A toy vehicle with a flywheel operatively associated with a front wheel. The toy vehicle comprises a chassis having a front end supported by the front wheel and a rear end supported by a rear wheel. A motor is operatively connected to the flywheel to rotate the flywheel and generate a gyroscopic effect while the toy vehicle is moving. The flywheel is adapted to rotate independently of the front wheel. Accordingly, the front wheel rotates about the axle whenever the toy vehicle is in motion whereas the flywheel rotates about a front axle whenever the motor is energized. The motion of the toy vehicle may be controlled by a propulsion drive operatively associated with the chassis and drivingly coupled to the rear wheel. The direction of the toy vehicle may be controlled by a steering drive.
    • 具有与前轮可操作地相关联的飞轮的玩具车。 玩具车包括具有由前轮支撑的前端的底盘和由后轮支撑的后端。 电动机可操作地连接到飞轮以旋转飞轮并在玩具车辆移动时产生陀螺效应。 飞轮适于独立于前轮旋转。 因此,每当玩具车辆运动时,前轮绕车轴转动,而每当电动机通电时,飞轮围绕前轴旋转。 玩具车辆的运动可以通过与底盘操作地相关联的推进驱动来控制,并且驱动地联接到后轮。 玩具车的方向可以通过转向驱动来控制。