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    • 3. 发明申请
    • METHOD FOR MANUFACTURING PUSH BELTS OF DISTINGUISHABLE TYPE AND A COMPOSITION OF PUSH BELT TYPES
    • 用于制造可拆卸类型的推拉带和推带类型的组合物的方法
    • WO2006068462A1
    • 2006-06-29
    • PCT/NL2004/000908
    • 2004-12-24
    • ROBERT BOSCH GMBHSMEETS, Paulus, MariaHOOGLAND, Robert, WillemBRANDSMA, Arjen
    • SMEETS, Paulus, MariaHOOGLAND, Robert, WillemBRANDSMA, Arjen
    • F16G5/16
    • F16G5/16
    • The invention provides for a method for manufacturing push belts (7) of at least two distinguishable types, each type having an endless tensile means (16) of a mutually different radial thickness, which endless tensile means (16) is received in a recess (20) of transverse elements (15) of the respective push belt (7), which transverse elements (15) are provided slideably on the endless tensile means (16) in such a number that they form an essentially continuous array along the circumference of the endless tensile means (16), whereby a height of a respective recess (20) is defined in the radial direction relative to the endless tensile means (16) between a bottom part (21) and a top part (22) of the respective transverse element (15) and whereby each type of push belt (7) is produced with transverse elements (15) having a mutually corresponding recess (20) height.
    • 本发明提供了一种用于制造至少两种可区别类型的推送带(7)的方法,每种类型具有相互不同的径向厚度的环形拉伸装置(16),该环形拉伸装置(16)被容纳在凹部中 20)横向元件(15),该横向元件(15)可滑动地设置在环形拉伸装置(16)上,其数量使得它们沿着圆周方向形成基本连续的阵列 环形拉伸装置(16),其中相应的凹部(20)的高度相对于环形拉伸装置(16)在径向方向上限定在相应横向的底部(21)和顶部部分(22)之间 元件(15),并且由此每个类型的推送带(7)被制造成具有相互对应的凹部(20)高度的横向元件(15)。
    • 4. 发明申请
    • TRANSMISSION WITH CONVEX PULLEY SHEAVES AND A DRIVE BELT
    • 传动带凸轮轴和驱动皮带
    • WO2006049493A1
    • 2006-05-11
    • PCT/NL2005/000763
    • 2005-10-25
    • ROBERT BOSCH GMBHVAN SPIJK, Johannes, Gerardus, Ludovicus, MariaVAN DER LEEST, Adrianus, Johannes, WilhelmusBRANDSMA, Arjen
    • VAN SPIJK, Johannes, Gerardus, Ludovicus, MariaVAN DER LEEST, Adrianus, Johannes, WilhelmusBRANDSMA, Arjen
    • F16G5/16F16H9/24
    • F16G5/16F16H9/125
    • The invention relates to a transverse element (11) of a drive belt 10 for a continuously variable transmission 1 provided with variable pulleys 2,3, the transverse elements (11) being provided with a tilted edge (17) , which extends between lateral sides (16) thereof and forms a transition between a top side 18 of the transverse element (11) of virtually constant thickness and an at least effectively tapering underside 15 thereof . In this transmission, both the conical surface of at least one pulley sheave of the two pulleys and the lateral sides (16) of the drive belt which come into contact therewith are provided, in the radial direction, with a convex curvature, and in this transmission, at the minimum possible radial position of the drive belt between the pulley sheave s of a pulley, a radial position of a contact point (Pl) between a transverse el ement (11) and the curved pulley sheave The invention relates to a transverse el ement (11) of a drive belt for a continuously variable transmission provided wit h variable pulleys, the transverse elements (11) being provided with a tilted ed ge (17) , which extends between lateral sides (16) thereof and forms a transit n between a top side of the transverse element (11) of virtually constant thickn ess and an at least effectively tapering underside thereof . In this transmissio n, both the conical surface of at least one pulley sheave of the two pulleys and the lateral sides (16) of the drive belt which come into contact therewith are provided, in the radial direction, with a convex curvature, and in this transmis sion, at the minimum possible radial position of the drive belt between the pull ey sheaves of a pulley, a radial position of a contact point (Pl) between a tran sverse element (11) and the curved pulley sheave of the pulley at least virtuall y coincides with a radial position of the tilted edge (17) and/or is located sli ghtly radially outwards with respect thereto.
