Ukugaya izinyo le-gleason kunye ne-skives ye-kinberg izinyo

Xa inani lamazinyo, umoda, uxinzelelo lwe-helix kunye ne-chestias radius iyafana, amandla e-arc cominium ye-gleason kunye ne-cycloridal yamazinyo e-Kinberg kuyafana. Izizathu zezi zilandelayo:

1). Iindlela zokubala amandla ziyafana: Gleason nase Kinberg ziye zaphuhlisa iindlela zazo zokubala iindlela zokulawula iigiva ze-spily, kwaye ziqulunqwe isoftware yohlalutyo loyilo lwe-spire. Kodwa bonke basebenzisa ifomula ye-hertz ukubala uxinzelelo lonxibelelwano lwezinto eziphezulu; Sebenzisa indlela ye-30-degn ye-Trenent yokufumana icandelo eliyingozi, yenza umthwalo kwi-tooth Tit ukubala uxinzelelo lwe-cylipricrical ye-cylipricrical yamazinyo ukuya kwi-Geating ye-Geell Gebel.

2). Inkqubo yezinyo ye-Gleason ye-Gleason ibala iiParamers ezingenanto yegiya ngokomkhenkce wesiphelo esiphelweni, ukuphakama kweengcambu, ukuphakama kweengcambu, ngelixa i-ginberg ibala igiya engekho mthethweni ngokwento eqhelekileyo ye-gear. iparameter. Umgangatho we-AGMA we-AGMA we-AGMA ye-AGMA yeGear Geagement Imanyanisa indlela yoyilo ye-gevel ye-spire ingenanto, kwaye iiparamitha ezingenanto ingenanto zenziwe ngokwemigangatho yesiqhelo yamazinyo amazinyo. Ke ngoko, kwi-avel ye-heble ye-gears kunye neeparamitha ezifanayo (ezinje: Inombolo yamazinyo, e-Midirges Mode, i-angle eqhelekileyo), nokuba loluphi uhlobo lokuyilwa kwamazinyo asetyenziswayo, kwaye iiparameter zegiya ezilinganayo ze-cylindrical kwicandelo le-midgegent kwi-gesivericrical yegiya zinxulumene kuphela nenani lamazinyo, i-angle ye-pitle, i-pitle ye-pitle, i-Deipt ye-Deit Suble esetyenziswayo kwiinkqubo ezimbini ze-tooty ngokufanayo.

3). Xa iiparamitha ezisisiseko zegiya ziyafana, ngenxa yokusikelwa kobubanzi bezinyo le-Groove ezantsi, i-radius ye-radius ye-Gleason Git. Ke ngoko, iradiyo ye-arc egqithisileyo yeengcambu izinyo incinci. Ngokutsho kohlalutyo lwegiya kunye namava asebenzayo, usebenzisa i-radius enkulu ye-Arc ye-ARC inokwandisa i-radius ye-Arc egqithisileyo ye-Arc egqithisileyo kunye nokuphucula ukumelana kwegiya.

Kuba ukuchaneka kwe-kinberg i-kinberg i-cerloidal ye-bevel ye-Bevel inokuncitshiswa kuphela kwindawo yezinyo ezinzima, ngelixa i-Gleason kwi-Arc Arc Bevel inokuthi igqitywe yi-thermal ye-thermal kunye nengcambu yengca. Kwaye ukugqithisa okugqithisileyo phakathi kwezinyo kunciphisa ukubakho kokugxininiswa kwegiya, kunciphisa uburharha bomhlaba (unokufikelela kwi-GA ≦) kwaye iphumelele i-Inder Ngale ndlela, amandla egini yegiya kunye nobuchule bezinyo ukuba baxhathise ukuba baphuculwe.

4). I-quisi-ebandakanya izinyo le-gelit ye-pingnberg eyamkelwe yiKililinberg kwiintsuku zokuqala zinengxaki yokufakelwa kwe-gear kunye nebhokisi yamazinyo kubandakanywa. Ngenxa yezizathu zemveliso, le nkqubo yezinyo isetyenziswa kuphela kumacandelo awodwa. Nangona umgca weenyosi weKilngenberg ngoku une-Epicyloid eyongezelelweyo, kwaye umgca weenyosi yenkqubo yezibane ye-Gleason yi-ARC, kuya kuhlala kukho inqaku kule migca mibini iyanelisa imiqathango yezinyo. Iigiya zenziwe kwaye zagqitywa ngokwenkqubo yezinyo ze-Kinberg, "inqaku" kumgca we-sen olona gabalala kwi-gesi ye-sen kunye ne-Geel yeGeral ye-Arc ene-Arc ye-Arc ye-Arc ye-Arc ye-Churter, kunjalo ukuba "inqaku" kwimbonakalo yamazinyo ehlangabezana nemeko ebandakanyayo ikwindawo ephakathi kunye nesiphelo esikhulu sezinyo. Phakathi, kuqinisekisiwe ukuba iigires zinokungaxhathisi iimpazamo zokufaka kunye nebhokisi yebhokisi njenge-kling gigger. Kuba i-radius yentloko yesikithi yeGleason Arc Arc Bevel ene-gears elinganayo incinci kuneyona ndawo iphantsi kwe-geserting iqinisekisiwe ibekwe phakathi kwendawo ephakathi kunye nesiphelo esikhulu sezinyo. Ngeli xesha, amandla kunye nokusebenza kwegiya kuphuculwe.

5). Kwixa elidlulileyo, abanye abantu babecinga ukuba inkqubo yezinyo le-gleason yegiya enkulu yayiphantsi kwenkqubo yezinyo ze-Kinberg, ikakhulu ngenxa yezizathu ezilandelayo:

①. Iigiza ze-kilinenberg zikhutshiwe emva konyango lobushushu, kodwa amazinyo e-shrinkge eqhutywa yi-Gleasongees ye-Gleason Gears akagqitywe emva konyango lobushushu, kwaye ukuchaneka akulunganga njengangaphambili.

②. Irediya yentloko yesikithi yokuqhubekiswa kwamazinyo e-shrinkige inkulu kune-kinberg amazinyo, kwaye amandla egiya alulekileyo; Nangona kunjalo, iredithi yentloko yesikizi kunye namazinyo e-Arc ye-Arc incinci kuneyokuqhubekisa amazinyo e-shrinkge, okufanayo naleyo yamazinyo ye-kinberg. I-radius yentloko yesikizi yenziwe ilingana.

③. I-Gleason esetyenziselwa ukucebisa i-gears enemodyuli encinci kunye nenani elikhulu lamazinyo xa i-geling yegesi iyasebenza ngokubhekisele kwimodareyini enkulu, ke i-Gillenberg yamandla e-Getbel ixhomekeke kwi-Gleason.

Okwangoku, uyilo lweegiya ngokusisiseko-ngokusisiseko sendlela yeKleinberg, ngaphandle kokuba umgca weenyosi uguqulwe ukusuka kwi-epicyloid eyongeziweyo ukuya kwi-arc, kwaye amazinyo atshatiswa emva konyango.