Ithuluzi Lokulinganisa Isithombe Esinobukhulu Obubili Elisebenzisa Isandla Elivundlile
Ividiyo
Amapharamitha Obuchwepheshe Ayinhloko kanye Nezimpawu Zomshini
| Imodeli | Ithuluzi lokulinganisa isithombe esinezinhlangothi ezimbili ngesandla elivundlile i-SMU-4030HM |
| Ukushaya kokulinganisa kwe-X/Y/Z | 400×300×150mm |
| I-stroke ye-axis ka-Z | Isikhala esisebenzayo: 150mm, ibanga lokusebenza: 90mm |
| Ipulatifomu ye-axis ye-XY | Ipulatifomu yeselula ye-X/Y: imabula ye-cyan; Ikholomu ye-axis ye-Z: insimbi eyisikwele |
| Isisekelo somshini | Imabula ye-Cyan |
| Usayizi wekhawuntara yengilazi | 400×300mm |
| Usayizi wekhawuntara yemabula | 560mm × 460mm |
| Umthamo wokuthwala wekhawuntara yengilazi | 50kg |
| Uhlobo lokudlulisela | I-axis ye-X/Y/Z: Umhlahlandlela wokushayela oqondile ophezulu kanye nenduku epholishiwe |
| Isikali sokubona | Isixazululo sesikali se-optical axis se-X/Y: 0.001mm |
| Ukunemba kokulinganisa okuqondile kwe-X/Y (μm) | ≤3+L/100 |
| Ukunemba kokuphindaphinda (μm) | ≤3 |
| Ikhamera | Ikhamera yezimboni enombala we-HD engu-1/3″ |
| Ilensi | Ilensi yokusondeza ngesandla, ukukhuliswa kokukhanya: 0.7X-4.5X, ukukhuliswa kwesithombe: 20X-180X |
| Uhlelo lwesithombe | Isofthiwe yokulinganisa ngesandla ye-SMU-Inspec |
| Ikhadi lesithombe: ikhadi lokuthwebula ividiyo le-SDK2000 | |
| Uhlelo lokukhanyisa | Umthombo wokukhanya: umthombo wokukhanya we-LED olungisekayo njalo (umthombo wokukhanya okungaphezulu + umthombo wokukhanya we-contour + ukuma kwe-infrared) |
| Ubukhulu obuphelele （L*W*H） | Imishini eyenziwe ngokwezifiso, kuye ngomkhiqizo wangempela |
| Isisindo (kg) | 300KG |
| Ukunikezwa kwamandla kagesi | I-AC220V/50HZ I-AC110V/60HZ |
| Iswishi yokunikeza amandla | I-Mingwei MW 12V |
| Ukucushwa komsingathi wekhompyutha | I-Intel i3 |
| Imonitha | I-Philips engu-24” |
| Iwaranti | Iwaranti yonyaka owodwa yomshini wonke |
Isofthiwe Yokulinganisa
Ngokugxila ngesandla, ukukhulisa kungashintshwa njalo.
Ukulinganisa okuphelele kwejometri (ukulinganisa amaphuzu amaningi amaphuzu, imigqa, izindilinga, ama-arcs, ama-rectangles, imifantu, ukuthuthukiswa kokunemba kokulinganisa, njll.).
Umsebenzi wokuthola umphetho ozenzakalelayo wesithombe kanye nochungechunge lwamathuluzi okulinganisa isithombe anamandla enza inqubo yokulinganisa ibe lula futhi yenze ukulinganisa kube lula futhi kuphumelele kakhudlwana.
Sekela ukulinganisa okunamandla, umsebenzi wokwakha amaphikseli olula futhi osheshayo, abasebenzisi bangakha amaphuzu, imigqa, imibuthano, ama-arcs, ama-rectangles, ama-grooves, amabanga, ama-intersection, ama-engeli, ama-midpoints, ama-midlines, ama-verticals, ama-parallels kanye nobubanzi ngokuchofoza nje kuhluzo.
Amaphikseli alinganisiwe angahunyushwa, akopishwe, ajikeleziswe, ahlelwe, alinganiswe, futhi asetshenziselwe eminye imisebenzi. Isikhathi sokuhlela singafinyezwa uma kwenzeka izilinganiso eziningi.
