GAME DA MU

Na'urar yankan wuka nau'i ne na na'ura mai yankan mutuwa, wanda aka fi sani da "Mashinan Rotary Die yankan", wanda ake kira Rotary, wanda aka fi sani da na'urar yankan wuka, injin hob ko na'urar yankan wuka zagaye. Yana a cikin nau'i na hob ci gaba da juyawa mutu-yanke aiki, mutu-yankan inji yana daya daga cikin mafi girma samar da inganci na inji. Kasu kashi 2 kujeru, 3 kujeru, 5 kujeru, 7 kujeru da sauran jerin zagaye wuka mutu yankan model. Zagaye wuka mutu yankan ne don cimma manufar mutu yankan ta ruwa da abin nadi extrusion abu, da nadi ne m surface da wuya cylindrical shaft, zagaye wuka aiki ne a cikin wani tsari don kammala hadawa da sarrafa Multi-Layer abu mutu sabon Hanyar.

A halin yanzu, daga ra'ayi na tashin hankali kula da tsarin na Multi-tasha madauwari wuka mutu sabon na'ura, shi ne kullum kasu kashi biyu iri: daya shi ne don amfani da shirin atomatik tashin hankali iko, ta hanyar da pre-sa shirin, ta atomatik lissafta girman da iska shaft da lissafin da karfin juyi a lokaci, don tabbatar da kwanciyar hankali na tashin hankali. Ana amfani da tsarin sarrafa tashin hankali ta atomatik a Turai da Amurka. A cikin ra'ayi na masu aiki da yawa, fa'idodin tsarin kula da tashin hankali na atomatik suna bayyane sosai, kamar kayan ba ya buƙatar rauni sau da yawa; Rage ɓarna kayan abu da lalacewa; Ayyukan yana da sauƙi kuma mai dacewa, kuma shirin yana da sauƙi don haɓakawa.

Iyakar injin yankan wuka mai da'ira:

Ya dace da allon kewayawa mai sassauƙa, fim ɗin kariya, manne guda ɗaya da biyu na gefe, murfin aluminum na jan karfe, kumfa, samfuran viscose da sauran kayan yankan yankan mashin ɗin da sarrafa tsiri.

An fi amfani da shi a fagen kera motoci, sabon filin baturi na lithium makamashi, filin semiconductor, filin kwamfuta ta wayar hannu, filin nunin kristal mai ruwa, filin kyamarar dijital, filin kayan aikin likita da sauransu.

Bayanin aikin kayan aiki:

Bangaren tuƙi na mai riƙe kayan aiki ana sarrafa shi ta hanyar servo motor, wanda ke da tsayayyen tashin hankali, daidaitaccen matsayi na hannun riga da aiki mai dacewa.

Kwamitin aiki yana ɗaukar allon taɓawa na Taiwan Willen, wanda zai iya saita sigogi daban-daban da yanayin aiki kai tsaye akan allon;

Ƙaƙwalwar karɓa da fitarwa mai saukewa, ƙaddamar da tsari mai dacewa, rage nisa na karɓa da fitarwa;

Mutu saurin yankan, babban madaidaici, saurin sauri har zuwa mita 50 / min;

Za a iya adana saiti 200 na tsari, dacewa da daidaitawar inji;

Ayyukan gyaran gyare-gyare ta atomatik na kayan aiki na iya saita gyare-gyaren tsari da gyaran saki bisa ga bukatun abokin ciniki;

Fashewar kayan aiki ta atomatik fara ƙararrawa;

Lantarki ido tracking, atomatik tracking mutu yankan;

Kowane mariƙin yanke zai iya gane yankan hannun rigar asynchronous, kayan ceto;

Ana iya amfani dashi tare da injin laser;

Ana iya sanye shi da labulen haske mai aminci, igiya mai aminci, tsarin kariya ta gaggawa;

Za a iya kafa tsarin dual don samar da samfurori daban-daban guda biyu a lokaci guda;

Ana iya daidaita adadin tashoshi bisa ga bukatun abokin ciniki, kuma ana iya daidaita faɗin.

Lura: Ma'aunin yana ɗaukar tashoshi goma a matsayin misali

Bayanin aikin samfur:

1. Wannan kayan aiki shi ne irinsa na farko a kasar Sin, wanda aka fi amfani da shi wajen yanke da kafa polarizer, sa'an nan tattarawa da sarrafa su ta hanyar ma'aikaci;

2. Sashin ciyarwa yana ɗaukar nauyin ciyarwa ta atomatik na layin kayan aiki na akwatin kayan aiki, sarrafawa mai rarraba, wanda zai iya adana kayan aiki da daidaita aikin matsayi;

3. Bangaren riko na manipulator ya ƙunshi juzu'in fassarar, ƙirar ɗagawa da ƙoƙon tsotsa, wanda ke da aikin buffet ɗin silinda da hura iska don hana manyan sassa;

4. Bayan da aka fitar da kayan daga cikin akwati na asali, akwai matsayi na biyu, daidaitaccen daidaitawa ta hanyar dandalin daidaitawa da hangen nesa na CCD, da kuma daidaita madaidaicin lokaci;

5. Yi amfani da ƙananan danko na kasa fim a matsayin tushe don juya takardar zuwa kayan coil, kuma aika kayan zuwa kayan aikin yankan ta hanyar ƙungiyoyi da yawa na hanyoyin haɓakawa. Fim ɗin da ke ƙasa yana da gyaran gyare-gyare mai sauƙi da kuma kula da tashin hankali akai-akai a lokacin tsarin watsawa don tabbatar da cewa matsayi na kayan aiki da tashin hankali ya kasance da kwanciyar hankali yayin aikin sufuri;

