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Invention Grant
CN100578406C 对两个机床进行电子操作的方法 失效 - 权利终止

  • Patent Title: 对两个机床进行电子操作的方法
  • Patent Title (English): Method for electronically operating two machine tools
  • Application No.: CN200680006251.4
    Application Date: 2006-02-27
  • Publication No.: CN100578406C
    Publication Date: 2010-01-06
  • Inventor: 沃尔克·梅尔
  • Applicant: 西门子公司
  • Applicant Address: 德国慕尼黑
  • Assignee: 西门子公司
  • Current Assignee: 西门子公司
  • Current Assignee Address: 德国慕尼黑
  • Agency: 北京市柳沈律师事务所
  • Agent 张亮
  • Priority: 102005009089.3 2005.02.28 DE; 102005009090.7 2005.02.28 DE; 102005009091.5 2005.02.28 DE; 102005013290.1 2005.03.22 DE
  • International Application: PCT/EP2006/060290 2006.02.27
  • International Announcement: WO2006/089963 DE 2006.08.31
  • Date entered country: 2007-08-27
  • Main IPC: G05B19/418
  • IPC: G05B19/418 ;  G06F17/00
对两个机床进行电子操作的方法
Abstract:
本发明涉及一种对一机床进行电子操作的方法，其中，一具有一电子控制设备(14)的机床(12)安置在一生产场所(10)中。所述机床(12)通过一数据连接(20)与一独立于所述生产场所(10)的服务器平台(22)相连，用于模拟所述机床(12)的特性的软件模型算法(36，38)在所述服务器平台(22)上运行。所述算法对机床特性的反作用体现在：当所述数据连接(20)所提供的过程数据与测定的额定值之间出现偏差时，通过所述数据连接(20)向机床控制设备(14)传输用于控制机床的修改后的过程数据。也就是说，在根据机床特性的软件模型判断有意义的情况下，才从所述软件平台(22)对机床进行远程控制。
Abstract(English):

The invention relates to a method for electronically operating machine tool which comprises an electronic machine tool control (14) and is positioned on a working place (10). Said machine tool is connected, through a data connection (20), to a server platform (22) which is independent of the working place (10) and on which software model algorithms (36, 38) run for simulating the machine tool (12) behaviour. For this purpose, said algorithms effect back the machine behaviour in such a way that when process data items available through the data connection (20) are deviated, process data items modified by calculated set values are transmitted through the data switch (20) to the machine tool control (14) and are used thereby. The machine tool control is carried out in sections, i.e. the section(s) are meaningfully considered on the basis of the software models of the machine tool behaviour remotely from the software platform (22).

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