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    • 1. 发明申请
    • Tyre building drum provided with a turn-up device
    • 轮胎成型鼓设有一个开启装置
    • US20030034132A1
    • 2003-02-20
    • US10241799
    • 2002-09-11
    • VMI EPE HOLLAND B.V.
    • Martin De GraafHeinz GutknechtHenk HuismanWubbo Pieter De Vries
    • B29D030/32B29D030/24B29D030/26
    • B29D30/32B29D30/245B29D2030/3214B29D2030/3264
    • Tyre drum (1) including a turn-up mechanism for use in building an unvulcanized tyre having tyre components of rubber or provided with reinforcement cords and two bead cores which either may or may not be provided with a bead filling strip, which tyre drum is provided with a central axis (5), two ring segments (6) placed around the axis and spaced apart each for supporting a bead core (3), means for radially expanding the part of the tyre components that is situated within the ring segments, in which the tyre building drum on either side outside of the ring segments is provided with a set of radially extending hinging arms (11), in which each arm is provided with an end oriented towards the ring segment which end has a first turn-up means, such as a first roller (12), means (20) for axially and radially moving each set of arms from a first position in which the first rollers of the set of arms form a virtually closed ring into an expanded second position for pressing the part of the tyre components situated outside of the ring segments against the expanded part of the tyre components situated within the ring segments, in which the arms at the ends near the first rollers are provided with moveable support surfaces (15) which in the first position form a virtually closed cylindrical surface for supporting the tyre components.
    • 轮胎鼓(1),其包括用于建造具有橡胶轮胎部件或具有加强帘线的未硫化轮胎的翻转机构,以及可以设置或不具有胎圈填充条的两个胎圈芯,该轮胎鼓是 设置有中心轴线(5),围绕所述轴线设置并间隔开以支撑胎圈芯(3)的两个环形段(6),用于径向扩张位于环形段内的轮胎部件的部分的装置, 其中轮胎成型鼓在环段的任何一侧的任何一侧设置有一组径向延伸的铰接臂(11),其中每个臂设置有朝向环段定向的端部,该端部具有第一起落架 诸如第一辊(12)的装置,用于从第一位置轴向和径向移动每组臂的装置(20),在该第一位置中,该组臂的第一辊形成实质上闭合的环到膨胀的第二位置,用于按压 的一部分 位于环形段外侧的部件抵靠位于环形段内的轮胎部件的扩展部分,其中靠近第一辊的端部处的臂设置有可移动的支撑表面(15),其在第一位置形成虚拟的 闭合的圆柱形表面用于支撑轮胎部件。
    • 2. 发明申请
    • Method of making green tire
    • 生产轮胎的方法
    • US20010039993A1
    • 2001-11-15
    • US09809313
    • 2001-03-16
    • Toshihiko Omokawa
    • B29D030/32
    • B29D30/20B29D30/26B29D2030/3278
    • A method of making a green tire comprises: winding a carcass ply of rubberized cords around a building drum into a substantially cylindrical body; pressing the cylindrical body against the building drum through the entire circumference not to allow the carcass cords to move axially and circumferentially of the drum; constricting edge portions of the substantially cylindrical body so that the outer diameter thereof is decreased; setting a bead core around each of the constricted edge portions; folding back the edge portions around the bead cores; releasing the cylindrical body from the pressing against the building drum after the edge portions are constricted at the earliest; and swelling a main portion of the cylindrical body between the bead cores while decreasing the width between the bead cores.
    • 制造生胎的方法包括:将橡胶帘线的胎体帘布层卷绕在成型鼓周围形成基本上圆柱形的主体; 将圆筒体沿着整个周边压靠在建造鼓上,不允许胎体帘线沿着鼓的轴向和周向移动; 收缩大致圆柱体的边缘部分,使其外径减小; 围绕每个收缩边缘部分设置胎圈芯; 将胎圈芯周围的边缘部分折回; 在边缘部分被最早收缩之后,将圆筒体从压靠构件滚筒释放; 并且在减小胎圈芯之间的宽度的同时使圆柱体的主要部分在胎圈芯之间膨胀。
    • 8. 发明申请
    • Process for the manufacture of a tire without bead wire
    • 制造没有胎圈丝的轮胎的方法
    • US20010020511A1
    • 2001-09-13
    • US09833048
    • 2001-04-11
    • MICHELIN RECHERCHE ET TECHNIQUE S.A.
    • Michel AhouantoLuc Bestgen
    • B29D030/32
    • B29D30/20B60C9/26
    • A process for the manufacture of a tire the beads of which are without anchoring bead wires and are reinforced by complexes of layers of reinforcement elements of low angle, around which complexes the radial carcass reinforcement is anchored by winding, said process being characterized in that each complex is produced independently of the carcass reinforcement blank, the manufacture of said complex including using at least one raw blank of reinforcement elements which are oriented at a higher angle than the angle to be obtained in the vulcanized state, subjecting said ply to pre-extension before formation of a two-layer sleeve, the pitch, angle and width characteristics of which are obtained by pantograph effect upon a second extension.
