Indawo echanekileyo yebhloko ye-shock absorber buffer yangaphambili.
Indawo echanekileyo yesixhobo sokufunxa umbane esingaphambili iphakathi kwebheri kunye neglue ephezulu.
Ibhloko ye-shock absorber yangaphambili yenzelwe ukusebenza njenge-buffer ngexesha lokufunxwa kwe-shock, kwaye indawo yayo efanelekileyo yokufaka iphakathi kwe-flat bearing kunye nerabha ephezulu. Olu fakelo luqinisekisa ukuba ibhloko ye-buffer idibana neglue ephezulu engentla kunye ne-shock absorber engezantsi, ngaloo ndlela ifunxa kwaye inciphise impembelelo evela endleleni kwaye ikhusele i-shock absorber kunye nenkqubo yokumiswa. Le ndlela yokufakela inokuqinisekisa ukuba umsebenzi webhloko ye-buffer usetyenziswa ngokupheleleyo, kwaye ithintele i-shock absorber ekungqubaneni nesiseko sebharele yepiston phantsi kweemeko ezinzima, ukuze ikhusele ivalve esezantsi ye-shock absorber ekonakaleni kwaye igcine imeko yokusebenza eqhelekileyo ye-shock absorber . Ukongeza, iibhloko ze-buffer zithintela ukugqithiswa kwe-shock absorbers kunye nezipringi xa inkqubo yokumiswa ilayishwe kakhulu, ikhusela ngakumbi ukhuseleko kunye nokuzinza kwe-suspension yesithuthi .
Ingaba impembelelo ye-shock absorber buffer block iphukile?
Ibhloko engasebenzi kakuhle yokufunxa umbane inempembelelo enkulu. Iziphumo zomonakalo kwibhloko yebhloko yokufunxa umbane:
1. Isandi esingaqhelekanga: Xa uqhuba udlula kwimingxuma emikhulu okanye kwiindawo eziphakamileyo, imoto inokuba nesandi sokungqubana kwentsimbi.
2, itayara ayizinzanga: ukubamba kwevili langasemva kuyawa, kwaye kulula ukuyilahla umsila okanye i-understeer. I-shock absorber ithintela itayara ukuba ingatsibi emhlabeni. Ukuba yonakele, iya kuchaphazela ukuzinza kwevili langasemva.
3, ukushukuma komzimba: kwimeko yomonakalo kwi-buffer block, umzimba uya kushukuma ngendlela engaqhelekanga, kwimeko yokuba umntu angakhululeki lula, nto leyo ebangela isicaphucaphu sokuhamba.
4, ukuphathwa kakubi: ingakumbi xa isantya siphezulu, imoto xa ishukuma ayivakaleli, ukuqhobosheka akukwazi ukufikelela kwisiphumo semihla ngemihla, ukuphathwa kakubi.
Isixhobo sokufunxa umbane seseendawo ezibuthathaka zesithuthi, kwaye ukungasebenzi kakuhle kwesixhobo sokufunxa umbane kuya kuyibeka emngciphekweni ngoko nangoko imo yozinzo lwesithuthi. Ke ngoko, kwimeko engentla, kufuneka siye kwivenkile yokulungisa okanye kwivenkile ye-4s ukuze silungise kwangethuba ukuze siphephe ukwenza umonakalo omkhulu.
Umonakalo obangelwe kukwaphuka kwe-shock absorber emotweni:
1, ukuba i-shock absorber yaphukile kwaye ayitshintshwa, ukuqhuba ixesha elide kuya kunciphisa isiphumo sokwenyani se-shock absorber yesithuthi, okubangela ingxolo engaqhelekanga xa imoto iqhuba iye kumhlaba onamaqhubu, nto leyo etshabalalisa yonke inkqubo yokumiswa kwesithuthi, nto leyo ekhokelela ekuguqukeni kwenkqubo yokumiswa kwemoto.
2. Ukongeza, ukuba i-shock absorber eyonakeleyo ayitshintshwanga ixesha elide, iya kubeka emngciphekweni intuthuzelo yokukhwela.
