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    • 3. 发明授权
    • Apparatus and related methods for determining lateral tire tread
stiffness
    • 用于确定侧向胎面刚度的装置和相关方法
    • US5773717A
    • 1998-06-30
    • US733374
    • 1996-10-17
    • Andrew K. ReinhardtStephen M. VossbergDavid O. StalnakerJohn L. Turner
    • Andrew K. ReinhardtStephen M. VossbergDavid O. StalnakerJohn L. Turner
    • G01M17/02G01N3/42G01N3/24
    • G01N3/24G01N19/02G01M17/025G01M17/027
    • An apparatus for determining lateral tire tread stiffness includes a holding fixture that is coupled to a loading fixture. The holding fixture includes a frame on which is mounted a rotary table that carries the tire tread specimen to be tested. The loading fixture includes a loading plate that can apply a normal loading force and a lateral loading force to the tire tread specimen. A processor receives data from a monitoring device which provides an indication of the deformation of the tire tread specimen as a lateral load is applied thereto. The processor also receives data from a load cell which monitors the amount of force applied to the tread specimen and correlates this data with the displacement data to determine stiffness properties of the tread specimen. The processor also controls the angular position of the rotary table to further analyze the tread stiffness of particular tire tread geometry.
    • 用于确定侧向轮胎胎面刚度的装置包括联接到装载夹具的保持夹具。 保持夹具包括框架,在该框架上安装有承载要测试的轮胎胎面样本的旋转台。 装载固定装置包括可向轮胎胎面试样施加正常载荷力和横向加载力的装载板。 处理器从监视装置接收数据,当向其施加横向载荷时,其提供轮胎胎面样本的变形的指示。 处理器还接收来自负载单元的数据,该负载单元监测施加到胎面试样的力的量并将该数据与位移数据相关联,以确定胎面试样的刚度性质。 处理器还控制旋转台的角位置以进一步分析特定轮胎胎面几何形状的胎面刚度。
    • 4. 发明授权
    • Method of wear testing a tire
    • 轮胎磨损测试方法
    • US06804998B2
    • 2004-10-19
    • US09976065
    • 2001-10-12
    • John L. TurnerDavid O. Stalnaker
    • John L. TurnerDavid O. Stalnaker
    • E01C2300
    • G01M17/02G01N3/56G01N2033/0085
    • A method for indoor wear testing tires includes the steps of characterizing a vehicle and a wear test course and combining the characterized data to create input data for an indoor wear test machine. The input data allows the indoor wear test machine to accurately simulate an outdoor wear test course for the characterized vehicle. The method allows multiple wear test courses to be used with a single characterized vehicle and allows a single wear test course to be used with multiple characterized vehicles. The method allows tires to be wear tested in relatively short time periods in the controlled environment of the indoor laboratory. In addition, the method is relatively easy to set up and perform.
    • 一种用于室内磨损试验轮胎的方法包括车辆表征和磨损试验过程的步骤,并组合特征数据以创建室内磨损试验机的输入数据。 输入数据允许室内磨损试验机精确模拟特征车辆的室外磨损试验过程。 该方法允许多个磨损测试课程与单个特征车辆一起使用,并允许单个磨损测试课程与多个特征车辆一起使用。 该方法允许轮胎在室内实验室的受控环境中在相对短的时间内进行磨损测试。 此外,该方法相对容易设置和执行。
    • 8. 发明授权
    • Tire with circumferential grooves in the bead region
    • 在胎圈区域具有圆周凹槽的轮胎
    • US08286680B2
    • 2012-10-16
    • US12430928
    • 2009-04-28
    • Neel K. ManiJohn L. Turner
    • Neel K. ManiJohn L. Turner
    • B60C15/024
    • B60C15/024
    • A tire comprising a circumferential tread, a circumferential tread, at least one circumferential belt, at least one carcass ply, a pair of sidewalls, and a pair of bead portions. Each of the bead portions comprising a bead core, a bead filler, a toe region, a heel region, a ledge region, and a flange region. The ledge region is provided between the toe region and the heel region, wherein the ledge region comprises at least one circumferentially continuous groove. The flange region each extending circumferentially about the tire, the flange region provided radially above the ledge region, wherein the flange region comprises at least one circumferentially continuous groove.
    • 一种轮胎,包括周向胎面,周向胎面,至少一个周向带,至少一个胎体帘布层,一对侧壁和一对胎圈部分。 每个胎圈部分包括胎圈芯,胎圈填料,脚趾区域,跟部区域,凸缘区域和凸缘区域。 凸缘区域设置在趾部区域和跟部区域之间,其中凸缘区域包括至少一个周向连续的凹槽。 所述凸缘区域各自围绕轮胎周向延伸,所述凸缘区域在所述凸缘区域的径向上方设置,其中所述凸缘区域包括至少一个周向连续的凹槽。