Intelligent Pressure Plug-nge-Screen Printer
(1)Indlela yokuqondanisa
1. Iplathifomu yokuqondanisa engu-XXY yengxenye engaphambili ye-monolithic ifakwe amalensi e-CCD angu-4 ukuze ithwebule ngokushesha futhi ibuyisele isithombe esiqondiwe (noma sokuma kwembobo) ku-substrate ohlelweni lokulawula ukuze kuqhathaniswe indawo.Uma isikhundla sichezukile, yazisa idrayivu ye-servo ye-X/Y/Y.Isistimu iqala ngokushesha, ihambisa ithebula lokuqondanisa (kanye ne-substrate yalo engenhla) iyise endaweni eqondile, bese iqedela ukuqondanisa.
2. Ngemuva kokuthi ukulungiswa sekuqediwe, izingwegwe zetafula lesobunxele nesokudla zilungisa i-substrate etafuleni lokuthutha, bese uletha i-substrate engxenyeni yokuphrinta.
(2) Isigaba sokuxhuma
1. Isigaba sokuphrinta samukela inhloko yokuphrinta yesikrini samakholomu amane esezingeni eliphezulu, efakwe ukunyakaza okunembayo okuklanywe ngokukhethekileyo nezindlela zokulungisa, ezisebenza ngokushelela nangokuthula, nokuma ngokunembile:
- Ikhanda lokuphrinta: i-reducer motor ene-encoder control digital, umhlahlandlela womugqa, i-scraper eyodwa nezinye izindlela zokuphrinta ezi-4, ukujula kommese ohlanganisayo / inki-inki, i-angle yokujikeleza, ukulungiswa kwe-engeli enyakazayo.
- Ukucushwa kahle kwesikrini X/Y/Z: idizayini yohlaka oluphindwe kabili enembile futhi ebushelelezi, isibonisi se-knob yokulungisa kahle i-amplitude, inkomba yokuxhumanisa imvelaphi.
- Ukuphakamisa isikrini se-CNC: I-Servo motor ibambisana nesikulufu esinembayo sebhola kanye ne-synchronous gear rack kanye nokuphakamisa okuhambisanayo kwamakholomu amane, ukulungiselelwa kobude be-CNC (indawo yokuphrinta/indawo yokulinda/indawo yokuwasha).
2. Indlela yokuqondanisa yokuphrinta isebenzisa isistimu yokuqondisa ipuleti eshayelwa yi-servo, elungiswa ngokusondela kuthebula lokuqondanisa le-zero-gap, futhi ukunemba kokuqondanisa kufinyelela ezingeni um.
(3) Isigaba sokukhipha
1. Ingxenye yokukhipha ifakelwe amarola akhiphayo ukuze athathe i-treadmill ayilethe ku-base plate, futhi ayibuyisele kusihambisi.
2. Idizayini engenhla isekelwe kumqondo "wokusebenza kokuxhumana okuhlakaniphile", futhi ngamaconveyor avundlile engxenyeni yangaphambili nangemuva, amandla okufakwayo angancishiswa kakhulu futhi amandla okukhiqiza angandiswa.
