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    • 2. 发明授权
    • Toy vehicle and toy vehicle game
    • 玩具车和玩具车游戏
    • US4079938A
    • 1978-03-21
    • US783833
    • 1977-04-01
    • Janos BenyJames D. MooreJohn W. Ryan
    • Janos BenyJames D. MooreJohn W. Ryan
    • A63H17/38A63F9/14A63H18/12A63H29/22A63H31/08G09B9/048
    • G09B9/048A63F9/14A63H18/12
    • A toy vehicle is provided for use in a toy vehicle game including an endless track defining at least two parallely extending vehicle lanes in which two or more toy vehicles are adapted to be operated. The toy vehicles each include a reversible rotary drive motor and a transmission operatively engaged between the motor and two drive wheels for rotating one or the other of the drive wheels in response to the direction of rotation of the drive motor, thereby biasing the car against one or the other of the side walls of the track to guide the vehicle along its path of travel in one or the other of the lanes. The track includes electrical contact strips which supply power to the drive motor of the vehicles through current collectors mounted thereon. A control system permits the operators to separately and independently control current to the contact strips and also to selectively reverse the polarity of the current so that the operators can vary the speed of their associated vehicles and cause the vehicles to move from one lane to the other. In one form of the invention an additional toy vehicle operated as a drone car at constant speed is provided presenting an obstacle along the track which the players must pass by properly controlling their respective toy vehicles.
    • 提供一种用于玩具车游戏中的玩具车,其包括限定至少两个平行延伸的车道的环形轨道,其中两个或更多个玩具车辆适于操作。 玩具车各自包括可逆旋转驱动电动机和可操作地接合在电动机和两个驱动轮之间的变速器,用于响应于驱动电动机的旋转方向旋转一个或另一个驱动轮,从而将轿厢抵抗一个 或轨道的另一侧壁,以引导车辆沿其一条或另一条车道中的行进路线。 轨道包括通过安装在其上的集流器向车辆的驱动马达供电的电接触条。 控制系统允许操作者单独且独立地控制到接触片的电流,并且还选择性地逆转电流的极性,使得操作者可以改变其相关联的车辆的速度并使车辆从一个车道移动到另一个车道 。 在本发明的一种形式中,提供以恒定速度作为无人驾驶车操作的附加玩具车辆,其通过适当地控制其各自的玩具车辆而沿轨道提供障碍物,玩家必须通过该障碍物。
    • 3. 发明授权
    • Toy vehicle game
    • 玩具车游戏
    • US4141553A
    • 1979-02-27
    • US830739
    • 1977-09-06
    • Janos BenyJames D. MooreJohn W. Ryan
    • Janos BenyJames D. MooreJohn W. Ryan
    • A63H17/39A63H18/12A63F9/14
    • A63H18/12
    • A toy vehicle is provided for use in a toy vehicle game including an endless track defining at least two parallelly extending vehicle lanes in which two or more toy vehicles are adapted to be operated. The toy vehicles each include a reversible rotary drive motor and a transmission operatively engaged between the motor and two drive wheels for rotating one or the other of the drive wheels in response to the direction of rotation of the drive motor, thereby biasing the car against one or the other of the side walls of the track to guide the vehicle along its path of travel in one or the other of the lanes. The track includes electrical contact strips which supply power to the drive motor of the vehicles through current collectors mounted thereon. A control system permits the operators to separately and independently control current to the contact strips and also to selectively reverse the polarity of the current so that the operators can vary the speed of their associated vehicles and cause the vehicles to move from one lane to the other. In one form of the invention an additional toy vehicle operated as a drone car at constant speed is provided presenting an obstacle along the track which the players must pass by properly controlling their respective toy vehicles.
