会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明申请
    • TIRE
    • US20100147426A1
    • 2010-06-17
    • US12335604
    • 2008-12-16
    • Joseph Thomas JaneshDelwyn Lovell HarveyTimothy Michael Rooney
    • Joseph Thomas JaneshDelwyn Lovell HarveyTimothy Michael Rooney
    • B60C11/117B60C11/00B60C11/12
    • B60C11/11B60C11/04B60C11/047B60C2200/14
    • A tire is configured having first and second shoulder rows of shoulder tread elements opposite respective first and second interior rows of interior tread elements, separated respectively by circumferentially extending, zig-zag shaped first and second grooves within a tire tread region. Each groove is defined by opposed shoulder tread elements and interior tread elements and includes a circumferentially continuous see-through central groove portion extending parallel to a circumferential centerplane of the tread. The see-through circumferential grooves communicate with angular intermediate and shoulder lateral grooves having a relatively wide mouth dimension adjacent to a respective circumferential grooves. Staggered in and out shoulder regions within the shoulder tread elements facilitate gripping edges and prevent mud clogging of the shoulder grooves.
    • 轮胎构造成具有第一和第二肩肩排的胎肩胎面元件,所述胎肩胎肩元件分别与轮胎胎面区域内的周向延伸的,锯齿形的第一和第二槽相对地分别相对于第一和第二内部排的内胎面元件相对。 每个槽由相对的胎肩胎面元件和内部胎面元件限定,并且包括平行于胎面的周向中心平面延伸的周向连续的透明中心槽部分。 透视周向沟槽与具有相对较宽的口部尺寸的角度中间和肩部侧向沟槽相邻,邻近相应的周向凹槽。 在胎面胎面元件内部和外侧的肩部区域交错有助于抓握边缘并防止胎肩沟槽的泥浆堵塞。
    • 3. 发明申请
    • PNEUMATIC TIRE WITH SINGLE NON-CONTINUOUS CARCASS PLY
    • 具有单不连续卡车的气动轮胎
    • US20100043936A1
    • 2010-02-25
    • US12193818
    • 2008-08-19
    • James Kenneth NiedermierMichael Thomas DriscollTimothy Michael RooneyRobert Anthony NeubauerRobert Allen Losey
    • James Kenneth NiedermierMichael Thomas DriscollTimothy Michael RooneyRobert Anthony NeubauerRobert Allen Losey
    • B60C9/14
    • B60C9/09B60C9/0207B60C9/06B60C15/0045Y10T152/10819Y10T152/10855Y10T152/10864
    • A carcass for a pneumatic tire includes a first annular bead, a second annular bead, a first continuous radial ply, a second continuous radial ply, and a third non-continuous radial ply. The first radial ply has two shoulder portions and two lateral edge portions. One lateral edge portion of the first ply extends from one shoulder portion of the first ply radially inward to a location proximal to the first annular bead. The other lateral edge portion of the first ply extends from the other shoulder portion of the first ply radially inward to a location proximal to the second annular bead. The second continuous radial ply has two shoulder portions and two lateral edge portions. One lateral edge portion of the second ply extends from one shoulder portion of the second ply radially inward to a location proximal to the first annular bead. The other lateral edge portion of the second ply extends from the other shoulder portion of the second ply radially inward to a location proximal to the second annular bead. The third non-continuous radial ply has a first portion and a second portion separate and distinct from the first portion. The first portion of the third ply extends from a location proximal to one shoulder portion of the second ply to a location proximal to the first annular bead. The second portion extends from the other shoulder portion of the second ply to a location proximal to the second annular bead.