(4)Umsebenzi wokuzikhiya usethelwe ngomshini ukuze kuqinisekiswe ukuzinza nokulinganisela kwe-plug-VIA
(5)I-inki/inhlaka ye-viscosity ephezulu ingagcwaliswa ngommese owodwa
(6) Isistimu yokucindezela esekela ukugcina ibhalansi yokucindezela, ingcindezi ye-kg 8-12kg
I-PLC: I-Mitsubishi
Umzila wesitimela:THK
Isilinda:I-AIRTAC
Ukuxhumana:I-Mitsubishi
Isikrini sokuthinta:weinview
Ibhande le-synchronous:I-MEGADYNE
I-Bearing:I-NSK
Isikulufu sebhola:I-TBI
Ubukhulu bosayizi wokucubungula:630mm×730mm
Ilensi yokuqondanisa ye-CCD:4
Usayizi omncane wokucubungula:350mm×400mm
Ukulungiswa kwe-CCD:130
Ibanga lokuqina kwebhodi:0.8
-4.0 mm
Ukulungiswa kwe-CCD:12 um
Isivinini sokuphrinta:30～300 mm/sec elungisekayo
Ibanga lokusebenza le-CCD:300- 720 mm
Umkhawulo kasayizi wozimele wesikrini:1200×1100mm
Inkambu yokubuka ye-CCD ephumelelayo:12*15mm
Ubuncane bosayizi wozimele wesikrini:800×800mm
Usayizi wethagethi yesithombe se-CCD:1-3 mm
I-diameter yembobo yepulaki encane kakhulu:≤ 0.20mm
Izinhlobo ezitholakalayo ze-CCD okuqondiwe:okungenamkhawulo
I-engeli yokumboza/yokwesula: ±15°
Ibanga lokuphrinta:0 ~ 10 mm
I-Scratch stroke:i-servo 0～900 mm eguquguqukayo
Ukucaciswa okuvela ebhodini:0 - 10 mm
Idizayini yephedi yembobo yokuxhuma:ihlukaniswe yabathathu
Ukulungiswa kahle kozimele wesikrini:X, Y, θ±5mm
Amandla esisetshenziswa:5.6/ KWH
(1)Indlela yokuqondanisa
1. Iplathifomu yokuqondanisa engu-XXY yengxenye engaphambili ye-monolithic ifakwe amalensi e-CCD angu-4 ukuze ithwebule ngokushesha futhi ibuyisele isithombe esiqondiwe (noma sokuma kwembobo) ku-substrate ohlelweni lokulawula ukuze kuqhathaniswe indawo.Uma isikhundla sichezukile, yazisa idrayivu ye-servo ye-X/Y/Y.Isistimu iqala ngokushesha, ihambisa ithebula lokuqondanisa (kanye ne-substrate yalo engenhla) iyise endaweni eqondile, bese iqedela ukuqondanisa.
2. Ngemuva kokuthi ukulungiswa sekuqediwe, izingwegwe zetafula lesobunxele nesokudla zilungisa i-substrate etafuleni lokuthutha, bese uletha i-substrate engxenyeni yokuphrinta.
(2) Isigaba sokuxhuma
1. Isigaba sokuphrinta samukela inhloko yokuphrinta yesikrini samakholomu amane esezingeni eliphezulu, efakwe ukunyakaza okunembayo okuklanywe ngokukhethekileyo nezindlela zokulungisa, ezisebenza ngokushelela nangokuthula, nokuma ngokunembile:
- Ikhanda lokuphrinta: i-reducer motor ene-encoder control digital, umhlahlandlela womugqa, i-scraper eyodwa nezinye izindlela zokuphrinta ezi-4, ukujula kommese ohlanganisayo / inki-inki, i-angle yokujikeleza, ukulungiswa kwe-engeli enyakazayo.
- Ukucushwa kahle kwesikrini X/Y/Z: idizayini yohlaka oluphindwe kabili enembile futhi ebushelelezi, isibonisi se-knob yokulungisa kahle i-amplitude, inkomba yokuxhumanisa imvelaphi.
- Ukuphakamisa isikrini se-CNC: I-Servo motor ibambisana nesikulufu esinembayo sebhola kanye ne-synchronous gear rack kanye nokuphakamisa okuhambisanayo kwamakholomu amane, ukulungiselelwa kobude be-CNC (indawo yokuphrinta/indawo yokulinda/indawo yokuwasha).
2. Indlela yokuqondanisa yokuphrinta isebenzisa isistimu yokuqondisa ipuleti eshayelwa yi-servo, elungiswa ngokusondela kuthebula lokuqondanisa le-zero-gap, futhi ukunemba kokuqondanisa kufinyelela ezingeni um.
(3) Isigaba sokukhipha
1. Ingxenye yokukhipha ifakelwe amarola akhiphayo ukuze athathe i-treadmill ayilethe ku-base plate, futhi ayibuyisele kusihambisi.
2. Idizayini engenhla isekelwe kumqondo "wokusebenza kokuxhumana okuhlakaniphile", futhi ngamaconveyor avundlile engxenyeni yangaphambili nangemuva, amandla okufakwayo angancishiswa kakhulu futhi amandla okukhiqiza angandiswa.
(4)Umsebenzi wokuzikhiya usethelwe ngomshini ukuze kuqinisekiswe ukuzinza nokulinganisela kwe-plug-VIA
(5)I-inki/inhlaka ye-viscosity ephezulu ingagcwaliswa ngommese owodwa
(6) Isistimu yokucindezela esekela ukugcina ibhalansi yokucindezela, ingcindezi ye-kg 8-12kg
