Okulandelayo yisingeniso sokusetshenziswa kweukucindezela igesi springembonini, ukuze ube nokuqonda okujulile kokucindezelwa kwegesi entwasahlobo.I-hydraulic support rod ingumkhiqizo onengcindezi ephezulu.Akuvunyelwe ukuyihlaziya, ukuyibhaka, ukuyichoboza noma ukuyithinta ngokuthanda kwakho, futhi akuvunyelwe ukuthi isetshenziswe njenge-handrail.Izinga lokushisa elisebenzayo lingu-35 - 70 (80 uma lenziwe ngokwezifiso).
Kuyisinqumo esihle ukusebenzisa imithombo yegesi yokucindezelwa kwezimboni ukuze kuphakanyiswe amakhava, amakhava namavalvu okulawulwayo.Iziphethu zegesi yensimbi engagqwali zisebenza ikakhulukazi ezidingweni ezikhethekile zemboni yokudla, ubuchwepheshe bezokwelapha, ukwakhiwa kwemikhumbi noma ubuchwepheshe bezemvelo.
Imithombo yegesi yensimbi engenasiciezenziwe ngezinto ezihlukahlukene ze-alloy, njenge-V2A noma i-V4A, azivunyelwe kuphela embonini yokudla, kodwa futhi zihlangabezana nezidingo zamazinga ezempilo.I-pneumatic support rod akufanele iguqulwe, enganciphisa ukungqubuzana, iqinisekise ikhwalithi yokudambisa kanye nomthelela webhafa.Ukufakwa kuzobe kunembile, okungukuthi, lapho uvala umnyango, vumela ukuthi uhambe phezu kwe-centerline yesakhiwo, ngaphandle kwalokho uzovula ngokuzenzakalelayo umnyango, futhi uyifake endaweni edingekayo ngaphambi kokufafaza nokudweba, Lesi siphethu segesi yensimbi engenasici sifanelekile. embonini yokudla, ubuchwepheshe bezokwelapha, ukwakhiwa kwemikhumbi noma ubuchwepheshe bezemvelo kanye nezinye izimboni ezikhethekile.
Ububanzi begobolondo lale nto edambisayo eyenziwe ngensimbi engagqwali ingu-15-40mm, futhi ingaba nobude obuhlukene bokushaywa kanye namandla ahlukene okujeqa.Ukuvumela ukusetshenziswa kwayo embonini yokudla kanye nomkhakha wezobuchwepheshe bezemvelo, isiphethu segesi yensimbi engagqwali sigcwaliswa ngamafutha akhethekile okunciphisa ukudlidliza kancane endaweni yokugcina.
Isimiso sokusebenza sazo zonke izinhlobo zemithombo yegesi iyafana, okungukuthi, uhlelo lokuzivala ngaphandle kokugcinwa lugcwele i-nitrogen ngaphansi kwengcindezi.Lapho isembozo sivaliwe, i-nitrogen iphuma ngembobo encane ku-piston.I-hydraulic support rod ingumkhiqizo onengcindezi ephezulu.Akuvunyelwe ukuyihlaziya, ukuyibhaka, ukuyiphihliza noma ukuyithinta ngokuthanda kwakho, ingasaphathwa eyokuyisebenzisa njenge-handrail.Izinga lokushisa elisebenzayo lingu-35 - 70 (80 lokukhiqiza okuthile), Lokhu kunikeza isivinini esithile sokungena kwepiston futhi kuqinisekisa ukubhuleka.
Lapho i-piston iphuma, amafutha agcwele endaweni yokugcina angase abangele ukuhlalisa okuthambile.Ngakho-ke, kuphela uma i-piston rod nesiphethu segesi kufakwa phansi, umphumela wokudambisa wetheminali uzodlala indima.Lapho uhlelo luqala, i-nitrogen iyabuya futhi isekele ukusebenza kwezandla okuhambisana naso.Uma kuqhathaniswa nezinye izindlela zokudambisa, ukulungiswa okuhle kakhulu kwalolu hlelo lokumanzisa kuboniswa ikakhulukazi emathubeni okuthi isiphethu segesi sigcwaliswe nge-nitrogen ngokwehlukana.
Ukuhlaziywa Kwezinkinga Ezintathu ZeI-Compression Gas Spring
1. Iyiphi impahla eyenziwe induku yokusekela esiphethwini segesi?
Impendulo: Induku yokusekela emthonjeni wegesi ingenziwa nge-40Cr, insimbi engu-45, insimbi engagqwali nezinye izinto, ikakhulukazi ngoba amandla ayo ahlangabezana nezidingo ezijwayelekile ezishiwo.
2. Yisiphi isizathu esenza ukuthi i-YQ compression gas spring ingasebenzi?
Impendulo: I-YQ compression gas spring ayisebenzi ngoba i-piston yayo yangaphakathi noma indandatho ye-seal yonakalisiwe, okufanele ishintshwe ngokushesha.
3. Ngemva kokuhlolwa kwempilo yasentwasahlobo yegesi, inani lamandla liba likhulu ngemva kokushisa.Indlela yokuxazulula le nkinga?
Impendulo: Ngemva kokuhlolwa kokukhathala kwempilo ye-gas spring, i-nitrogen ngaphakathi izokhula, okuzokwandisa inani lamandla.Ngalesi sikhathi, ungakwazi ukuyipholisa isikhathi esithile, bese uhlola ukuthi ijika lokucindezela lishintsha kanjani nokuthi liyahlangabezana yini nezidingo zedizayini.
Lesi ukuphela kwekilasi le-Tieying lanamuhla.Sizobuyekeza okuqukethwe njalo.Samukela amakhasimende ukuthi asivakashele futhi asiqondise futhi ezeI-GuangzhouUkubophaI-Gas Spring Technology Co., Ltd.
Isikhathi sokuthumela: Oct-26-2022
