Umshini wokupakisha we-Anode

Ukucaciswa

Ukuphakama kwalo mshini wokupakisha we-Anode ozenzakalelayo kuseqophelweni eliphezulu elinikeza ibhethri eliqediwe. Ngokungafani nama-winding, inqubo yokupakisha idala isakhiwo esiyisicaba, esilinganayo esinokusabalalisa okufanayo kwamanje kanye nokucindezeleka okuncane kwangaphakathi. Lo mshini uphelelisa lesi simiso ngokuqinisekisa ukuthi isendlalelo ngasinye esisebenzayo sinokuchayeka okungaguquguquki ku-electrolyte nezindlela ze-ionic ezifanayo.

Umphumela oqondile uyingqamuzana elinezici zokusebenza ezisezingeni eliphezulu: ukusetshenziswa okuphezulu kwamandla okuminyana, amandla okulinganisa athuthukisiwe ngenxa yokumelana okuphansi kwangaphakathi, nempilo yomjikelezo othuthukisiwe obangelwa ukuwohloka kwe-electrode okuncishisiwe. Ngaphezu kwalokho, ukuqondanisa kahle konqenqema kuvimbela-amafushane amancane futhi kuthuthukisa ukuphepha. Ngokunika amandla ukukhiqizwa kwezitaki ezinde, ezinde ngaphandle kwemikhawulo yokugoba kokusonta, kuvula amandla edizayini{3}}efomethi yamaseli e-prismatic amakhulu asetshenziswa ezimotweni zikagesi kanye nesitoreji esinganyakazi, ikwenze kube amandla abalulekile{4}}esizukulwaneni esilandelayo sobuchwepheshe bebhethri.

Isimiso Sokusebenza Kwezisetshenziswa

Lo mshini usebenzisa ingalo yerobhothi eya emuva naphambili ukuze ucoshe amashidi e-electrode kuma-electrode hoppers anegethivu namaphozithivu. Ngokumiswa kwesibili, amashidi abekwa ngokushintshana endaweni yesikhulumi sokunqwabelanisa. Inkundla yokunqwabelanisa inyakaza kwesokunxele nakwesokudla ukuze yamukele amashidi e-electrode anegethivu kanye nephozithivu, kuyilapho ngesikhathi esifanayo yenza ukusonga okumise okuka-Z{2}}kwefilimu yesihlukanisi. Le nqubo iyaphindwa ukuze kuqedelwe ukunqwabelanisa nokuhlanganisa iseli yonke yebhethri.

Ukuhamba komsebenzi:
Izingalo zerobhothi zikagesi eziphozithivu nezingezinhle zisebenzisa izinkomishi zokumunca ukuze zicoshe amashidi e-electrode kumathileyi wezinto ezibonakalayo. Ngemva kokumiswa okunembile ngomshini wokumisa wesibili, amashidi apakishwa endaweni yesikhulumi sokupakisha; ifilimu yesihlukanisi ivuliwe ngenkuthalo, idlula ngendlela yokulawula ukungezwani, futhi yethulwa endaweni yesikhulumi sokupakisha; isiteji sokupakisha siya emuva naphambili ukubeka ifilimu yesihlukanisi sokubekwa kwe-electrode; ngemva kokuqedwa kokunqwabelanisa, ukuhlanganiswa kudluliselwa ngengalo yerobhothi, ifilimu yesihlukanisi iyasikwa{1}}, futhi okunamathelayo kufakwa ngokuzenzakalelayo; iseli eliqediwe lidluliselwa ngokuzenzakalelayo esiteshini sokuthulula futhi lilayishwe ngokuzenzakalelayo ethreyini.

Izici Zemishini

1) Ingaphandle lezinto zokusebenza liqukethe uhlaka olungaphezulu lwephrofayela ye-aluminium kanye neshubhu eliyisikwele elipendiwe eliphansi lohlaka lokusekela, oluhlanganisa{1}}nomklamo womugqa onezinhlangothi ezintathu obukeka kahle futhi kulula ukuwunakekela;
I-2) Kokubili ama-electrode alungile kanye nama-negative acushwa ngezikhala zempahla eyodwa;
3)Amashidi e-electrode afakwe indlela yesibili yokuma, esebenzisa indlela yokuma enezitobhi eziseceleni ezinyakazayo ngokusekelwe enkabeni yeshidi le-electrode, enciphisa kakhulu umonakalo wokungqubuzana kwamashidi e-electrode futhi agweme ukuthintana nezitobhi eziseceleni ngesikhathi-inqubo yokususa ishidi;
4)Ingalo yerobhothi enqwabelene ishayelwa-imojuli ye-servo ewumugqa ophezulu, efinyelela{2}}isivinini esikhulu, ezinzile, nokuma okunembile;
5)I-vacuum ye-robotic arm-kanye{2}}nesistimu yendawo izinzile futhi ithembekile, inokuqinisekisa okuzenzakalelayo kanye nemisebenzi yenkumbulo yokuphatha izinto eziphumelelayo noma ezingaphumelelanga;
6)Ukubekwa kabusha kwetafula lokupakisha kulawulwa i-servo-, okuholela esivinini esisheshayo nokupakishwa okunembile.
7)I-diaphragm evula ukungezwani ayiguquki, futhi ukuqondisa kwewebhu okuqhubekayo kuqinisekisa ukugoqa okuhlanzekile nokungaguquguquki;
8)I-programmable logic controller (PLC) isetshenziselwa ukulawula okuzenzakalelayo, futhi isikrini sokuthinta sihlinzeka{1}}ngesixhumi esibonakalayo esinobungane;
9)Inani lezendlalelo ezipakishiwe zingasethwa kusengaphambili;
10) Inomsebenzi wenkumbulo yobuningi obunqwabelene kanye nomsebenzi wezibalo zokukhiqiza, ongasethwa ngesikrini sokuthinta;
11) Inemisebenzi yokulungisa iphutha ebhalwe ngesandla kanye nokusebenza okuzenzakalelayo;
12) Zonke izingxenye ezisebenzayo zivikelwe uhlaka lomshini kanye neminyango yokuphepha, iqinisekisa ukuphepha komshini nabasebenzi.
13) Isakhiwo sonke somshini silula, ukusebenza kuphephile futhi kuzinzile, ukulawula kuthembekile, nokusebenza kulula.

