Home› Uncategorized› Mitsubishi Electric waxay soo saartaa 3D CO2 nidaamka laser-ka-habeynta "CV Series" si loo gooyo CFRP
Oktoobar 18, Mitsubishi wuxuu soo saari doonaa laba nooc oo cusub oo ah nidaamyada farsamaynta laser CO2 3D si loo gooyo caagagga la xoojiyay ee fiber-ka carbon (CFRP) ee loo isticmaalo baabuurta.
Tokyo, Oktoobar 14, 2021-Mitsubishi Electric Corporation (Tokyo stock code: 6503) ayaa maanta ku dhawaaqday inay bilaabi doonto laba nooc oo CV cusub oo taxane ah oo ah 3D CO2 nidaamka wax-ka-qabashada laser-ka Oktoobar 18 si loo gooyo fiber-ka carbon-ka ee la xoojiyay (CFRP), waa miisaan fudud. iyo agabka xoogga badan ee loo isticmaalo baabuurta.Nashqada cusub waxaa lagu qalabeeyay CO2 laser oscillator, kaas oo isku xira oscillator-ka iyo cod-weyneeye isku mid ah guri-sida ku cad cilmi-baarista shirkadda laga soo bilaabo Oktoobar 14, 2021, kani waa kii ugu horreeyay ee adduunka - oo ay weheliso madaxa farsamaynta gaarka ah ee CV-ga. taxane ah si ay u caawiyaan gaadhista mashiin sax ah-xawaaraha sare leh.Tani waxay suurtogal ka dhigi doontaa wax soo saarka ballaaran ee alaabta CFRP, taas oo aan suurtagal ahayn in lagu gaaro habab hore oo habaysan ilaa hadda.
Sanadihii la soo dhaafay, warshadaha baabuurta ayaa si isa soo taraya ugu baaqay in la dhimo qiiqa kaarboon laba ogsaydh, hagaajinta waxtarka shidaalka, iyo isticmaalka walxaha fudud si loo gaaro masaafada weyn.Tani waxay keentay baahida sii kordheysa ee CFRP, taas oo ah walxo cusub.Dhanka kale, habaynta CFRP iyadoo la adeegsanayo tignoolajiyada jira waxay leedahay dhibaatooyin sida kharashyada hawlgelinta oo sarreeya, wax soo saar hooseeya, iyo arrimaha qashinka.Hab cusub ayaa loo baahan yahay.
Taxanaha CV-ga Mitsubishi Electric wuxuu ka gudbi doonaa caqabadahan iyadoo la gaarayo wax soo saar sare iyo farsamaynta tayada aad uga sareysa hababka wax-soo-saarka ee jira, taasoo gacan ka geysaneysa kor u qaadida wax-soo-saarka ballaaran ee alaabta CFRP heer aan suurtagal ahayn ilaa hadda.Intaa waxaa dheer, taxanaha cusub wuxuu gacan ka geysan doonaa yareynta culeyska deegaanka iyadoo la yareynayo qashinka, iwm, taas oo gacan ka geysaneysa xaqiijinta bulsho waara.
Qaabka cusub waxaa lagu soo bandhigi doonaa MECT 2021 (Mechatronics Technology Japan 2021) ee Port Messe Nagoya, Nagoya International Exhibition Hall laga bilaabo Oktoobar 20th ilaa 23rd.
Goynta laser-ka ee CFRP, walxo ka samaysan fiber carbon iyo resin, lasers fiber, oo si weyn loogu isticmaalo jarista birta xaashida ah, kuma habboona sababtoo ah resinku wuxuu leeyahay heerka nuugista alwaax aad u hooseeya, markaa waa lagama maarmaan in la dhalaaliyo fiber carbon iyadoo la adeegsanayo kulaylka.Intaa waxaa dheer, inkastoo CO2 laser uu leeyahay heerka nuugista tamarta laser sare ee fiber carbon iyo resin, goynta biraha dhaqameed ee CO2 laser ma laha waveform garaaca wadnaha sare.Sababtoo ah gelinta kulaylka sare ee resinka, kuma habboona in la gooyo CFRP.