    • 用于充气轮胎的胎体包括第一环形胎圈,第二环形胎圈,第一连续径向帘布层,第二连续径向帘布层层和第三非连续径向帘布层层。 第一径向层具有两个肩部和两个侧边缘部分。 第一层的一个侧边缘部分从第一帘布层的一个肩部径向向内延伸到靠近第一环形珠的位置。 第一层的另一侧边缘部分从第一帘布层的另一个肩部径向向内延伸到靠近第二环形珠的位置。 第二连续径向层具有两个肩部和两个侧边缘部分。 第二帘布层的一个侧边缘部分从第二帘布层的一个肩部径向向内延伸到靠近第一环形珠的位置。 第二帘布层的另一侧边缘部分从第二帘布层的另一肩部径向向内延伸到靠近第二环形珠的位置。 第三非连续径向层具有与第一部分分开且不同的第一部分和第二部分。 第三层的第一部分从靠近第二层的一个肩部的位置延伸到靠近第一环形凸缘的位置。 第二部分从第二层的另一个肩部延伸到靠近第二环形凸缘的位置。
    • 7. 发明授权
    • All-terrain-vehicle tire
    • 全地形轮胎
    • US6021829A
    • 2000-02-08
    • US101052
    • 1998-06-25
    • Timothy Michael Rooney
    • Timothy Michael Rooney
    • B60C11/11B60C107/02B60C121/00
    • B60C11/0311
    • An all terrain vehicle tire 10 has a tread 12 specifically designed for mud traction. The tread 12 has four circumferentially repeating rows 1,2,3,4 of elongated lugs 40,42, two shoulder rows 1,2 and two central rows 3,4. Adjacent the axially outer ends 45 of the lugs 42 of the central row 3,4 is a shoulder block 44. The tread 12 has soil discharge channels 60 extending axially between the lugs 40,42. Each channel 60 is open in two locations 61,62 to one or more axially aligned and circumferentially adjacent soil discharge channel 60. Preferably each location 61,62 represents about 20% of the axial arc width of a tread half. These locations 61,62 permit mud to move freely from a forward channel 60 towards a rear channel 60 and enhances tread cleaning as the tire 10 rotates.
    • PCT No.PCT / US96 / 12964 Sec。 371日期:1998年6月25日第 102(e)1998年6月25日PCT PCT 1996年7月18日PCT公布。 第WO98 / 03356号公报 日期1998年1月29日全地形车辆轮胎10具有专门用于泥浆牵引的胎面12。 胎面12具有四个周向地重复的细长突片40,42,两个肩部行1,2和两个中心行3,4的行1,2,3,4。 邻近中心排3,4的凸缘42的轴向外端45是肩部块44.胎面12具有在凸耳40,42之间轴向延伸的排污通道60。 每个通道60在两个位置61,62中打开到一个或多个轴向对齐且周向相邻的污物排放通道60.优选地,每个位置61,62表示胎面半部的轴向弧宽度的约20%。 这些位置61,62允许泥浆从前进通道60向后通道60自由移动,并且在轮胎10转动时增强胎面清洁。
    • 8. 发明授权
    • Low pressure all terrain vehicle tire
    • 低压全地形车胎
    • US5725701A
    • 1998-03-10
    • US596908
    • 1996-03-13
    • Timothy Michael RooneyThomas Reed Oare
    • Timothy Michael RooneyThomas Reed Oare
    • B60B21/04B60C15/024B60C15/04B60C17/00B60C15/02
    • B60C15/024B60B21/04B60C15/04B60C17/00Y10T152/10819
    • A low pressure all terrain vehicle tire 10 features a strapped bead core 20 which comprises distinct layers 30,32,34,36 of filaments 26 positioned relative to one another. The bead core 20 has a substantially square or rectangular cross-section and a radially inward substantially flat base side 44, a radially outermost side 46, an axially inward first side 48, and an axially outward second side 50. The first side 48 intersects the base side 44 at a first edge 54 and forms thereby an included angle .alpha.. The second side 50 intersects the base side 44 at a second edge 56 and forms thereby an included angle .beta.. Angle .alpha. is equal to .beta.. The bead core 20 has perimeter 42 comprising the lengths of the base 44, radially outermost 46, first 48, and second 50 sides. The perimeter 42 defines the bead core area. The width of the bead heel surface 60 is approximately equal to the distance between a hump 80 and an axially inward surface 74 of the wheel flange 76. The bead core base side 44 has a width in the range of 65% to 90% of the rim seat width W and a radially inner diameter about equal to the diameter of the rim hump 80. The bead heal surface 60 has a width in the range of 80% to 125% the rim seat width W.
    • 低压全地形车辆轮胎10具有带束的胎圈芯20,其包括相对于彼此定位的细丝26的不同层30,32,34,36。 胎圈芯20具有基本上为正方形或矩形的横截面以及径向向内基本上平坦的基部侧面44,径向最外侧面46,轴向向内第一侧面48和轴向向外第二侧面50.第一侧面48与 基座侧44在第一边缘54处形成一个夹角α。 第二侧面50在第二边缘56处与基部侧面44相交,由此形成夹角β。 角度α等于β。 胎圈芯20具有周边42,其包括基部44的长度,径向最外侧46,第一48和第二50边。 周边42限定胎圈芯区域。 胎跟跟部表面60的宽度大致等于轮凸缘76的凸起80和轴向内表面74之间的距离。胎圈芯基部侧44的宽度在65°至90%的范围内 轮辋座宽度W和径向内径约等于轮辋凸块80的直径。胎圈愈合表面60的宽度在轮辋座宽度W的80%至125%的范围内。