基于Creo的修井机作业姿态舒适度评价系统设计

doi:10.3969/j.issn.1007-7375.2022.06.020

摘要/Abstract

摘要： 针对定性评价作业系统舒适性精度不够，难以引导人机布置方案优化的问题，建立以骨肌力学分析数据与Creo二次开发相结合的作业姿态舒适度评价系统，以此定量评价作业姿态舒适度，优化布置方案。以坐高、靠背倾角、脚踏位置为变量，通过司钻工作业生物力学仿真数据构建评价模型；利用Creo/Toolkit结合MFC技术构建人机交互界面，得出作业姿态舒适度评价系统；根据对模型舒适度的实时评价，直接进行模型优化。结果表明，建立的基于Creo的作业姿态舒适度评价系统，加快了布置方案的迭代效率，弥补了Creo人机分析模块功能上的不足，为能够定量且快速地解决作业姿态舒适度评价提供了一条新途径，对解决修井机作业舒适度问题提供一个新思路。

关键词: 修井机, 姿态舒适度评价, 生物力学仿真, Creo/Toolkit软件, 肌肉激活度

Abstract: Aiming at the problem of insufficient comfort accuracy of the qualitative evaluation operating system and difficulty in guiding the optimization of the man-machine layout plan, a work posture comfort evaluation system is established. The system is designed based on biomechanical analysis data of skeletal muscle combined with the secondary development of Creo, which can quantitatively evaluate the comfort of working posture,so as to optimize the layout plan.Firstly,taking the sitting height, inclination of backrest, and pedal position as variables, the evaluation model is constructed through the biomechanics simulation data of the driller's work.Then,using Creo/Toolkit combined with MFC technology to construct a human-computer interaction interface, and obtain a work posture comfort evaluation system.Finally, according to the model’s real-time evaluation of comfort, the model is directly optimized.The research shows that the established Creo-based operating posture comfort evaluation system accelerates the iterative efficiency of the layout plan and makes up for the shortcomings of the Creo man-machine analysis module;It provides a new way to quantitatively and quickly solve the operation posture comfort evaluation and a new idea to solve the problem of workover rig operation comfort.

Key words: workover rig, evaluation of postural comfort, biomechanical simulation, Creo/Toolkit, muscle activation

中图分类号:

TP391

屈文涛, 马丽娜, 徐剑波, 杨斌. 基于Creo的修井机作业姿态舒适度评价系统设计[J]. 工业工程, 2022, 25(6): 168-172.

QU Wentao, MA Lina, XU Jianbo, YANG Bin. Design of Evaluation System for Workover Rig Operation Posture Comfort Based on Creo[J]. Industrial Engineering Journal, 2022, 25(6): 168-172.

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