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    • 2. 发明授权
    • RUBBER CRAWLER
    • EP2857295B1
    • 2018-08-22
    • EP13794734.7
    • 2013-05-16
    • Bridgestone Corporation
    • MIZUSAWA, Takashi
    • B62D55/253B62D55/24
    • B62D55/244B62D55/242
    • Deformation of each internally incorporated cord layer is suppressed, and lateral slippage of a rubber crawler during travel is suppressed. A rubber crawler (10) includes a rubber belt (12), a main cord layer (24) that is incorporated within the rubber belt (12) and includes a main cord (20) extending around the crawler circumferential direction, a bias cord layer (26) that is incorporated further to the crawler circumferential outside than the main cord layer (24) and is configured from bias cords (28) extending at an angle with respect to the crawler circumferential direction, a bias cord layer (30) that is interposed between the bias cord layer (26) and the main cord layer (24), and is configured from bias cords (32) extending at an angle with respect to the crawler circumferential direction so as to intersect the first bias cords (28), and a reinforcement cord layer (34) that is interposed between the bias cord layer (26) and the bias cord layer (30), and is configured from reinforcement cords (36) extending in the crawler width direction.
    • 5. 发明公开
    • Track wheel
    • Raupenrad。
    • EP0341083A2
    • 1989-11-08
    • EP89304577.3
    • 1989-05-05
    • BATELAAN, Joost
    • Batelaan, Joost
    • B62D55/08B62D55/24
    • B62D55/242B62D55/08B62D55/112B62D55/22
    • A track wheel consisting of a longitudinal curved track(10) mounted in an oval geometry on two support rollers (18,20). The track wheel is in effect an oval wheel with two axles. The axles (14,16) of the two support rollers are mounted either directly or indirectly to the vehicle. The rollers support and guide both ends of the track in the small curvatures and transfer vehicle load to a surface at the lower curved part of the track.
      Embodiments include a spring track, a pivot hinged segment track and a band hinged segment track, these three track designs having similar bending characteristics. The track will withstand a high bending load in one direction, where it engages a surface, but it will also bend easily in the opposite direction, as it is guided over the two support rollers.
    • 轨道轮,由在两个支撑辊(18,20)上以椭圆形几何形状安装的纵向弯曲轨道(10)组成。 履带轮实际上是具有两个轴的椭圆轮。 两个支撑辊的轴(14,16)直接或间接安装在车辆上。 滚子以小曲率支撑和引导轨道的两端,并将车辆载荷传递到轨道的下弯曲部分的表面。 实施例包括弹簧轨道,枢转铰链段轨道和带状铰链段轨道,这三个轨道设计具有相似的弯曲特性。 该轨道将承受一个方向上的高弯曲载荷,其中它接合表面,但是它也将沿相反方向容易地弯曲,因为它被引导在两个支撑辊上。
    • 6. 发明公开
    • RUBBER CRAWLER
    • 橡胶边
    • EP2857294A4
    • 2016-01-13
    • EP13793868
    • 2013-05-16
    • BRIDGESTONE CORP
    • MIZUSAWA TAKASHI
    • B62D55/253B62D55/24
    • B62D55/244B62D55/242
    • Deformation of respective internally incorporated cord layers is suppressed, and lateral slippage of a rubber crawler during travel is suppressed. A rubber crawler (10) includes a rubber belt (12), a main cord layer (24) that is incorporated within the rubber belt (12) and includes a main cord (20) configured from plural twisted strands (22) covered with rubber, the main cord (20) extending around the crawler circumferential direction, and a bias cord layer (30) incorporated within the rubber belt (12) at the crawler circumferential outside of the main cord layer (24) configured by at least one bias ply (28) and configured from at least one bias ply (28) that is formed from a plurality of bias (26) cords extending at an angle with respect to the crawler circumferential direction, disposed side-by-side around the crawler circumferential direction and covered in rubber such that bias cords (26A) of the bias ply (28A) at the circumferential outermost side of the crawler are, as viewed from the crawler circumferential outside, angled toward an opposite side, with respect to the crawler circumferential direction, from the angled side of the strands (22).
