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    • 91. 发明公开
    • 모터 작동식 휴대용 프레싱 유닛 및 그 작동 방법
    • 电动手持式压力装置的操作方法和手持式压力装置
    • KR1020100021465A
    • 2010-02-24
    • KR1020097026268
    • 2008-05-16
    • 구스타프 클라우케 지엠비에이치
    • 프렝켄,에그베르트
    • B25B27/10B25B27/02B21D39/04H01R43/042
    • B30B15/166B21D39/048B25B27/10B30B15/16
    • The invention relates to a method for operating a motor-driven hand-held pressing apparatus. In said method, once a switch has been actuated, one or more pressing jaws is/are moved from a starting position into a closed pressing position until a predefined pressing force has been reached or a given amount of time has lapsed, whereupon the pressing jaw/s is/are automatically released, e.g. using the return travel of a plunger. The releasing action can be interrupted in an intermediate position, before reaching the starting position, so as to start a subsequent pressing process from such an intermediate position. In order to be able to reach the advantage of the intermediate position without having to intervene when similar processes are carried out, a measure of the travel and/or the time and/or the pressure determined during the pressing process and associated with the intermediate position is detected or stored in order to be able to automatically interrupt the releasing action in the respective intermediate position on the basis of said measure during subsequent pressing processes.
    • 本发明涉及一种操作电动手持按压装置的方法。 在所述方法中,一旦开关被致动,一个或多个按压爪从起始位置移动到闭合的按压位置,直到达到预定的按压力或者给定的时间已经过去, / s被自动释放,例如 使用柱塞的返回行程。 释放动作可以在到达起始位置之前在中间位置中断,以便从这样的中间位置开始后续的按压处理。 为了能够在进行相似的处理时能够达到中间位置的优点而不必进行干预,可以测量在压制过程中确定的行进和/或时间和/或压力与中间位置 被检测或存储,以便能够在随后的压制过程中基于所述测量自动中断各个中间位置的释放动作。
    • 93. 发明专利
    • Method for controlling electric cylinder and system for controlling electric cylinder
    • 用于控制电动缸的方法和控制电动缸的系统
    • JP2012006048A
    • 2012-01-12
    • JP2010144831
    • 2010-06-25
    • Sintokogio Ltd新東工業株式会社
    • NAGASAKA MASAHIKOSHIRAI YOICHIRO
    • B30B15/28B30B15/14H02P29/00
    • G05B11/36B30B15/0094B30B15/166B30B15/281B30B15/284G05B19/406
    • PROBLEM TO BE SOLVED: To materialize a method and a system for controlling an electric cylinder capable of preventing a load detector connected with the electric cylinder and a rod from being destroyed by an overload generated by an unexpected collision of the rod of the electric cylinder and a member to be pressed.SOLUTION: A servo controller 17 determines whether or not a pressing load Pm detected by the load detector 13 is a collision detecting load Pc or above, and when it determines that the pressing load Pm is the collision detecting load Pc or above, and furthermore, it determines whether or not a stopping flag at the time of collision indicates ON, and whether or not a driving speed Sm of the rod 11 is a collision allowable speed Sc or above. When it determines that the stopping flag at the time of collision indicates ON, or that the driving speed Sm is the collision allowable speed Sc or above, a reverse positional command pulse signal is outputted to a servo amplifier 16, and the retaining pulses accumulated in the servo amplifier 16 is forcibly decreased to stop the rod 11.
