厅门生产线真空吸盘上料装置摘要：对电梯厅门上料装置输送线的设计,即场地实际工况、机械手机械部分和真空元件部分的主要结构进行描述。并从设备的运行情况以及操作量、实际生产时的运行成本、实际设备需要投资、机器的装机容量、板料的损坏程度等各个方面进行比较。结果表明，真空吸盘装置生产运行成本不高、设备投资较少、装机容量小、板料损坏程度小。适合作为电梯厅门上料装置输送线的主要输送装置。本文对真空吸盘的进行研究，设计出一种真空吸盘上料装置应用于电梯的厅门中。该装置的组成部分为真空吸盘、真空发生装置或真空泵、真空吸盘面板。吸盘面板装于真空吸盘的上方，真空发生器的通气孔连接着真空吸盘，利用真空发生器所造成的负气压，真空吸盘通过附近大气压的作用下牢牢吸住板料完成搬运。搬运完成后真空吸盘引文真空发生器的充气最后脱离板料。该装置实现了板料上下料的半自动化，提高了安全性而且减少的人力的使用。关键词：气压传动，滚子输送，真空吸盘，钢板上料DesignofvacumsuctionAbstract：Thispaperdescribesthedesignoftheconveyorlineoftheelevatorhalldoorfeedingdevice,thatis,themainstructureofthechainconveyor,thechainandrollercombinationconveyorandthevacuumsuctiondevice.Andcomparedwiththeoperationofequipmnt,operationcost,productionoperationcost,equipmentinvestment,installedcapacity,steelplatedamageandothermainaspects.Theresultsshowthatthevacuumchuckdevicehastheadvantagesoflowproductioncost,smallequipmentinvestment,smallinstalledcapacityandsmalldamagetothesteelplate.Themainconveyingdeviceissuitablefortheconveyinglineoftheelevatorhalldoorfeedingdevice.Inthispaper,thevacuumchuckisstudied,andavacuumchuckfeedingdeviceisdesignedfortheelevatordoor.Thedeviceincludesavacuumchuck,avacuumgenerator,asuctioncuppanel,etc..Underthevacuumchuckisinstalledonthesuctionpanel,vacuumsuctionmouthventilationinavacuumgeneratorisconnectedwiththevacuumgeneratorwithnegativepressure,makethesheetaroundunderatmosphericpressurebyvacuumsuctiontoabsorbcarry.Aftertheendoftheconveyor,thevacuumgeneratorisinflatedtoseparatethevacuumchuckfromtheworkpiece.Thedevicerealizesthesemi-automaticfeedingandunloadingofthesheetmetal,savesmanpowerandimprovesthesafetyKeywords：Pneumatictransmission,Rollerconveying,Vacuumchuck,Steelplatefeeding目录第1章引言......................................................................................................11.1气压传动技术的研究发展动向............................................................11.2气压传动技术的应用............................................................................11.3气压传动的特点....................................................................................2第2章真空元件部份......................................................................................22.1真空吸盘................................................................................................22.1.1.真空吸盘的原理..........................................................................22.1.2.真空吸盘材质..............................................................................32.1.3.真空吸盘形状..............................................................................42.1.4.真空吸盘的计算..........................................................................42.2真空发生装置........................................................................................62.2.1.真空发生器的原理......................................................................72.2.2.真空发生器的参数....................................
