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    • 1. 发明申请
    • Method And Device For Assessing Residual Service Life Of Rolling Bearing
    • 评估滚动轴承残余使用寿命的方法和装置
    • US20070277613A1
    • 2007-12-06
    • US10593580
    • 2005-03-29
    • Takuzo IwatsuboIsao ShiromaruMakoto TanakaYoshinobu AkamatsuYoji NagayasuHideko NagayasuShingo Boda
    • Takuzo IwatsuboIsao ShiromaruMakoto TanakaYoshinobu AkamatsuYoji NagayasuHideko NagayasuShingo Boda
    • G01M13/04
    • G01M13/045F16C19/527
    • Degradation of the lubricant due to contamination of the lubricant with wear particles or moisture, which greatly affects the service life of rolling bearings, can be detected in a cost-effective manner through the use of a resonance frequency band signal or high-frequency signal of an accelerometer, and the service life of a rolling bearing can be estimated with high precision at an early stage on the basis of the detected state of the wear particles and lubricant. Provided is a method comprising baseline data acquisition means for obtaining vibration signals by using an accelerometer 4 and using a testing device to acquire resonance frequency band signals detectable at the highest sensitivity, for each specification such as model number, manufacturer name, and other specifications for a rolling bearing 3 as pertains to the relationship between the state of wear particle penetration in a rolling bearing 3 and the vibration/bearing service life, and to lubricant degradation and vibration/bearing service life; measurement means whereby an accelerometer 4 is used to obtain vibration signals for the rolling bearing 3 whose remaining service life is being assessed and which resides on a fan, a pump, or another rotating device 1, 2, for the purpose of measuring resonance frequency band signals detectable at the highest sensitivity; and determination means for estimating the state of wear particle penetration and the state of lubricant degradation of the diagnostic rolling bearing 3, and computing the remaining service life of the diagnostic rolling bearing 3 by using measurement values obtained by the measurement means, determination results of the bearing specification determination means, and data obtained by the baseline data acquisition means.
    • 通过使用共振频带信号或高频信号的高频信号,可以以成本有效的方式检测由于润滑剂被磨损颗粒或湿气污染而导致的润滑剂的劣化,这极大地影响滚动轴承的使用寿命 基于磨损颗粒和润滑剂的检测状态,可以在早期高精度地估计滚动轴承的使用寿命。 提供了一种方法,其包括基线数据获取装置,用于通过使用加速度计4获得振动信号,并且使用测试装置获取针对每个规格可检测的最高灵敏度的共振频带信号,例如型号,制造商名称和其它规格 关于滚动轴承3中的磨损粒子穿透状态与振动/轴承使用寿命之间的关系以及润滑剂劣化和振动/轴承使用寿命的滚动轴承3。 测量装置,其中为了测量共振频带的目的,使用加速度计4来获得其剩余使用寿命被评估的滚动轴承3的振动信号,并且位于风扇,泵或其它旋转装置1,2上 信号在最高灵敏度下可检测; 以及用于估计磨损颗粒穿透的状态和诊断滚动轴承3的润滑剂劣化的状态的确定装置,以及通过使用由测量装置获得的测量值来计算诊断滚动轴承3的剩余使用寿命, 轴承规格确定装置,以及由基准数据获取装置获得的数据。
    • 2. 发明授权
    • Method for designing golf club and golf club
    • 高尔夫球杆和高尔夫球杆设计方法
    • US08661879B2
    • 2014-03-04
    • US12956960
    • 2010-11-30
    • Takuzo IwatsuboHiroshi HasegawaMasahide Onuki
    • Takuzo IwatsuboHiroshi HasegawaMasahide Onuki
    • G01M1/00
    • A63B69/3676A63B60/42A63B69/3608A63B2102/32A63B2220/806G06F17/50G06F17/5009
    • A designing method of the present invention includes the steps of: measuring a golf swing to obtain a measured result; obtaining a swing model provided with a link model and joint torque data based on the measured result, the link model having at least two links; performing simulation for swing the golf club using the swing model; and obtaining head information in a specific situation during a swing based on a result of the simulation. In the designing method, a plurality of specifications of the golf club and/or the plurality of swing models are used to obtain the plurality of head information, and stability is evaluated using a difference between the head information. In the designing method, it was found that a great lateral moment of inertia of a head and a small depth of a center of gravity of the head contribute to the stability.
    • 本发明的设计方法包括以下步骤:测量高尔夫挥杆以获得测量结果; 基于测量结果获得具有链接模型和联合扭矩数据的回转模型,所述链接模型具有至少两个链接; 使用挥杆模型进行挥杆高尔夫球杆的模拟; 并且基于模拟结果在摆动期间获得特定情况下的头信息。 在设计方法中,使用高尔夫球杆和/或多个摆动模型的多个规格来获得多个头部信息,并且使用头部信息之间的差来评估稳定性。 在设计方法中,发现头部的大的横向转动惯量和头部重心的小深度有助于稳定性。
    • 5. 发明授权
    • Tennis racket with vibration damping member
    • 网球拍带减震构件
    • US06293878B1
    • 2001-09-25
    • US09451101
    • 1999-11-30
    • Takuzo IwatsuboYumi Kanemitsu
    • Takuzo IwatsuboYumi Kanemitsu
    • A63B4902
    • A63B60/54A63B49/035
    • A tennis racket including a vibration damping member located in the vicinity of a position of a racket frame at which a large amplitude is generated when the tennis racket hits a tennis ball. The vibration damping member includes a mass adding part, such as a bracket assembly, having a portion extending in a widthwise direction of the tennis racket and a portion extending in a thickness direction thereof such that both portions are either integral or unintegral with each other; a viscoelastic material; a spring; or/and a damper each for connecting the mass adding part to the racket frame. The vibration damping member absorbs a vibration in an in-plane and an out-of-plane direction of the racket frame, and longitudinal and rotational impacts to be applied to a handle portion of the tennis racket.
