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    • 5. 发明申请
    • Edge trimmer for elastomer strip
    • 用于弹性体带的边缘修剪器
    • US20080104850A1
    • 2008-05-08
    • US11905941
    • 2007-10-05
    • Gaku TanakaKazuaki Yarimizu
    • Gaku TanakaKazuaki Yarimizu
    • B26B17/00
    • B29D30/46B26D1/045B26D3/003B29D2030/466
    • An edge trimmer for an uncured elastomer strip being conveyed in the longitudinal direction of the strip is disclosed. In the uncured elastomer strip, cords laid parallel with each other along the longitudinal direction of the strip, are embedded. The edge trimmer comprises a cutter head comprising a blade for trimming an edge portion of the uncured elastomer strip. The cutter head is freely movable in the transverse direction of the uncured elastomer strip being conveyed. The blade has a pair of v-shaped cutting edges opening towards the upper stream of the conveyed direction of the uncured elastomer strip. Preferably, the thickness of the blade is 1.0 to 2.0 mm, the opening angle of the V-shaped cutting edges is 30 to 70 degrees, an angle of each of the cutting edges is 35 to 65 degrees, and the cutting edges are formed on the thickness center plane of the blade.
    • 公开了一种用于沿条带的纵向方向输送的未固化的弹性体带的边缘修剪器。 在未固化的弹性体条中,嵌入沿着条的纵向方向彼此平行布置的电线。 边缘修剪器包括刀头,刀头包括用于修剪未固化的弹性体条的边缘部分的刀片。 刀头可以在被输送的未固化的弹性体带的横向方向上自由移动。 叶片具有朝向未固化的弹性体带的传送方向的上游流动的一对V形切割刃。 优选地,叶片的厚度为1.0〜2.0mm,V形切削刃的开度为30〜70度,切削刃的角度为35〜65度,切削刃形成在 叶片的厚度中心平面。
    • 6. 发明申请
    • PALLET CONVEYANCE DEVICE AND SUBSTRATE INSPECTION DEVICE
    • 托盘输送装置和基板检查装置
    • US20100068011A1
    • 2010-03-18
    • US12516234
    • 2006-12-05
    • Gaku Tanaka
    • Gaku Tanaka
    • B65G49/06H01L21/677
    • B65G49/061B65D19/42B65G49/068B65G2249/02G01R31/2893H01L21/67748H01L21/68742
    • A pallet conveyance device has, besides a mechanism for moving a pallet for supporting a substrate, a lifting mechanism for vertically moving the pallet. The lifting mechanism has an impact cushioning mechanism for cushioning an impact applied to the substrate supported on the pallet. When an impact is applied to the substrate from the pallet, the impact cushioning mechanism controls a vertical motion of the lifting mechanism to cushion the impact applied to the substrate supported on the pallet. The impact cushioning mechanism is a mechanism that changes the drive speed of the lifting mechanism. The impact cushioning mechanism changes the drive speed to a low speed at at least either the start of operation of the lifting mechanism or before the end of the operation, and in a drive period excluding a low speed period, the impact cushioning mechanism changes the drive speed to a high speed.
    • 托盘输送装置除了用于移动用于支撑基板的托盘的机构之外,还具有用于垂直移动托盘的提升机构。 提升机构具有用于缓冲施加到支撑在托盘上的基板的冲击的冲击缓冲机构。 当从托盘对基板施加冲击时,冲击缓冲机构控制提升机构的垂直运动,以缓冲施加在托盘上的基板上的冲击。 冲击缓冲机构是改变提升机构的驱动速度的机构。 冲击缓冲机构至少在提升机构的运转开始时或运转结束之前将驱动速度变更为低速,而在除了低速时段之外的驱动期间,冲击缓冲机构改变驱动 速度高速。
    • 8. 发明授权
    • Manufacturing method of tire reinforcing material and manufacturing method of pneumatic tire using the tire reinforcing material
    • 轮胎增强材料的制造方法和使用轮胎增强材料的充气轮胎的制造方法
    • US07314533B2
    • 2008-01-01
    • US11067740
    • 2005-03-01
    • Gaku Tanaka
    • Gaku Tanaka
    • B29D30/38
    • B29D30/38B29D30/42B29D2030/423Y10S156/906Y10T156/1066Y10T156/1079
    • A method of manufacturing a tire reinforcing material for achieving uniformity in stiffness at a joint of a ply of a cord fabric and improving dynamic uniformity of a tire shaped and vulcanized, the cord fabric constructed of warp cords arranged in parallel with each other and wefts arranged substantially orthogonally to the warp cords, includes: a topping step for coating with rubber the cord fabric having the wefts folded back at respective warp cords at opposing ends of the cord fabric to produce a ply; a cutting step for cutting the ply into ply pieces each having a predetermined length; a joint forming step for removing one to five cords at each of opposing ends of the ply to form a joint; and a joining step for joining together the joint of one of the ply pieces and the joint of another ply piece.
    • 一种制造轮胎增强材料的方法,用于实现帘线织物的帘布层的接合处的刚度均匀性并改善轮胎成型和硫化的轮胎的动态均匀性,由彼此平行布置的经线构成的帘线织物和布置的纬纱 基本上与经线正交的包括:用橡胶涂覆的帘布织物,其中纬纱在帘线织物的相对端处在各自的经线处折回以产生帘布层; 切割步骤,用于将帘布层切割成具有预定长度的帘布层; 用于在帘布层的每个相对端移除一至五根帘线以形成接头的接合形成步骤; 以及接合步骤,用于将所述帘布层中的一个和另一个帘布层的接合部的接合部接合在一起。
    • 10. 发明申请
    • Manufacturing method of tire reinforcing material and manufacturing method of pneumatic tire using the tire reinforcing material
    • 轮胎增强材料的制造方法和使用轮胎增强材料的充气轮胎的制造方法
    • US20050269015A1
    • 2005-12-08
    • US11067740
    • 2005-03-01
    • Gaku Tanaka
    • Gaku Tanaka
    • B29D30/38B29D30/42
    • B29D30/38B29D30/42B29D2030/423Y10S156/906Y10T156/1066Y10T156/1079
    • A method of manufacturing a tire reinforcing material for achieving uniformity in stiffness at a joint of a ply of a cord fabric and improving dynamic uniformity of a tire shaped and vulcanized, the cord fabric constructed of warp cords arranged in parallel with each other and wefts arranged substantially orthogonally to the warp cords, includes: a topping step for coating with rubber the cord fabric having the wefts folded back at respective warp cords at opposing ends of the cord fabric to produce a ply; a cutting step for cutting the ply into ply pieces each having a predetermined length; a joint forming step for removing one to five cords at each of opposing ends of the ply to form a joint; and a joining step for joining together the joint of one of the ply pieces and the joint of another ply piece.
    • 一种制造轮胎增强材料的方法,用于实现帘线织物的帘布层的接合处的刚度均匀性并改善轮胎成型和硫化的轮胎的动态均匀性,由彼此平行布置的经线构成的帘线织物和布置的纬纱 基本上与经线正交的包括:用橡胶涂覆的帘布织物,其中纬纱在帘线织物的相对端处在各自的经线处折回以产生帘布层; 切割步骤,用于将帘布层切割成具有预定长度的帘布层; 用于在帘布层的每个相对端移除一至五根帘线以形成接头的接合形成步骤; 以及接合步骤,用于将所述帘布层中的一个和另一个帘布层的接合部的接合部接合在一起。