Ukuqoshwa kwe-Laser endaweni
Emcimbini wokuvula weMidlalo yama-Olimpiki Wasebusika, into edonsa amehlo kakhulu "amanzi omfula ophuzi" atheleka phansi futhi ageqeka. Umfula wabe usuqina waba yiqhwa.Kwaphakama amanzi amaningi eqhweni aqina aba yiqhwa.Umlando wamadolobha abambe iqhaza eMidlalweni Yama-Olympic Yasebusika engama-23 edlule wabuyela kuwo, futhi ekugcineni waba "yi-2022 Beijing, China".
Abadlali bahlanganyela ne-hockey yevidiyo.Ngemva kokuba i-ice hockey ishaye kaningi endaweni ye-video, izindandatho ezinhlanu zeqhwa neqhwa zabhodloza eqhweni, elalicwebezela, futhi izethameli zashaya ihlombe.Ukuqanjwa kwalolu hlelo kungashiwo ukuthi kuyamangalisa umhlaba.
Abantu abaningi banelukuluku lokwazi ukuthi lokhu kufezwa kanjani.Ubuchwepheshe obumnyama obusetshenziswa kulokhu ukuqoshwa kwe-laser.
Iyini ubuchwepheshe be-laser engraving
Ngokwezwi nezwi, i-laser isho ukukhuliswa kokukhanya ngemisebe evuselelwe.Uma umsebe wokukhanya udlula entweni, imisebe evuselelwe ingenzeka ngaphansi kwezimo ezithile ezikhethekile, futhi ukukhanya okukhishiwe kuyefana nokukhanya kwesigameko.Le nqubo ifana nokukhulisa ukukhanya kwesigameko ngomshini wokuhlanganisa ukukhanya.Ngenxa yezici zayo ezihlukile zokubona, i-laser yaziwa nangokuthi "ukukhanya okugqamile", "umbusi onembe kakhulu" kanye "nommese oshesha kakhulu".
Njengenye yezinto eziqanjiwe ezinkulu zesintu ekhulwini lama-20, i-laser ihlanganiswe kuzo zonke izici zomphakathi wezomnotho.Ukukhanya kusetshenziswe kabanzi ekuxhumaneni kwe-fiber optical, ubuhle, ukuphrinta, ukuhlinzwa kwamehlo, izikhali, ukuhlukahluka neminye imikhakha.
Ukuqoshwa kwe-laser kusekelwe kubuchwepheshe be-CNC futhi i-laser iyindlela yokucubungula.I-denaturation ebonakalayo yokuncibilika kanye nokuhwamuka kwezinto ezicutshungulwayo ngaphansi kokushiswa kwemisebe ye-laser kungenza umbhalo we-laser ufeze inhloso yokucubungula.Ubuchwepheshe bokuqopha nge-laser baqala ngawo-1960.Isizukulwane sokuqala somshini wokuqopha we-laser we-Co2 empeleni sisebenzisa i-laser njengombusi okhulisayo wepeni lokukhanya, futhi silawula umsebenzi wepeni lokukhanya ngokunyathela iswishi ngonyawo olulodwa, olungasetshenziswa ukukopisha i-calligraphy, ukuqopha izithombe nemifanekiso.I-laser iqopha isithombe esifana nesokuqala emsebenzini.Lona umshini wokuqopha we-laser we-Co2 olula nowangempela onezindleko eziphansi.
Ngemva kweminyaka engu-60 yokuthuthuka, ubuchwepheshe bokuqopha nge-laser bukwazile ukufunda izithombe ze-stereo nezithombe ezinkulu, nokugcina nokucubungula ulwazi lwezithombe eziningi.
Kunzima kangakanani ukuphula izindandatho zeqhwa neqhwa zama-Olympics Wasebusika?
Ukuqoshwa kwe-Laser akunzima ukukufeza.Ubunzima bephrojekthi yeMidlalo yama-Olimpiki Wasebusika bukhona kokuthi: okokuqala, indlela yokufinyelela isithombe sokugeleza kwamanzi esikrinini;Okwesibili, ukuze ubonise ngokuphelele izithombe zama-Olimpiki Wasebusika wangaphambilini kanye nemicimbi yezemidlalo yeqhwa neqhwa ku-cube yeqhwa, kuyadingeka ukuguqula zonke izithombe zesibalo esinyakazayo zibe idatha yephoyinti edingwa umshini we-laser;
Khona-ke kuyadingeka ukuthi "ufunde" inani elikhulu le-inki yesiShayina futhi ugeze imidwebo ngomshini, ukusungula imodeli yesici se-inki nokugeza ukuthungwa, bese ukhiqiza izithombe ze-landscape ezenziwe isitayela, bese uguqula ukugqwayiza kwe-3D kudatha yephoyinti edingekayo umshini we-laser ukuze kuzuzwe uyinki nokugeza isithombe kokuthi "Amanzi Omfula Ophuzi Avela Esibhakabhakeni".