    • 一种网球拍,其包括位于球拍框架的位置附近的减震构件,当网球拍击中网球时,该球拍架产生大幅度的位置。 振动阻尼构件包括:质量添加部件,例如支架组件,具有沿网球拍的宽度方向延伸的部分和沿其厚度方向延伸的部分,使得两部分彼此成一体或不整合; 粘弹材料; 一个春天 或/和阻尼器,每个用于将质量添加部分连接到球拍框架。 振动阻尼构件吸收球拍框架的面内方向和面外方向的振动,以及施加到网球拍的手柄部分的纵向和旋转冲击。
    • 7. 发明申请
    • Method and apparatus for diagnosing residual life of rolling element bearing
    • 滚动体轴承的残余寿命诊断方法和装置
    • US20050246150A1
    • 2005-11-03
    • US10515182
    • 2003-05-28
    • Isao ShiromaruMakoto TanakaYoshinobu AkamatsuYoji NagayasuShingo BodaTakuzo Iwatsubo
    • Isao ShiromaruMakoto TanakaYoshinobu AkamatsuYoji NagayasuShingo BodaTakuzo Iwatsubo
    • G01M13/04G01H1/00G01H17/00G01M99/00G06G7/48
    • G01M13/045G01H1/003
    • An invention that utilizes signals from an accelerometer in resonant frequency bands or high frequency bands to, in a cost-effective manner, measure wear particle penetration of lubricant and lubricant degradation, both of which greatly affect prediction of residual service life; and, using as a basis these measurements of wear particle penetration and lubricant degradation, enables accurate estimation of residual service life for rolling bearings in the early stages. The invention is comprised of a means of obtaining fundamental data that uses a testing device to obtain data regarding the relationship, for rolling bearings (3), of wear particle penetration levels to vibration levels and service life, or to obtain data regarding the relationship, for rolling bearings (3), of lubricant degradation levels to vibration levels and service life; a means of measurement, where an accelerometer (4) is used to obtain vibration signals of diagnostic rolling bearings (3) residing on mechanical rotating devices (1, 2) for the purpose of measuring signals in resonant frequency bands only detectable at extremely high levels of sensitivity or signals in high frequency bands; and a means of prediction that uses readings obtained via said means of measurement and data obtained via said means of obtaining fundamental data to predict, for diagnostic rolling bearings (3), wear particle penetration levels and lubricant degradation levels, and to calculate residual service life for diagnostic rolling bearings (3).
    • 以成本有效的方式利用来自谐振频带或高频带中的加速度计的信号的发明,测量润滑剂的磨损颗粒渗透和润滑剂劣化,这两者都大大影响了剩余使用寿命的预测; 并且以磨耗颗粒渗透和润滑剂降解的这些测量为基础,能够准确地估计早期滚动轴承的残余使用寿命。 本发明包括获得基本数据的方法,该基础数据使用测试装置来获得关于滚动轴承(3)与磨损粒子穿透水平对振动水平和使用寿命的关系的数据,或者获得关于该关系的数据, 对于滚动轴承(3),润滑剂的降解水平与振动水平和使用寿命有关; 一种测量方法,其中加速度计(4)用于获得驻留在机械旋转装置(1,2)上的诊断滚动轴承(3)的振动信号,目的是测量仅在极高水平上可检测的共振频带中的信号 灵敏度或高频信号; 以及使用通过所述测量方法获得的读数和通过所述获取基本数据的方法获得的数据来预测用于诊断滚动轴承(3),磨损颗粒渗透水平和润滑剂降解水平以及计算剩余使用寿命的预测方法 用于诊断滚动轴承(3)。
    • 8. 发明申请
    • METHOD FOR DESIGNING GOLF CLUB AND GOLF CLUB
    • 设计高尔夫俱乐部和高尔夫俱乐部的方法
    • US20110130214A1
    • 2011-06-02
    • US12956960
    • 2010-11-30
    • Takuzo IWATSUBOHiroshi HASEGAWAMasahide ONUKI
    • Takuzo IWATSUBOHiroshi HASEGAWAMasahide ONUKI
    • A63B53/04A63B53/00
    • A63B69/3676A63B60/42A63B69/3608A63B2102/32A63B2220/806G06F17/50G06F17/5009
    • A designing method of the present invention includes the steps of: measuring a golf swing to obtain a measured result; obtaining a swing model provided with a link model and joint torque data based on the measured result, the link model having at least two links; performing simulation for swing the golf club using the swing model; and obtaining head information in a specific situation during a swing based on a result of the simulation. In the designing method, a plurality of specifications of the golf club and/or the plurality of swing models are used to obtain the plurality of head information, and stability is evaluated using a difference between the head information. In the designing method, it was found that a great lateral moment of inertia of a head and a small depth of a center of gravity of the head contribute to the stability.
    • 本发明的设计方法包括以下步骤:测量高尔夫挥杆以获得测量结果; 基于测量结果获得具有链接模型和联合扭矩数据的回转模型,所述链接模型具有至少两个链接; 使用挥杆模型进行挥杆高尔夫球杆的模拟; 并且基于模拟结果在摆动期间获得特定情况下的头信息。 在设计方法中,使用高尔夫球杆和/或多个摆动模型的多个规格来获得多个头部信息,并且使用头部信息之间的差来评估稳定性。 在设计方法中,发现头部的大的横向转动惯量和头部重心的小深度有助于稳定性。