    • 7. 发明公开
    • RUBBER CRAWLER
    • 橡胶边
    • EP2857295A4
    • 2015-12-30
    • EP13794734
    • 2013-05-16
    • BRIDGESTONE CORP
    • MIZUSAWA TAKASHI
    • B62D55/253B62D55/24
    • B62D55/244B62D55/242
    • Deformation of each internally incorporated cord layer is suppressed, and lateral slippage of a rubber crawler during travel is suppressed. A rubber crawler (10) includes a rubber belt (12), a main cord layer (24) that is incorporated within the rubber belt (12) and includes a main cord (20) extending around the crawler circumferential direction, a bias cord layer (26) that is incorporated further to the crawler circumferential outside than the main cord layer (24) and is configured from bias cords (28) extending at an angle with respect to the crawler circumferential direction, a bias cord layer (30) that is interposed between the bias cord layer (26) and the main cord layer (24), and is configured from bias cords (32) extending at an angle with respect to the crawler circumferential direction so as to intersect the first bias cords (28), and a reinforcement cord layer (34) that is interposed between the bias cord layer (26) and the bias cord layer (30), and is configured from reinforcement cords (36) extending in the crawler width direction.
    • 8. 发明公开
    • RUBBER CRAWLER
    • EP2857294A1
    • 2015-04-08
    • EP13793868.4
    • 2013-05-16
    • Bridgestone Corporation
    • MIZUSAWA, Takashi
    • B62D55/253
    • B62D55/244B62D55/242
    • Deformation of respective internally incorporated cord layers is suppressed, and lateral slippage of a rubber crawler during travel is suppressed. A rubber crawler (10) includes a rubber belt (12), a main cord layer (24) that is incorporated within the rubber belt (12) and includes a main cord (20) configured from plural twisted strands (22) covered with rubber, the main cord (20) extending around the crawler circumferential direction, and a bias cord layer (30) incorporated within the rubber belt (12) at the crawler circumferential outside of the main cord layer (24) configured by at least one bias ply (28) and configured from at least one bias ply (28) that is formed from a plurality of bias (26) cords extending at an angle with respect to the crawler circumferential direction, disposed side-by-side around the crawler circumferential direction and covered in rubber such that bias cords (26A) of the bias ply (28A) at the circumferential outermost side of the crawler are, as viewed from the crawler circumferential outside, angled toward an opposite side, with respect to the crawler circumferential direction, from the angled side of the strands (22).
    • 抑制各内部的帘线层的变形,抑制行驶时的橡胶履带的横向滑动。 本发明提供一种橡胶履带(10),该橡胶履带(10)具有橡胶带(12),并入该橡胶带(12)内的主帘线层(24),并具有由橡胶 ,围绕履带周向延伸的主绳索(20)以及结合在主绳索层(24)外侧的履带周围的橡胶带(12)内的偏置绳索层(30),所述偏斜绳索层由至少一个偏置帘布层 (28)并且由至少一个偏压帘布层(28)构成,所述偏压帘布层由多个相对于所述履带周向方向以一定角度延伸的偏压(26)帘线形成,并且围绕所述履带周向并排布置,以及 以橡胶覆盖,使得从履带周向外侧观察,履带的周向最外侧的偏置帘布层(28A)的偏置帘线(26A)相对于履带周向朝向相反侧倾斜 有角度的一面 (22)。
    • 10. 发明授权
    • RUBBER CRAWLER
    • EP2857294B1
    • 2018-07-25
    • EP13793868.4
    • 2013-05-16
    • Bridgestone Corporation
    • MIZUSAWA, Takashi
    • B62D55/253B62D55/24
    • B62D55/244B62D55/242
    • Deformation of respective internally incorporated cord layers is suppressed, and lateral slippage of a rubber crawler during travel is suppressed. A rubber crawler (10) includes a rubber belt (12), a main cord layer (24) that is incorporated within the rubber belt (12) and includes a main cord (20) configured from plural twisted strands (22) covered with rubber, the main cord (20) extending around the crawler circumferential direction, and a bias cord layer (30) incorporated within the rubber belt (12) at the crawler circumferential outside of the main cord layer (24) configured by at least one bias ply (28) and configured from at least one bias ply (28) that is formed from a plurality of bias (26) cords extending at an angle with respect to the crawler circumferential direction, disposed side-by-side around the crawler circumferential direction and covered in rubber such that bias cords (26A) of the bias ply (28A) at the circumferential outermost side of the crawler are, as viewed from the crawler circumferential outside, angled toward an opposite side, with respect to the crawler circumferential direction, from the angled side of the strands (22).