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    • 63. 发明公开
    • PRESS OPERATION VERIFICATION SYSTEM
    • 按操作验证系统
    • EP1181129A1
    • 2002-02-27
    • EP00926209.8
    • 2000-04-21
    • Veri-Tek, Inc.
    • JURANITCH, James, C.OLSCHEFSKI, Robert, D.
    • B23P19/02
    • B23P19/027B23P19/02Y10T29/49771Y10T29/49776Y10T29/49778Y10T29/4978Y10T29/53022Y10T29/53039Y10T29/53061Y10T29/53078Y10T29/53387
    • A system for verifying the quality of a pressing operation of a press-fit part onto a receiving portion of a receiving assembly. The system is applicable to the installation of a bearing cup onto a shaft, or a valve seat into a cylinder head. A probe measures a predetermined dimension of the press-fit part to establish a first measurement value. In the case of a valve seat installed a receiving pocket of a cylinder head, a measuring probe is inserted into the receiving pocket of the cylinder head to measure its depth. The depth is recorded as a second measurement value. The valve seat is then pressed into the pocket, and the residual depth is measured to determine the distance between the outermost surface of the pressed in valve seat and the outer surface of the receiving pocket. A computation compares the depth of the pocket against the thickness of the valve seat to determine a difference which is then compared to the residual depth.
    • 一种用于验证压配部件按压操作到接收组件的接收部分上的质量的系统。 该系统适用于将轴承盖安装到轴上,或将阀座安装到气缸盖上。 探针测量压配部件的预定尺寸以建立第一测量值。 如果阀座安装了气缸盖的接收腔,则将测量探头插入气缸盖的接收腔中以测量其深度。 深度被记录为第二测量值。 然后将阀座压入凹座中,测量剩余深度,以确定压入的阀座的最外表面与接收凹座的外表面之间的距离。 计算将口袋的深度与阀座的厚度进行比较,以确定与残余深度相比较的差值。
    • 65. 发明公开
    • INERTIAL PRESS FITTING METHOD
    • 惯性压力容器
    • EP1097780A1
    • 2001-05-09
    • EP99910841.8
    • 1999-04-02
    • Toyota Jidosha Kabushiki Kaisha
    • MORI, HideoSHIOYA, ShigemiENDOH, KoukiNAKAOKA, MasakiTAKEUCHI, HiroyukiINUI, Michiya
    • B23P19/02
    • B25B27/02B23P19/02Y10T29/4981Y10T29/49872Y10T29/49908Y10T29/49938Y10T29/49945Y10T403/4941Y10T403/4949Y10T403/4966
    • In an inertia-press-fit method in which a kinetic energy is applied to at least one of two members in a direction which causes the two members to approach each other, and the two members are press-fitted with each other, an end surface 80 of the first member 10 and a bottom surface 82 of the second member 12 are caused, for stabilizing a relative position of the two members at a time when the press-fitting ends, to butt each other to define the relative position of the two members 10, 12 at the time when the press-fitting ends and, immediately after the butting, at least one of the two members 10, 12 is caused to plastically deform and thereby absorb a remaining kinetic energy of the one of the two members. Thus, the relative position of the two members 10, 12 when the press-fitting ends is stabilized. In the case where respective plastic-deformation capabilities of the two members 10, 12 are great, a maximal value occurs to a graph whose axis of abscissa represents kinetic energy and whose axis of ordinate represents amount of deviation of relative position of the two members. If the respective plastic-deformation capabilities of the two members 10, 12 are so chosen as to decrease the maximal value, then the amount of deviation of the relative position is decreased even though the accuracy of control of the applied amount of kinetic energy may be low.
    • 在惯性压配合方法中,将动能施加到使两个构件彼此接近的方向上的两个构件中的至少一个上,并且两个构件彼此压配合,端面 引起第一构件10的80和第二构件12的底面82,用于在压配合结束时稳定两个构件的相对位置,彼此对接以限定两个构件的相对位置 当压配件结束时,并且紧接在对接之后,使两个构件10,12中的至少一个塑性变形并从而吸收两个构件之一的剩余动能的构件10,12。 因此,当压配合结束时两个构件10,12的相对位置稳定。 在两个构件10,12的各自的塑性变形能力大的情况下,对于其横坐标轴表示动能并且其纵坐标轴表示两个构件的相对位置的偏移量的曲线图,出现最大值。 如果选择两个构件10,12的各自的塑性变形能力来降低最大值,则相对位置的偏差量即使降低,即使施加的动能量的控制的精度可以是 低。
    • 67. 发明公开
    • Inner ring press-insertion jig for a pipe joint made of resin
    • Vorrichtung zur Einpressmontage eines Innenringfüreine Rohrverbindung aus Kunststoff
    • EP1044757A2
    • 2000-10-18
    • EP00107786.6
    • 2000-04-11
    • NIPPON PILLAR PACKING CO. LTD.