    • 提供一种用于玩具车游戏中的玩具车,包括限定至少两个平行延伸的车道的环形轨道,其中两个或更多个玩具车辆适于操作。 玩具车各自包括可逆旋转驱动电动机和可操作地接合在电动机和两个驱动轮之间的变速器,用于响应于驱动电动机的旋转方向旋转一个或另一个驱动轮,从而将轿厢抵抗一个 或轨道的另一侧壁,以引导车辆沿其一条或另一条车道中的行进路线。 轨道包括通过安装在其上的集流器向车辆的驱动马达供电的电接触条。 控制系统允许操作者单独且独立地控制到接触片的电流,并且还选择性地逆转电流的极性,使得操作者可以改变其相关联的车辆的速度并使车辆从一个车道移动到另一个车道 。 在本发明的一种形式中,提供以恒定速度作为无人驾驶车操作的附加玩具车辆,其通过适当地控制其各自的玩具车辆而沿轨道提供障碍物,玩家必须通过该障碍物。
    • 4. 发明授权
    • Bicycle braking system
    • 自行车制动系统
    • US4020925A
    • 1977-05-03
    • US630309
    • 1975-11-10
    • John W. RyanJames D. Moore
    • John W. RyanJames D. Moore
    • B62L3/08
    • B62L3/08
    • An improvement in braking of the wheels of a bicycle wherein both front and rear wheels are equipped with a coaster brake. Flexible connections are provided between the reaction torque arm of the rear coaster brake and the front brake for applying the front brake. Interposed in the connections is a proportioning lever mechanism for adjustably controlling the amount of braking effect transmitted to the front brake. Flexible connections are provided from the reaction torque arm of the front brake back to the lever mechanism for applying a feedback increment of actuation to the front brake. The system increases the effectiveness of the front brake by taking fuller advantage of the weight transfer which occurs in stopping, and the function of preventing throwing the rider over the handlebars is preserved while the positive feedback increment of control increases the braking effort of the front wheel in proportion to the increased load on the front wheel, which occurs in stopping.
    • 改进了自行车车轮的制动,其中前轮和后轮都配备有过山车制动器。 后过垫制动器的反作用扭矩臂与用于施加前制动器的前制动器之间提供柔性连接。 在连接中插入有用于可调节地控制传递到前制动器的制动效果的比例的杠杆机构。 从前制动器的反作用扭矩臂向杠杆机构提供柔性连接,用于向前制动器施加反馈增量的致动。 该系统通过充分利用停止时发生的重量转移来提高前制动器的有效性,并且保持驾驶员超过车把的功能,同时控制的正反馈增量增加了前轮的制动力 与在前轮上的增加的负载成比例,其在停止时发生。
    • 5. 发明授权
    • Lawn bowling apparatus
    • 草地保龄球器
    • US3975014A
    • 1976-08-17
    • US547181
    • 1975-02-05
    • John W. RyanJames D. Moore
    • John W. RyanJames D. Moore
    • A63D5/08A63D1/02
    • A63D5/08A63D2005/083
    • The apparatus includes a platform supported by legs at the corners. It supports the bowling pins which are preferably of formed plastic. A ball is used which is a bean bag type ball containing beans or other particulate material and having a cover of a conventional ball. In the game the ball is not rolled but rather is lobbed. Cords are provided attached to the bases of the pins and to a manually operable lever for automatically resetting the pins manually. The cords and lever are fabricated as an integral plastic molded unit the cords being in the form of flat strips. The pins are of hollow molded construction. Each has a bottom slot opening adapted to receive and anchor a molded joint or barb on the end of a cord.
