CAJ | 학술논문

为研究变压膨胀灭虫控制系统受外界压力扰动时的压力控制效果，以额定功率为4.3KW的2HB720-HH37型高压旋涡气泵的工作原理为基础，建立了该型号高压气泵的数学模型；基于自适应模糊反推滑模鲁棒性强的优点，提出了采用萤火虫-细菌觅食（GSO-BFA）融合算法优化滑模控制器参数的储粮灭虫变压控制方案。仿真结果表明，相比采用模糊PID优化的变压控制系统，采用GSO-BFA算法优化的自适应模糊反推变压控制系统可以在外界压力存在较大扰动的工况下实现灭虫变压控制，且对跳变压力的跟踪响应较为灵敏，鲁棒性佳。
위연구변압팽창멸충공제계통수외계압력우동시적압력공제효과，이액정공솔위4.3KW적2HB720-HH37형고압선와기빙적공작원리위기출，건립료해형호고압기빙적수학모형；기우자괄응모호반추활모로봉성강적우점，제출료채용형화충-세균멱식（GSO-BFA）융합산법우화활모공제기삼수적저량멸충변압공제방안。방진결과표명，상비채용모호PID우화적변압공제계통，채용GSO-BFA산법우화적자괄응모호반추변압공제계통가이재외계압력존재교대우동적공황하실현멸충변압공제，차대도변압력적근종향응교위령민，로봉성가。
Basedon the principleofhigh pressure spiral pump whose model number is 2HB720-HH37 rated at 4.3KW,a mathematical modelofhigh pressure pump was established for the studyof pressure control efficiency when the variable pressure-expansion insect extermination system is influenced by pressure disturbanceoutside.The variable pressurecontrol schemeof insect extermination forcereal storage,which adopts the fusion algorithmsof glowworm swarmoptimization and bacterial foraging algorithm(GSO-BFA) tooptimize the parametersof sliding modecontroller,was proposed with the robust advantagesof adaptive fuzzy back-stepping sliding modecontrol.Simulation results illustrate that the variable pressurecontrol systemoptimized byGSO-BFA is more responsive to variable pressure and boastsof robustcharacteristics to large disturbanceoutsidecompared to fuzzyPIDcontrol.