Ana amfani da injunan auna ma'auni (CMMs) ko'ina a cikin masana'antu kamar injina, kayan lantarki, kayan aiki, da robobi. CMMs hanya ce mai tasiri don aunawa da samun bayanan ƙira saboda suna iya maye gurbin kayan aikin auna filaye da yawa da ma'auni masu tsada masu tsada, rage lokacin da ake buƙata don ayyukan ma'auni masu rikitarwa daga sa'o'i zuwa mintuna - nasarar da ba za a iya samu tare da sauran kayan aikin ba.
Abubuwan Da Ke Taimakawa Injin Auna Daidaita Daidaitawa: Abubuwan Da Suka Shafi Coaxiality a Ma'aunin CMM. A cikin ma'auni na ƙasa, yankin juriya na coaxial don CMM an bayyana shi azaman yanki a cikin saman silinda tare da juriyar diamita na t da coaxial tare da axis na datum na CMM. Yana da abubuwa masu sarrafawa guda uku: 1) axis-to-axis; 2) axis-to-common axis; da 3) tsakiya zuwa tsakiya. Abubuwan da ke shafar Coaxiality a cikin Ma'auni na 2.5: Abubuwan farko da suka shafi coaxiality a cikin ma'auni na 2.5 sune matsayi na tsakiya da axis na ma'auni na ma'auni da kuma datum element, musamman ma'anar axis. Misali, lokacin auna da'irori biyu na giciye akan silinda na datum, ana amfani da layin haɗi azaman axis na datum.
Hakanan ana auna da'irori guda biyu a kan silinda da aka auna, ana gina layin madaidaiciya, sannan ana ƙididdige coaxial. Idan aka yi la'akari da cewa nisa tsakanin saman biyu lodi akan datum shine 10 mm, kuma nisa tsakanin datum load surface da giciye na silinda da aka auna shine 100 mm, idan matsakaicin matsayi na da'irar giciye na biyu na datum yana da kuskuren ma'auni na 5um tare da tsakiyar da'irar giciye, to, an riga an auna ma'aunin datum zuwa 50um lokacin da aka auna ma'aunin silinda. (5umx100:10). A wannan lokacin, ko da ma'aunin silinda ya kasance coaxial tare da datum, sakamakon ma'auni biyu da 2.5-dimensional za su sami kuskuren 100um (darajar haƙuri ɗaya shine diamita, kuma 50um shine radius).
Lokacin aikawa: Satumba-02-2025