Umgaqo woMsebenzi kunye neempawu zokusebenza zeCMM

Umgaqo wokusebenza

Ngamafutshane, i-CMM sisixhobo sokulinganisa esinendlela yokukhokela, into yokulinganisa ubude, isixhobo sokubonisa sedijithali kwiindlela ezintathu ezithe nkqo, ibhentshi yokusebenzela enokubeka isixhobo somsebenzi (esikhulu nesinkulu asinyanzelekanga ukuba sibe nayo), iprobe ingafuduselwa kwindawo elinganisiweyo ngesandla okanye ngendlela yeselula, kwaye ixabiso elilungelelanisiweyo lendawo elinganisiweyo liboniswa sisixhobo sokufunda kunye nesixhobo sokubonisa sedijithali. Ngokucacileyo le yeyona ilula kwaye iphantsi. Umatshini wokulinganisaNgale ntoumatshini wokulinganisa, ixabiso lokulungelelanisa nakweyiphi na indawo kwivolumu yokulinganisa lingaboniswa sisixhobo sokufunda kunye nesixhobo sokubonisa sedijithali.

Isixhobo sokuthatha iisampulu kunye nesixhobo sokubonisa umatshini wokulinganisa yiprobe, exhotyiswe ngerula yokurhangqa kunye nentloko yokufunda kwicala elihamba ngee-axes ezintathu u-X, u-Y kunye no-Z. Inkqubo yokulinganisa kukuba xa iprobe iqhagamshelana nesixhobo somsebenzi kwaye ithumela isignali yendawo yokubonisa isampuli, inkqubo yolawulo iqokelela ixabiso le-coordinate ye-current three-axis coordinate ngokumalunga nemvelaphi yesixhobo somatshini, kwaye emva koko inkqubo yekhompyutha icubungula idatha.

Iimpawu zokusebenza

1.X beam: Sebenzisa iteknoloji ye-rectangular beam echanekileyo.

Ireyile yesikhokelo ye-2.Y: Indlela ekhethekileyo yokulungisa ngokuthe ngqo isakhiwo sokubekwa kwe-groove groove kwitafile yokusebenza.

3. Indlela yesikhokelo: indlela yomoya ojikelezayo ojikeleze i-hydrostatic enamacala amane eyenziwe ziibheringi zomoya ezizicocayo ezilayishwe kwangaphambili nezichanekileyo.

4. Inkqubo yokuqhuba: Ukusebenzisa i-DC servo motor esebenza kakhulu, isixhobo sokudlulisa ibhanti yegiya eguquguqukayo, ishaft nganye inomda kwaye ulawulo lwe-elektroniki lukhawulezileyo, ukudluliselwa ngokukhawuleza, kunye nokusebenza ngcono kwentshukumo.

5. I-Z-axis: isixhobo sokulinganisela umoya esihlengahlengiswayo, siphucula ukuchaneka kokubekwa kwe-Z-axis.

6. Inkqubo yokulawula: inkqubo yolawulo ekhethekileyo engeniswe ngaphakathi yekhompyutha ezimbini ezidityanisiweyo ezintathu.

7. Inkqubo yoomatshini: Iteknoloji yokulungisa iimpazamo ze-3D encediswa yikhompyutha (CAA) iyasetyenziswa ukuqinisekisa uzinzo lwexesha elide kunye nokuchaneka okuphezulu kwenkqubo.

8. Umlinganiselo Isoftware: Iphakheji yesoftware yokulinganisa ye-3D-DMIS iyasetyenziswa, inomsebenzi ogqibeleleyo wokulinganisa kunye nomsebenzi we-intanethi.

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