Njengezixhobo ezibalulekileyo zokucubungula kushishino lwanamhlanje, izixhobo zokuwelda zisetyenziswa kakhulu kushishino lomkhosi, kwi-aerospace, kwiinqanawa zaselwandle, kwiinqanawa zoxinzelelo, kubunjineli bemibhobho, kubunjineli be-petrochemical, kumatshini wobunjineli, kubunjineli bamandla ombane, kulwakhiwo, kwisakhiwo sentsimbi, kwimveliso yeemoto, kwiindlela zokuthutha oololiwe, kushishino lokukhanya nakumashishini oluntu nakwamanye amashishini.
Idatha ye-Advanced Engineering Robot Industry Research Institute (GGII) ibonisa ukuba kwisiqingatha sokuqala sowama-2023, umthamo wentengiso yeerobhothi zokuwelda ze-arc eTshayina wawuziiyunithi ezili-14,500, wehle nge-5.84% ngonyaka, kwaye umthamo wentengiso wonyaka kulindeleke ukuba ube ziiyunithi ezingama-31,500, unyuke nge-2.27% ngonyaka; Kodwa ngokubanzi, iimveliso zethu zokuwelda zelizwe zisagxile kwizixhobo zokuwelda eziphakathi nezisezantsi, kunye nokuwelda ngokuzenzekelayo, ukuwelda okukrelekrele, ukuwelda okuphaphathekileyo okuphantsi kakhulu, ukuwelda kwe-servo okuphezulu kwezixhobo zokuwelda ezikumgangatho ophezulu kufuneka ngakumbi, kunye nokulandelela ukuwelda, ukuqonda ulwazi, ucwangciso olungaxhunyiwe kwi-intanethi, ulawulo olukrelekrele, ubukrelekrele bokwenziwa, iteknoloji yokulinganisa, impumelelo yetekhnoloji yokuwelda, intsimi yesicelo sezixhobo zokuwelda ezizenzekelayo kwixesha elizayo kunye neemeko zesicelo ziya kuba ngokubanzi ngakumbi, irobhothi yokuwelda yemizi-mveliso iya kuba ngumkhwa ongenakuphepheka wophuhliso lweshishini elizayo.
Kulo mba, nge-12 ka-Okthobha, iNgqungquthela yeTekhnoloji yeRobhothi yokuWelda kunye neSicelo ka-2023 (yesibini) enomxholo othi “uhambo lwabawelda” ibanjelwe eShanghai Sofitel Hotel.
Iingcali ezingaphezu kwama-300 zeshishini zihlanganisene ndawonye kule ndawo ukuze zisothuse “ukuwelda” ikamva.
Njengomlingani oyintloko wale ngqungquthela, uLin Qingsen, umphathi jikelele weMegmeet Welding Technology, unikele intetho.
ULin Qingsen uthe imakethi ayikhange ibe njengoko bekulindelwe kulo nyaka, kodwa imfuno yobunjineli beMarine kunye nezakhiwo zentsimbi isaqhubeka inamandla, ngelixa imfuno yeerobhothi ezikrelekrele kwamanye amazwe isanda.
Ngokukodwa, imfuno yaphesheya kwezilwandle ineempawu ezintathu: 1, iYurophu ne-United States kunye namanye amazwe aphuhlileyo abonisa iimpawu zemveliso encinci yemizi-mveliso, iimfuno eziphezulu zokhuseleko kunye nokuguquguquka, ngoko ke imfuno yerobhothi yokuwelda ekrelekrele esebenzisana nayo ingaphezulu kakhulu kunerobhothi yokuwelda yemizi-mveliso; 2, ixabiso lilonke leseti yerobhothi yokuwelda esebenzisana nayo kunye nengeniso yonyaka yabawelda basekuhlaleni, oko kukuthi i-60,000-70,000 yee-euro, inzuzo yexabiso lerobhothi yokuwelda esebenzisana nayo ibalulekile; 3, amashishini aphesheya kwezilwandle emfuno yokuwelda nge-laser inyukile, abathengi banikela ingqalelo engakumbi kwisiqinisekiso esisemgangathweni kunye nesinxulumene nokhuseleko.
Kwiseshoni ekhethekileyo ye [imveliso entsha: "ukuwelda" okutsha], uDuan Junchang, umlawuli wesicwangciso sokuthengisa kwitekhnoloji yokuwelda yeMegmeet, unikele intetho malunga "nophando lwesicelo sombane wokuwelda we-arc yerobhothi".
UDuan Junchang uthe ukusukela oko wangena ngokusesikweni kwicandelo lokuwelda ngo-2011, iMegmeet ibigxile kumatshini wokuwelda okrelekrele wedijithali.
Okwangoku, iMegmeet ineenkampani ezingaphezulu kwama-30, amaziko ophando nophuhliso ali-11 kunye neziseko zemveliso ezisi-8 kwihlabathi liphela.
Ngowama-2022, ingeniso yeMegmeet yayiyi-5.48 yeebhiliyoni zeerandi, inyuke ngama-31.8% ngonyaka.
Xa sijongana ne-intanethi, i-intanethi yezinto, ixesha ledatha enkulu, izixhobo zemveli zokuvelisa ukuwelda, abasebenzi, iteknoloji, umgangatho, iindleko, ulawulo, iMegmeet yaqalisa ukuwelda okukrelekrele okuqhagamshelwe kwi-SMARC II, inenzuzo yokuba inobuhlobo kakhulu, ivulelekile, inokunxibelelana ngeempawu ezahlukeneyo zomatshini wokuwelda kunye nezixhobo ezinxulumene noko, incede abathengi basombulule ingxaki yendabuko yokuwelda.
UGqr. Yang Tao, umseki weZhixiang Optoelectronics, unike intetho ephambili ethi “Ukusetyenziswa, Imingeni kunye namathuba e-3D Vision kwicandelo lokuwelda iirobhothi”.
UGqr. Yang Tao uthe imingeni ekhoyo yokusetyenziswa kwe-3D vision + robot inemiba yobugcisa, efana nokuguquguquka kwezinto, kunye neemfuno eziphezulu zehardware yemifanekiso kunye ne-algorithm; ukwahlukahlukana kwendawo kuneemfuno eziphezulu ze-3D recognition algorithm; kwaye ukhuseleko lwerobhothi luneemfuno eziphezulu zokucwangcisa indlela kunye ne-simulation algorithm.
Ubuchule obuqinileyo bobuchwephesha kuphela obunokuphazamisa umdlalo.
Eminye imingeni ibandakanya imodeli yeshishini, ubungakanani bamaxabiso, ukuhla koqoqosho, njl. Indlela yokuphelisa umdlalo ikwintsebenziswano evulekileyo, ukuhlonitshwa kwemithetho yeshishini, kunye nolwakhiwo lwamazwe ngamazwe.
Ubungakanani bokusetyenziswa kwexesha elizayo bukhulu kakhulu, usetyenziso lwe-3D vision + irobhothi ludlule ixesha lokwenziwa kwebhiya, ukuya kwixesha lokukhula ngokukhawuleza, injongo ephambili kukutshintsha iirobhothi.
Ixesha lokuthumela: Okthobha-18-2023