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    • 11. 发明申请
    • Centering device for mutually centering two shaft ends
    • 定心装置,用于使两个轴端相互对中
    • US20060199650A1
    • 2006-09-07
    • US10554364
    • 2004-04-22
    • Franz SchneiderJoachim Rothe
    • Franz SchneiderJoachim Rothe
    • F16D3/26
    • F16D3/50
    • Centering device for the mutual centering of two shaft ends Two shaft ends (10, 20), which are in torque-transmitting connection with one another and are to a limited extent axially displaceable, rotatable and deflectable with respect to one another, are mutually centered by a stud (36), which extends axially from a first of the two shaft ends (10), and a bearing (40), which is arranged in a cavity (28) of the second shaft end (20) in the cavity (28) and receives the stud (36). The bearing (40) is composed of a central liner (42), in which the stud (36) is supported for the limited relative axial displacements and rotations of the two shaft ends (10, 20), a resilient centering socket (50), into which the liner (42) is embedded in such a manner that it accommodates relative deflections of the shaft ends (10, 20), and a ring-shaped sealing lip (52), which sealingly surrounds the stud (36) and together with the stud and the liner (42) delimits an annular lubricant space (66) on the side of the liner (42) facing the first shaft end (10). The stud (36) is, adjacent its end, encompassed by a second ring-shaped sealing lip (56), which together with the stud and the liner (42), on its side facing away from the first shaft end (10), delimits a second annular lubricant space (68). The cavity (28) is otherwise free from lubricant.
    • 用于两个轴端的相对定心的定心装置相互之间扭矩传递连接的两个轴端(10,20)在相对于彼此的轴向移动,可旋转和偏转的有限程度上相互相互中心 通过从所述两个轴端部(10)中的第一个轴向轴向延伸的螺柱(36)和布置在所述腔体中的所述第二轴端(20)的空腔(28)中的轴承(40) 28)并接收螺柱(36)。 轴承(40)由中心衬套(42)组成,其中支柱(36)被支撑用于两个轴端(10,20)的有限的相对轴向位移和旋转,弹性对中插座(50) ,所述衬套(42)以其容纳所述轴端部(10,20)的相对偏转的方式嵌入所述衬套(42)中,并且环形密封唇缘(52)密封地围绕所述螺柱(36)并在一起 螺柱和衬套(42)限定面向第一轴端(10)的衬套(42)侧的环形润滑剂空间(66)。 螺柱(36)在其端部附近由第二环形密封唇缘(56)包围,第二环形密封唇缘(56)与柱体和衬套(42)一起在其远离第一轴端(10)的一侧上, 限定第二环形润滑剂空间(68)。 空腔(28)否则不含润滑剂。
    • 12. 发明授权
    • Control circuit for an automated press system
    • 自动压力机系统的控制电路
    • US4314185A
    • 1982-02-02
    • US131197
    • 1980-03-17
    • Franz SchneiderBurkhard Schumann
    • Franz SchneiderBurkhard Schumann
    • B30B15/14B30B15/26G05B19/25G05B19/29G05B11/18
    • B30B15/146B30B15/26G05B19/25G05B19/293G05B2219/42186G05B2219/45142
    • In automated press systems it is desirable to be able to control the actuators of an automation system associated with the press based on the speed of the press. To accomplish this, a circuit arrangement is provided which includes a pulse generator for producing a coded signal indicating the position of the press based on a press speed signal. An evaluation circuit having a parallel arrangement of a converter and a process control circuit receives these coded position signals. The outputs of the converter and process control circuit control the actuators of the automation system through pulse converters and positioning control circuits (e.g. speed and position control loops). Information as to the number of press strokes is also provided to the pulse converters through a generator. The converter can be an electronic curve shaper which controls the actuators when the press ram is moving, while the process control circuit can be a CNC control circuit which controls the actuators when the press ram is stopped.
    • 在自动压力机系统中,期望能够基于压力机的速度来控制与压力机相关联的自动化系统的致动器。 为了实现这一点,提供了一种电路装置,其包括脉冲发生器,用于根据压力信号产生指示压机位置的编码信号。 具有并联装置的转换器和过程控制电路的评估电路接收这些编码位置信号。 转换器和过程控制电路的输出通过脉冲转换器和定位控制电路(例如速度和位置控制回路)来控制自动化系统的执行器。 关于按压次数的信息也通过发电机提供给脉冲转换器。 转换器可以是电子曲线整形器,当压力机移动时控制致动器,而过程控制电路可以是当压力机停止时控制致动器的CNC控制电路。
    • 13. 发明授权
    • Workpiece conveyor device for an automated press line
    • 用于自动压机生产线的工件输送机
    • US4279561A
    • 1981-07-21
    • US953783
    • 1978-10-23
    • Franz SchneiderBurkhard SchumannKarl MaierHerbert Hohn
    • Franz SchneiderBurkhard SchumannKarl MaierHerbert Hohn
    • B21D43/05B21D43/10G05B19/418B66F11/00B30B15/00
    • G05B19/41815B21D43/105Y02P90/04Y02P90/08
    • In press line operations, a workpiece conveyor device is necessary to carry workpieces from one press to another. Preferably, this conveyor should be readily removable for repairs, adaptable to a large number of presses, and readily reprogrammable to adapt to a variety of workpieces. To achieve this, a conveyor is provided having a cross member mounted on a movable carriage which moves along a track on a frame bridging the intermediate space between two presses. Horizontal movement of the carriage along the track, vertical movement of the cross member on the carriage, and movement of a positioning device for the workpieces is provided by setting drives controlled by a continuous-path numerical control unit. For repairs, the entire frame can be moved out of the intermediate space in a direction at a right angle to the direction of workpiece travel.