    • 要解决的问题:为了实现一种用于控制电动缸的方法和系统,该电动缸能够防止与电动缸连接的负载检测器和杆被由于棒的意外碰撞而产生的过载而损坏 电动缸和被压紧件。 解决方案:伺服控制器17确定由负载检测器13检测到的按压负载Pm是否为碰撞检测负载Pc以上,并且当确定按压负载Pm为碰撞检测负载Pc以上时, 此外,判定碰撞时的停止标志是否指示ON,杆11的行驶速度Sm是否为碰撞容许速度Sc以上。 当确定碰撞时的停止标志指示为ON时,或者驱动速度Sm为碰撞容许速度Sc以上时,将反向位置指令脉冲信号输出到伺服放大器16,并将保持脉冲积存在 伺服放大器16被强制地减小以停止杆11.版权所有:(C)2012,JPO&INPIT
    • 94. 发明授权
    • 자석 센서들을 포함하고 양수 조작식 프레스 시스템을 제어하는 프레스 제어 장치
    • 一种压机控制装置,包括磁体传感器并控制气动压机系统
    • KR101769016B1
    • 2017-08-18
    • KR1020160046416
    • 2016-04-15
    • 안협전자주식회사
    • 정광수허문성
    • B30B15/14B30B15/16B30B15/28
    • B30B15/148B30B15/166B30B15/28H01H36/00
    • 자석센서들을포함하고양수조작식프레스시스템을제어하는프레스제어장치가게시된다. 본발명의실시예에따른프레스제어장치는제1스위치및 제2스위치를포함하고, 상기제1스위치에포함된제1자석의접근을감지하고, 제1감지신호를생성하는제1자석센서, 상기제2스위치에포함된제2자석의접근을감지하고, 제2감지신호를생성하는제2자석센서, 상기제1감지신호와상기제2감지신호에따라제어신호를생성하는 CPU 및상기제어신호를수신하고, 상기제어신호에따라상기프레스의작동을제어하는프레스제어신호를생성하는구동회로를포함하고, 상기 CPU는진단대상장치로부터출력된응답신호를수신하고, 상기응답신호를이용하여상기진단대상장치의작동상태를진단할수 있다.
    • 出版了包括磁传感器和控制气动压力机系统的压力控制装置。 根据本发明的实施例的用于印刷机控制设备的第一磁性传感器包括第一开关和第二开关,并感测包括在所述第一磁体的方法,所述第一开关,并产生第一检测信号, 第二磁体传感器,用于检测包括在第二开关中的第二磁体的接近并产生第二感测信号; CPU,用于根据第一感测信号和第二感测信号产生控制信号; 以及驱动电路,用于根据控制信号产生用于控制印刷机的操作的印刷控制信号,其中CPU接收从诊断对象装置输出的响应信号, 可以诊断诊断目标设备的操作状态。
    • 96. 发明授权
    • Machine press
    • 机械压力机
    • US09168713B2
    • 2015-10-27
    • US14516241
    • 2014-10-16
    • HOERBIGER AUTOMATISIERUNGSTECHNIK HOLDING GMBH
    • Martin RauwolfBernhard RussRoland ThurnerIlker Oezcanoglu
    • B30B15/16B30B15/18B30B1/32B30B15/24B30B15/00
    • B30B15/166B30B1/32B30B15/0052B30B15/16B30B15/24
    • The hydraulic drive system of a machine press comprises at least two independent hydraulic drive units. In each of said hydraulic drive units at least one hydraulic cylinder, which is connected via valves and a main pressure line under supply pressure to a pump driven by a motor, raises and lowers the upper tool carrier. The rotational speed of the motor is adjustable via the numeric machine control, in which a rotational speed profile defined across the work cycle is stored. Furthermore, a pressure-limiting unit limiting the level of the supply pressure is provided, which at least during a part of the work cycle limits the supply pressure to the lower pressure of a pressure profile defined across the work cycle and stored in the numeric machine control and the actual load pressure increased by an extra amount at the at least one hydraulic cylinder.