    • 一种制造轮胎的方法,其胎圈没有固定的胎圈丝,并且通过低角度的增强件的层的复合物加强,轮胎胎体增强件通过缠绕而被固定,所述方法的特征在于,每个 复合体独立于胎体增强坯料制造,所述复合体的制造包括使用至少一个增强元件的原料坯料,所述加工元件以比在硫化状态下获得的角度更高的角度定向,对所述层进行预延伸 在形成双层套筒之前,其间距,角度和宽度特征是通过在第二延伸时的受电弓效应获得的。
    • 9. 发明申请
    • Process and drum for constructing a green tire
    • 用于构造生胎的工艺和滚筒
    • US20010000582A1
    • 2001-05-03
    • US09739889
    • 2000-12-20
    • CONTINENTAL AKTIENGESELLSCHAFT
    • Horst SergelHans Menell
    • B29D030/32
    • B29D30/26B29C2791/006B29D30/246B29D2030/2692
    • Expandable drum for constructing a green carcass of a tire has a periphery and includes a plurality of metal segments positioned to form a substantially cylindrical arrangement, adapted for radial expansion and compression. A thick-walled casing, positioned over the plurality of metal segments, forms the drum periphery. The thick-walled casing includes rubber and a plurality of voids arranged to have an outer periphery in the thick-walled casing. An evacuating pump is coupled to the plurality of voids. The plurality of voids form suctioning voids to suction the green carcass onto the drum periphery during compression of the drum periphery, and are coupled at radially outermost extents to a network of grooves arranged to provide wave-free and smooth contraction of green carcass during its compression, thereby avoiding bulges and creases in contracting green carcass. Radially innermost extents of the voids are coupled to evacuating pump to create vacuum in the grooves.
    • 用于构造轮胎的绿色胎体的可膨胀滚筒具有周边,并且包括定位成形成适于径向膨胀和压缩的基本圆柱形布置的多个金属段。 定位在多个金属段上的厚壁壳体形成滚筒周边。 厚壁壳体包括橡胶和布置成在厚壁壳体中具有外周的多个空隙。 抽空泵联接到多个空隙。 多个空隙形成抽吸空隙,以在滚筒周边的压缩期间将绿色胎体抽吸到滚筒周边上,并且在径向最外侧的范围处联接到布置成在压缩过程中提供绿色胎体的无波浪和平滑收缩的槽网 ,从而避免了承包绿色胴体的隆起和褶皱。 空隙的最内部径向联接到抽空泵以在凹槽中产生真空。
    • 10. 发明申请
    • Tire with composite ply structure and method of manufacture
    • 轮胎与复合层结构和制造方法
    • US20040123937A1
    • 2004-07-01
    • US10442002
    • 2003-05-19
    • Robert Allen Losey
    • B29D030/32B60C015/00B60C009/02B29D030/20B29D030/06
    • B60C9/08B29D30/20B29D2030/086B60C9/0207B60C15/0018B60C15/0072Y10T152/10819Y10T152/10837
    • The method of building a tire 10 having a carcass assembly 18 having a pair of bead cores 26 and a radial ply reinforcing structure 17 which comprises the steps of cylindrically applying a pair of radial cord reinforced sidewall plies 17a, 17b, each sidewall ply having a width Wp; setting one bead core 26 over each sidewall ply 17a, 17b and fixing the axial spacing between the bead cores 26 at a distance L; applying a crown ply 50 having a width Wc, Wc being less than the distance L and the crown ply 50 being interposed between and spaced from each sidewall ply 17a, 17b; turning up each sidewall ply 17a and 17b to overlap lateral edges of the crown ply 50; moving the carcass assembly 18 axially inwardly while shaping the carcass assembly 18 toroidially to form ply turnups 20a, 20b axially inwardly of the bead cores 26. The method further comprises the steps of applying one or more belt reinforcing layers to the carcass and first reinforcing layer and applying a tread to form a pneumatic radial ply tread tire.
    • 建立具有胎体组件18的轮胎10的方法,胎体组件18具有一对胎圈芯26和径向帘布层增强结构17,其包括以下步骤:圆柱形地施加一对径向帘线加强侧壁层17a,17b,每个侧壁层具有 宽Wp; 在每个侧壁层17a,17b上设置一个胎圈芯26,并将胎圈芯26之间的轴向间隔固定在距离L处; 施加具有宽度Wc,Wc小于距离L和冠状帘布层50的冠状帘布层50插入在每个侧壁层17a,17b之间并与每个侧壁层17a,17b间隔开; 使每个侧壁层17a和17b翻转以重叠冠状帘布层50的横向边缘; 使胎体组件18轴向向内移动,同时使胎体组件18成圆形地形成胎圈芯26的轴向内侧的帘布层叠层20a,20b。该方法还包括以下步骤:将一个或多个带束层增强层施加到胎体和第一增强层 并施加胎面以形成气动径向帘布层胎面轮胎。