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    • 31. 发明申请
    • SWING EXERCISER
    • 运动员
    • WO00048686A1
    • 2000-08-24
    • PCT/US2000/004085
    • 2000-02-17
    • A63B69/00A63B69/36A63B69/38A63B21/04
    • A63B69/3647A63B69/0024A63B69/0057A63B69/3667A63B69/38A63B2069/0008A63B2102/06
    • A device is disclosed for sports such as golf wherein an implement such as a golf club (16) is moved along a swing path. An elongated handle has a proximal end with a hand grip and a distal end with a weighted body. A foot plate, sized to receive a foot of the user. A removable, stretchable tether (32) is provided having a first end tied at a point between the proximal and distal ends of the handle and a second end tied to a connection point (41) on the foot plate. The foot plate has inside and outside edges and in the preferred embodiment, each edge includes one or more connection points. An optimal rocker plate defines an area large enough to receive the foot plate and the user's other foot. The rocker plate preferably further includes rotatable plates (58, 60) to assist in positioning the user's feet to achieve a proper stance for the desired sport.
    • 公开了一种用于诸如高尔夫球等运动的装置,其中诸如高尔夫球杆(16)的工具沿着摆动路径移动。 细长手柄具有带有手柄的近端和具有加重体的远端。 一个脚板,尺寸适合接收用户的脚。 提供了一种可移动的可拉伸的系绳(32),其具有连接在手柄的近端和远端之间的点处的第一端和连接到脚板上的连接点(41)的第二端。 脚板具有内部和外部边缘,并且在优选实施例中,每个边缘包括一个或多个连接点。 一个最佳摇摆板限定一个足够大的区域来接收脚踏板和用户的另一只脚。 摇杆板优选地还包括可旋转板(58,60),以帮助定位使用者的脚以实现所需运动的适当姿态。
    • 33. 发明申请
    • TRAINING DEVICE
    • 训练设备
    • WO99025430A1
    • 1999-05-27
    • PCT/EP1998/007135
    • 1998-11-09
    • A63B69/00A63B69/02A63B69/18A63B69/36A63B69/38G06F3/00G06F3/01
    • A63B69/3614A63B69/0024A63B69/02A63B69/18A63B69/3608A63B69/38A63B2069/0008A63B2071/0666A63B2102/04A63B2244/16G06F3/011
    • A training device (100) for training the sequence of movements carried out by a person (22) when handling an object (38) to be moved in a predetermined manner by the person, comprises a data processing system (10) connected with first sensors (28, 30) which are arranged on the person (22) and transmit movement data to the data processing system (10), connected with second sensors (40) which are arranged on the object (38) and transmit data on the movement of the object (38) to the data processing system (10), connected with mechanical actuators (42) arranged on the object (38) and which, when actuated by the data processing system (10), simulate a contact with a virtual object (21) as a tactile feedback to the person (22), and connected with display means (26) arranged on the person (22) and a memory (12) for reference data. The data processing system (10) calculates from the reference data an ideal sequence of movements of the body and object (38) and represents the ideal sequence of movements on the display means (26).
    • 的训练装置(100),对于一个人的处理这些中的一个以预定方式来移动对象(22)运动序列的训练(38)包括与在该人的数据处理系统(10)(22)布置的第一传感器(28, 30)被连接时,移动到数据处理系统的数据(10)发送到(对象38)设置在第二传感器(40)连接,发送所述对象(38)到所述数据处理系统的运动的数据(10), 布置成与所述物体(38),机械致动装置(42)被连接时,由数据处理系统(10)驱动的致动与虚拟对象(21)的触觉反馈的人(22)的接触来模拟和到其上的 人(22)设置的指示器装置(26)和用于参考的数据的存储器(12),其中,从所述基准数据中的数据处理设备(10) 计算体和对象(38)的运动的理想场和表示运动的指示装置(26)的理想的过程。
    • 35. 发明申请
    • DYNAMIC VISUAL ACUITY TRAINING METHOD AND APPARATUS
    • 动态视觉训练方法与装置
    • WO1995017227A1
    • 1995-06-29
    • PCT/US1994014801
    • 1994-12-19
    • MAXIMUM PERFORMANCE, INC.
    • MAXIMUM PERFORMANCE, INC.FUERST, Randall, F.ROSSINI, Gregory, A.CARROLL, Gus, F.
    • A63B69/00
    • G02C7/101A61H5/00A63B69/00A63B69/002A63B69/0024A63B69/0071A63B69/0095A63B69/36A63B69/38A63B71/0622A63B2069/0008A63B2071/0666A63B2102/02A63B2102/06A63B2102/065A63B2102/16A63B2102/18A63B2102/22A63B2102/28A63B2102/32A63B2243/0025A63B2243/0033A63B2243/0037A63B2243/0066A63B2244/03A63B2244/04
    • An apparatus and method for improving physical coordination and ability to react to moving and stationary objects in disclosed herein. A pair of voltage controlled liquid crystal lenses (14, 16) are mounted in a support frame (12) which is worn by a user in the same manner as conventional eyeglasses. The lenses (14, 16) can be electronically pulsed between an opaque state and a transparent state. Further, the lenses (14, 16) scatter background light in their opaque state rather than block the light so as to provide a generally constant level of contrast and brightness. This prevents pupil dilation changes when switching between the transparenet state and the opaque state. Each lens can be made to pulse from an opaque state to a transparent state and then back again, and can be controlled independently or in synchronization. In operation, the user adjusts the control unit (18) to pulse the lenses (14, 16) at a high speed. An object is then viewed through the lenses and an appropriate response is made. As the user's proficiency increases, the user decreases the pulse rate and continues to react to the object. Reduction in pulse rate is continued until the desired level of reaction proficiency is achieved. When the apparatus is eventually removed, the user will be able to react to objects moving at higher speeds with greater proficiency. Additionally, in the case of both moving and stationary objects, the user's ability to concentrate will be increased.
    • 本文公开的用于改善物理协调和对移动和静止物体作出反应的能力的装置和方法。 一对电压控制液晶透镜(14,16)安装在用户以与传统眼镜相同的方式佩戴的支撑框架(12)中。 透镜(14,16)可以在不透明状态和透明状态之间电子脉冲。 此外,透镜(14,16)将背景光分散在其不透明状态,而不是阻挡光,以便提供大致恒定的对比度和亮度水平。 这可以防止在透明状态和不透明状态之间切换时发生瞳孔膨胀变化。 每个镜头可以从不透明状态脉冲到透明状态,然后再次返回,并且可以独立地或同步地控制。 在操作中,用户调节控制单元(18)以高速脉冲透镜(14,16)。 然后通过透镜观察物体,并作出适当的响应。 随着用户的熟练程度的增加,用户降低了脉率并继续对对象做出反应。 持续降低脉率,直到达到所需的反应能力水平。 当设备最终被移除时,用户将能够以更高的熟练度对以更高速度移动的物体做出反应。 此外,在移动和静止物体的情况下,将增加用户的集中能力。