Research And Implementation Of New Cnc Perforating Instrument

This paper summarizes the main design and development work on the research and realization of the new digital control perforating instrument, introduces the key technologies used in the development process. This paper first analyzes the background and significance raised by the issues. Then it introduces the system development environment, describes the system design and implementation of strategies in detail, analyses and chooses related technologies. Finally, it summarizes the full paper and gives the outlook for future work.This paper realizes the analysis and design of CCL operation: tracking the festival hoops of pipe, which are measured starting from the short hoop of pipe to the last section of the standard hoop. According to hanging file mode, the system automatically calculates the standard hoop and lifting value of each gun position and printer outputs the real-time trace map of the perforating gun.At the same time, this paper achieves the festival hoop recognition: The system accurately identifies the main peak signal according to the characteristic of the festival hoop signal; we can effectively determine the depth of the bolster hoop, which can accurately locate the depth of perforation, ensure the smooth progress of perforation and prevent accidental perforation from occurring.The whole design uses the approach of the object-oriented and visualization interface design. Perforation site measurement in New Digital Control Instrument Research and Implementation bases Windows XP operating platform, the software designs using VB6.0. Modular structure, all Chinese language interfaces facilitates the expansion and improves software features. Open system allows users to modify system parameters and initial parameters. Powerful computing capability works, Using software automatically identifies the festival hoop signal; auto-linked files; auto-ignition; automatic depth Snap; automatically school deep right map; automatic data archiving and other functions. To minimize manual intervention, the system achieves automatic cable perforation; automatic once school deep; automatic school deep perforation. Perforation data processing: automatic curve of input, automatic adjustment calculation, automatic Pai Pao, automatically determines the standard hoop, automatic archiving and other functions. The system achieves the playback of measured curve on-site and information and data acceptance curve. The system reduces the degree of human intervention and achieves data processing - site construction - data playback acceptance, and three links to transfer data disks.