Ukongeza ekusebenziseni ngokubanziiindawo ezenziwe ngesinyithi ezenziwe ngokwazo, zikwaxhotyiswe ngeeprofayili ezifana neeprofayili eziqhelekileyo zesaphulelo se-10%, iiprofayili zesaphulelo se-16%, kunye nezinye iiprofayili ezikhuthazwa yiRittal. Zingasetyenziselwa ukuphuhlisa iimveliso ezahlukeneyo. Izixhobo zemveliso ngokubanzi ziipleyiti ezigoqwe ngokubandayo, iipleyiti ezigoqwe ngokushushu, iipleyiti ezenziwe nge-galvanized, iipleyiti zentsimbi engagqwaliyo kunye neepleyiti ze-aluminium 5052. Imveliso yenziwe ngesiseko, isakhelo, iphaneli yomnyango, iphaneli esecaleni kunye nesigqubuthelo esiphezulu. Umfanekiso 3: iprofayili egoqwe ngokuli-10 kunye neprofayili egoqwe ngokuli-16.
Isiseko sesinyithi sephepha:
Isiseko sidla ngokwenziwa nge-T2.5 okanye ngaphezulu kwepleyiti egobayo okanye i-channel steel welding, kwaye inkqubo yonyango lomphezulu isebenzisa i-hot-dip galvanizing okanye i-powder spray. Umfanekiso 5 ngumzekelo wokugoba isampulu ethile yemveliso esisiseko. Ukugoba kwesiseko kusebenzisa i-argon arc welding okanye i-carbon dioxide shielded welding ngokuxhomekeke kwimveliso; iiparameter zenkqubo yokugoba: umbane womatshini wokugoba, i-voltage, izinto zocingo, ububanzi, isantya sokutya kwentambo, indlela yokugoba, isikhokelo kunye nobude becandelo lokugoba, njl.njl.
Isakhelo sesinyithi sephepha:
Iisakheloidla ngokwenziwa ngeepleyiti ze-T1.5 okanye ngaphezulu ezigobileyo nezidibeneyo (eziqhotyoshiweyo okanye ezikrufulweyo) okanye ezidityanisiweyo, kwaye inkqubo yonyango lomphezulu kukufafaza ngomgubo okanye akukho unyango (ngaphandle kweepleyiti zentsimbi eziqengqelekayo). Uyilo lwefreyimu ngokubanzi luhlanganisa okanye ludibanisa; ukuwelda kusebenzisa ukuwelda kwe-argon arc okanye ukuwelda okukhuselweyo kwe-carbon dioxide kuxhomekeke kwizinto ezisetyenzisiweyo; iiparameter zenkqubo yokuwelda: umbane womatshini wokuwelda, i-voltage, izinto zentambo, ububanzi, isantya sokondla ngocingo, indlela yokuwelda, ulwalathiso, ubude becandelo lokuwelda, njl. Ukuwelda ngocingo kugxile ekulawuleni ukunyamezelana okuthe tyaba kunye nokuguquguquka, kwaye ubungakanani bayo bebhetshi bufuna ukuthembeka okuphezulu kwezixhobo zokuwelda ezenziwe kwangaphambili.
Iphaneli yocango lwesinyithi seshiti:
Iiphaneli zomnyango zihlala zenziwe ngeepleyiti ze-T1.2 okanye ngaphezulu ngokugoba kunye nokuwelda (iikona zokuwelda), kwaye inkqubo yonyango lomphezulu yi-spray coating. Umfanekiso 7 ubonisa iphaneli yomnyango ene-mesh. Ukuwelda kwephaneli yomnyango kusetyenziswa ukuwelda kwe-argon arc, ukuwelda okukhuselweyo kwe-carbon dioxide okanye ukuwelda kwe-flat plate butt kuxhomekeke kwizinto ezisetyenzisiweyo; iiparameter zenkqubo yokuwelda: umbane womatshini wokuwelda, i-voltage, izinto zentambo yokuwelda, ububanzi, isantya sokutya kwentambo, indlela yokuwelda, ulwalathiso kunye nobude becandelo lokuwelda, njl. Kwiiphaneli zomnyango ezine-mesh, qaphela ukulawula uxinzelelo lokuwelda kunye nokuguquguquka ngexesha lokuwelda. Umfanekiso 7 Iphaneli yomnyango ene-mesh
Isiciko sesinyithi esingaphezulu:
Ngokwesiqhelo yenziwe ngeepleyiti ze-T1.0 okanye ngaphezulu ngokugoba kunye nokuwelda (iikona zokuwelda), kwaye inkqubo yonyango lomphezulu yi-spray coating. Isiciko esiphezulu ngokubanzi sahlulwe ngohlobo lwangaphakathi nohlobo lwangaphandle; ukuwelda kusekelwe kwizixhobo ezahlukeneyo zemveliso, kusetyenziswa ukuwelda kwe-argon arc okanye ukuwelda okukhuselweyo kwe-carbon dioxide; iiparameter zenkqubo yokuwelda: umatshini wokuwelda wangoku, i-voltage, izinto zentambo, ububanzi, isantya sokondla ngentambo, indlela yokuwelda, ulwalathiso, ubude becandelo lokuwelda, njl. Ukuwelda kwesiciko esiphezulu kugxile ekulawuleni impembelelo yokuwelda okupheleleyo kwezigqubuthelo zangaphandle eziphezulu kwi-flatness kunye ne-diagonal tolerances. Izisombululo ezigqwesileyo zezixhobo kunye nezixhobo ziya kuphucula kakhulu umgangatho kunye nokusebenza kakuhle kokuwelda.
