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    • 3. 发明申请
    • AUTMATIC ENVELOPE LEAK DETECTION DURING TIRE CURING
    • 轮胎固化期间的自动包装泄漏检测
    • US20130087940A1
    • 2013-04-11
    • US13704466
    • 2010-06-15
    • Robert YoungStephen ManuelNorman Christopher
    • Robert YoungStephen ManuelNorman Christopher
    • B29D30/00
    • B29D30/0061B29D30/542B29D2030/0666B29D2030/0675B29D2030/546
    • The present invention includes methods and apparatus for curing retread tires, which includes detecting and controlling a leak in a tire-membrane assembly during such curing operations. The steps of the method include placing a plurality of tire-membrane assemblies within a tire curing chamber; connecting a membrane fluid passage to each curing membrane of each tire-membrane assembly where each passage extends in fluid communication between one of the curing membranes and a pressure source and/or a vacuum source, each membrane fluid passage including a transducer for measuring pressure within the passage and a flow restrictor, in particular embodiments; initiating a curing process; receiving a one or more signal responses from each transducer generated as a function of the fluid pressure within the membrane fluid passages; and determining through a controller whether the signal responses received in the prior step indicate an undesired change in pressure in each curing membrane.
    • 本发明包括用于固化翻新轮胎的方法和装置,其包括在这种固化操作期间检测和控制轮胎 - 膜组件中的泄漏。 该方法的步骤包括将多个轮胎 - 膜组件放置在轮胎固化室内; 将膜流体通道连接到每个轮胎 - 膜组件的每个固化膜上,其中每个通道在固化膜之一和压力源和/或真空源之间流体连通地延伸,每个膜流体通道包括用于测量 通道和限流器,在具体实施例中; 开始固化过程; 从作为膜流体通道内的流体压力的函数产生的每个换能器接收一个或多个信号响应; 并且通过控制器确定在先前步骤中接收的信号响应是否表示每个固化膜中的不期望的压力变化。
    • 7. 发明授权
    • Tire buffing debris collecting system
    • 轮胎抛光碎片收集系统
    • US08523635B2
    • 2013-09-03
    • US12666642
    • 2007-06-29
    • Stephen ManuelRobert YoungWilliam E. Cheek, Jr.
    • Stephen ManuelRobert YoungWilliam E. Cheek, Jr.
    • B24B1/00B24B9/06B24B55/06
    • B24B5/366B24B55/06
    • Improved apparatus and methods for collecting debris generated during a tire buffing operation on a tire buffing machine, the tire buffing machine having a cutting head cutting surface rotatable about a cutting head axis. The system includes a rotatable shroud being rotatable about a shroud axis, the shroud comprising a side member surrounding a majority of the cutting head cutting surface, a cutting head access window to expose the cutting head for buffing the tire casing, and a vacuum suction port that is adjacent to the cutting head access window. The system may further include a driver to rotate the shroud during buffing, wherein rotating the shroud during buffing aligns the vacuum suction port with the projected path of debris being discharged from the cutting head cutting surface.
    • 改进的用于在轮胎抛光机轮胎抛光操作期间产生的碎屑的装置和方法,所述轮胎抛光机具有可围绕切割头轴线旋转的切割头切割表面。 该系统包括可围绕护罩轴线旋转的可旋转护罩,护罩包括围绕切割头切割表面的大部分的侧部构件,用于暴露切割头以用于抛光轮胎壳体的切割头进入窗口以及用于抛光轮胎壳体的真空吸入口 与切割头访问窗口相邻。 该系统还可以包括在抛光期间旋转护罩的驱动器,其中在抛光期间旋转护罩将真空吸入口与从切割头切割表面排出的碎屑的投影路径对准。
    • 8. 发明授权
    • Correction for asymmetrical buffing
    • 校正不对称抛光
    • US08281840B2
    • 2012-10-09
    • US12666644
    • 2007-06-28
    • Stephen ManuelRobert Young
    • Stephen ManuelRobert Young
    • B29D30/68B24B49/00
    • B29D30/54B29D2030/541B29D2030/546
    • Methods, apparatus and computer programs for correcting a buff of tread from a crown of a tire, the steps of the method including measuring the distance between the tire crown surface and the belt at each of the plurality of locations; calculating a projected distance between the crown surface and the belt at each of the plurality of transverse locations across the crown using proposed buff radii, choosing a new position of the buffing radius origin from the one or more proposed origin positions; and buffing the tread from the tire crown along the arc described by the buff radius having the buffing radius origin at the new position.
    • 用于从轮胎的胎冠修正胎面抛光的方法,装置和计算机程序,所述方法的步骤包括在多个位置的每个位置处测量轮胎冠表面和带之间的距离; 使用提出的抛光半径计算横跨所述表冠的所述多个横向位置中的每一个处的冠表面和所述带之间的投影距离,从所述一个或多个所提出的原点位置选择所述抛光半径原点的新位置; 并且沿着由具有抛光半径原点的新的位置处的抛光半径描述的弧从轮胎胎冠抛光胎面。