Method, system and storage medium for generating logic control program based on technological sequence
A logic control and program generation technology, applied in the field of virtual simulation, can solve problems such as cumbersome operation, limited scope of use, failure to promote use, etc., and achieve the effect of improving efficiency and lowering the threshold
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specific Embodiment 1
[0088] This specific embodiment is used to describe the logic control program editing of the fixture sequence, including but not limited to the following steps:
[0089] Step 1. In the Excel workbook, the engineer adds a list of the attributes / parameters of the input and output signals that have been stored in a standard format. The signal table can be exported and sorted by Tecnomatix. The format can be customized, and it can be indexed with this format during development. . This step is a pre-order step, and the content of this table is used to automatically generate a database of logical expressions, that is, to provide source data for subsequent intelligent input prompts, to avoid manual input of signals by engineers, and most signal characters are very long; it also reduces the possibility of input errors .
[0090] Step 2. Refer to image 3 , the engineer clicks the "Add Tool Sequence" button in the command group of SAT, and the visualization window of parameter settin...
specific Embodiment 2
[0129] This specific embodiment is used to describe the logic control program editing of robot interlocking, including but not limited to the following steps:
[0130] Step 1. Refer to image 3 , the engineer clicks the "Create Robot SequenceModule" button in the SAT command group, and a visualization window for parameter setting appears, such as Figure 8 shown.
[0131] Step 2. Refer to Figure 8 , in the visualization window, the engineer enters the text robot name, robot operation program number, and the suffix of the variable name of the interlock signal (only the suffix is required, because the program will obtain the robot name and combine it with the suffix of the interlock signal name to form a complete signal name. Therefore, the design supports batch processing by multiple robots). There can be more than one robot name, program number, etc., separated by commas; the batch processing method compatible with multiple can be changed, such as spaces, dashes and othe...
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