Iinxalenye zokuFakela zangaphakathi zeSheet Metal:
Iindawo zokufakelwa kwangaphakathi zihlala zahlulwe zibe ziindawo zokufakelwa kwezakhiwo kunye nokufakelwa kwezixhobo, ekufuneka zisetyenziswe ngokuhambelana "neMiyalelo yoMsebenzi woHlelo lweMveliso yeXX/uFakelo loMbane". Emva kokuba ukufakelwa kombane kugqityiwe, uvavanyo oluhlukeneyo lokusebenza ngokubanzi kufuneka lugqitywe.
Iimpawu kunye neendlela ezisetyenziswayoiimveliso zesinyithi:
Ngokusebenzisa ukubola kwecandelo kunye nokutolikwa kwemodyuli okungentla, kunokubonwa ukuba iimveliso zesinyithi zineempawu ezintathu ezilandelayo:
⑴Ukwenza iprofayili. Kunceda uphuhliso oluthe tyaba loyilo lweqonga lemveliso, kwaye imveliso ngobuninzi inceda ekunciphiseni iindleko.
⑵Ukulungelelanisa. Ngokweempawu zemodyuli nganye, uyilo oluguquguqukayo lungathengwa kwaye luhlanganiswe kwiimodyuli, nto leyo enceda ukunciphisa umjikelo wokuthenga.
⑶Ukwenziwa kwe-serialization. Iimveliso zeqonga zenziwe ngokweemfuno ezahlukeneyo zoqwalaselo ukuze kuhlangatyezwane neemfuno zenkqubo, zenze uthotho lweemveliso, inkqubo yokunyanga, kunye nemveliso esekelwe kwi-mold ukuphucula ukusebenza kakuhle kwemveliso kunye nokunciphisa umjikelo wobonelelo.
Ngamafutshane, uphuhliso lweshishini lezixhobo zombane ezisebenzisa umbane ophantsi lubonisa umkhwa wophuhliso ozinzileyo, kwaye abathengisi bezinto ezenziwe ngesinyithi abaxhasa uphuhliso lweshishini lezixhobo zombane ezisebenzisa umbane ophantsi baneengcinga ezininzi, ukususela kuyilo lweemveliso ezintsha kunye nophuhliso lweenkqubo ezintsha, kunye nokuphuhlisa ukwenziwa kwezinto ngokuzenzekelayo. Ukuphucula izinga lokusetyenziswa kwezixhobo kunye nezinga lokutshintshwa kwezinto ezikhoyo, kunye nokukhuthaza "imveliso engenamthungo". Ngombono omtsha we-"Industry 4.0", siza kuqhubela phambili ukusuka ekuvelisweni ukuya "kwimveliso ekrelekrele" kwaye sisebenzise kakuhle izixhobo zenethiwekhi ukuze sidlulele ngaphaya kwesinyithi. Imeko yangoku "yenzuzo encinci" kwimveliso nasekucutshungulweni izise imveliso yesinyithi kwizixhobo zombane ezisebenzisa umbane ophantsi kwinqanaba eliphezulu. Ukujongana namathuba kunye nemingeni, ngumkhwa oqhelekileyo ukubonelela abathengi ngezisombululo zombane ezikhuselekileyo, ezikrelekrele neziluhlaza.
Ixesha lokuthumela: Oktobha-31-2023
