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    • 3. 发明授权
    • Tire having low rolling friction
    • 轮胎摩擦力低
    • US09233580B2
    • 2016-01-12
    • US13516073
    • 2010-12-16
    • Julien FlamentFrançois Le-Hen
    • Julien FlamentFrançois Le-Hen
    • B60C11/13
    • B60C11/1307B60C11/13B60C2011/1338
    • Tire tread provided with circumferential grooves delimiting two edge rows provided with a plurality of transverse grooves, those of one edge row forming at least one bearing block protruding on at least one delimiting wall, each comprising a surface capable of coming into contact with another surface during contact with the ground and at least one passageway for a fluid between each bearing block of a groove and the bottom of the groove. For each edge row, the mean surface indentation ratio Tc is at least 0.7 and at most 1.6 times E/R, where E is the mean thickness for all grooves comprising active surfaces measured between a radially outermost point of the active surface and a radially outermost point of the reinforcing belt, R is the mean distance for all transverse grooves comprising active surfaces measured between the point of the active surface that is radially outermost and the rotation axis of the tire provided with the tread.
    • 轮胎胎面设置有限定具有多个横向槽的两个边缘排的周向槽,其中一个边缘排的轮缘排形成在至少一个限定壁上突出的至少一个轴承块,每个包括能够与另一个表面接触的表面 与地面接触和至少一个通道,用于在槽的每个轴承块和槽的底部之间的流体。 对于每个边缘行,平均表面压痕比Tc至少为0.7且至多为1.6倍E / R,其中E是包括在活性表面的径向最外点和径向最外侧之间测量的活性表面的所有凹槽的平均厚度 加强带的点,R是包括在径向最外侧的有源表面的点与设置有胎面的轮胎的旋转轴线之间测量的有源表面的所有横向槽的平均距离。
    • 4. 发明申请
    • Method for determining effort transmitted between the wheel of a vehicle and a wheel support
    • 用于确定在车辆的车轮和车轮支撑件之间传递的力的方法
    • US20070179679A1
    • 2007-08-02
    • US10583959
    • 2004-11-26
    • Julien FlamentPatrice EstorChristophe Egerszegi
    • Julien FlamentPatrice EstorChristophe Egerszegi
    • G01M17/00
    • G01M17/045G01M17/0072
    • A method for determining effort transmitted between the wheel of a vehicle and a wheel support, comprising the following steps: the wheel (36) is pivotably mounted in a wheel support (27), said wheel being provided with a tyre; the tyre is pressed against means of excitation (29); a fixed support effort (F SF ) which is transmitted between the wheel and the wheel support when the tyre is excited with the means of excitation is measured, wherein the wheel support (27) is fixed in at least one direction in relation to the means of excitation. The invention is characterised by a step consisting in calculating (37) a suspended effort (F SS ), which is transmitted between the wheel and the wheel support (30), having a degree of freedom of suspension in at least one direction in relation to the means of excitation.
    • 一种用于确定在车辆车轮和车轮支撑件之间传递的作用的方法,包括以下步骤:轮(36)可枢转地安装在车轮支撑件(27)中,所述车轮设有轮胎; 轮胎按压激励装置(29); 测量当利用激励手段激励轮胎时在车轮和车轮支撑件之间传递的固定支撑力(F SF ),其中车轮支撑件(27)至少固定 与激励手段相关的一个方向。 本发明的特征在于包括计算(37)在车轮和车轮支撑件(30)之间传递的具有悬挂自由度的悬挂力(F SS )的步骤 相对于激励装置的至少一个方向。
    • 5. 发明申请
    • Green tire evolution for high speed uniformity
    • 绿色轮胎演变为高速均匀性
    • US20070144657A1
    • 2007-06-28
    • US11638028
    • 2006-12-13
    • Julien FlamentJames Michael Traylor
    • Julien FlamentJames Michael Traylor
    • B60C19/00
    • B29D30/0662B29D2030/0665B60C19/003
    • A method for controlling uniformity in tire manufacturing includes the steps of measuring the radial runout of an uncured tire carcass, modeling the radial force variation contribution of the carcass from the radial runout measurement, measuring the thickness of the tire tread, modeling the mass imbalance of the tread from the tread thickness measurement, forming a green tire by loading the tread onto the carcass at an angle whereby the radial force variation contribution of the carcass is opposed to the tread mass imbalance determined from the tread mass imbalance model, and placing the green tire in a curing press at an angle which minimizes the radial force variation or mass imbalance of the green tire.