Izingxenye eziyinhloko nemisebenzi

1)Indlela yokudla okubalulekile: Ukumiswa kwe-chute yempahla eyodwa;
2)Indlela yokuphakela ifilimu eyisihlukanisi kanye nendlela yokulungisa: Ishafu ecindezelayo yokulayisha impahla kanye ne-tension roller yokuqaqa impahla, ngokulungiswa okuzenzakalelayo kwendlela yempahla;
3)Khetha-bese{2}}beka indlela yokunyakaza: Ukukhetha nokubeka okokusebenza kwesokunxele nakwesokudla, kushayelwa i-servo motor-elawulwa yimoduli yomugqa womugqa ophezulu olawulwa ngesivinini, ukushintsha phakathi kwe-hopper yezinto, ithebula lokuma kwesibili, netafula lokupakisha;
4)Indlela yokwenza ithebula: I-Servo motor{1}}ilawulwa ukuphakamisa nokwehlisa ithebula lokunqwabelanisa, ngesilawuli se-servo motor sokunyakaza okuphindaphindayo phakathi kwama-electrode aqondile namanegethivu, ukuqoqa ama-electrode nokugoqa ifilimu yesihlukanisi ngendlela engu-Z{2}};
5)I-clamping mechanism: I-Servo motor-i-driven clamping mechanism ye-X-Y i-bidirectional compound motion, i-clamping kanye nokubeka ama-electrode nefilimu yesihlukanisi;
6)Ukukhetha i-Electrode-kanye{2}}nomshini wendawo: Isilinda silawula inkomishi yokumunca i-vacuum ukuze kutholwe kahle futhi kubekwe ama-electrode aqondile noma angalungile;
7)Indlela yokufaka itheyiphu: Idivayisi yokulungiselela impahla isika itheyipu yokunamathisela ibe ubude obungaguquki futhi iyisebenzise ekugcineni kwefilimu yesihlukanisi ukuvimbela iseli yebhethri ukuthi ingaxegi;
8)Indlela yokulayisha: Amaseli ebhethri ashisayo-acindezelwe athunyelwa endaweni yokulayisha, futhi inqubo yokupakisha nokuqoqwa itholwa ngokuzenzakalelayo.
9) Ukulawulwa kukagesi:
Isebenzisa isilawuli se-programmable logic (PLC) sokulawula okuzenzakalelayo kanye nesikrini sokuthinta{0}sesixhumi esibonakalayo somshini womuntu. Ifaka phakathi ukulawulwa kwe-tension, ukulungisa okuzenzakalelayo kokuchezuka, kanye{2}}nemojuli yokulawula ukunyakaza kwe-servo ephezulu.

Imininingwane Yezisetshenziswa kanye Nemingcele Yezobuchwepheshe

1. Izidingo zokucushwa
• Amandla Okufaka: 380V±10%-50Hz; Amandla: 10KW
• I-Ambient Temperature: 5℃-45 degree
• Umthombo Womoya Ocindezelwe: 0.5-0.7Mpa 0.5m³/min
2. Ubukhulu Besisetshenziswa: Ubude x Ububanzi x Ubude ≈ 2550 x 2650 x 2050 mm
3. Isisindo Sezisetshenziswa: Cishe u-3.5 T
4. Imininingwane Esebenzayo: (Electrode Sheets) Ubude 100-330mm, Ububanzi 80-180mm
5. Electrode Sheet Feeders: 1 electrode negative, 1 electrode positive
6. Indlela Yokuphuma: Ingalo yerobhothi ibeka amashidi endaweni engaguquki, ukunqwabelana okuzenzakalelayo
7. Indlela Yokuqaqa: I-Active tension unwinding with expansion shaft, ukulungiswa okuzenzakalelayo, ukulawula ukungezwani
8. Ububanzi beroli elibalulekile: <200mm
9. Ugqinsi lwamaseli ebhethri: 5-22mm
10. Ukunemba kokuqondanisa kwesihlukanisi: Ngaphansi noma kulingana no-±0.3 mm (ukuqondanisa kobuso ekugcineni)
11. Ukunemba kwesitaki se-Electrode: Ngaphansi noma kulingana no-±0.5mm (inani lokuchezuka maphakathi)
12. Ukunemba kwesitaki kanye ne-electrode stacking (longitudinal): Ngaphansi noma kulingana no-±0.3 mm (inani lokuchezuka maphakathi)
13. Isivinini sokupakisha: Ngaphansi noma kulingana namasekhondi angu-2.0/ucezu