Iindaba

Ukusukela ngo-Epreli nge-27 ka-Epreli ukuya kwi-29, uCarman Haas wazisa iimveliso ze-Lithium zebhetri yebhetri yebhetri kunye nezisombululo kwiNkomfa yeTekhnoloji yeTekhnoloji yeTekhnoloji yeTekhnoloji yeTekhnoloji / umboniso

I. Ibhetri ye-cylindrical taser ye-turvanometer ye-gevanometer yenkqubo ye-welvanometer

1. I-Drift ephantsi ye-Drift ye-Drift kunye nokuCoca oluPhezulu, olunokuxhasa ukuya kuthi ga kwi-100W i-100w

2. Uyilo olukhethekileyo lokukhetha kunye nokulungisa ukuqinisekisa ukuba ilahleko ebanzi yentloko yeskena ilawulwa ngezantsi kwe-3.5%

3. Ukubek'esweni okuqhelekileyo kwe-CCD, i-CCD engatshatanga kunye ne-Phinal Kintom kunye nezinye iimodyuli; Inkxaso yeenkqubo ezahlukeneyo zeWelding

4. Ngaphantsi kokujikeleza okungafaniyo, i-trajectory i-trajectures yokuphindaphinda iphantsi kwe-0.02mm

II. Umlinganiso we-M2 ngokuzenzekelayo

I-1. I-Bealzler iMise ngokuzenzekelayo iMilinganiselo ye-M2

Emva kokungena kujongano, kuya kubanjwa ngokuzenzekelayo kwaye kubonakalise indawo, kwaye ifonti enkulu eluhlaza iya kubonisa ububanzi bendawo, i-ellicicity kunye nexabiso lencopho ye-ceak. Uluhlu oluneenkcukacha luboniswe kuluhlu olungasekhohlo

2. Isisombululo esiphezulu kunye nobukhulu obukhulu be-pixel ukuqinisekisa ukuchaneka okuphakathi komgangatho kunye nohlalutyo

3. Uyilo lwe-plug-kunye ne-play luqinisekisa ukuhambelana nokusebenza kwesixhobo sezixhobo zokufumanisa.

4. Inamandla okuvavanya iparameter ezininzi, kwaye unokulinganisa: ububanzi beBeam, ubume, isikhundla, ukusasazwa, ubungakanani bobuchule, ubungakanani, ubungakanani, njl.njl.

5. Uyilo lwemodyuli, ilungele iimeko ezahlukeneyo zesicelo.

I-3. I-Laser Pole iCole
Ukusika isiqwenga se-Pole kukusebenzisa i-Laser yamandla ePhezulu yeBerity ye-Beam ukwenza isikhundla se-Pole Pole Tole ukuba ifuduselwe, kwaye isikhundla sendawo sifunyanwe ngokukhawuleza, kwaye sifakwe kwaye sifikelela kwindawo yokugcina umngxunya ukwenza umngxunya. Njengoko i-beam ihamba kwi-Pole ye-Pole, imingxunya iyasebenza ngokuqhubekayo ukuba yenze isilayidi esinqabileyo, ngaloo ndlela igqiba ukusika isiqwenga se-pole.

Iimpawu zobugcisa:

1. Ukungaqhagamshelwa, akukho ngxaki yokufa, kwaye ukuzinza kwenkqubo kulungile;

Ifuthe lobushushu lingaphantsi kwe-60um, kwaye i-on edle edleted i-overflow ingaphantsi kwe-10m.

3. Inani leentloko ze-laser ezichetyiweyo linokuseta ngokukhululekileyo, kwaye iintloko ezingama-2-8 zinokufezekiswa ngokweemfuno, kwaye ukuchaneka kokucocwa kungafikelela kwi-10m; I-3-entloko ye-galvanometer iqhekeza, ubude bokusika bunokufikelela kwi-1000mm, kwaye ubungakanani bokusika bukhulu.
I-4. Ngengxelo egqibeleleyo yengxelo kunye nezokhuseleko
5. Umlawuli unokuba ngaphandle kweintanethi ukuqinisekisa ukuqiniswa kwemveliso eqhelekileyo; Kwangelo xesha, kuneentlobo ngeentlobo zonxibelelwano kunye neendlela zonxibelelwano, ezinokuqhagamshela ngokukhululekileyo kunye nokwenziwa kwabathengi ngokwezifiso, kunye neemfuno ze-mes.
I-6. I-Laser yokusika kuphela ifuna utyalomali lwexabiso lexesha elinye, kwaye akukho ndleko zokutshintsha ukufa nokwehla kwetyala, elinokunciphisa ngokufanelekileyo iindleko.

Iv. I-3d Laser ye-Laser Galvanometer welding

I-1. I-Drift ye-Drift ephantsi ye-Drift ephantsi kunye nokuCoca ePhakamileyo, enokuxhasa ukuya kwi-100w ye-100w ye-Wills

2. Uyilo olukhethekileyo lokukhetha kunye nokulungisa ukuqinisekisa ukuba ilahleko ebanzi yentloko yeskena ilawulwa ngezantsi kwe-3.5%

3. Ukubek'esweni okuqhelekileyo kwe-CCD, i-CCD engatshatanga kunye ne-Phinal Kintom kunye nezinye iimodyuli; Inkxaso yeenkqubo ezahlukeneyo zeWelding

I-4. Ukugxila kwi-60mm ye-60mm, ixesha lama-20ms

I-5. I-Lithium I-LITERT YOKUGQIBELA I-LART YOKUGQIBELA IXESHA LOKUGQIBELA