6. Kafin kayan aikin yankan, akwai ido na induction don gano matsayi na farko na takardar, kuma ana aika siginar amsawa zuwa mai yanke kayan aiki. Bisa ga wannan siginar, ana aiwatar da kayan aikin yanke don mirgina yanke;

7. Zagaye wuka na wuka yana iya cirewa, bisa ga ƙayyadaddun girman samfurin daban-daban, kawai buƙatar maye gurbin ruwa zai iya zama mai sauƙi da dacewa;

8. Yin amfani da yanayin yankan wuka na madauwari, idan aka kwatanta da tsarin ƙwanƙwasa na gargajiya na iya rage tasirin ƙasa, rage rawar jiki, ta yadda za'a iya sanya kayan aiki a bene na biyu a sama da bene ba a shafa ba;

9. Akwai guda biyu na manne baya a bangarorin biyu na kayan. Bayan mirgina da yanke, za'a iya tattara sharar ba tare da tarin kayan aikin hannu ba;

10. Za a iya sake dawo da fim din kasa ta hanyar fim din rewinding na kasa, kuma an fitar da samfurin da aka gama kuma yana gudana cikin layin bel na baya;

11. The raya karshen bel line yana da tsotsa inji, wanda zai iya yadda ya kamata adsorb kayan don hana ƙaura. Ta hanyar hanyar ganowa ta CCD a gaban layin bel, ana gano lahani na saman samfurin da girman matsayi, kuma ana mayar da siginar zuwa hannun gizo-gizo don fahimta;

12.CCD gano inji an sanye take da 18K line scan launi line scan kamara;

13. Bayan karɓar siginar, hannayen gizo-gizo suna ɗaukar samfurin a cikin akwatin karɓa a bangarorin biyu na layin bel don tarawa;

Duk ƙofar kayan aiki tana sanye take da makullin tsaro don kariyar tsaro, kuma an sanye shi da na'urar tace fan, wanda zai iya kiyaye ƙarancin ƙura da ƙura a cikin kayan aikin yadda ya kamata, don haɓaka matakin tsabta.

Abubuwan gwajin samfur:

1. Anti-ganewa yanki: gano tabbatacce da kuma mummunan jeri na samfurin.

2. Gano inkjet: (1), gano hali; (2) Gano lambar QR.

3. Gano bayyanar: (1), kumfa na roba; (2) raunukan wuka; (3), matsa lamba, tambari; (4), kumfa; (5) ; (6) Farin kusurwa; (7) Raunin karo; (8), ɗigon ja, layin ja; (9), girman rami kamara, matsayi, da sauransu.

Bukatun gwaji:

1. Ganewa yadda ya dace: m samar iya aiki ≥6000 guda a kowace awa.

2. Ganewa daidaito: rashin kuskure ≤0.5%, rashin yanke hukunci ≤8%.

Sigar kayan aiki:

Rikodin aiki: Yana iya gano gyare-gyaren siga da canza allon taɓawa;

Ayyukan tambaya na tarihi: Kuna iya neman bayanan samar da ƙararrawa don sauƙaƙe gano matsala;

Ma'ajiyar alamar tarihi ta tarihi: Ana iya adana bayanan alamar coils da yawa a jere kuma a loda su don sauƙaƙa tambayar bayanan sa alama;

Dangane da bukatun abokin ciniki, ana iya ƙididdige adadin na'urorin yin alama. Kowane sashi na iya shigar da injunan alama 1-6.

Bakin yana ɗaukar ɗaukan silinda gabaɗaya, kuma ɓangarorin biyu suna amfani da layin dogo don daidaita matsayin.

Ƙa'idar aiki: Lokacin aiki, bayan CCD ta gano lahani na kayan aiki, saitin fiber na gani yana mayar da sigina zuwa software na CCD. Bayan bincike da sarrafawa, ana mayar da siginar zuwa na'ura mai lakabi PLC don fitar da siginar I / Q zuwa na'ura mai lakabi, yana motsa motar don gudu da iska. Maɓallin alamar yana fara fitar da lakabin. Bangaren birki yana sarrafa tashin hankali. Alamar tana amfani da maɓalli na hoto ta hanyar katako don gano shigar ciki da matsayi, kuma firikwensin alamar launi yana ɗauka kuma yana jin yanayin alamar alamar da ya ɓace.

Wannan injin yana amfani da farantin juzu'i na musamman don sarrafa tashin hankali mara ƙarfi don tabbatar da kwanciyar hankali da kwanciyar hankali na mirgina tef a kowane gudu da diamita na birgima, yana tabbatar da fitowar lakabin al'ada ba tare da alamun wuce gona da iri ba, alamun tashi, ko takalmi mai tsauri, kuma a lokaci guda yana tabbatar da daidaiton matsayi na alamar.

Lokacin da farkon siginar I/O ya wuce mitar fitarwa, ana ƙara ƙararrawa don tabbatar da ingancin lakabin. Lokacin da aka karɓi siginar I/O ta farko, ana iya mayar da siginar fitarwa nan da nan zuwa kwamfuta ta sama don nuna amsa akan lokaci. Ana iya yin rikodin mitar shigarwar I/O lokaci guda.

Ƙa'idar aiki: Lokacin aiki, PLC yana fitar da siginar I/Q zuwa na'ura mai lakabi, yana motsa motar don gudu da iska. Maɓallin alamar yana fara fitar da lakabin. Bangaren birki yana sarrafa tashin hankali. Lakabin yana amfani da maɓalli na hoto ta hanyar katako don gano shigar ciki da matsayi, kuma maɓalli na hoto yana ɗauka da fahimtar yanayin alamar da ya ɓace.