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    • 46. 发明授权
    • Digital swing weight scale
    • 数字摇摆重量秤
    • US06877364B2
    • 2005-04-12
    • US10346775
    • 2003-01-17
    • Mitchell E. Bac
    • Mitchell E. Bac
    • A63B53/00A63B59/00G01G19/00G01L5/00G01M1/00G01G23/30
    • G01L5/00A63B60/42A63B2053/005G01G19/00
    • A swing weight scale is presented that measures the swing weight of a golf club by measuring the torque exerted by the club about fixed balance point. The apparatus comprises an elongated torque arm pivotally mounted to a base. At one end of the torque arm a pair of rollers cradle the shaft of the golf club from underneath. At the other end of the torque arm a vertical stop provides a reference for locating the butt of the golf club shaft and provides the mounting surface for a second pair of rollers that cradle the upper surface of the shaft at the butt end. The rollers allow the golf club shaft to freely rotate about its longitudinal axis so that the golf club head will hang down freely. A torque sensor is mounted at the pivot point of the torque arm to measure the torque produced by the golf club as it is supported by the torque arm. A simple computer program converts the torque produced by the golf club on the torque arm into swing weights based on the known dimensions, weight and other parameters of the apparatus.
    • 提出了一种摆动重量级,其通过测量由球杆施加的关于固定平衡点的扭矩来测量高尔夫球杆的摆动重量。 该装置包括可枢转地安装到基座的细长扭矩臂。 在扭矩臂的一端,一对滚子从下面摇动高尔夫球杆的轴。 在扭矩臂的另一端,垂直挡块提供用于定位高尔夫球杆杆的对接的参考,并为第二对辊提供安装表面,第二对辊在对接端处支撑轴的上表面。 滚子允许高尔夫球杆杆绕其纵向轴线自由旋转,使得高尔夫球杆头部将自由地下垂。 转矩传感器安装在转矩臂的枢转点处,以测量由转矩臂支撑的高尔夫球杆产生的扭矩。 简单的计算机程序根据装置的已知尺寸,重量和其他参数,将由转矩臂上的高尔夫球杆产生的扭矩转换成摆锤。
    • 47. 发明授权
    • Barycentric position measuring apparatus
    • 重心位置测量仪
    • US06843109B2
    • 2005-01-18
    • US10727591
    • 2003-12-05
    • Masato NakadaKoji Oguma
    • Masato NakadaKoji Oguma
    • A61B5/11G01G19/44G01G21/23G01M1/12G01M1/00
    • G01G19/44G01G21/23G01M1/122
    • The apparatus receives a load by a load receiving board, selects and switches a combination of a first sensor and a second sensor, a combination of the second sensor and a third sensor, a combination of the third sensor and a fourth sensor and a combination of the fourth sensor and the first sensor in turn by selection switching means, obtains output differences of all these combinations selected and switched in turn by the selection switching means in output difference conversion means 14, stores in a memory the output differences obtained in the output difference conversion means, determines in a barycentric position computation section a first directional position (position Gy with respect to the y coordinate axis) and a second directional position (position Gx with respect to the x coordinate axis) based on comparisons of the output differences stored in the memory, and outputs the positions in output means.
    • 该装置由负载接收板接收负载,选择和切换第一传感器和第二传感器的组合,第二传感器和第三传感器的组合,第三传感器和第四传感器的组合,以及组合 第四传感器和第一传感器依次通过选择切换装置,通过输出差分转换装置14中的选择切换装置依次选择和切换的所有这些组合的输出差异,在存储器中存储在输出差异中获得的输出差异 转换装置基于存储在第一方向位置(相对于y坐标轴的位置Gy)和第二方向位置(相对于x坐标轴的位置Gx)来确定重心位置计算部分中的输出差异 存储器,并输出输出装置中的位置。
    • 49. 发明授权
    • Apparatus and method for calibrating moment-of-inertia and
center-of-gravity
    • 用于校准惯性矩和重心的装置和方法
    • US6098025A
    • 2000-08-01
    • US140390
    • 1998-08-26
    • Sang-Sin Bae
    • Sang-Sin Bae
    • G01M1/10G01M1/12G01M1/00
    • G01M1/10G01M1/122
    • An apparatus and a related method are used to simultaneously calibrate a center-of-gravity and a moment-of-inertia. The apparatus includes: a motor rotated with a prescribed velocity; a tachometer installed at the motor for calibrating an angular velocity of the moto; a fixed plate which is installed at the upper portion of rotation axis of the motor and has a plurality of parts fixing units; a motor driver connected to the motor for controlling the driving of the motor and for calibrating a current value flowing into the motor; and a processor connected to the motor driver and the tachometer for calculating a center-of-gravity and a moment-of-inertia of a part by using the calibrated angular velocity and current value.
    • 使用装置和相关方法来同时校准重心和惯性矩。 该装置包括:以规定速度旋转的马达; 安装在马达上的转速表用于校准摩托车的角速度; 固定板,其安装在电机的旋转轴的上部,并具有多个部件固定单元; 连接到电动机的电动机驱动器,用于控制电动机的驱动并校准流入电动机的电流值; 以及连接到电机驱动器和转速计的处理器,用于通过使用校准的角速度和电流值计算零件的重心和惯性矩。