Uphawu lobuGcisa lwe-DIPSEC KYUI CMM

1. Isiseko sobude: VIONiC+RTLC

• I-VIONiC isebenzisa ii-algorithms zamva nje ezahlulwe-hlulwe kunye netekhnoloji yokucubungula isignali ukufezekisa i-Sub-Dividional Error ye-
• Inkqubo yesikali isebenzisa isizukulwana esitsha se-RTLC ye-20um pitch enenkqubo yesitimela ye-FASTRACK, ephucula kakhulu ukuchaneka kwesikali ngokwaso xa kuthelekiswa nesikali sesiqhelo se-40um. Irula yesikali yenziwe ngezinto zentsimbi, nto leyo enciphisa impembelelo yeoyile yokusingqongileyo kunye neziqhoboshelo zothuli kumlinganiselo.

2. Ubunzima obuphezulu obungenazimbobo obuphezulu bokuthwala umoya ongaphambili

• I-air bearing isebenzisa uyilo oluyilwe ngokukodwa olunemingxuma, olunciphisa isiphumo sokuzivuselela kwaye luphucule amandla okuthwala kunye neemfuno zokuqina.
• Xa kuthelekiswa nesizukulwana sangaphambili seebheringi zomoya, ukuqina kunyuswa ngama-20%, kwaye amandla okuthwala anyuswa ngama-30%. Kwangaxeshanye, uyilo lomphezulu webhola lunokuphelisa kakhulu isiphumo sokutsalwa kwe-vacuum, luphucule ukuhamba kakuhle kwebheringi yomoya kwaye luthintele ukuzivuselela ngenxa yokunxibelelana phakathi kwebheringi yomoya kunye nentonga ye-ejector isebenzisa umphezulu omkhulu woqhagamshelwano ukuze kususwe umthwalo woxinzelelo lwenxalenye, amandla afanayo ngakumbi, kwaye ukuguqulwa kwebheringi yomoya kuncinci.

3. Uyilo lwesakhiwo oluhlanganisiweyo oluvalekileyo ngokupheleleyo

• Umgaqo wokulinganisa we-coordinate Umatshini wokulinganisa kukusebenzisa i-sensor yokulinganisa ukuqala inqaku elikumphezulu wenxalenye elinganisiweyo ukuze kufunyanwe ixabiso le-coordinate yenqaku, kwaye kufunyanwe ubungakanani obufanelekileyo, indawo, ulwalathiso kunye nolunye ulwazi ngokubala izibalo ze-point coordinate. Okubalulekileyo kukuba, i-sensor yokulinganisa ifakwe kwisiphelo esisezantsi se-axis ethe nkqo (oko kukuthi, i-Z-axis).
• Utshintsho lwendawo ehambelanayo ye-sensor yokulinganisa kwinkqubo yokulungelelanisa lumisela ukuchaneka kokulinganisa komatshini wokulinganisa. Ke ngoko, icandelo le-Z-axis constraint (ebizwa ngokuba yi-slide frame) lidlala indima ebalulekileyo kwisakhiwo somatshini wokulinganisa.

4. Inkqubo yokucinezela ngokubandayo ye-aero-duralumin kwiikholamu eziphambili nezincedisayo

• Iikholamu eziphambili nezincedisayo zenziwe nge-aluminium alloy eqinileyo ye-aviation ye-7 series, emva konyango oluqinileyo lwesisombululo kunye nokuguga okwenziweyo ngokupheleleyo inkqubo yonyango lobushushu lwe-T6, ngokusekelwe emoyeni ongaphezulu kweempawu ezintle ze-aluminium eqinileyo, ubulukhuni, amandla, ukuqina kwanda phantse amaxesha ali-1.5, amandla okuxinana kunye nokucinezela kunye nokuqina kwekholamu ephambili kunye nencedisayo kuyaphuculwa, ukuguqulwa okuncinci, ukuchaneka kokuchaneka okuzinzileyo ngakumbi.
• Xa kuthelekiswa nokubumba ngomatshini, inkqubo yokubumba ngomatshini obandayo nangona ixabiso liphezulu, kodwa isakhiwo esixineneyo simisela iipropati ezingcono zoomatshini, Nokuba kungenxa yamandla nokuqina komatshini wonke, inkqubo yokubumba ngomatshini obandayo ngokungathandabuzekiyo lukhetho olungcono.

Nceda unxibelelane nathi ukuba unemibuzo okanye iingcebiso apha overseas0711@vip.163.com