农用大棚网自动收卷机的设计_郭德伟

abaaaa．b．661199。。。S625．3TS255A1003－188X201702－0117－050。。、、、。。1。。、。。2～3m[e-mail]。[e-mail]。2。。。、、。。、。、3。134。1．1111。312。。90°·711·201722DOI:10.13427/j.cnki.njyi.2017.02.02575°。1．2．3．14．5．26．7．8．9．11Fig．1Structurediagramofthefiristscheme1．22132。。。。。22。1．2．3．14．5．26．7．8．9．10．11．22Fig．2Structurediagramofthesecondscheme1．332。800mm900mm。、700mm。800～850mm。1。33。1．2．3．14．5．26、8．7．9．10．11．12．33Fig．3Structurediagramofthethirdscheme3。。22．1。V5。、、GC71－048Ｒ2551。1Table1Theperformanceparametersofmotor/W/r·min－1/V2501500482．2V·811·201722。、、、、700kW。V、、、、、、。、V6。2．3VHT150。Z。71mm224mm。、、7。。4。2．4。、5。1～26～73～45～6。4Fig．4Structurediagramofbeltwheel5Fig．5Structurediagramoftransmissionshaft2．5、。。。25～50mm。25mm32±0．5mm60mm60mm25mm。·911·2017226。6Fig．6Structurediagramofrollshaft25mm。。2．6、3。。1、、2。7。7Fig．7Three－dimensionalstructurediagramofframe2．7。。U。8。8Fig．8Three－dimensionalstructurediagramofauxiliarysupportandexpansionlink2．8、、98。。·021·201722。。。1．2．3．4．5．6．7．8．9．10．11．12．9Fig．9Structurediagramofagriculturalgreenhousenetworkautomaticrollingmachine。。。。。3ZL201420518133．3。1。2。3。4。1．EB/OL．2016－01－29．http//baike．baidu．com/linkurl=AzCGzHmKuD0KYYrsc9qNHe2qm5nk－BHZy_mUsYＲtOIXL4E3UwzN1s1ekavUmsXJpSzj1FE77ＲyY08Sue3E_Yqa．2．EB/OL．2015－08－29．http//baike．baidu．com/linkurl=qaL3TppGIC8UIsbV7rWFWtxHDKvki_a9yE1eZWfYbKDB1YVmfhUgwmdejgXaJPomwaZk8ZJhzkevmzaX7zvfea．3．D．2014．4．J．2011401087－89．5．M．2008．6．M．2010．7．M．2009．8．201420518133．3P．2015－02－08．170·121·2017224．J．2011277173－177．5．4U2AJ．2015617－24．6．4U1ZJ．20151239－47．7．D．2014．8．4UM－640J．20142264－268．9．4U－1000J．2013483151－155．10．J．20143263－267．11．J．2010411276－79．12．MZPH－820J．200940581－86．13．J．2006371077－82．PotatoMechanizationMiningandExperimentalＲesearchonComputerSimulationSuJianhuaLiLeiChengdePetroleumCollegeDepartmentofComputer＆InformationEngineeringChengde067000ChinaAbstractAccordingtotheminingmechanizationofpotatowerestudiedusingPro/Esoftwareofpotatomachineryminingmodeling．BasedonADAMSsoftwareforcomputersimulationinthedesignofmulticonsidershovelsurfacesoilcrushingcapacitybyintroducingthesoilcompressionanddamagetheorytheestablishmentofmeasurebrokensoilpropertiesofthemathematicalmodelthroughtestandstudyofpotatomechanizationminingforpotatodiggingeffectsoastooptimizethepromotionofpotatomechanizedminingworkadaptabilityreducetherateoftuberdamageandlossrateenhancepotatomechanizationminingqualityplayapositiveimpact．Keywordspotatomechanizedminingcomputersimulation121AbstractID1003－188X201704－0117－EADesignofAgriculturalGreenhouseNetworkAutomaticＲollingMachineGuoDeweiaLiLibYuLibinaWangHongjunaZhangWenbinaa．CollegeofEngineeringb．CollegeofBussinessHongheUniversityMengzi661199ChinaAbstractFocusingonthecurrentplantingprocesssuchaspanaxnotoginsengkindsofmedicinalmaterialsrollingthegreenhousenetworkismainlyrelyonthemanualwhichisnotonlytime－consumingbutalsoveryeasytodamagethenetworkintherollingprocessitwillaffectthecirculationofthenetwork．Thereforeanovelagriculturalgreenhousenet-workautomaticrollingmachineisdesigned．Thismachineadoptsthemotortodrivetherollingshaftofgreenhousenet-workforautomaticrollingandcombinedwiththetrapezoidalframeandanauxiliarysupportsothenetworkreceivesuni-formstressintherollingprocess．Andthedesignofcombinedrollerincreasestheflexibilityoftheequipmenttocarrysotheautomaticrollingofgreenhousenetworkcanberealized．Thepracticaltestingresultsshowthatthismachinecouldsolvetheproblemofthecurrentoutdoorworkfurlgreenhousefeelaboriousandeasytodamagethenetworkitwillim-provetheefficiencyofrollingandincreasethegreenhousenetworkcirculationandithasgreatvaluetopopularize．KeywordsgreenhousenetworkautomaticrollingmachinerollshaftDCmotor·071·201722