Fitowarinjunan rarraba kalar shayiya magance matsalar da ake fama da ita da kuma daukar lokaci na tsinke da cire mai a cikin sarrafa shayi. Aikin dabo ya zama ginshiƙin ƙulli na inganci da sarrafa farashi a tace shayi. Yawan tsinken ganyen shayi na injina ya karu, haka nan kuma yawan tsinken mai a cikin sarrafa shayin ya karu.
Ka'idar aiki na nau'in launi na shayi
Theinjin kalar shayifasahar wutar lantarki don cire kayan da ba su dace ba. Yana nazarin bayyanar da launi na saman kayan shayi ta hanyar tsarin photoelectric don bambanta shayi, mai tushe da kuma abubuwan da ba shayi ba. Yana iya magance matsalolin da ba za a iya magance su ta hanyar nunawa na al'ada, winnowing da rarraba kayan aiki. Mafi kyawun tasirin rabuwar shayi da aka samu. Akwai wurare masu tsayi da kunkuntar wurare da yawa a cikin ɗakin rarrabuwar kawuna na masu rarraba launi, kuma an shigar da tushen haske mai ƙarfi sosai a wurin fitowar hanyar. Lokacin da kayan shayi ya shiga wurin rarrabawa daidai ta hanyar tashar chute ta hanyar tsarin ciyarwa, kafin kayan ya wuce ta wurin ganowa, yana dogara ne akan nauyi kuma Gudun gudu yana sa kowane ganyen shayi ya jera shi a layi madaidaiciya kuma ya fada cikin layi. dakin gano wutar lantarki daya bayan daya. Lokacin da kayan ya wuce, duba shi daga bangarorin biyu don sanin launi mara kyau. Na'urar firikwensin hoto yana auna adadin haske mai haske da haske mai hasashe, yana kwatanta shi da adadin haske mai haske daga farantin launi na tunani, kuma yana haɓaka siginar bambanci. Lokacin da siginar ya fi ƙimar da aka riga aka ƙayyade, fitar da tsarin allura don busa kayan masu launi daban-daban tare da matsewar iska. Theinjin launi na shayi Ccdses wani sabon ƙarni na dijital siginar processor (DSP) don maye gurbin gargajiya masana'antu kwamfuta, kuma yana amfani da m dabaru algorithm da goyan bayan vector inji (SVM) algorithm don daidaita ta atomatik bayan baya farantin kwana da ciyarwa, da gaske gane launi zabin. Cikakken sarrafa na'ura ta atomatik yana ba da damar aikin injin ya kai ga mafi kyawun yanayinsa ta atomatik yayin aiki.
Lokacin aikawa: Nuwamba-06-2023