    • 一种用于控制轮胎制造中的均匀性的方法包括以下步骤:测量未固化轮胎胎体的径向跳动,从径向跳动测量模拟胎体的径向力变化贡献,测量轮胎胎面的厚度,模拟质量失衡 从胎面厚度测量的胎面,通过以一定的角度将胎面加载到胎体上形成生胎,由此胎体的径向力变化贡献与由胎面质量不平衡模型确定的胎面质量不平衡相反,并且将绿色 在固化压力机中的轮胎以使生轮胎的径向力变化或质量不平衡最小化的角度。
    • 6. 发明申请
    • Green tire evolution for high speed uniformity
    • 绿色轮胎演变为高速均匀性
    • US20060137802A1
    • 2006-06-29
    • US11320370
    • 2005-12-28
    • Julien FlamentJames Traylor
    • Julien FlamentJames Traylor
    • G01M17/02B29D30/00
    • B29D30/0662B29D30/0061B29D2030/0066B29D2030/0665G01M17/02
    • A method for controlling uniformity in tire manufacturing includes the steps of building at least one tire according to a series of process steps, determining summit mass imbalance of a tire, modeling green carcass radial runout as a sum of vectors representing contributions arising from the tire building steps, determining carcass force variation, determining a vectorial equation for the prediction of high speed uniformity based on at least the green tire radial runout and the summit mass imbalance of the tire, modifying the process to rotate the summit in relation to the carcass in order to optimize high speed uniformity per the said vectorial equation, and building at least one additional tire according to the modified series of process steps.
    • 一种用于控制轮胎制造中的均匀性的方法包括以下步骤:根据一系列工艺步骤建立至少一个轮胎,确定轮胎的峰顶质量不平衡,将绿色胎体径向跳动建模为代表轮胎建造产生的贡献的向量之和 步骤,确定胴体力变化,至少基于轮胎的生胎轮胎径向跳动和轮胎峰顶质量不平衡来确定用于预测高速均匀性的矢量方程,修改相对于胎体按顺序旋转顶点的过程 以根据所述矢量方程优化高速均匀性,以及根据修改的一系列工艺步骤构建至少一个额外的轮胎。
    • 7. 发明申请
    • TIRE HAVING LOW ROLLING FRICTION
    • 轮胎具有低滚动摩擦力
    • US20130192733A1
    • 2013-08-01
    • US13516073
    • 2010-12-16
    • Julien FlamentFrançois Le-Hen
    • Julien FlamentFrançois Le-Hen
    • B60C11/13
    • B60C11/1307B60C11/13B60C2011/1338
    • Tire tread provided with circumferential grooves delimiting two edge rows provided with a plurality of transverse grooves, those of one edge row forming at least one bearing block protruding on at least one delimiting wall, each comprising a surface capable of coming into contact with another surface during contact with the ground and at least one passageway for a fluid between each bearing block of a groove and the bottom of the groove. For each edge row, the mean surface indentation ratio Tc is at least 0.7 and at most 1.6 times E/R, where E is the mean thickness for all grooves comprising active surfaces measured between a radially outermost point of the active surface and a radially outermost point of the reinforcing belt, R is the mean distance for all transverse grooves comprising active surfaces measured between the point of the active surface that is radially outermost and the rotation axis of the tire provided with the tread.