    • Fujii, Makoto, c/o Nippon Pillar Packing Co., Ltd.Ishida, Takuya, c/o Nippon Pillar Packing Co., Ltd
    • B23P19/02B25B27/10
    • B25B27/10B23P19/02Y10T29/53657Y10T29/5367
    • In the inner ring press-insertion jig for a pipe joint made of resin according to the invention, a diameter-increasing ring member 31 in which the outer diameter can be changed to the maximum outer diameter and to the minimum outer diameter by axial movement is fitted onto a front small-diameter portion 30a of a holder 30 which insertingly holds a sleeve-like inner ring 8. A fixing structure 32 which, under a state where the outer diameter of the diameter-increasing ring member 31 is changed to the maximum outer diameter, positionally fixes the diameter-increasing ring member 31 is formed between the diameter-increasing ring member 31 and the holder 30 in a manner that the fixation can be cancelled. Although pressing inserting and connecting works can be performed at a very high efficiency without requiring preheating or the like on an end portion of a pipe member made of resin, an inner ring can be easily pressingly inserted and fixed into the pipe member without damaging the tip end of the inner ring and the pipe member made of resin even when there is a production error of a small degree, and in an increased diameter state which is always uniform and appropriate.
    • 在根据本发明的用于由树脂制成的管接头的内圈压入夹具中,通过轴向移动可以将外径可以改变为最大外径和最小外径的直径增加环构件31是 安装在插入保持套筒状内环8的保持件30的前小直径部分30a上。固定结构32,在直径增大环构件31的外径变为最大的状态下 以直径增大环构件31和支架30之间形成直径增大的环构件31的位置固定,可以消除固定。 虽然可以以非常高的效率执行压入插入和连接工作,而不需要在由树脂制成的管件的端部上进行预热等,但是内圈可以容易地按压插入并固定到管件中而不损坏尖端 即使产生小的生产误差,也是直径状态总是均匀且适当的,因此,内圈的端部和由树脂制成的管件也是如此。
    • 70. 发明公开
    • Apparatus and method for control of roller chain assembly
    • Vorrichtung und Verfahren zur Regelung von Rollenkettenmontage
    • EP0900625A1
    • 1999-03-10
    • EP98307243.0
    • 1998-09-08
    • AMSTED Industries Incorporated
    • Armenoff, David C.Frey, David J.
    • B23P19/02B30B15/00B21L9/06
    • B23P19/027B21L9/065B30B1/06B30B15/0094Y10T29/49776Y10T29/53052Y10T29/53061Y10T29/53078
    • An assembly apparatus (10) and method of assembling workpieces together are disclosed. The apparatus (10) includes a drive linkage (58) with a linearly movable ram (30) for pushing one workpiece toward the other. The drive linkage (58) also includes a rotatable drive train. In the assembly apparatus, a transducer (136) is provided to determine the load existing in the drive linkage (58), and a resolver (152) is provided to determine the stage of the assembly cycle. A programmable controller (138) is used to correlate this information, and a device (156) is provided for communicating a message related to the correlated information. The transducer (136) may be a strain measuring device or a pressure transducer (136) measuring the pressure in an hydraulic cylinder (96) in the drive linkage. The communication device (156) may be a visual monitor, alarm, recording device, or similar communicator. The system may include a data storage device (154) to receive information on the preferred load or range of loads so that the programmable controller (138) may retrieve this data and compare it to the existing load and warn of or record any undesirable deviation. In the method, the load in the drive linkage (58) is determined, the rotation position of a part of the rotational drive linkage is determined, and this data is correlated and an appropriate communication is made. The apparatus and method may be useful in assuring that a preferred minimum load is applied during assembly for quality control.
    • 公开了一种将工件组装在一起的组装装置(10)和方法。 装置(10)包括具有用于将一个工件向另一个推动的线性可移动的冲头(30)的驱动联动装置(58)。 驱动连杆(58)还包括可旋转的传动系。 在组装装置中,提供换能器(136)以确定存在于驱动联动装置(58)中的负载,并且提供旋转变压器(152)以确定装配周期的阶段。 可编程控制器(138)用于使该信息相关联,并且提供设备(156)用于传送与相关信息相关的消息。 换能器(136)可以是测量驱动联动装置中的液压缸(96)中的压力的​​应变测量装置或压力传感器(136)。 通信设备(156)可以是视觉监视器,警报器,记录设备或类似的通信器。 系统可以包括数据存储设备(154),用于接收关于优选负载或负载范围的信息,使得可编程控制器(138)可以检索该数据并将其与现有负载进行比较,并警告或记录任何不期望的偏差。 在该方法中,确定驱动联动装置(58)中的负载,确定旋转驱动连杆的一部分的旋转位置,并且该数据相关并进行适当的通信。 该设备和方法可用于确保在用于质量控制的组装期间施加优选的最小负载。