Ukuhanjiswa kwegiya

Ugqithiso lwegiya lugqithiso lomatshini olusetyenziswa ngokubanzi, kwaye phantse zonke iigiya zezixhobo zoomatshini ezahlukeneyo zinokuhanjiswa kwegiya.Kukho iinjongo ezimbini zokusebenzisa ukuhanjiswa kwegiya kwinkqubo yokutya ye-servo yesixhobo somatshini esilawulwa ngokwamanani.Enye kukutshintsha imveliso ye-speed torque servo motors (ezifana ne-stepper motors, i-DC kunye ne-AC servo motors, njl.) kwigalelo le-actuator ye-low-speed and high-torque actuators;enye kukwenza isijivu sebhola kunye netafile Umzuzu we-inertia yi-proprietary encinci yomxhuzulane okhethekileyo kwinkqubo.Ukongeza, ukuchaneka kwentshukumo efunekayo kuqinisekisiwe kwiinkqubo ezivulekileyo ze-loop.

Ukuze kuncitshiswe impembelelo ye-flank clearance ekuchanekeni komatshini womatshini we-CNC, amanyathelo ahlala ethathwa kwisakhiwo ukunciphisa okanye ukuphelisa impazamo ye-freewheel yeperi yegiya.Ngokomzekelo, i-double-gear gear misalignment method isetyenzisiweyo, i-sleeve ye-eccentric isetyenziselwa ukulungelelanisa umgama weziko le-gear, okanye indlela yokulungiswa kwe-axial gasket isetyenziselwa ukuphelisa ukubuyisela umva.

Xa kuthelekiswa nebhanti yamazinyo e-synchronous, i-gear yokunciphisa i-gear isetyenziselwa i-CNC feed chain chain, enokuthi ivelise i-oscillations ephantsi-frequency.Ke ngoko, i-damper ihlala ixhotyiswe kwindlela yokunciphisa isantya ukuphucula ukusebenza okuguquguqukayo.

2. Ibhanti enamazinyo e-synchronous

I-synchronous toothed belt drive luhlobo olutsha lokuqhuba ibhanti.Usebenzisa imilo yezinyo yebhanti enamazinyo kunye namazinyo egiya yepuli ukuhambisa ngokulandelelana intshukumo kunye namandla, ngaloo ndlela eneenzuzo zokuhanjiswa kwebhanti, ukuhanjiswa kwegiya kunye nokuhanjiswa kwekhonkco, kwaye akukho sisalamane sityibilikayo, ukuhanjiswa komndilili kuchanekile, kwaye ukuchaneka kokuhanjiswa kuphezulu, kwaye ibhanti elinamazinyo linamandla amakhulu, ubukhulu obuncinci kunye nobunzima obulula, ngoko ingasetyenziselwa ukuhanjiswa kwesantya esiphezulu.Ibhanti enamazinyo ayifuni ukuba igxininiswe ngokukodwa, ngoko ke umthwalo osebenza kwi-shaft kunye nokuthwala kuncinci, kunye nokusebenza kakuhle kokuhanjiswa kuphezulu, kwaye isetyenziswe ngokubanzi kwizixhobo zoomatshini ezilawulwa ngamanani.Iiparamitha eziphambili kunye neenkcukacha zebhanti yamazinyo e-synchronous zezi zilandelayo:

1) Inowuthi I-pitch p ngumgama phakathi kwamazinyo amabini ajongeneyo kumgca wokuthambeka.Ekubeni umaleko wamandla awutshintshi kubude ngexesha lokusebenza, umgca osembindini woluhlu lwamandla uchazwa njengomgca wokutsibela (umaleko ongathathi hlangothi) webhanti enamazinyo, kwaye i-circumference L yomgca wepitch ithathwa njengobude begama lomgca. ibhanti elinamazinyo.

2) Imodyuli Imodyuli ichazwa njenge m=p/π, esisiseko esikhulu sokubala ubungakanani bebhanti enamazinyo.

3) Ezinye iiparamitha Ezinye iiparameters kunye nemilinganiselo yebhanti enamazinyo ngokusisiseko iyafana naleyo ye-rack involute.Ifomula yokubala yeprofayili yezinyo yahlukile kuleyo ye-rack ye-involute kuba i-pitch yebhanti yamazinyo iphezu komgangatho oqinileyo, kungekhona phakathi kobude bezinyo.

Indlela yokubhala ibhanti elinamazinyo yile: imodyuli * ububanzi * inani lamazinyo, oko kukuthi, m * b * z.