Ukuze ubonise kahle izithombe zama-Olimpiki Wasebusika wangaphambilini kanye nemidlalo yeqhwa neqhwa ku-ice cube, kuyadingeka ukuguqula zonke izithombe zomuntu onyakazayo zibe idatha yephoyinti edingwa umshini we-laser.Kulokhu, kufanele siguqule amashumi ezinkulungwane ezithombe ezizoboniswa endaweni ye-IceCube laser zibe ulwazi lwedijithali.
Izindandatho zama-Olympic zaphula iqhwa futhi zaze zenza nomshini wedijithali ongu-360-degree.Kusukela ku-cube yamanzi kuya ku-ice cube, izindandatho ze-Olympic ezicwebile zakhishwa "ngama-laser cutter" angu-24 kuyo yonke inkundla.
Vele, lobu akubona ubuchwepheshe bokuqoshwa kwe-laser obungafinyelelwa ngokuhlangene.Lokhu futhi kudinga usizo lwesikrini saphansi se-Bird's Nest.Lesi sikrini se-LED kusayithi le-Bird's Nest yisikrini esiphansi esikhulu kunazo zonke emhlabeni.Ukuqagela okusebenzisanayo okuphansi kwehlukile kunesikrini esijwayelekile sokuqagela.Ukuqagela okusebenzisana okuphansi kudinga isofthiwe yomphumela wevidiyo, iphrojektha, isofthiwe yokulawula okuyinhloko nezinzwa ukuze kuzuzwe.Ithuluzi lesithunzi likhiqiza isithombe esiphansi.Lapho abantu behamba endaweni yokuqagela, isithombe esiphansi sizoshintsha.Iprojektha kanye nemojula yenzwa ye-infrared ithwebula isenzo somhloli ngedivayisi yokuthwebula, bese isebenzisana nomhlabathi ngesistimu yokusebenzisana.
Izindandatho zama-Olympic zaphula iqhwa futhi zaze zenza nomshini wedijithali ongu-360-degree.Kusukela ku-cube yamanzi kuya ku-ice cube, izindandatho ze-Olympic ezicwebile zakhishwa "ngama-laser cutter" angu-24 kuyo yonke inkundla.
Vele, lobu akubona ubuchwepheshe bokuqoshwa kwe-laser obungafinyelelwa ngokuhlangene.Lokhu futhi kudinga usizo lwesikrini saphansi se-Bird's Nest.Lesi sikrini se-LED kusayithi le-Bird's Nest yisikrini esiphansi esikhulu kunazo zonke emhlabeni.Ukuqagela okusebenzisanayo okuphansi kwehlukile kunesikrini esijwayelekile sokuqagela.Ukuqagela okusebenzisana okuphansi kudinga isofthiwe yomphumela wevidiyo, iphrojektha, isofthiwe yokulawula okuyinhloko nezinzwa ukuze kuzuzwe.Ithuluzi lesithunzi likhiqiza isithombe esiphansi.Lapho abantu behamba endaweni yokuqagela, isithombe esiphansi sizoshintsha.Iprojektha kanye nemojula yenzwa ye-infrared ithwebula isenzo somhloli ngedivayisi yokuthwebula, bese isebenzisana nomhlabathi ngesistimu yokusebenzisana.
Kufanele kushiwo ukuthi eminyakeni eyi-14 edlule, izinga lesayensi nezobuchwepheshe laseShayina libe nezinguquko ezinyakazisa umhlaba.Ukusetshenziswa kobuhlakani bokwenziwa, ukubona komshini, ifu, i-inthanethi Yezinto, i-5G.Uma kuqhathaniswa no-2008, i-Beijing Olympic Games igxile kakhulu ekuboniseni iminyaka engu-5000 yaseShayina yempucuko nomlando.
Isikhathi sokuthumela: Mar-14-2023