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    • 5. 发明专利
    • Vehicle tire, and system and method for measuring deformation of vehicle tire
    • 车辆轮胎,以及用于测量车辆轮胎变形的系统和方法
    • JP2003039925A
    • 2003-02-13
    • JP2002201362
    • 2002-07-10
    • Continental Agコンテイネンタル・アクチエンゲゼルシヤフト
    • GOSLAR MARIUSKLEINHOFF KLAUS
    • B60C19/00B60T8/172G01B7/16G01P3/487G01P13/04
    • B60T8/1725B60T2240/04G01B7/16G01P3/487G01P13/04
    • PROBLEM TO BE SOLVED: To improve a vehicle tire so that the tire deflection can be detected at a minimum cost in addition to the detection of the force in the longitudinal direction. SOLUTION: In a vehicle tire 1, at least one side wall 2 which can be area- magnetized is provided, at least one of inner and outer concentric tracks 3a and 3b of a sector 4 are arranged in the side wall, and a large number of sectors 4 magnetized so that the tracks are different from each other are contained. Several sector boundaries 5a between the magnetized sectors 4 are extended at a first angle α of inclination with respect to the radial direction of the vehicle tire 1, and several other sector boundaries 5b are extended at a second angle β of inclination, different from the fisseangl, with respect to the radial direction of the vehicle tire 1. Preferably, one of the angles of inclination is zero. In addition, a third angle χ of inclination is used, which enables the detection in the rotational direction as another capacity.
    • 要解决的问题:为了改善车辆轮胎,除了检测纵向方向上的力之外,可以以最小的成本检测轮胎偏转。 解决方案:在车辆轮胎1中,设置有至少一个能够进行区域磁化的侧壁2,在侧壁中布置有扇形4的内部和外部同心轨道3a和3b中的至少一个,并且大量 的扇区4被磁化,使得轨道彼此不同。 磁化扇区4之间的多个扇区边界5a相对于车辆轮胎1的径向以第一倾斜角α延伸,并且其它几个扇形边界5b以不同于fisseangl的第二倾斜角度β延伸 相对于车辆轮胎1的径向方向。优选地,倾斜角之一为零。 此外,使用倾斜的第三角度χ,这使得能够将旋转方向上的检测作为另一容量。
    • 9. 发明专利
    • FEEDER FOR TIRE ASSEMBLING DRUM
    • JP2001079955A
    • 2001-03-27
    • JP2000246877
    • 2000-08-16
    • CONTINENTAL AG
    • JUNGK ANDREASRUMP JUERGEN A
    • B29D30/26B29D30/30
    • PROBLEM TO BE SOLVED: To simplify a structure and to economically manufacture even a small number of tires by moving the tire to a tire assembling drum through a storage unit, a supplying and cutting unit and a cutting and supplying unit in one conveying line, and alternately operatively coupling the tire to at least two supplying and cutting units at cutting and supplying positions. SOLUTION: Drum supply belts 2, 2' are respectively moved together with transfer belts 5, 5' from cutting and supplying units 7, 7' to placing positions 6, 8 and are obliquely movable in moving directions 9, 10. Tire components to be differently worked or cut in storage cassettes 11 to 14 are respectively supplied to supplying and combinedly cutting units 17, 17' and 18, 18'. For example, the units 17, 17' are moved to highest positions, and a newly fed material is carried on the belt 2', and then cut. Thereafter, the belt 2' is moved to the position 8. During this cutting, the belt 2 is moved to the position 6, and placed on a next tire assembling drum 4.