Isingeniso senqubo yokugoba amapayipi

Isingeniso senqubo yokugoba amapayipi
1: Isingeniso ku-Mold Design and Ukukhetha

1. I-tube eyodwa, isikhunta esisodwa
Ukuze uthole ipayipi, noma ngabe kunezindondo ezingaki, noma ngabe i-angle angle's yini (akufanele ibe nkulu kune-180 °), i-radius yokugoba kufanele ibe umfaniswano. Njengoba ipayipi elilodwa linokubumba okukodwa, iyiphi i-radius efanelekile yokugoba amapayipi anama-diameter ahlukene? I-radius yokugoba okuncane incike ezintweni ezibonakalayo, i-engela yokugoba, ukuncipha okuvumelekile ngaphandle kodonga lwepayipi olugoqiwe nosayizi wemibimbi ngaphakathi, kanye nokweqiwa kokugoba. Ngokuvamile, i-radius yokugoba okuncane akufanele ibe ngaphansi kwezikhathi ezingama-2-2,5 ubude bepayipi, futhi ingxenye emfushane kakhulu yepayipi kufanele ibe ngaphansi kwezikhathi eziyi-1.5-2 ububanzi bepayipi, ngaphandle kwezimo ezikhethekile.

2. I-tube eyodwa kanye nezikhunta ezimbili (isikhunta esihlanganisiwe noma isikhunta esinemikhawulo)

Ezimweni lapho ishubhu elilodwa kanti isibonelo esisodwa asinakufezeka, ngokwesibonelo, indawo yomhlangano wekhasimende incane futhi ukwakheka kwamapayipi kukhawulelwe, kuholele kwi-radii emincane noma ingxenye eqondile yomugqa oqondile. Kulokhu, lapho uklama isikhunta se-elbow, cabanga isikhunta esingezansi kabili noma isikhunta esinama-relting (njengamanje imishini yethu yokugoba (njengamanje imishini yethu yokugoba isekela ukwakheka kwezikhunta ezifika ku-3-ungqimba), noma izimbambo ezinhlanganisweni eziningi.

Ungqimba oluphindwe kabili noma isikhunta esiningi: ishubhu ine-radii ephindwe kabili noma kathathu, njengoba kukhonjisiwe esibonelweni esilandelayo:

Ungqimba oluphindwe kabili noma isikhunta esihlose i-multi-ungqimba: isigaba esiqondile sifushane, esingavumeli ukugoqa, njengoba kukhonjisiwe esibonelweni esilandelayo:

3. Amashubhu amaningi nokubumba okukodwa
I-multi-tube isikhunta esisetshenziswa yinkampani yethu isho ukuthi amashubhu wobubanzi kanye nemininingwane kufanele asebenzise umsakazo ofanayo wokugoba ngangokunokwenzeka. Lokho kusho ukuthi, kusetshenziswa isethi efanayo yokubumba ukugoba ukufakwa kwamapayipi kwezimo ezahlukahlukene. Ngale ndlela, kungenzeka ukucindezela imishini yenqubo ekhethekile ngokwezinga eliphakeme, ukunciphisa umthamo wokukhiqiza wokugoba isikhunta, bese unciphisa izindleko zokukhiqiza.
Ngokuvamile, usebenzisa irediyo eyodwa kuphela yokugoba amapayipi anokucaciswa kobude obulinganayo kungenzeka kungahlanganisi nezidingo zomhlangano zendawo yangempela. Ngakho-ke, i-radii yokugoba 2-4 ikhishwe amapayipi ngezincazelo ezifanayo zamamitha ukuze ahlangabezane nezidingo zangempela. Uma i-beading radius ingu-2D (Heare d ngububanzi obungaphandle wepayipi), ke 2D, 2.5D, 3D, noma i-4D izokwanela. Vele, isilinganiso salolu hlelo lokugoba asilungisiwe futhi kufanele kukhethwe ngokuya ngokuhlelwa kwangempela kwendawo yenjini, kepha i-radius akufanele ikhethwe ibe nkulu kakhulu. Ukucaciswa komsakazo wokugoba akufanele kube kukhulu kakhulu, uma kungenjalo izinzuzo zamashubhu amaningi futhi isikhunta esisodwa sizolahleka.
I-radius efanayo yokugoba isetshenziswa ngepayipi elilodwa (okusho ipayipi elilodwa, isikhunta esisodwa) kanye nemisebe yokugoba yamapayipi okucaciswa okufanayo kulinganiswa (amapayipi amaningi, isikhunta esisodwa). Lona umkhuba wobuntu nowonke ojwayelekile wedizayini yamaphayiphu angaphandle e-bend yakwamanye amazwe kanye nemodeli. Kuyinhlanganisela yokwenziwa kwemishini kanye nomphumela ongenakugwemeka wokushintsha okuzenzakalelayo kwabasebenzi Bwenzakalwa futhi kuyinhlanganisela yedizayini evumelana nobuchwepheshe bokucubungula okuthuthukile kanye nobuchwepheshe obuthuthukile bokucubungula ukwakheka.