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    • 3. 发明授权
    • Method for determining and reproducing noise inducing vibrations in a
multi-component assembly
    • 用于确定和再现多组件组件中的引起噪声的振动的方法
    • US6101882A
    • 2000-08-15
    • US111944
    • 1998-07-08
    • Vy TranBill CovitzGary BoesKeng D. HsuehAndrew PhillipsChristopher Robert FullerFrancois Charette
    • Vy TranBill CovitzGary BoesKeng D. HsuehAndrew PhillipsChristopher Robert FullerFrancois Charette
    • F16F15/02G01M7/00
    • G01M7/00F16F15/02
    • The recreation of vibration levels at certain points in a stationary vehicle interior that are representative of realistic road conditions are achieved using road measurements in conjunction with a technique known as "reciprocal filtering." The reciprocal filtering technique consists of using an inverse transfer function, or impulse response in the time domain, between an excitation transducer and an accelerometer to calculate the excitation signal needed to recreate the vibrations measured on the road when squeak and rattle are present in a component of the vehicle. A set of excitation signals may be recorded for each component in the vehicle which is suspected of producing squeak and rattle noise. When a complaint is made that a vehicle is producing squeak and rattle, a service technician may reproduce noise by inducing vibrations through a kit having a CD player, an amplifier, a bass shaker and a CD with the set of excitation signals stored on separate tracks thereof. The bass shaker is attached, for example with two side tape, to the component suspected of producing noise, and noise inducing vibrations are played from the CD, through the CD player and amplifier, to the bass shaker. In this way, squeak and rattle may be quickly identified and repaired.
    • 使用道路测量结合被称为“相互过滤”的技术来实现代表现实道路状况的固定车辆内部某些点处的振动水平的恢复。 互逆滤波技术包括在激励换能器和加速度计之间使用时域中的逆传递函数或脉冲响应,以计算在组件中存在吱吱声和拨浪音时在道路上测量的振动所需的激励信号 的车辆。 对于怀疑产生吱吱声和嘎嘎声的车辆中的每个部件,可以记录一组激励信号。 当一辆汽车正在产生吱吱声和嘎吱声时,服务技术人员可以通过具有CD播放器,放大器,低音振动器和CD的套件来诱发振动来再现噪声,该组激励信号存储在单独的轨道上 其中。 低音振动器例如用两个侧带连接到怀疑产生噪音的部件上,并且通过CD播放器和放大器从CD播放噪音引起的振动到低音振动器。 以这种方式,可以快速识别和修复吱吱声和拨浪鼓。
    • 4. 发明授权
    • System for diagnosing unexpected noise in a multi-component assembly
    • 用于诊断多组件装配中意外噪声的系统
    • US6116091A
    • 2000-09-12
    • US111680
    • 1998-07-08
    • Vy TranBill CovitzGary BoesKeng D. HsuehAndrew PhillipsChristopher Robert FullerFrancois Charette
    • Vy TranBill CovitzGary BoesKeng D. HsuehAndrew PhillipsChristopher Robert FullerFrancois Charette
    • B06B1/04G01M17/007G05B23/02G01M7/02
    • G05B23/0256G01M17/007B60G2400/821B60G2400/91B60G2600/08B60G2600/188B60G2800/802
    • The recreation of vibration levels at certain points in a stationary vehicle interior that are representative of realistic road conditions are achieved using road measurements in conjunction with a technique known as "reciprocal filtering." The reciprocal filtering technique consists of using an inverse transfer function, or impulse response in the time domain, between an excitation transducer and an accelerometer to calculate the excitation signal needed to recreate the vibrations measured on the road when squeak and rattle are present in a component of the vehicle. A set of excitation signals may be recorded for each component in the vehicle which is suspected of producing squeak and rattle noise. When a complaint is made that a vehicle is producing squeak and rattle, a service technician may reproduce noise by inducing vibrations through a kit having a CD player, an amplifier, a bass shaker and a CD with the set of excitation signals stored on separate tracks thereof. The bass shaker is attached, for example with two side tape, to the component suspected of producing noise, and noise inducing vibrations are played from the CD, through the CD player and amplifier, to the bass shaker. In this way, squeak and rattle may be quickly identified and repaired.
    • 使用道路测量结合被称为“相互过滤”的技术来实现代表现实道路状况的固定车辆内部某些点处的振动水平的恢复。 互逆滤波技术包括在激励换能器和加速度计之间使用时域中的逆传递函数或脉冲响应,以计算在组件中存在吱吱声和拨浪音时在道路上测量的振动所需的激励信号 的车辆。 对于怀疑产生吱吱声和嘎嘎声的车辆中的每个部件,可以记录一组激励信号。 当一辆汽车正在产生吱吱声和嘎吱声时,服务技术人员可以通过具有CD播放器,放大器,低音振动器和CD的套件来诱发振动来再现噪声,该组激励信号存储在单独的轨道上 其中。 低音振动器例如用两个侧带连接到怀疑产生噪音的部件上,并且通过CD播放器和放大器从CD播放噪音引起的振动到低音振动器。 以这种方式,可以快速识别和修复吱吱声和拨浪鼓。
    • 8. 发明申请
    • SLIDING ANCHOR
    • 滑动锚杆
    • US20110002745A1
    • 2011-01-06
    • US12918821
    • 2008-02-29
    • Michael MeidlFrancois Charette
    • Michael MeidlFrancois Charette
    • E21D21/00
    • E21D21/0033E21D21/008
    • The invention relates to a sliding bolt (10) for introducing into a bore, having an anchor rod (12), on which is disposed a sliding control element (14) with a through-opening (18), through which the anchor rod (12) extends, wherein the sliding control element (14) comprises a sliding body cage (16) having at least one recess (20) for receiving a sliding body (22) that is in contact with the lateral surface of the anchor rod (12), and having an anchor plate (24), which is intended to lie against a region surrounding the mouth of the bore once the sliding bolt (10) has been introduced into the bore. In contrast to conventional sliding bolts, the anchor plate (24) is in load-transferring connection with the sliding body cage (16), with the result that it is easily possible to provide a device that indicates a sliding path of the sliding bolt that is still available.
    • 本发明涉及一种用于引入孔中的滑动螺栓(10),该滑动螺栓(10)具有一个锚定杆(12),在该孔上设有一个具有通孔(18)的滑动控制元件(14),锚杆 12)延伸,其中滑动控制元件(14)包括具有至少一个凹部(20)的滑动体保持器(16),用于接收与锚杆(12)的侧表面接触的滑动体(22) ),并且具有锚定板(24),一旦滑动螺栓(10)已经被引入孔中,该锚定板旨在抵靠围绕孔的口部的区域。 与传统的滑动螺栓相比,锚板(24)与滑动体保持架(16)进行负载传递连接,结果是可以容易地提供一种指示滑动螺栓的滑动路径的装置, 仍然可用