    • 机械压力机的液压驱动系统包括至少两个独立的液压驱动单元。 在每个所述液压驱动单元中,通过阀连接的至少一个液压缸和在由电动机驱动的泵的供给压力下的主压力线升高并降低了上部工具架。 通过数字机器控制可以调节电动机的转速,其中存储了跨工作周期定义的转速曲线。 此外,提供了限制供应压力水平的压力限制单元,其至少在一部分工作循环期间将供应压力限制在跨工作循环定义并存储在数字机器中的压力分布的较低压力 控制和实际负载压力在至少一个液压缸上增加额外的量。
    • 97. 发明授权
    • Method for controlling an electric cylinder and a control system for the electric cylinder
    • 电动汽缸控制方法及电动汽缸的控制系统
    • US08786240B2
    • 2014-07-22
    • US13498365
    • 2010-09-01
    • Yoichiro ShiraiMasahiko Nagasaka
    • Yoichiro ShiraiMasahiko Nagasaka
    • G05B11/01
    • B30B15/148B30B15/166H02P3/06
    • The invention realizes a method for controlling an electric cylinder and a control system for the cylinder that can prevent a load for pressurizing from significantly exceeding a target load and can shorten the time for the pressurization. A servo controller 17 can set the speed of the rod 11 and a load for stopping Ps that is used for determining whether the rod 11 should be stopped so that the load for pressurizing Pm does not significantly exceed the target load Pt. The servo controller 17 drives the rod 11 under the position control mode and determines whether the load for pressurizing Pm that is detected by a load detector 13 is bigger than or equal to the load for stopping Ps. If it determines that the load for pressurizing Pm is bigger than or equal to the load for stopping Ps, the servo controller 17 provides a reverse command pulse signal to a servo amplifier 16 and causes stored pulses in the servo amplifier 16 to decrease, to thereby stop the rod at the load that does not significantly exceed a target load Pt.
    • 本发明实现了一种用于控制气缸的控制方法和用于气缸的控制系统,其可以防止显着超过目标负载的加压负载并且可以缩短加压时间。 伺服控制器17可以设定杆11的速度和用于确定杆11是否应该停止的停止用的负载Ps,使得用于加压的负载Pm不显着地超过目标负载Pt。 伺服控制器17在位置控制模式下驱动杆11,并且确定由负载检测器13检测到的用于加压Pm的负载是否大于或等于用于停止Ps的负载。 如果确定加压Pm的负载大于或等于用于停止Ps的负载,则伺服控制器17向伺服放大器16提供反向指令脉冲信号,并使伺服放大器16中存储的脉冲减小,从而 在不显着超过目标负载Pt的负载下停止棒。
    • 98. 发明授权
    • Method for controlling an electric cylinder and a control system for the electric cylinder
    • 电动汽缸控制方法及电动汽缸的控制系统
    • US08749180B2
    • 2014-06-10
    • US13575450
    • 2011-04-07
    • Masahiko NagasakaYoichiro Shirai
    • Masahiko NagasakaYoichiro Shirai
    • H02P1/00H02P3/00
    • G05B11/36B30B15/0094B30B15/166B30B15/281B30B15/284G05B19/406
    • The present invention is aimed to realize a method and a system for controlling an electric cylinder by which the load detector that is attached to an electric cylinder and the rod of the cylinder can avoid being overloaded. An unexpected bump between the rod of the cylinder and the material to be pressed can cause that overload.A servo controller 17 determines whether the load for pressurizing Pm detected by the load detector 13 is larger than or equal to the load for detecting a bump Pc. If it is determined that the load for pressurizing Pm is larger than or equal to the load for detecting a bump Pc, the servo controller 17 determines whether the flag for stopping is ON. Also, the controller 17 determines whether the speed Sm of the rod 11 is greater than or equal to an allowable speed to bump Sc. If it is determined that the flag for stopping is ON or if it is determined that the speed Sm of the rod 11 is greater than or equal to an allowable speed to bump Sc, then the rod 11 is crash stopped by providing to a servo amplifier 16 a command pulse signal for positioning in the reverse direction and by decreasing the number of stored pulses in the amplifier 16.
    • 本发明旨在实现一种用于控制电动缸的方法和系统,通过该方法和系统,附接到电动缸的负载检测器和气缸的杆可以避免过载。 气缸杆和待压材料之间的意外碰撞可能导致过载。 伺服控制器17确定由负载检测器13检测到的用于加压Pm的负载是否大于或等于用于检测凸块Pc的负载。 如果确定加压Pm的负载大于或等于用于检测凸块Pc的负载,则伺服控制器17确定停止标志是否为ON。 此外,控制器17判断杆11的速度Sm是否大于或等于容许碰撞Sc的速度。 如果确定停止标志为ON,或者如果确定杆11的速度Sm大于或等于允许的碰撞Sc的速度,则通过提供给伺服放大器来使杆11停止停止 16是用于反向定位的指令脉冲信号,并且减少放大器16中存储的脉冲数。