Mitsubishi Electric waxay soo saartay CO2 laser oscillator si ay u goyso CFRP iyada oo la gaadhayo qaab-dhismeedka garaaca wadnaha iyo awoodda wax soo saarka sare.Nidaamkan MOPA1 ee isku dhafan ee 3-axis quadrature 2 CO2 laser oscillator wuxuu isku dari karaa oscillator-ka iyo cod-weyneeye isku mid ah;waxay u beddeshaa laydhka oscillating ee awoodda yar una beddelo qaab wave garaaca garaaca sare leh oo ku habboon in la gooyo CFRP, ka dibna dhogorta ayaa mar kale Geli booska dheecaanka oo kordhi wax soo saarka.Kadibna laydhka laysarka ee ku habboon hab-socodka CFRP ayaa lagu sii dayn karaa qaabeyn fudud (patent sugid).
Isku darka waveform garaaca garaaca wadnaha iyo awoodda sare ee loo baahan yahay goynta CFRP awood heer sare ah, heerka-hoggaanka processing xawaaraha, kaas oo ku dhawaad 6 jeer ka dhaqso badan hababka processing ee hadda jira (sida goynta iyo waterjet) 3, oo sidaas caawinaysa si kor loogu qaado wax soo saarka.
Madaxa farsamaynta hal-baas ee loo sameeyay goynta CFRP ayaa awood u siinaysa taxanahan cusub in lagu gooyo iskaanka laser kaliya sida goynta laysarka xaashida ah.Sidaa darteed, wax soo saar sare ayaa lagu gaari karaa marka la barbar dhigo farsamaynta baasaska badan kaas oo laydhka laysarka lagu sawiray marar badan isla jidka.
Neefta hawada dhinaca madaxa processing ka saari kartaa uumiga wax kulul iyo boodhka abuura inta lagu guda jiro habka goynta ilaa dhamaadka jarida walxaha, iyadoo weli la xakameeyo saamaynta kulaylka on alaabta, gaarey tayada processing aad u fiican oo aan la gaari karin iyadoo la isticmaalayo processing hore. hababka (patent la sugayo).Intaa waxaa dheer, sababtoo ah farsamaynta laysarka waa mid aan xiriir la lahayn, waxaa jira waxyaabo yar oo la isticmaalo oo aan la dhalin wax qashin ah (sida dareeraha qashinka), taas oo gacan ka geysaneysa dhimista kharashka hawlgalka.Tiknoolajiyadan farsamaynta waxay gacan ka geysataa xaqiijinta bulsho waarta iyo xaqiijinta hadafyada horumarineed ee joogtada ah ee Qaramada Midoobay ee lagu dabaqi karo.
Mitsubishi Electric waxa ay geysaa Internet-ka Waxyabaha fog adeega “iQ Care Remote4U”4 si loo eego heerka uu ku shaqeeyo mishiinka farsamaynta laysarka wakhtiga dhabta ah.Adeegga fog-fog waxa kale oo uu caawiyaa hagaajinta hababka wax-soo-saarka iyo dhimista kharashaadka hawlgalka iyadoo la isticmaalayo Internet-ka Waxyaabaha si loo ururiyo loona falanqeeyo waxqabadka habaynta, wakhtiga dejinta, iyo korontada iyo isticmaalka gaaska dabiiciga ah.
Intaa waxaa dheer, mashiinka farsamaynta laser-ka macmiilka waxaa si toos ah looga ogaan karaa terminaalka ku rakiban Xarunta Adeegga Korontada ee Mitsubishi.Xitaa haddii mashiinka wax lagu farsameeyo uu ku guuldareysto, hawlgalka fog wuxuu xaqiijin karaa jawaabta waqtiga.Waxa kale oo ay bixisaa macluumaadka dayactirka ka hortagga, cusboonaysiinta nooca software, iyo maaraynta isbeddelada xaaladaha.
Iyada oo loo marayo ururinta iyo ururinta xogta kala duwan, waxay taageertaa adeegga dayactirka fog ee qalabka mashiinka.
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Waqtiga post: Dec-07-2021