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    • 12. 发明授权
    • Sealed-type automatic tensioner
    • 密封型自动张紧器
    • US4527462A
    • 1985-07-09
    • US597352
    • 1984-04-06
    • Yoshio Okabe
    • Yoshio Okabe
    • F16H7/08F01B7/20
    • F16H7/08F16H2007/0806F16H2007/0891
    • A sealed-type automatic tensioner has a body assembly composed of upper and lower tubular bodies held in threaded engagement with each other, a tubular plunger slidably disposed in the body assembly, a piston slidably disposed in the tubular plunger and having a portion extending slidably through a hole in a top wall of the upper tubular body. The lower tubular body and the tubular plunger jointly define a larger-diameter hydraulic chamber, and the tubular plunger and the piston jointly define a smaller-diameter hydraulic chamber. A bottom wall of the tubular plunger has an aperture through which the larger- and smaller-diameter chambers communicate with each other. A compression coil spring is disposed in the first tubular body and acts between the top wall of the upper tubular body and the tubular plunger for normally urging the tubular plunger to move into the larger-diameter chamber.
    • 密封型自动张紧器具有由彼此螺纹接合的上和下管状体组成的主体组件,可滑动地设置在主体组件中的管状柱塞,可滑动地设置在管状柱塞中的活塞,并且具有可滑动地延伸的部分 在上管状体的顶壁中的孔。 下管状体和管状柱塞联合地限定较大直径的液压室,并且管状柱塞和活塞共同限定较小直径的液压室。 管状柱塞的底壁具有孔,大直径室和小直径室通过该孔彼此连通。 压缩螺旋弹簧设置在第一管状体中并且作用在上管状体的顶壁和管状柱塞之间,用于正常地推动管状柱塞移动到较大直径的腔室中。
    • 15. 发明授权
    • Control method of resistance welding
    • 电阻焊控制方法
    • US4634828A
    • 1987-01-06
    • US778467
    • 1985-09-20
    • Yoshio OkabeMasato Furudate
    • Yoshio OkabeMasato Furudate
    • B23K11/24B23K11/25
    • B23K11/256
    • A control method of resistance welding for controlling weld conditions, such as welding current and welding time, in response to a change in material of weldments, which comprises the steps of detecting the local lowest value of resistance between electrode tips appearing in an initial welding period, comparing the detected lowest value with a plurality of reference resistance values preset correspondingly to materials of weldments of different sorts and divided into plural classes to determine the material of a weldment under process, and changing the weld conditions, such as welding current and welding time, depending upon the determined material.
    • 一种用于控制焊接条件(例如焊接电流和焊接时间)的电阻焊接的控制方法,其响应于焊件材料的变化,包括以下步骤:检测在初始焊接周期中出现的电极端部之间的电阻的局部最小值 将检测到的最低值与对应于不同种类的焊件的材料预先设定的多个参考电阻值进行比较,并分为多个等级,以确定正在加工的焊件的材料,并改变焊接条件,如焊接电流和焊接时间 ,取决于确定的材料。
    • 18. 发明授权
    • Self-contained hydraulic valve lifter
    • 独立式液压气门挺杆
    • US4662325A
    • 1987-05-05
    • US756647
    • 1985-07-19
    • Yoshio OkabeEiji Shirai
    • Yoshio OkabeEiji Shirai
    • F01L1/24F01L1/25
    • F01L1/25
    • A self-container hydraulic valve lifter includes a lifter body slidably mounted in a lifter case, a free piston slidably mounted between the lifter body and the lifter case, a plunger slidably mounted in the lifter body and dividing an interior portion of the lifter body into a reservoir chamber and a pressure chamber, a check valve for allowing fluid flow from the reservoir chamber to the pressure chamber, and an operating chamber formed between the free piston and the lifter case and communicated with the reservoir chamber in order to decrease the diameter of the pressure chamber in comparison with that of the free piston.
    • 自吸式液压气门挺杆包括可滑动地安装在升降机壳体中的升降机体,可滑动地安装在升降机主体和升降机壳体之间的自由活塞,可滑动地安装在升降机主体中并将升降机体的内部分成 储存室和压力室,用于允许流体从储存室流到压力室的止回阀,以及形成在自由活塞和升降器壳体之间并与储存室连通的操作室,以便减小直径 压力室与自由活塞相比。
    • 19. 发明授权
    • Control method of spot welding
    • 点焊控制方法
    • US4634829A
    • 1987-01-06
    • US778454
    • 1985-09-20
    • Yoshio OkabeMasato Furudate
    • Yoshio OkabeMasato Furudate
    • B23K11/24B23K11/25
    • B23K11/256
    • A spot welding control method is disclosed wherein the welding current and welding time are controlled, in response to changes in the shape of the point of the electrode tip. At each weld point, the lowest value of the varying resistance between the electrode tips is detected in an initial welding period, and each detected lowest value is successively held and stored. At each weld point, a running average of the lowest resistance values is computed, bases on the resistance date of a group of weld points composed of the weld point just completed through a number of preceding weld points, the number of which is preset. The weld conditions are changed from one set of predetermined parameters to another when the computed average reaches the then prevailing threshold limit, following which the threshold is reset. The thresholds are preset depending upon the degree of wear of the electrode tip, whereby welding is continued under newly-selected weld conditions corresponding to the present threshold.
    • 公开了一种点焊控制方法,其中响应于电极尖端的形状的变化来控制焊接电流和焊接时间。 在每个焊接点处,在初始焊接期间检测电极头之间的变化电阻的最小值,并且连续保持并存储每个检测到的最低值。 在每个焊接点处,计算最低电阻值的运行平均值,基于由刚刚通过多个先前焊接点完成的焊接点组成的一组焊接点的阻力日期,其数量是预设的。 当计算出的平均值达到当时的主要阈值极限时,焊接条件从一组预定参数改变到另一组参数,然后复位阈值。 根据电极头的磨损程度来预设阈值,由此在对应于当前阈值的新选择的焊接条件下继续焊接。
    • 20. 发明授权
    • Tensioner with reduced rattling
    • 减速机的张紧器
    • US5104359A
    • 1992-04-14
    • US583312
    • 1990-09-17
    • Eiji ShiraiYoshio OkabeYukimori Kobayashi
    • Eiji ShiraiYoshio OkabeYukimori Kobayashi
    • F16H7/08F16H7/12
    • F16H7/1236F16H2007/0859F16H2007/0891
    • A tensioner for vehicle belts produces reduced rattling because radial forces are not transferred to the plunger. A tensioner body has a columnar hole extending from an open end toward a closed end. The plunger is fitted into the columnar hole and separates the columnar hole into first and second chambers. The plunger has sufficient clearance with respect to the body to permit restricted passage of fluid between the chambers. A rod pressed by the belt extends into the columnar hole and presses the plunger against the biasing force of a spring. In order to reduce the transfer of radial forces from the rod to the plunger, either the lower surface of the rod or the upper surface of the plunger is formed in a semi-spherical shape.
    • 由于径向力不传递到柱塞,因此车辆皮带张紧器会产生减小的晃动。 张紧器主体具有从开口端朝向封闭端延伸的柱状孔。 将柱塞装入柱状孔,将柱状孔分离成第一和第二腔。 柱塞相对于主体具有足够的间隙,以允许液体在腔室之间的限制通过。 带被按压的杆延伸到柱状孔中并克服弹簧的偏置力而压住柱塞。 为了减少从杆到柱塞的径向力的传递,杆的下表面或柱塞的上表面形成为半球形。