Action for showing processing unit and the Virtual Machine for inputting generation operational data by user

Action for showing processing unit and the Virtual Machine for inputting generation operational data by user

  • CN 102,449,565 B
  • Filed: 05/19/2010
  • Issued: 08/24/2018
  • Est. Priority Date: 05/26/2009
  • Status: Active Grant
First Claim
Patent Images

1. one kind having working space (30) and the processing unit (36) that is arranged in the working space (30) for controlThe method of lathe (12) based on operational data and based on stored machine mould (48), is visualizing in the methodIt is on unit (50) that true lathe (12) is first by visualization at least in the region of the working space (30) of true lathePart (G, FF) shows as the Virtual Machine (52) with the virtual processing unit (56) being arranged in virtual working space (54)Go out, and the function of true lathe shown as virtual functions, which is characterized in thatThe feasible function of the true lathe (12) of storage in the machine mould (48), and pass through function selection unit (90)By functional specification to be attached in the feasible function of true lathe (12), it is provided with manual interaction,Using manual operating unit (84) as interactive unit (80) for detecting manual interaction, it is provided with the lathe(12) function of feasible function and the attachment relationship interacted manually wait being attached to respectively with the interactive unit (80) selectionInteractive function manually, by the manual action that the interactive unit (80) is carried out by can be controlled by the interactive unit and byThe interactive visual element (82) of setting shows in the visualization (50), by the interactive unit (80) by functionThe previously given movement for the interactive visual element (82) in the visualization (50), and occurred with performance dataDevice unit (92) generates the operational data (ML, MST) interactive manually corresponded in view of attached function, the work numberAccording to (ML, MST) correspond to the machine control unit by conventional energy sequencing by caused by motion control device (20) thatThe position data (ML) and/or control data of sample, the motion control device (20) is for operating shaft driver (32) and actionDevice (34), and the operational data (ML, MST) is transferred to visualization control device (40), for by the visualizationElement (G, FF) is shown in the visualization (50) through the previously given function of interaction manually, visual by interactionChange element (82) previously given movement in visualization (50), by the visualization control device (40) describedFunction is visually melted into the movement of at least one of described visualization element (G, FF) on Virtual Machine (52);

  • It is used to detect manual interaction as interactive unit using the visualization (50 '"'"') that can contact control, setting isThe function of the feasible function of lathe (12) and the attachment relationship interacted manually are stated, can be chosen and be divided with the interactive unit (80)Do not wait being attached to manually interactive function, by the interactive unit (80) by function it is previously given for can contact control canMovement depending on changing the finger (FI) on unit (50 '"'"'), is generated with function number generator unit (92) and is corresponded in view of being matchedThe operational data (ML, MST) interactive manually of the function of category, the operational data (ML, MST) correspond to by conventional energy programThe machine control unit of change is by such position data (ML) caused by motion control device (20) and/or controls data,The motion control device (20) for operating shaft driver (32) and act device (34), and by the operational data (ML,MST it) is transferred to visualization control device (40), is used for by the visualization element (G, FF) in the visualization (50)On show through the previously given function of interaction manually, the visualization (50 '"'"') controlled can be being contacted by finger (FI)Movement in upper previously given visualization (50), by the visualization control device (40) in the Virtual Machine(52) function is visually melted into the movement of at least one of described visualization element (G, FF) on.

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