管道智能封堵機器人減速運動控制響應(yīng)分析

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ResponseAnalysisofDeceleration Motion Control for Pipeline Intelligent Plugging Robot

Wang Shanshan1Jiang Zhengguo2 （1.ResearchstituteofureyDsign&IformationTechnologyPetroCinaJidongOifeldCompany；.holofical Engineering，SouthwestPetroleumUniversity）

Abstract： Pipeline intelligent plugging robot （PIPR） is an indispensable high-end equipmentfor rapid maintenance and emergency repair operation of pipeline within 12 hours.Achieving eficient and stable deceleration is crucialto the success of plugging operation.A hydraulic controlsystem was designed foraPIPR that uses friction between the slip and the pipe wall to achieve deceleration and positioning.Then，a nonlinear dynamic model of constant deceleration was built for the servo PIPR based on fuzzy PID control.Finall，the numerical simulation method was used to conduct a mechanical-hydraulic co-simulation of the hydraulic control system，and study the influence of important parametersof the control systemon the dynamic control stabilityof the PIPR during the deceleration process.The studyresultsshow that as the initial velocity increases，the centroid accelerationof the PIPR gradually increases，with a maximum overshoot of -3.4m/s2 ，deceleration process control time within 30 seconds，and positioning accuracy within 5% .Increasing the expected deceleration distance can effectively reduce positioning eror;thecapacityoftheaccumulatorshouldbe atleast greater than O.25L.The numberof accumula torshas a relatively small impact on the system.

Keywords：PIPR;dynamic response;fuzzy PID；deceleration control

0 引言

管道是石油、天然氣最主要的運輸方式，全球陸上 70% 的石油和 99% 的天然氣依靠管道運輸[]。（剩余12516字）