    • 本发明涉及一种用于无级变速器1的驱动带10的横向元件(11),其具有可变带轮2,3,横向元件(11)设置有倾斜边缘(17),该倾斜边缘(17)在侧面 (16),并且形成具有几乎恒定厚度的横向元件(11)的顶侧18与其至少有效锥形的下侧之间的过渡部15。 在这种传动装置中,两个皮带轮的至少一个滑轮滑轮的锥形表面和与其接触的驱动皮带的横向侧面(16)都沿径向方向设置有凸曲率,在这种情况下 在滑轮的滑轮滑轮之间的传动带的最小可能径向位置处,横向叶片(11)和弯曲滑轮滑轮之间的接触点(P1)的径向位置本发明涉及横向 所述横向元件(11)设置有倾斜的编织物(17),所述倾斜的编织物(17)在其横向侧面(16)之间延伸并且形成转移 n在实质上恒定的厚度的横向元件(11)的顶侧和至少有效地锥形的下侧之间。 在这种透射中,两个滑轮的至少一个滑轮滑轮的锥形表面和与其接触的驱动带的横向侧面(16)都沿径向方向设置有凸曲率,并且 在传动带在滑轮的牵引滑轮之间的最小可能径向位置处,在横向元件(11)和皮带轮的弯曲滑轮滑轮之间的接触点(P1)的径向位置处, 最小尺寸y与倾斜边缘(17)的径向位置重合和/或相对于其径向向外定位。
    • 6. 发明申请
    • DRIVE BELT FOR A CONTINUOUSLY VARIABLE TRANSMISSION AND TRANSVERSE ELEMENT THEREFOR
    • 用于连续可变变速器和其横向元件的驱动皮带
    • WO2010062168A1
    • 2010-06-03
    • PCT/NL2009/000233
    • 2009-11-27
    • ROBERT BOSCH GmbHVERHOEVEN, PeterCREBOLDER, Cornelia Adriana ElizabethBRANDSMA, Arjen
    • VERHOEVEN, PeterCREBOLDER, Cornelia Adriana ElizabethBRANDSMA, Arjen
    • F16G5/16
    • F16G5/16
    • The invention relates to a drive belt comprising two continuous tension elements and a number of transverse elements (3) which are movably arranged along the periphery thereof and have a base part (10) and a head part (16) between which two recesses (4) are defined which are separated from one another in the axial direction by a central connecting piece (13) of the transverse element (3) which connects said base and head parts (10, 16) thereof, in which, at the location of the two recesses (4), the base part (10) in each case forms a bearing surface (15) for a tension element and which bearing surfaces (15) are delimited in a first axial direction by the connecting piece (13) of the transverse element (3) and in a second axial direction opposite thereto by a respective protuberance (12) of the base part (10) in the radial direction. The head part (16) in this case extends in the axial direction over more than 50% of a dimension in said direction of the bearing surface (15).
    • 本发明涉及一种驱动带,其包括两个连续的张力元件和多个横向元件(3),该横向元件沿其周边可移动地布置,并具有基部(10)和头部(16),两个凹部 ),其通过连接所述基座和头部(10,16)的横向元件(3)的中心连接件(13)在轴向方向上彼此分开,其中,在 两个凹部(4),每个壳体中的基部(10)形成用于张力元件的支承表面(15),并且支承表面(15)在第一轴向方向上由横向的连接件(13)限定 元件(3)并且在与第二轴向方向相反的第二轴向方向上由基部(10)的相应突起(12)沿径向方向。 在这种情况下,头部(16)在轴向方向上延伸超过支承表面(15)的所述方向的尺寸的大于50%。
    • 8. 发明申请
    • DRIVE BELT HAVING TRANSVERSE ELEMENTS AND A BAND SET
    • 带有横向元件和带套的驱动带
    • WO2005003590A1
    • 2005-01-13
    • PCT/NL2004/000483
    • 2004-07-06
    • ROBERT BOSCH GMBHLEMMENS, Marlène, Elisabeth, IngeTRAN, Minh, DucVAN DROGEN, MarkBRANDSMA, Arjen
    • LEMMENS, Marlène, Elisabeth, IngeTRAN, Minh, DucVAN DROGEN, MarkBRANDSMA, Arjen
    • F16G5/16
    • F16G5/163F16G5/16
    • Drive belt (3) provided with a continuous band set (31) on which a large number of transverse elements (33) are arranged, the band set (31) comprising at least a number of metal bands (32) which are nested together in the radial direction and are relatively thin, with a difference in circumferential length existing between at least two adjacent bands (32; x, x+1) of the band set (31) between the outer side (36) of the inner band (32; x) and the inner side (35) of the outer band (32; x+1). According to the invention, at least if the said difference has a positive value, a coefficient of friction (µ x+1 ,) which is active in a frictional contact between the two adjacent bands (32; x, x+1) while the drive belt (3) is operating is selected to be greater than a coefficient of friction (µ x ) which is active in a frictional contact on the inner side (35) of the radially inner band (32; x) of the said two adjacent bands (32; x, x+1), and vice versa.
    • 驱动皮带(3)设置有连续带组(31),多个横向元件(33)布置在该带组上,带组(31)包括至少多个嵌在一起的金属带(32) 径向方向并且相对较薄,在内带(32)的外侧(36)之间的带组(31)的至少两个相邻带(32; x,x + 1)之间存在圆周长度的差异 ; x)和外带(32; x + 1)的内侧(35)。 根据本发明,至少如果所述差值具有正值,则在驱动时两个相邻带(32; x,x + 1)之间的摩擦接触中有效的摩擦系数(μx+ 1) 皮带(3)的操作被选择为大于在所述两个相邻带的径向内带(32; x)的内侧(35)上的摩擦接触中有效的摩擦系数(μx) 32; x,x + 1),反之亦然。