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    • 33. 发明申请
    • PROCESS FOR PRODUCING TIRE
    • 生产轮胎的工艺
    • US20100012259A1
    • 2010-01-21
    • US12438973
    • 2006-09-12
    • Mamoru MatsuokaHiroshi Ikegami
    • Mamoru MatsuokaHiroshi Ikegami
    • B29D30/10
    • B29D30/3021B29D30/3028
    • A process for producing a tire, in which a tire improved in qualities, such as uniformity and weight balance, is produced through inhibiting of rubber lumping under the influence of gravitational force at the time of initiation of rubber discharge. There is provided a process for producing a tire, comprising, while rotating forming drum (B), discharging strip rubber (S) of given sectional configuration by means of injection molding machine (A) and sequentially winding the discharged strip rubber (S) around the forming drum (B) to thereby attain forming of a tire configuration, wherein the strip rubber (S) discharged from the injection molding machine (A) is dropped in a vertical downward direction and wound around the surface of the forming drum (B), and wherein the position of dropping of the strip rubber (S) is set so as to fall within the range of rotation upward 45° to rotation downward 90° with respect to, as a baseline, the segment binding the uppermost point and the center of rotation of the forming drum (B).
    • 通过在开始橡胶排出时在重力的影响下抑制橡胶块而产生轮胎的制造方法,其中轮胎质量的提高,如均匀性和重量平衡。 提供了一种轮胎的制造方法,其特征在于,在成形滚筒(B)的旋转的同时,通过注射成型机(A)排出具有给定截面形状的带状橡胶(S),并将排出的带状橡胶(S) 成形鼓(B),从而形成轮胎结构,其中从注射成型机(A)排出的带状橡胶(S)沿垂直向下的方向下落并缠绕在成形滚筒(B)的表面上, 并且其中,所述带状橡胶(S)的下落位置被设定为以相对于作为基准的上下方向旋转45°向下旋转90°的方式,将所述带状橡胶(S) (B)的旋转。
    • 38. 发明授权
    • Deposition apparatus
    • 沉积装置
    • US06475285B2
    • 2002-11-05
    • US09817196
    • 2001-03-27
    • Hiroshi IkegamiNobuo HayasakaShinichi ItoKatsuya Okumura
    • Hiroshi IkegamiNobuo HayasakaShinichi ItoKatsuya Okumura
    • C23C1600
    • B05C5/005
    • A deposition apparatus includes a chemical discharging nozzle for continuously discharging chemicals to a substrate to be processed, a gas spraying section arranged below the chemical discharging nozzle, for spraying gas on the chemicals discharged from the chemical discharging nozzle and changing an orbit of the chemicals by pressure of the gas, a chemical collecting section for collecting the chemicals the orbit of which is changed by the gas spraying section, the chemical collecting section being arranged so as to interpose the chemicals between the gas spraying section and the chemical collecting section, and a moving section for moving the chemical discharging nozzle and the substrate relatively with each other. The gas spraying section includes a laser oscillator for emitting a laser beam, and a gas generating film that generates the gas when heated and gasified by the laser beam emitted from the laser oscillator.
    • 沉积设备包括用于将化学品连续地排放到待处理基板的化学物质排放喷嘴,设置在化学物质排放喷嘴下方的气体喷射部分,用于将化学物质排出喷嘴上排出的化学物质喷射并改变化学品的轨道 气体的压力,用于收集由气体喷射部分改变其轨道的化学物质的化学收集部分,化学收集部分布置成将气体喷射部分和化学收集部分之间的化学物质介入, 使所述化学物质排出喷嘴和所述基板彼此相对移动的移动部。 气体喷射部分包括用于发射激光束的激光振荡器,以及当由激光振荡器发射的激光束被加热和气化时产生气体的气体发生膜。
    • 39. 发明授权
    • Driving force controller in vehicle for forcibly upshifting in response
to a driving force traction controller and a vehicle stopped detection
means
    • 响应于驱动力牵引控制器和车辆停止检测装置强制升档车辆中的驱动力控制器
    • US5813936A
    • 1998-09-29
    • US818065
    • 1997-03-14
    • Yutaka KichimaShinichi InagawaHiroshi Ikegami
    • Yutaka KichimaShinichi InagawaHiroshi Ikegami
    • B60K28/16B60W10/04B60W10/06B60W10/10B60W10/11F02D29/02F16H59/50F16H61/02F16H63/50
    • B60K28/165F02D29/02B60W2550/148F16H2059/506F16H61/0213Y10T477/65
    • A driving-force controller in a vehicle in which, when an accelerator pedal is depressed to initially move the vehicle at a time t.sub.1, if a state in which a vehicle speed is zero due to slippage of driven wheels continues for a predetermined time, it is judged that the vehicle is on a road surface having an extremely low road surface friction coefficient. If a driven wheel speed and the vehicle speed become zero at a time t.sub.4 because a driver abandons initial acceleration and releases an accelerator pedal, a gear shift stage of an automatic transmission is forcibly shifted to a second gear shift stage, and a target slip rate set in a traction control device is switched to a decreased value. As a result, when the driver depresses the accelerator pedal to restart the vehicle at a time t.sub.5, excessive slippage is suppressed by a decrease in driven wheel torque so that the vehicle begins moving smoothly. If a driven wheel slip rate exceeds the decreased target slip rate at a time t.sub.6, engine power output is immediately decreased by the traction control to further effectively suppress excessive slippage.
    • 一种车辆的驱动力控制装置,其中,当加速踏板被压下以在时间t1初始移动车辆时,如果由于从动轮的滑动导致车速为零的状态持续预定时间,则 判断车辆处于具有极低路面摩擦系数的路面上。 如果由于驾驶员放弃初始加速并释放加速踏板而在时间t4从动轮速度和车速变为零,则将自动变速器的变速级强制转移到第二档位,并且目标滑移率 设置在牵引力控制装置中的值被切换到减小的值。 结果,当驾驶员在时间t5下压加速器踏板以重新起动车辆时,由于驱动轮转矩的降低而抑制了过度的滑动,使得车辆开始平稳地移动。 如果在时刻t6的从动轮滑移率超过降低的目标滑移率,则通过牵引力控制立即降低发动机功率输出,以进一步有效地抑制过大的滑动。
    • 40. 发明授权
    • Method for continuously annealing steel strip
    • 钢带连续退火方法
    • US5497817A
    • 1996-03-12
    • US369340
    • 1995-01-06
    • Hiroshi Ikegami
    • Hiroshi Ikegami
    • C21D9/56C21D11/00
    • C21D9/563
    • In an apparatus for continuously annealing a steel strip after cold rolling, stable operation of the annealing apparatus can be obtained by preventing slippage of bridle rolls and hearth rolls. The diameter D of a bridle roll is set so that a surface pressure p defined by an equation p=h(.sigma..sub.1 +.sigma..sub.2)/D can be 10 kPa (kilopascal) or more, wherein the unit tension of a steel strip at the inlet side of the bridle roll and hearth rolls of the apparatus is .sigma..sub.1, the unit tension at the outlet side is .sigma..sub.2, the thickness of the steel strip is h and the diameter of the bridle roll is D.
    • 在冷轧后对钢带进行连续退火的装置中,可以通过防止搓纸辊和炉膛辊的滑动而获得退火装置的稳定操作。 设定张力辊的直径D,使得由等式p = h(σ1+ sigma2)/ D定义的表面压力p可以为10kPa(千帕)以上,其中钢带的单位张力在 设备的le辊和炉床辊的入口侧为σ1,出口侧的单位张力为σ2,钢带的厚度为h,le辊的直径为D.