    • 轮胎胎面设置有限定具有多个横向槽的两个边缘排的周向槽,其中一个边缘排的轮缘排形成在至少一个限定壁上突出的至少一个轴承块,每个包括能够与另一个表面接触的表面 与地面接触和至少一个通道,用于在槽的每个轴承块和槽的底部之间的流体。 对于每个边缘行,平均表面压痕比Tc至少为0.7且至多为1.6倍E / R,其中E是包括在活性表面的径向最外点和径向最外侧之间测量的活性表面的所有凹槽的平均厚度 加强带的点,R是包括在径向最外侧的有源表面的点与设置有胎面的轮胎的旋转轴线之间测量的有源表面的所有横向槽的平均距离。
    • 8. 发明申请
    • Tire uniformity through compensation between radial run out and stiffness variation
    • 径向磨损和刚度变化之间的轮胎均匀性
    • US20050262933A1
    • 2005-12-01
    • US10854086
    • 2004-05-26
    • Fang ZhuJulien Flament
    • Fang ZhuJulien Flament
    • B60C19/00G01M17/02E01C23/00
    • G01M17/022
    • Methodology for characterizing non-uniformity forces at a tire spindle, such as low and high speed radial force variations and high speed tangential force variations include the steps of measuring radial run out and radial or tangential force variations at high and/or low speeds. From such measurements, the contribution of a predetermined type of stiffness variation (e.g. radial, tangential, extensional, bending) to respective radial and/or tangential force variations can be determined. Signature analysis statistical methods may also be utilized to characterize such tire non-uniform forces for different steps and reference physical angles of a tire construction process. Based on the characterization of such tire non-uniform forces, additional process steps may further correspond to tire grading and/or sorting processes, physical tire modification processes and tire manufacturing processes. Tire correction mechanisms and/or feedback control in a tire manufacturing process preferably yield tires having radial run out and stiffness variation parameters that are out of phase for one or more harmonics, thus yielding a reduction in the non-uniformity forces such as radial and tangential force variations at a tire spindle.
    • 用于表征轮胎心轴上的不均匀力的方法,例如低速和高速径向力变化以及高速切向力变化包括以下步骤:在高和/或低速度下测量径向径向和径向或切向力变化。 从这样的测量可以确定预定类型的刚度变化(例如径向,切向,伸展,弯曲)对相应的径向和/或切向力变化的贡献。 也可以使用签名分析统计方法来表征用于轮胎构造过程的不同步骤和参考物理角度的这种轮胎非均匀力。 基于这种轮胎非均匀力的表征,附加的工艺步骤可以进一步对应于轮胎分级和/或分选过程,物理轮胎修改过程和轮胎制造过程。 轮胎制造过程中的轮胎校正机构和/或反馈控制优选地产生具有径向耗尽的轮胎和与一个或多个谐波不同相的刚度变化参数,从而导致诸如径向和切向的不均匀力的减小 轮胎主轴的力变化。
    • 9. 发明申请
    • TIRE FOR LIGHT VEHICLE
    • 轻型车辆轮胎
    • US20140202604A1
    • 2014-07-24
    • US14232491
    • 2012-07-11
    • Julien Flament
    • Julien Flament
    • B60C9/18
    • B60C9/1807B60C9/18B60C9/20B60C9/22B60C2009/2276B60C2011/0033Y10T152/10801
    • The invention relates to a tyre designed to be fitted to a light vehicle, comprising: two beads (20) designed to come into contact with a mounting rim, each bead comprising at least one annular reinforcing structure (70); two side walls (30) extending the beads radially outwards, the two side walls meeting in a crown; at least one carcass reinforcement (60) anchored in the beads and extending from the beads, through the side walls as far as the crown, the carcass reinforcement comprising a plurality of carcass reinforcing elements (61), these carcass reinforcing elements being textile and oriented radially; a crown reinforcement consisting of a fabric (180) of textile reinforcing elements, which are oriented at ±45° with respect to the circumferential direction; the crown reinforcement being surmounted by a textile hooping reinforcement (100) and by a tread (40), the hooping reinforcement being formed of reinforcing elements (101) that are oriented circumferentially.
    • 本发明涉及一种设计成安装在轻型车辆上的轮胎,包括:设计成与安装轮缘接触的两个胎圈(20),每个胎圈包括至少一个环形加强结构(70); 两个侧壁(30)使珠的径向向外延伸,两个侧壁相交在一个表冠上; 至少一个胎体增强件(60),其锚定在所述胎圈中并且从所述胎圈延伸通过所述侧壁至所述冠部,所述胎体增强件包括多个胎体增强元件(61),所述胎体增强元件是纺织品和取向 径向地 冠状加强件,其由相对于圆周方向定位成±45°的织物加强元件的织物(180)组成; 所述胎冠加强件由纺织品圈套加固件(100)和胎面(40)所覆盖,所述环箍加强件由周向定向的加强元件(101)形成。