Isici Sobuchwepheshe se-DIPSEC KYUI CMM

1. Isisekelo sobude: VIONiC+RTLC

• I-VIONiC isebenzisa ama-algorithms ahlukaniswe kabili kanye nobuchwepheshe bokucubungula amasignali ukuze kufezwe i-Sub-Dividional Error engu-
• Uhlelo lwesikali lusebenzisa isizukulwane esisha se-RTLC ye-20um pitch enohlelo lwesitimela lwe-FASTRACK, oluthuthukisa kakhulu ukunemba kwesikali ngokwaso uma kuqhathaniswa nesikali esivamile se-40um. Irula lesikali lenziwe ngezinto zensimbi, okunciphisa umthelela wokufakwa kukawoyela wemvelo kanye nothuli ekulinganisweni.

2. Ukuqina okuphezulu kokuthwala umoya osindayo oyisiyingi oyisiyingi

• I-air bearing isebenzisa uhlelo lokuklama olunezimbobo oluklanywe ngokukhethekile, olunciphisa umphumela wokuzivuselela futhi luthuthukise amandla okuthwala kanye nezidingo zokuqina.
• Uma kuqhathaniswa nesizukulwane sangaphambilini sama-air bearings, ukuqina kukhuphuka ngo-20%, kanti umthamo wokuthwala ukhuphuka ngo-30%. Ngesikhathi esifanayo, ukwakheka kobuso bebhola kungasusa kakhulu umphumela wokumuncwa kwe-vacuum, kuthuthukise ukushelela okuhambayo kwe-air bearing futhi kuvimbele ukuzivusa ngenxa yokuthintana phakathi kwe-air bearing kanye nenduku ye-ejector isebenzisa indawo enkulu yokuxhumana ukuze kuqedwe umthwalo wokucindezeleka kwengxenye, amandla afana kakhulu, futhi ukuguqulwa kwe-air bearing kuncane.

3. Isakhiwo sesakhiwo esilinganiselwe ngokuphelele esivalwe ngokuphelele

• Umgomo wokulinganisa we-coordinate Umshini Wokulinganisa ukusebenzisa inzwa yokulinganisa ukuqala iphuzu ebusweni bengxenye elinganisiwe ukuthola inani lokuxhumanisa lephuzu, nokuthola usayizi ofanele, indawo, isiqondiso kanye nolunye ulwazi ngokubala ngezibalo kwama-coordinate ephuzu. Okubalulekile, inzwa yokulinganisa ifakwe ekugcineni okungezansi kwe-axis eqondile (okungukuthi, i-Z-axis).
• Ukushintsha kwesimo esihlobene senzwa yokulinganisa ohlelweni lokuhlanganisa kunquma ukunemba kokulinganisa komshini wokulinganisa. Ngakho-ke, ingxenye yomkhawulo we-Z-axis (ebizwa ngokuthi uhlaka lwesilayidi) idlala indima ebalulekile ekwakhiweni komshini wokulinganisa.

4. Inqubo yokucindezela okubandayo kwe-aero-duralumin yamakholomu amakhulu nawasizayo

• Amakholomu amakhulu nasizayo enziwe nge-alloy ye-aluminium eqinile yochungechunge lwezindiza eziyi-7, ngemuva kokwelashwa kwesisombululo esiqinile kanye nokuguga okwenziwayo ngokugcwele inqubo yokwelashwa kokushisa kwe-T6, ngokusekelwe emoyeni ongaphezulu kwezakhiwo ezinhle kakhulu ze-aluminium eqinile, ubulukhuni, amandla, ukuqina kwanda cishe izikhathi eziyi-1.5, amandla okucindezelwa nokucindezela kanye nokuqina kwekholomu eyinhloko nesizayo kuyathuthukiswa, ukuguqulwa okuncane, kuvame ukuba nokunemba okuzinzile kakhudlwana.
• Uma kuqhathaniswa nokubumba ngomshini wokubumba, inqubo yokubumba ngomshini wokubumba obandayo yize izindleko ziphezulu, kodwa isakhiwo esiminyene sinquma izakhiwo ezingcono zemishini, Kungakhathaliseki ukuthi kuvela emandleni nasekuqineni komshini wonke, inqubo yokubumba ngomshini wokubumba obandayo ngokungangabazeki iyisinqumo esingcono.

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