3. Ukuvuza kweoyile ye-shock absorber kuya kukhokelela ekubeni umthamo wokuthwala ungalingani kumacala omabini ethayara, nto leyo eya kubangela ukuba imoto ithinteleke, kwaye kuya kukhokelela kwiimeko eziqhelekileyo zokungasebenzi kakuhle ezifana nokuphambuka kwicala lokutya ithayara ixesha elide. Ekugqibeleni, iindleko zokulungisa imoto ziphezulu kakhulu kuneendleko zokutshintsha i-shock absorber.
Umnyango ophakathi kwebhloko ye-shock absorber buffer yangaphambili kunye ne-shock rod
Umgama phakathi kwebhloko ye-shock absorber buffer yangaphambili kunye ne-shock absorber rod yinto ebalulekileyo ekufuneka iqwalaselwe, nto leyo echaphazela ngokuthe ngqo uzinzo kunye nentuthuzelo yokuhamba kwesithuthi.
Ibhloko ye-buffer: Ibhloko ye-buffer ifakwe phezulu kwentonga ye-piston inebhloko ethile yerabha elastiki, umsebenzi wayo ophambili kukuqinisekisa ukuba intonga ye-piston isezantsi ukuze ishiye "umgama okhuselekileyo" othile xa uqhuba kwindlela eneengqukuva, ukuthintela i-shock absorber kunye ne-spring overload, ukuthintela i-shock absorber icinezelwe kwindawo enomda xa ibetha kwisihlalo esisezantsi, nto leyo ebangela into ebizwa ngokuba yi-"bottom". Ibhloko ye-buffer esebenzayo inokuthintela i-shock absorber kunye ne-spring overload, ikhusele i-shock absorber. Intonga ye-piston ayonakaliswa, ukuqinisekisa ukuba i-shock absorber isebenza ngokuqhelekileyo, iphucule uzinzo lwesithuthi kunye nentuthuzelo yokukhwela.
Ukubaluleka kokususwa kwesixhobo: Xa ibhloko ye-buffer iphelele, umgama phakathi kwentonga yepiston kunye nevalvu esezantsi wanele, nto leyo enceda i-coil spring kunye ne-shock absorber ukuba zifunxe i-shock. Nangona kunjalo, xa ibhloko ye-buffer inesiphako, intonga yepiston iya kubetha ivalvu esezantsi, ibangele umonakalo kwi-piston rod kunye nevalvu esezantsi. Oku akuchaphazeli nje kuphela ubomi be-shock absorber, kodwa kunokubangela ingxolo eyongezelelweyo kunye nokungcangcazela ngelixa imoto iqhutywa, okuchaphazela amava okuqhuba.
Ukuhlolwa nokugcinwa: Kuyimfuneko ukujonga imeko yee-shock absorbers kunye nee-buffer blocks rhoqo. Ukuba i-buffer block ifunyenwe igugile, yonakele okanye ikhululekile, yitshintshe ngexesha. Ukongeza, iibholiti ezibambe ispring kunye ne-shock absorber kufuneka zihlolwe ukuba azikhululekanga na, kwaye iglu ephezulu ye-shock absorber (inkxaso ye-shock absorber) ayonakali okanye ayigugile. La manyathelo okuhlola nokugcinwa anceda ukuqinisekisa ukuba isithuthi sigcina uzinzo oluhle kwaye sikhululekile xa sihamba kuzo zonke iimeko zendlela.
Ngamafutshane, ukugcina indawo efanelekileyo phakathi kwebhloko ye-shock absorber buffer yangaphambili kunye ne-shock rod kubalulekile ukuqinisekisa ukusebenza kakuhle kwesithuthi kunye nentuthuzelo yabakhweli. Ngokuhlola rhoqo kunye nokulungisa, ubomi benkonzo ye-shock absorber bunokwandiswa ngokufanelekileyo, kwaye ukhuseleko lokuqhuba kunye nentuthuzelo yokukhwela ingaphuculwa.
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