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    • 1. 发明申请
    • Method for forming elastomeric tire component and a tire
    • 用于形成弹性体轮胎部件和轮胎的方法
    • US20070029029A1
    • 2007-02-08
    • US11496610
    • 2006-07-31
    • Brian KochGary BurgScott AckermanChristopher Dyrlund
    • Brian KochGary BurgScott AckermanChristopher Dyrlund
    • B29D30/08
    • B29D30/16B29D30/30B29D30/60
    • A method and apparatus 100 for forming an annular elastomeric tire component has the steps of extruding at least one elastomeric material annularly onto a support surface 60 and shaping the at least one strip 2 of elastomeric material to a predetermined profile by forming the at least one strip 2 of material between a shaping die 84 and the support surface 60 thereby smoothing and spreading the strip to the desired profile. The method may include applying additional strips 2 to form multilayered components. The support surface 60 may be separate from a tire building station 200 or may be integral to a tire building station 200. The formed strips may include any one or more tire components such as a sidewall 20, a chafer 30, a bead apex 10, ply stock coatings 40, an innerliner 50, or a tread 22.
    • 用于形成环形弹性体轮胎部件的方法和装置100具有以下步骤:将至少一个弹性体材料环形挤压到支撑表面60上,并将弹性体材料的至少一个带材2成形为预定轮廓,通过形成至少一个条带 2,在成型模具84和支撑表面60之间的材料,从而平滑并将带材铺展到期望的轮廓。 该方法可以包括施加附加条带2以形成多层部件。 支撑表面60可以与轮胎建造工位200分离,或者可以与轮胎建造工位200成一体。 所形成的条可以包括任何一个或多个轮胎部件,例如侧壁20,胎圈包布30,胎圈三角胶10,帘布层涂层40,内衬层50或胎面22。
    • 3. 发明申请
    • Bead construction method and apparatus for a tire
    • 珠的轮胎施工方法和装置
    • US20050224158A1
    • 2005-10-13
    • US10815568
    • 2004-04-01
    • Christopher DyrlundGary BurgBrian KochDwayne Huston
    • Christopher DyrlundGary BurgBrian KochDwayne Huston
    • B29D30/10B29D30/16B29D30/48B60C15/04
    • B29D30/48B29D30/1621Y10T152/10819
    • A method and apparatus for manufacturing an annular tire component such as a tire bead includes locating a toroidal support; placing an ejector nozzle in an interference relationship to the toroidal support; and simultaneously ejecting through the nozzle a continuous stream of an elastomeric belt component material in a suitably fluid state and a continuous length of at least one thread component disposed within the stream onto the toroidal support in a predetermined bead configuration. The bead configuration is at least partially defined by a relief in the nozzle ejection port and by the toroidal support onto which the bead is formed. Rotation of the toroidal support may be coupled with the simultaneous ejection of the elastomeric component and thread component in order to create an annular bead structure. A tire may be constructed having a desired bead configuration and location by means of the method and apparatus.
    • 用于制造诸如轮胎胎圈的环形轮胎部件的方法和装置包括定位环形支撑件; 将喷射器喷嘴放置成与环形支撑件的干涉关系; 并且同时通过喷嘴将处于适当流体状态的弹性体带组件材料的连续流和在该流中的至少一个螺纹部件的连续长度流以预定的珠形结构喷射到环形支撑件上。 珠形结构至少部分地由喷嘴喷射口中的凸起和形成珠的环形支撑部分限定。 环形支撑件的旋转可以与弹性体部件和螺纹部件的同时弹出耦合,以便产生环形凸缘结构。 轮胎可以通过该方法和装置构造成具有所需的胎圈构造和位置。
    • 4. 发明申请
    • Bead construction method for a tire
    • 轮胎的珠子施工方法
    • US20060225828A1
    • 2006-10-12
    • US11447408
    • 2006-06-06
    • Christopher DyrlundGary BurgBrian KochDwayne Huston
    • Christopher DyrlundGary BurgBrian KochDwayne Huston
    • B29D30/48
    • B29D30/48B29D30/1621Y10T152/10819
    • A method and apparatus for manufacturing an annular tire component such as a tire bead includes locating a toroidal support; placing an ejector nozzle in an interference relationship to the toroidal support; and simultaneously ejecting through the nozzle a continuous stream of an elastomeric belt component material in a suitably fluid state and a continuous length of at least one thread component disposed within the stream onto the toroidal support in a predetermined bead configuration. The bead configuration is at least partially defined by a relief in the nozzle ejection port and by the toroidal support onto which the bead is formed. Rotation of the toroidal support may be coupled with the simultaneous ejection of the elastomeric component and thread component in order to create an annular bead structure. A tire may be constructed having a desired bead configuration and location by means of the method and apparatus.
    • 用于制造诸如轮胎胎圈的环形轮胎部件的方法和装置包括定位环形支撑件; 将喷射器喷嘴放置成与环形支撑件的干涉关系; 并且同时通过喷嘴将处于适当流体状态的弹性体带组件材料的连续流和在该流中的至少一个螺纹部件的连续长度流以预定的珠形结构喷射到环形支撑件上。 珠形结构至少部分地由喷嘴喷射口中的凸起和形成珠的环形支撑部分限定。 环形支撑件的旋转可以与弹性体部件和螺纹部件的同时弹出耦合,以便产生环形凸缘结构。 轮胎可以通过该方法和装置构造成具有所需的胎圈构造和位置。
    • 7. 发明申请
    • Method for measuring green tire components
    • 测量生轮胎部件的方法
    • US20070137763A1
    • 2007-06-21
    • US11300978
    • 2005-12-15
    • Gary BurgShaun Immel
    • Gary BurgShaun Immel
    • B29D30/00
    • B29D30/0061
    • A method for analyzing and controlling the formation of a green tire component by component on a target region of a curved build surface includes: measuring in three dimensions each component on the target region by rotating the build surface past at least one optical scanner. The optical scanner directs a sheet or a plurality of sheets of light against a target region of the rotating build surface; and measures component by component build-up on the target region surface for component dimensional, positional, and mass parameters. Component by component measurements are made in three-dimensions by rotation of the target regions through the optical sheets of light and feedback from component measurements may be used to correct for tire imbalance and uniformity anomalies on a real-time basis.
    • 一种用于分析和控制在轮廓构建表面的目标区域上通过部件形成生胎材料的方法,包括:通过旋转构建表面经过至少一个光学扫描器,三维地测量目标区域上的每个部件。 光学扫描器将片材或多张光引导到旋转构建表面的目标区域; 并且针对组件尺寸,位置和质量参数,在目标区域表面上逐组分测量。 通过元件测量的分量通过目标区域的旋转通过光学薄片进行三维测量,并且来自分量测量的反馈可用于实时校正轮胎不平衡和均匀性异常。