    • 在压线操作中,需要工件输送装置将工件从一个压机运送到另一个。 优选地,该输送机应该易于拆卸以适应于大量压力机的修理,并且易于重新编程以适应各种工件。 为了实现这一点,提供了一种输送机,其具有安装在可移动托架上的横向构件,该移动托架沿着桥接在两个压力机之间的中间空间的框架上的轨道移动。 通过设置由连续路径数字控制单元控制的驱动来提供滑架沿轨道的水平移动,横向构件在滑架上的垂直运动以及用于工件的定位装置的移动。 为了修理,整个框架可以沿与工件移动方向成直角的方向从中间空间移出。
    • 15. 发明授权
    • Control system for the initiation and/or termination of operating steps
of perforating, punching, cutting and shaping presses
    • 用于起动和/或终止穿孔,冲压,切割和成型压力机操作步骤的控制系统
    • US4062213A
    • 1977-12-13
    • US725723
    • 1976-09-23
    • Franz SchneiderHelmut Braitinger
    • Franz SchneiderHelmut Braitinger
    • B26D5/00B30B15/14G05B19/07B21J7/46
    • G05B19/07B26D5/00B30B15/148G05B2219/24024G05B2219/25045G05B2219/25405G05B2219/25475Y10T83/141
    • A control system for controlling operating steps of a press including a coded pulse generator for providing a coded pulse output in dependence upon the position of a drive shaft of a press drive and a signal generator responsive to the stroke rate of the press for providing an output signal proportional to the stroke rate of the press. A summing unit receives the coded pulse output from the coded pulse generator and the output signal of the signal generator for providing a corrected coded pulse output. A decoding unit is provided for decoding the corrected coded pulse output of the summing unit and for supplying a decoded pulse output to a pulse distributor which provides an output on at least one of a plurality of output paths in accordance with the decoded output of the decoding unit. At least one regulating member for controlling an operating step is coupled to the pulse distributor for receiving an output therefrom in accordance with the position of the drive shaft and the stroke rate of the press.
    • 一种用于控制印刷机的操作步骤的控制系统,包括编码脉冲发生器,用于根据印刷机驱动器的驱动轴的位置和响应于印刷机的冲程速率的信号发生器提供编码脉冲输出,以提供输出 信号与印刷机的行程比例成正比。 求和单元接收从编码脉冲发生器输出的编码脉冲和用于提供经校正的编码脉冲输出的信号发生器的输出信号。 提供一个解码单元,用于对加法单元的校正编码脉冲输出进行解码,并将解码的脉冲输出提供给脉冲分配器,该脉冲分配器根据解码的解码输出在多个输出路径中的至少一个上提供输出 单元。 用于控制操作步骤的至少一个调节构件连接到脉冲分配器,用于根据驱动轴的位置和压力​​机的行程速率接收其输出。
    • 16. 发明授权
    • Process and apparatus for actuating the ram weight compensation
mechanism of a press
    • 用于致动冲压机冲头重量补偿机构的工艺和装置
    • US4013002A
    • 1977-03-22
    • US561165
    • 1975-03-24
    • Franz SchneiderBurkhard Schumann
    • Franz SchneiderBurkhard Schumann
    • B30B15/06B30B15/00B30B13/00
    • B30B15/0064
    • A process and apparatus for the positive actuation of a weight compensating mechanism for a ram of a press accommodating a tool set. The process includes the detecting of at least one condition indicative of the changing of a tool set of the press, preventing working operation of the press in response to such detected condition, and then initiating operation of the weight compensating mechanism. The process also includes the enabling of the working operation of the press upon completion of the weight compensating operation. The apparatus for carrying out the process includes at least one signal generator for providing an output indicative of the changing of a tool set, a device for preventing working operation of the press in response to the detection of such condition and a control arrangement for initiating operation of the weight compensating mechanism in accordance with sensed conditions of the press.
    • 一种用于用于容纳工具组的压力机的压头的重量补偿机构的正致动的过程和装置。 该过程包括检测指示压纸机的工具组的变化的至少一个条件,防止按照这种检测条件对印刷机的工作操作,然后启动重量补偿机构的操作。 该过程还包括在完成重量补偿操作时实现压机的工作操作。 用于执行该过程的装置包括至少一个信号发生器,用于提供指示刀具组的改变的输出,用于响应于这种状况的检测而防止压机的工作操作的装置和用于启动操作的控制装置 的重量补偿机构。