    • 该装置包括由角落处的腿支撑的平台。 它支撑优选为成形塑料的保龄球。 使用一种球,其是含有豆或其它颗粒材料并具有常规球盖的豆袋型球。 在比赛中,球没有滚动,而是开球。 线被提供附接到销的基部和手动操作的杠杆,用于手动地自动复位销。 绳和杆被制造成整体塑料模制单元,帘线为扁平条形式。 销具有中空的模制结构。 每个都具有底槽开口,其适于在模制的接头或倒钩的一端接纳并锚定模制的接头或倒钩。
    • 6. 发明授权
    • Remotely controlled miniature vehicle
    • 遥控微型车
    • US4200287A
    • 1980-04-29
    • US878474
    • 1978-02-16
    • John W. RyanJames D. Moore
    • John W. RyanJames D. Moore
    • A63H17/36A63H18/12A63H30/02A63F9/14
    • A63H18/12A63H17/36A63H30/02
    • An improved remotely controlled miniature vehicle, more particularly an electrically driven miniature car of the type operated on a track-way having contact strips through which power is supplied to the driving motor of the vehicle. Improved remote control is provided for controlling the miniature car for changing one lane to another. The front wheels are steerable by actuation of a steering post. The driving motor is mounted to move physically in response to additional driving torque applied through a gear train to the rear wheels. Mechanism is provided whereby the physical movement of the driving motor actuates the steering mechanism to turn the front wheels for changing from one lane to another. Provided in one form of the invention is a member having rollers that can contact a side wall of the track for positioning the front wheels and steering post to pre-determine the direction of turning in response to physical movement of the driving motor.
    • 一种改进的远程控制微型车辆,更具体地,是一种电动式微型轿车,其类型是在具有接通带的轨道上操作的,具有向车辆的驱动电机供电的接触带。 提供了改进的遥控器,用于控制微型车辆将一个车道改变为另一个车道。 前轮通过转向柱的驱动而转向。 驱动电动机被安装成物理地响应于通过齿轮系施加到后轮的额外的驱动扭矩。 提供了机构,由此驱动马达的物理运动致动转向机构以使前轮从一个车道改变到另一个车道。 在本发明的一种形式中提供的是具有可以接触轨道的侧壁的辊的构件,用于定位前轮和转向柱,以响应于驱动电动机的物理运动来预先确定转动方向。
    • 7. 发明授权
    • Steerable toy vehicle
    • 导向玩具车
    • US4155197A
    • 1979-05-22
    • US830740
    • 1977-09-06
    • Janos BenyJames D. MooreJohn W. Ryan
    • Janos BenyJames D. MooreJohn W. Ryan
    • A63H17/38A63F9/14A63H18/12A63H29/22A63H31/08G09B9/048
    • G09B9/048A63F9/14A63H18/12
    • A toy vehicle is provided for use in a toy vehicle game including an endless track defining at least two parallely extending vehicle lanes in which two or more toy vehicles are adapted to be operated. The toy vehicles each include a reversible rotary drive motor and a transmission operatively engaged between the motor and two drive wheels for rotating one or the other of the drive wheels in response to the direction of rotation of the drive motor, thereby biasing the car against one or the other of the side walls of the track to guide the vehicle along its path of travel in one or the other of the lanes. The track includes electrical contact strips which supply power to the drive motor of the vehicles through current collectors mounted thereon. A control system permits the operators to separately and independently control current to the contact strips and also to selectively reverse the polarity of the current so that the operators can vary the speed of their associated vehicles and cause the vehicles to move from one lane to the other. In one form of the invention an additional toy vehicle operated as a drone car at constant speed is provided presenting an obstacle along the track which the players must pass by properly controlling their respective toy vehicles.
    • 提供一种用于玩具车游戏中的玩具车,其包括限定至少两个平行延伸的车道的环形轨道,其中两个或更多个玩具车辆适于操作。 玩具车各自包括可逆旋转驱动电动机和可操作地接合在电动机和两个驱动轮之间的变速器,用于响应于驱动电动机的旋转方向旋转一个或另一个驱动轮,从而将轿厢抵抗一个 或轨道的另一侧壁,以引导车辆沿其一条或另一条车道中的行进路线。 轨道包括通过安装在其上的集流器向车辆的驱动马达供电的电接触条。 控制系统允许操作者单独且独立地控制到接触片的电流,并且还选择性地逆转电流的极性,使得操作者可以改变其相关联的车辆的速度并使车辆从一个车道移动到另一个车道 。 在本发明的一种形式中,提供以恒定速度作为无人驾驶车操作的附加玩具车辆,其通过适当地控制其各自的玩具车辆而沿轨道提供障碍物,玩家必须通过该障碍物。