Idatha yesithombe somlando wokulinganisa ingagcinwa njengefayela le-SIF. Ukuze kugwenywe umehluko emiphumeleni yokulinganisa yabasebenzisi abahlukene ngezikhathi ezahlukene, indawo kanye nendlela yokulinganisa ngakunye kwamaqoqo ahlukene ezinto kufanele kufane.
Amafayela ombiko angakhishwa ngokwefomethi yakho, futhi idatha yokulinganisa yento efanayo yokusebenza ingahlukaniswa futhi ilondolozwe ngokwesikhathi sokulinganisa.
Amaphikseli anezinkinga zokulinganisa noma angabekezeleli angalinganiswa kabusha ngokwehlukana.
Izindlela zokusetha uhlelo lokuhlela oluhlukahlukene, okuhlanganisa ukuhumusha nokujikeleza kokuhlela, ukuchaza kabusha uhlelo olusha lokuhlela, ukuguqulwa kwemvelaphi yokuhlela kanye nokuqondanisa kokuhlela, kwenza ukulinganisa kube lula kakhulu.
Ukubekezelelana kwesimo kanye nesikhundla, umphumela wokubekezelelana kanye nomsebenzi wokubandlulula kungasethwa, okungase kuphazamise usayizi ongafaneleki ngesimo sombala, ilebula, njll., okuvumela abasebenzisi ukuthi bahlulele idatha ngokushesha.
Ngombono we-3D kanye nomsebenzi wokushintsha imbobo ebonakalayo yesikhulumi esisebenzayo.
Izithombe zingakhishwa njengefayela le-JPEG.
Umsebenzi welebula lephikseli uvumela abasebenzisi ukuthola amaphikseli okulinganisa ngokushesha nangokulula lapho belinganisa inani elikhulu lamaphikseli.
Ukucutshungulwa kwamaphikseli e-batch kungakhetha amaphikseli adingekayo futhi kuqalise ngokushesha ukufundisa uhlelo, ukusetha kabusha umlando, ukufaka amaphikseli, ukuthumela idatha kanye neminye imisebenzi.
Izindlela zokubonisa ezahlukahlukene: Ukushintsha ulimi, ukushintsha iyunithi ye-metric/intshi (mm/intshi), ukuguqulwa kwe-engeli (amadigri/imizuzu/imizuzwana), ukusetha iphuzu ledesimali lezinombolo ezibonisiwe, ukushintsha kwesistimu yokuxhumanisa, njll.
Isofthiwe ixhunywe kalula ne-EXCEL, futhi idatha yokulinganisa inemisebenzi yokuphrinta ngezithombe, imininingwane yedatha kanye nokubuka kuqala. Imibiko yedatha ayikwazi ukuphrintwa futhi ithunyelwe ku-Excel ukuze ihlaziywe ngezibalo kuphela, kodwa futhi ithunyelwe ngaphandle ngokwezidingo zombiko wefomethi yamakhasimende ngokufanayo.
Ukusebenza okuhambisanayo komsebenzi wobunjiniyela obubuyela emuva kanye ne-CAD kungafeza ukuguqulwa phakathi kwesofthiwe nomdwebo wobunjiniyela be-AutoCAD, futhi kwahlulele ngokuqondile iphutha phakathi komdwebo womsebenzi nowobunjiniyela.
Ukuhlela okwenziwe ngokwezifiso endaweni yokudweba: iphuzu, umugqa, indilinga, i-arc, susa, sika, nweba, i-engeli exubile, indilinga iphuzu elixubile, thola isikhungo sendilinga ngemigqa emibili kanye nerediyasi, susa, sika, nweba, HLEHLISA/PHINDELA. Izichasiselo zobukhulu, imisebenzi elula yokudweba ye-CAD kanye nokuguqulwa kungenziwa ngqo endaweni yokubuka konke.
Ngokuphathwa kwefayela okwenziwe ngabantu, kungagcina idatha yokulinganisa njengamafayela e-Excel, Word, AutoCAD kanye ne-TXT. Ngaphezu kwalokho, imiphumela yokulinganisa ingangeniswa kusofthiwe ye-CAD yobungcweti ku-DXF futhi isetshenziswe ngqo ekuthuthukisweni nasekuklanyweni.
Ifomethi yombiko wokukhipha yezinto zephikseli (njengezixhumanisi eziphakathi, ibanga, irediyasi njll.) ingenziwa ngezifiso kusofthiwe.
