综采面中厚煤层ZY3600-25-50型掩护式液压支架设计（全套含CAD图纸）
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上传时间：2018-03-24
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综采面中厚
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1THEHYDRAULICPRESSURESUPPORTDEVELOPMENTWITHFIRSTGAZESKEYWORDSHYDRAULICPRESSURESUPPORTCONTROLINTELLECTUALIZATION1HYDRAULICPRESSURESUPPORTSDEVELOPMENTTHEHYDRAULICPRESSURESUPPORTISTAKETHEHIGHPRESSUREDLIQUIDASAPOWER,BYCERTAINHYDRAULICPRESSUREPARTCYLINDER,PIPEACCESSORYONEKINDOFSTRUTANDTHECONTROLROOFMININGCOALWORKINGSURFACEEQUIPMENTWHICHBECOMESWITHSOMESTEELWORKCOMBINATIONSHASTHEINTENSITYHIGH,THETRAVELLINGSPEEDQUICK,SUPPORTTHEPERFORMANCEGOOD,SAFEISRELIABLEANDSOONTHECHARACTERISTICSINCETHE20THCENTURY50S,THEHYDRAULICPRESSURESUPPORTHASGRADUALLYBECOMETHEMININGCOALWORKINGSURFACECOREEQUIPMENT,INTHEWORLDMAINLYPRODUCEDTHECOALCOUNTRYTOINVESTTHEMASSIVEMANPOWERPHYSICALRESOURCEANDTHEFINANCIALRESOURCECARRIESONTHERESEARCHDEVELOPMENTTOITATPRESENT,SUPPORTTENDSTOTAKETHEHYDRAULICPRESSURESUPPORTASTHEMAINBODYMATURELY,INTHEWORLDHASPRODUCEDMAKESSEVERALHUNDREDKINDOFFRAMESANDTHEUPTOTENTHOUSANDKINDOFMODELSHYDRAULICPRESSURESUPPORT,MEETSEACHKINDOFCOALBEDMININGSUPPORTNEEDONTHECENTURY60S,OURCOUNTRYONCEHASALSODEVELOPED10KINDOFHYDRAULICPRESSURESUPPORTS,BECAUSEALLSORTSOFREASONSHAVENOTOBTAINEDTHEPROMOTEDAPPLICATION,THEHYDRAULICPRESSURESUPPORTISINTHEDEVELOPMENT,THEEXPERIMENTALSTAGETHE70SSUCCESSIVELYFROMENGLAND,GERMANY,POLAND,FORMERSOVIETUNIONANDSOONMAINLYPRODUCETHECOALCOUNTRYTOINTRODUCESEVERAL10SETSOFHYDRAULICPRESSURESUPPORTSAFTERTHEUNCEASINGEXPLORATION,THEUSE,THEDIGESTIONANDTHESUMMARY,MAKEEACHKINDOFTYPETHESUPPORT,ITISTHEBEGINNINGWHICHTHEDOMESTICALLYPRODUCEDHYDRAULICPRESSURESUPPORTDEVELOPSTHE80SHYDRAULICPRESSURESUPPORTRESEARCHANDDEVELOPMENTISINTHEINNOVATIONTOENHANCETHESTAGE,DEVELOPS30KINDOFNEWFRAMESONEAFTERANOTHER,MAKESTHEZZSERIES,THEXYSERIES,THEZDSERIESANDSOONTHEDIFFERENTSPECIFICATION,ANDWIDELYUSESINTHESTATEOWNEDLARGEANDMIDDLESCALECOALMINES,OBTAINSTHEGOODECONOMICEFFICIENCY90SSPECIALHYDRAULICPRESSURESUPPORTDEVELOPMENTOBTAINSTHERAPIDDEVELOPMENT,THEMECHANIZEDSHOPNETSUPPORT,THEWATERGRANULATEDSUBSTANCEFILLSTHESUPPORT,THEREASONSUPPORT,THEFORCESUPPORT,PUTSGOESAGAINSTTHECOALSUPPORTANDSOONTOBEPUBLISHEDONEAFTERANOTHERTHISCENTURYALONGWITHTHECOMPUTERTECHNOLOGY,THEAUTOMATEDTECHNOLOGYPOPULARIZATIONANDTHEAPPLICATION,THEHYDRAULICPRESSURESUPPORTCONTROLOBTAINSUNPRECEDENTEDNESSTOPROGRESS,GRADUALLYTOTHEPROCEDURECONTROL,THE2NUMERICALCONTROL,THEREMOTECONTROLANDTHEAUTOMATEDCONTROLMAKESGREATSTRIDESFORWARD2DOMESTICANDFOREIGNHYDRAULICPRESSURESUPPORTSDIFFERENCETHEDOMESTICALLYPRODUCEDSUPPORTINTHEMANUFACTURETECHNOLOGY,THEMATERIALQUALITYPERFORMANCE,THEPROCESSINGCRAFT,THECONTROLSYSTEMANDINTHESEALINGPROPERTYCOMPARESWITHTHEOVERSEASADVANCEDCOUNTRIESHASTHEVERYBIGDISPARITY21PROCESSINGSMANUFACTURESASPECTACCORDINGTOTHERELATEDSYNTHESISPICKSTHEENGINEERSANDTECHNICIANSTOREFLECTTHAT,THEDOMESTICALLYPRODUCEDHYDRAULICPRESSURESUPPORTCRAFTTECHNOLOGY,THESERVICELIFE,THEOPERATIONALPERFORMANCE,USETHEMATERIALQUALITYSOFARNOTYETTOACHIEVEIN1979INTRODUCED100SETSOFSUPPORTSTHETECHNICALLEVELSIFSTRUCTURALMATERIALGERMANYUSESTHEST52MATERIALITYIELDSTRENGTHIS500MPA,BUTOURCOUNTRYUSES16MNMATERIALYIELDSTRENGTHISONLY350MPAVALVECLASSOVERSEASALWAYSUSESTHECOPPERALLOYVALVESHELLANDTHEHIGHSTRENGTHSTAINLESSSTEELVALVECORE,OURCOUNTRYISTHE45STEELADDSSURFACEHEATPROCESSINGINPROCESSINGCRAFTTHEOVERSEASCYLINDERENDOPHRAGMISDUPLICATEPLATES,THEDOMESTICPRODUCTFORDOESNOTPLATE,CAUSESTHECOLUMNPREMATURETOAPPEARTHESPOTINTHEUSEPROCESS,SCRATCHESANDSOONTHESEALLEAKSTHEFLUIDPHENOMENON,AFFECTSSUPPORTTHEEFFECTTHEDOMESTICALLYPRODUCEDHYDRAULICPRESSURESUPPORTANDTHEOVERSEASPRODUCTIONHYDRAULICPRESSURESUPPORTCOMPARESTHEAVERAGETOREDUCE23ASERVICELIFE22CONTROLSYSTEMSASPECTTHEDOMESTICALLYPRODUCEDHYDRAULICPRESSURESUPPORTCONTROLSYSTEMRESEARCHANDDEVELOPMENTISATBACKWARDNESSCONDITION,SERIOUSLYRESTRICTEDTHESUPPORTTOMOVESUPPOSESTHESPEEDTHEENHANCEMENTANDTHESYNTHESISPICKSTHEECONOMICEFFICIENCYTHEDISPLAYINTHEWORLDSEVERALMAINLYPRODUCETHECOALGREATNATIONTHROUGHOUTTOENHANCETHESUPPORTCONTROLSYSTEMACHIEVEMENTTHESYNTHESISTOPICKTHEECONOMICEFFICIENCYTHEIMPORTANTMETHOD,THE20THCENTURY60SUSEMANUALLYSTRAIGHTCONTROLTHEOPERATINGSYSTEMTHE70SUSETHEFORERUNNERCONTROLSYSTEM,ALONGWITHITENGLANDFIRSTPROPOSEDTHEDEVELOPMENTELECTROHYDRAULICCONTROLSYSTEM,THEEIGHTYSTENDSTOMATURELYTHE90SLADDERSCOMPANYDEVELOPSTHEENTIREWORKINGSURFACEELECTROHYDRAULICCONTROLSYSTEM,FOLLOWSCLOSELYAFTERTHATWISTERTOCUTDOWNTHEADVANTAGEASIASHELLSWITZERLANDSPECIALCOMPANYTODEVELOPMOREADVANCEDPM3,PTHEM4ELECTROHYDRAULICCONTROLSYSTEMPRESENTLYCOUNTRYANDSOONUS,GERMANY,ENGLAND,3AUSTRALIABASICALLYALLISTHEPROGRAMMABLEELECTROHYDRAULICCONTROL,BUTOURCOUNTRYSTILLUSEDTHEHANDCONTROLSYSTEM23HYDRAULICPRESSUREPARTSASPECTTHEHYDRAULICPRESSUREPARTRESEARCHANDDEVELOPMENTSPEEDLAGSBYFARTOTHEHYDRAULICPRESSURESUPPORTNEEDTODEVELOPTHEHYDRAULICPRESSURESUPPORTRELIABILITYMAINLYRELIESONTHEHYDRAULICPRESSUREPARTRELIABILITY,THEHYDRAULICPRESSURESUPPORTINTHECOALMINEPRODUCTIONAPPLIESWHETHERSUCCEEDS,THEKEYLIESINTHEHYDRAULICPRESSUREPARTTHETECHNICALPERFORMANCEWHETHERDOESMEETTHEREQUIREMENTSOVERSEASATPRESENTUSESTHEGREATCURRENTCAPACITYSAFETYVALVE,THEFLUIDMUCHCONTROLSTHECONEWAYVALVE,THECUTOFFVALVE,INITIALLYSUPPORTSTHESTRENGTHMAINTENANCEVALVEANDTHECOLUMNQUICKLYRETURNSATONCETHEFLUIDVALVETOTHEHYDRAULICPRESSUREPARTSTRUCTURALSTYLE,THEGEOMETRYSIZE,THECHOICEOFMATERIAL,THEHEATTREATMENTMETHODANDTHESURFACETREATMENTANDSOONVARIOUSASPECTSHAVECONDUCTEDTHETHOROUGHRESEARCHANDTHEDEVELOPMENTDEVELOPSONEBATCHOFSEALINGPROPERTYWELL,THESENSITIVITYHIGH,ENTERSTHEROWOFFLUIDABILITYTOBEBIG,THEANTIIMPACTLOADSTRONGEACHKINDOFHYDRAULICPRESSUREPART,ADAPTSTHEHYDRAULICPRESSURESUPPORTOPERATINGPERFORMANCEREQUESTBUTOURCOUNTRYKINDOFHYDRAULICPRESSUREPARTRESEARCHANDDEVELOPMENTLAGSREGARDINGTHIS,ATPRESENTSTILLCONTINUEDTOUSETHECENTURYFOR80STHEPRODUCT,HASNOTFORMEDTHEHYDRAULICPRESSUREPARTUNIVERSALIZATION,THESERIATION,THESTANDARDIZATION3HYDRAULICPRESSURESUPPORTSPROSPECTSFORDEVELOPMENTFORECASTINVIEWOFTHEFACTTHATTHESCIENCEANDTECHNOLOGYHIGHSPEEDDEVELOPMENT,NEWTECHNICAL,THENEWCRAFT,THENEWMETHOD,THENEWMATERIALUNCEASINGAPPLICATIONANDTHECOMPUTERTECHNOLOGYUNPRECEDENTEDEXPANSION,THEHYDRAULICPRESSURESUPPORTFUTUREDEVELOPMENTWILLHAVETHEEXTREMELYATTRACTIVEPROSPECT31DESIGNSIDEASRENEWAL,THEHYDRAULICPRESSURESUPPORTDEVELOPSAREVOLUTIONMUSTCONSIDERTHEENVIRONMENTINTHEHYDRAULICPRESSURESUPPORTDESIGNTHEATTRIBUTEBECAUSETHEHYDRAULICPRESSURESUPPORTWORKINGCONDITIONISBAD,THEPERSON,MACHINETHEENVIRONMENTRECIPROCITYQUESTIONAPPEARSIMPORTANTLYTHEGREENDESIGNISTHECHOICEOFMATERIAL,THEPRODUCTSTRUCTURE,THETECHNIQUE,THEOUTWARDAPPEARANCEMODELLINGANDTHECOLORMATCHESACCORDINGTOTHECERTAINRULE,ADOPTSARTISTICTHEMETHODTOPERFORMINGENIOUSLYTOFUSE,FULLYMANIFESTSTHEMANMACHINEENVIRONMENTSYSTEMTHEHARMONIOUSUNIFICATIONTHEUNWIELDY4HYDRAULICPRESSURESUPPORTIMAGESAFE,RELIABLE,ISBEENEASYTOSERVICE,LOWLYTOCONSUMEENERGY,THEHIGHEFFICIENCY,THEMODELLINGARTISTICSUBSTITUTESTHISKINDOFGREENDESIGN,ITNOTONLYFILTERSTHEENVIRONMENTANDTHERESOURCESBOTHMUSTMEETTHEECONOMICALDEVELOPMENTNEEDS,ANDMUSTMEETTHEHUMANSURVIVALDEVELOPMENTNEEDS,ISTHEHUMANITYSUSTAINABLEDEVELOPMENTALSTRATEGYINSUPPORTDESIGNMANIFESTINGFOREXAMPLETHEHYDRAULICPRESSURESUPPORTUSESTHEMULTIGOALSFUZZYDESIGNINTHEDESIGNPROCESS,REQUESTSTOSUPPORTTHESTRENGTHINABIGWAY,MOVESASPEEDQUICKLY,WEIGHTLIGHT,THETIMBERWOODAREFEWANDSOON,EACHGOALDETERMINEDAFUNCTION,NAMELYMANYDESIGNSOBJECTIVEFUNCTION,THENTHECOMBINATIONOPTIMIZES,DETERMINATIONPREFERREDPLAN32WILLADOPTTHEPUREWATERHYDRAULICPRESSURETECHNOLOGY,THEHYDRAULICPRESSURESUPPORTBECOMESTHEGREENMACHINERYTHEPUREWATERHYDRAULICPRESSURETECHNOLOGYISTHEHYDRAULICPRESSUREDOMAINDEVELOPMENTFRONTITNOTONLYHASGOODANTIBURNSTHENATURE,THERADIATION,MOREOVERTHEPRICEALSOCHEAPLY,DOESNOTHAVETHEPOLLUTION,SINCETHELONGTIMEHYDRAULICPRESSURESUPPORTINSURFACEUNDERHASWORKED,BECAUSETHEUSEACTUATINGMEDIUMISTHEEMULSION,ANDHASMANYCHEMICALADDITIVESEMULSIFIER,GUARDSAGAINSTRUSTMEDICINALPREPARATION,ANTISEPTIC,PARTNERMIXTUREANDSOON,THEMICROENVIRONMENTALPOLLUTIONISEXTREMELYSERIOUSTOTHESURFACEBELOW,THEREFORE,THEHYDRAULICPRESSURESUPPORTUSEPUREWATERHYDRAULICPRESSURETECHNOLOGY,TOREDUCESTHECOALMINETHEPRODUCTIONCOST,PROTECTSTHEENVIRONMENTISBENEFICIAL,ANDMAYGREATLYIMPROVETHEMINEPITTHEWORKANDTHESECURITYCONDITIONUNCEASINGLYPROGRESSESALONGWITHTHESOCIETY,THEPEOPLEHADAHIGHERREQUESTTOTHEDEPENDENTSURVIVALENVIRONMENT,HOPEDHASASECURITY,THEENVIRONMENTALPROTECTION,THEHIGHLYCIVILIZEDGREENENVIRONMENTTHETIMEREQUESTSUMMONEDTHEHYDRAULICPRESSURETRANSMISSIONTOORIGININ1605DISCOVEREDTHEPASCALSLAWTHISANCIENTBRANDNEWTECHNOLOGYRESURFACED,ANDRECEIVEDTHEWORLDTHEATTENTIONATPRESENT,THEWESTERNNATIONCONCENTRATESTHESTRENGTHTOSTUDYTHISTECHNOLOGY,ANDMAKESTHEUNPRECEDENTEDPROGRESSFOREXAMPLETHELUBRICATIONATTRITIONQUESTION,REASONABLYSELECTSRUBSTHEVICEMATERIAL,HASTHEENGINEERINGPLASTICS,THESTRUCTURECERAMICS,THEHIGHPOLYMERMATERIAL,GUARDSAGAINSTRUSTANTICORROSIONCOATINGANDSOONTHESTRUCTURECERAMICSHAVETHERESISTANCETOWEAR,THEANTICAVITATIONPERFORMANCEISGOOD,THEGOODCHEMICALSTABILITY,CHARACTERISTICANDSOONLOWERFRICTIONFACTOR,PREPARESISFAVOUREDREPLACESTHEPARTIALMETALSMATERIALINTHE5HYDRAULICPRESSUREPARTWITHTHESTRUCTURECERAMICS,BIGIMPROVEMENTITSPERFORMANCEINBRIEF,THENEWMATERIALSUCCESSDEVELOPSANDAPPLIES,PRECISELYPROCESSESTECHNICALTHEUNCEASINGPROGRESS,ASWELLASEACHKINDOFNEWSTRUCTUREHYDRAULICPRESSUREPARTMAKING,ALLWILLBECOMETHEHYDRAULICPRESSURESUPPORTTOUSETHEPUREWATERHYDRAULICPRESSURETECHNOLOGYTOENTERTHESTRICTNONPOLLUTIONDOMAIN,WILLPROVIDETHEEXTREMELYATTRACTIVEAPPLICATIONPROSPECTSFORDEVELOPMENT33HIGHTECHAPPLICATIONS,THEHYDRAULICPRESSURESUPPORTTENDSTOTHEINTELLECTUALIZATIONTHEADVANCEDSCIENCEANDTECHNOLOGYAPPLICATIONISMUTUALLYSEEPSEACHKINDOFTECHNOLOGY,MUTUALLYUNIFIESINTHEFOUNDATIONMUTUALLYASSISTS,MUTUALLYPROMOTESANDTHEENHANCEMENT,FULLYUSESEACHKINDOFRELATEDTECHNICALTHESUPERIORITY,ENHANCESSTRONGPOINTSANDAVOIDWEAKNESSES,AFTERCAUSESTHECOMBINATIONTHEOVERALLFUNCTIONTOBEBIGGERTHANTHECOMPOSITIONWHOLESUMOFEACHPARTOFFUNCTIONCOMPREHENSIVEINTERDISCIPLINARYSTUDIESTHEMANYKINDSOFTECHNOLOGIESUNCEASINGLYSEEPTO“THEMECHANICALPARENTSUBSTANCEHYDRAULICPRESSURESUPPORT“,INCLUDINGTECHNICALANDSOONMACHINE,ELECTRICITY,FLUID,LIGHT,MAGNETISMSERVOSYSTEMSPECIFICALLYSAIDTHAT,ISTHESTRENGTH,THESPEEDWHICHOUTPUTSBYTHEHYDRAULICPRESSURESUPPORTAREAGOAL,CONSTITUTEDFROMHASOUTPUTTOTHEINPUTCLOSEDLOOPSYSTEM,WASINVOLVESSENSINGTHETECHNOLOGY,THECOMPUTERCONTROLTECHNOLOGY,THESIGNALPROCESSINGTECHNOLOGY,THEMECHANICALDRIVETECHNOLOGY,THEHYDRAULICTRANSMISSIONTECHNOLOGYANDSOONBECAUSEFASTOPERATINGSPEED,FORMIDABLEMEMORYFUNCTIONANDKEENLOGICALJUDGEMENTFUNCTION,THUSHASREALIZEDTHEMANMACHINEDIALOGUE,CAUSESITOPERATIONMAINTENANCECONVENIENTLY,THEENTIREMACHINEFUNCTIONTOBESTRONGTHEHYDRAULICPRESSURESUPPORTAPPLICATIONFUNCTIONUNCEASINGLYEXPANDS,UNCEASINGLYSTRENGTHENSTOTHEMINEPITCOALBEDGEOLOGYCONDITIONCOMPATIBILITY,PRODUCTIONBENEFITTOEQUIPMENTDEPENDENTDEGREEINCREASINGLYBIG,THEOPERATIONALRELIABILITYISMOREIMPORTANTTHEBREAKDOWNDIAGNOSISTECHNOLOGYINCLUDINGSIGNALEXAMINATION,BREAKDOWNJUDGEMENT,FAILUREDETECTION,CONTENTANDSOONFAULTANALYSISALONGWITHTHEHIGHTECHDEVELOPMENTTHEORYFOREXAMPLEWAVELETTECHNOLOGY,NERVENETWORK,ARTIFICIALINTELLIGENCEANDSOONWILLENTERTHEHYDRAULICPRESSURESUPPORTTHEEARLYDIAGNOSIS,THEPREVENTIONANDTHEREDUCEDACCIDENTOCCURRENCE,SERVICEBLINDNESSANDTHEMAINTENANCETIME,WILLLENGTHENTHESUPPORTSERVICELIFE,WILLENHANCETHEPRODUCTIONEFFICIENCY4CONCLUDINGREMARK6INSUMMARY,THEHYDRAULICPRESSURESUPPORTATPRESENTDEVELOPSTHEMAINTENDENCYISTWOCOLUMNSSHIELDSTYPE,ENHANCESTHEHYDRAULICPRESSURESUPPORTINTENSITY,THEDESIGNFACTOR,MOVESASPEED,THEIMPROVEMENTINDIVIDUALPARTSTRUCTUREOVERALLTOPBEAM,WIDTHCENTERDISTANCEANDSOON,HYDRAULICPRESSUREPIPEACCESSORYSERIATION,STANDARDIZATION,UNIVERSALIZATION,HIGHWORKINGRESISTANCE,REDUNDANTRELIABILITY,WITHMICROELECTRONTECHNOLOGYREALIZATIONMACHINEELECTROHYDRAULICINTEGRATIONDIGITALGATHERING,OPERATINGMODEMONITOR,BREAKDOWNDIAGNOSISANDAUTOMATICCONTROLHYDRAULICPRESSURESUPPORTBATTERYSOLUTIONCONTROLENGINEERINGRESEARCHANDAPPLICATIONKEYWORDSHYDRAULICPRESSURESUPPORTBATTERYSOLUTIONCONTROLSYSTEMDESIGNAPPLICATIONACOALMININGTECHNOLOGYSIGNIFICANTINNOVATIONATPRESENT,THEBATTERYSOLUTIONCONTROLTECHNOLOGYINSYNTHESISANDSOONUS,GERMANYPICKEDTHETECHNICALLEADINGCOUNTRYTOOBTAINTHEWIDESPREADAPPLICATION,BUTOURCOUNTRYTHENONLYTHENGRADUALLYTHENECESSARYUSEBATTERYSOLUTIONCONTROLSTHETECHNOLOGYINRECENTYEARSONSOMEHYDRAULICPRESSURESUPPORTS1BATTERYSOLUTIONCONTROLTECHNOLOGYBASICPRINCIPLEANDMAINCOMPOSITION11BATTERYSOLUTIONCONTROLTECHNOLOGYBASICPRINCIPLE（1）BIDIRECTIONALNEIGHBOURCONTROLSYSTEMTHESYNTHESISPICKSWORKINGSURFACEEACHSUPPORTHASTHEFRAMETOCONTROLTHEBOX,THEOPERATORCONTROLSTHEBOXCHOICENEIGHBOURCONTROLMODETHROUGHTHESUPPORTFRAME,THENSENDSOUTTHECORRESPONDINGCONTROLCOMMANDACCORDINGTOTHEINSTRUCTIONTOPRODUCEELECTRICALSIGNAL,CAUSESELECTROMAGNETORMICROELECTRICALMACHINERYMOVEMENTWHICHONNEIGHBOURCORRESPONDS,LETTHEELECTRICALSIGNALTRANSFORMASTHEHYDRAULICPRESSURESIGNAL,CONTROLSTHEHOSTTOCONTROLTHEVALVETOOPEN,SUPPLIESTHEFLUIDTOTHESUPPORTHYDRAULICCYLINDER,REALIZATIONNEIGHBOURSUPPORTCORRESPONDINGMOVEMENTTHESUPPORTWORKINGMODEACTIVESTATUSFEEDSBACKTHEFRAMEBYTHEPOSITIONTRANSMITTERANDTHEPRESSURETRANSMITTERTOCONTROLTHEBOX,THEFRAMECONTROLSTHEBOXTODECIDETHESUPPORTAGAINACCORDINGTOTHESENSORFEEDBACKSIGNALTHENEXTMOVEMENT（2）BIDIRECTIONALBECOMESTHEGROUPCONTROLSYSTEM7ARRANGESTHEWORKINGSURFACESUPPORTISCERTAINGROUPS,INONTHISGROUPOFINFIRSTFRAMESPRESSESTHEFRAMEBYTHEOPERATORTOCONTROLTHEBOXTHESTARTKEY,SENDSOUTANINSTRUCTION,NEIGHBOURPRESSESTHEPRESETSEQUENCEMOVEMENT,AFTERMOVESTHEFRAMETOCOMPLETEAUTOMATICALLYSENDSOUTTHECONTROLSIGNALTOCONTROLTHEBOXFORNEXT,NEXTSTARTSTHEMOVEMENTINFERFROMTHIS,INREALIZATIONGROUPSUPPORTAUTOMATICCONTROL（3）ENTIREWORKINGSURFACEAUTOMATICCONTROLSYSTEMTHEFUNCTIONCONSUMMATESBATTERYSOLUTIONTHECONTROLSYSTEMISEQUIPPEDWITHTHEMAINCONTROLCONSOLE,THEINFRAREDINSTALLMENT,CANREALIZETHESUPPORTANDTHECOALMININGMACHINELINKAGEENTIREWORKINGSURFACEAUTOMATIONCONTROLITSPRINCIPLEISONEACHSUPPORTFRAMECONTROLSTHEBOXWITHTHEMAINCONTROLCONSOLENETWORKING,WHENTHESUPPORTINFRAREDRECEIVINGDEVICERECEIVESTHEPOSITIONWHICHTHECOALMININGMACHINEINFRAREDLAUNCHERSENDSOUTTOBELIEVEAFTERNUMBER,THEFEEDBACKGIVESTHEMAINCONTROLCONSOLE,THEMAINCONTROLCONSOLESENDSOUTTHEINSTRUCTIONACCORDINGTOTHEFEEDBACKSIGNAL,CAUSESTHECORRESPONDINGSUPPORTMOVEMENT12MAINCONSTITUENT（1）BATTERYSOLUTIONCONTROLLERSCUTHEBATTERYSOLUTIONCONTROLLERISACONTROLSYSTEMDEPARTMENTSERIES“HEART“,ITBYMICROPROCESSOR,THEINTELLIGENCETRANSMISSIONUNIT,OPERATESTHEKEYBOARDANDTHEDATARECEIVINGDEVICEANDSOONISCOMPOSEDTHEBATTERYSOLUTIONCONTROLLERHASTWOASPECTSTHEFUNCTIONSONTHEONEHANDISDEFERSTOTHEOPERATIONALORDERANDTHEPRESETSEQUENCECOMPLETESTHESOLENOIDVALVEGROUPTOOPENSHUTS,THENCONTROLSUPPORTCOLUMN,HOISTINGJACKMOVEMENTONTHEOTHERHANDITRECEIVESTHECONDITIONDATAWHICHONTHESUPPORTOBTAINSINCLUDINGPRESSURE,DISPLACEMENTANDSOONANDPERFORMSTOANALYZETHEJUDGMENT,THENCONTROLSTHESUPPORTTHEMOVEMENT,ANDDEMONSTRATESTHESUPPORTSTATEVARIABLEANDTHESUPPORTBREAKDOWN（2）BATTERYSOLUTIONCONTROLVALVEGROUPFZTHECONTROLVALVEGROUPISONEKINDOFMULTIPURPOSECONTROLHYDRAULICPRESSURESOLENOIDVALVE,MAYREPLACETHEFLUIDCYCLESELECTORVALVE,THISKINDOFVALVEASSEMBLYHASCAUSESTHESUPPORTMOVEMENTTHEVALVEGROUPANDTHESURVEILLANCESUPPORTWORKINGCONDITIONPRESSURESWITCH,OPENSORTHECLOSEDVALVEPASSAGEACCORDINGTOTHECONTROLLERINSTRUCTION（3）CENTRALCONTROLBENCHMCU8WHETHERTHESYSTEMDOESUSEMCU,MUSTTHEWORKINGSURFACEAUTOMATEDHORIZONTALHEIGHTWHICHDETERMINEDACCORDINGTOTHEUSERDECIDEONLYINSTALLSTHEBATTERYSOLUTIONCONTROLLER,EVENDOESNOTNEEDTOINSTALLTHEGROUNDMASTERCONTROLROOMMCU1ANDTHEMINESHAFTCONTROLROOMMCU2,ALSOMAYREALIZETHEENTIREAUTOMATIONTHELOWESTLEVELCONTROLSYSTEMISABIDIRECTIONALNEIGHBOURUNICONTROL,WHATATPRESENTISCOMMONLYUSEDIS“ASSOONASCONTROLSFOUR“THESYSTEM,THENEXPANDSTOTHEAUTOMATICARRANGEMENT,BECOMESTHEGROUPTOCONTROL,TOBECOMETHEGROUPTOPASSANDTHECOMBINATIONFUNCTIONANDSOON,THESEALLDONOTNEEDTHECENTRALCONTROLBENCH（4）PERIPHERYACCESSORYTHEBATTERYSOLUTIONCONTROLSYSTEMHASCANSURVEYCONDITION,ANDTRANSFORMSTHEHYDRAULICPRESSUREPARAMETERINTOTHEELECTRONICSIGNALORIGINALPARTPRESSURETRANSMITTER,THEREFLECTIONPASSESTHEHOISTINGJACKTRAVELLINGSCHEDULEPOSITIONCONTACTSENSORASWELLASUSESFORAUTOMATICALLYTOSTARTTHECOALMININGMACHINELONGDISTANCECONTROLHYDRAULICPRESSURESUPPORTBATTERYSOLUTIONCONTROLLERTHEINFRAREDRECEIVERANDSOONALLSENSORSALLHAVERESPECTIVEOUTPUTSIGNAL,THUSMAYDISCOVERTHEPOSITIONWHICHTHELINESEVERS,ANDISDISTINGUISHEDBYEACHSUPPORTBATTERYSOLUTIONCONTROLLERIFTHESYSTEMMATCHESINTHEMINESHAFTWORKINGSURFACEORTHEGROUNDCONTROLROOMHASTHECENTRALCONTROLBENCH,HASTHEBREAKDOWNCABLELINEORTHESENSORCANDEMONSTRATEONTHEKEYSTATIONSCREEN,LIKETHISVERYEASYDEFINITEBREAKDOWNPOSITIONBATTERYSOLUTIONCONTROLFLOWLIKECHART1SHOWS2BATTERYSOLUTIONSCONTROLTHESUPPORTTHEMERITBELOWTHISSUPPORTANDTHEHANDCONTROLSYSTEMCOMPAREHASTHEMERIT（1）THESUPPORTTRAVELLINGSPEEDISQUICKATPRESENTTHEDOMESTICHYDRAULICPRESSURESUPPORTISCOMMONUSESTHEHANDCONTROL,ITPASSESTHESPEEDBESIDESTORECEIVETHESYSTEMCURRENTCAPACITYANDTHEHYDRAULICPRESSUREPARTHASFLOWEDTHEABILITYTHELIMIT,THEWORKERALSOHASTHEDIRECTINFLUENCEINTHEBAYTRAVELLINGSPEEDTOIT,THISKINDOFINFLUENCEAPPEARSTHEOUTSTANDINGLYINTHETHINCOALBEDTHEBATTERYSOLUTIONCONTROLSUPPORTWORKPROCESSMAYAUTOMATICALLYCIRCULATECARRIESON,SPEDUPMOVEDASPEEDFORMEIGHTTOTENMINTENUSE,THISSPEEDCANFOLLOWFORM13113TO1315M/MINCOALMINING9MACHINESPEED,SHANTAIBENGCURRENTCAPACITY400L/MIN,NEEDS2TOPUMPTHESIMULTANEOUSWORKINGSATISFIEDTHEHIGHEFFICIENCYCOALMININGMACHINEFASTTOCUT（2）IMPROVEDTHEROOFTOSUPPORTANDPROTECTTHECONDITIONBECAUSEUSESTOPRESSEVERYTIMENIUOPERATES,MAYENABLETHESUPPORTTOFOLLOWCLOSEONAFTERTHECOALMININGMACHINECARRIESONSUPPORTSANDPROTECTS,MOREOVER,MUSTACTTHESUPPORTREQUESTSITSTWOSIDESTHESUPPORTFASTENINGTOSUPPORTANDPROTECTTHEROOF,THISCHARACTERISTICANDTHECORRECTSTRUTUNIFY,THEGUARANTEEFORMSAFIRMPROTECTINGBANDALONGTHEWORKINGSURFACE（3）GUARANTEEDTHEHYDRAULICPRESSURESUPPORTFIXEDINITIALLYSUPPORTSTHESTRENGTHBATTERYSOLUTIONCONTROLSYSTEMTHEPASSABLEEXCESSPRESSURESENSORFEEDBACKSIGNALORLENGTHENSTHECONTROLELECTROMAGNETISMTHEPILOTVALVEONTIMEREALIZATIONATTHEBEGINNINGOFSUPPORTTOSUPPORTTHESTRENGTHSELFPRESERVATIONFIRSTGUARANTEEDFIXEDINITIALLYSUPPORTSTHESTRENGTH,REDUCEDTHECOLUMNTOINCREASEANTINEEDSTHETIME,ENHANCEDHASSUPPORTEDANDPROTECTEDTHEEFFICIENCY,ALSOTHEENTIREWORKINGSURFACEATTHEBEGINNINGOFSUPPORTSUPPORTSTHESTRENGTHEVENLYTOBECONSISTENT,IMPROVEDTHEROOFCONTROL（4）MAYHAVETHEPRESSURETOMOVETHEFRAMEUSESTHEBATTERYSOLUTIONCONTROLSYSTEM,ISMOVINGTHEFRAMEINPROCESS,EASYTOREALIZETHEBELTPRESSURETOMOVETHEFRAME,REDUCEDTHEWORKINGSURFACER
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