Umgaqo weTekhnoloji yoBundlongo lweTekhnoloji

Zininzi iimpawu ezizodwa zomntu, kubandakanya iminwe, i-indes, iiprinta zesasu, njl. Amashishini anje ngeendwangu ze-smart gesi.

Esona sibini sibalulekileyo sokwamkelwa kweminwe kunye netekhnoloji yokuhambahamba yireyithi yokuchaneka, kunye ne-core yokuphucula ukuchaneka kweminwe yokuthathwa kweminwe kunye nokuzimasa nokuba kunokwenzeka ukuba kubekhona Ukuphuculwa kwe-algorithms kamva, kodwa isiphumo sokuphuculwa silinganiselwe). Okwangoku, zintathu iindlela eziphambili zetekhnoloji yokuchongwa kweminwe: Ukuchongwa kweminwe yeminwe, iskena se-Canerrint ye-Camnerrint, kunye nokuchongwa kwe-radical yendalo.
1. Iskena seminwe yokukhanya
I-Skena ye-Optierprint ye-Optierprint luhlobo lwetekhnoloji yexesha lokuyifumana leminwe ekwasebenziwe kwasekuqaleni. Umzekelo, oomatshini abaninzi besiya kwixesha lokuhamba isikolo kunye nolawulo lokufikelela elisetyenziswa itekhnoloji yexesha lokuya ngexesha lokuya ngexesha lokuya ngexesha elizayo. Isebenzisa umgaqo wokuvuselelwa kunye nokubonisa ukukhanya, ibeka umnwe kwilensi ye-Optical, kwaye umnwe ukhanyiselwe ngumthombo owakhelweyo. Ukukhanya kuyahluma ukusuka ezantsi kwi-prism, emva koko kufihla i-prism. Ukukhanya okukhupheleyo kumphezulu womnwe. I-angle yokuqaqamba kunye nokukhanya kombane obonisiweyo kuya kwahluka. Sebenzisa i-prism ukuyifaka kwi-CMOS okanye kwi-CCD kwisixhobo esitshatileyo, uze wenze i-radis factor imigca) kumhlophe i-munri-graycale yomnwe onokuthi iqhubekeke kwi-algorithm yomnwe. Emva koko thelekisa i-database ukuze ubone ukuba iyahambelana.
Ukungancedisi kwi-Skenars yeMinwe yeMinwe kukuba olu hlobo lwemodyuli lunemfuno ezithile kubushushu kunye nokufana kwendalo yokusetyenziswa, kwaye kungafikeleli i-epidermis yolusu, kodwa ichaphazeleke kakhulu nokuba ingaba umphezulu we umnwe ucocekile. Ukuba kukho into eninzi yothuli okanye iminwe emanzi kwiminwe yomsebenzisi, iimpazamo zokuqonda zinokwenzeka. Kwaye kulula ukukhohliswa yiminwe yenyani. Kubasebenzisi, ayikhuselekanga kakhulu kwaye uzinzile ukuyisebenzisa.
2. Iskena somnwe womnwe
Ukuchongwa kweminwe yomnwe kukusebenzisa i-selicon wafer kunye ne-elektrolyte ye-electrolyte yokwenza umhlaba wombane. Ukugcuma komnwe womnwe kuya kubangela utshintsho olwahlukileyo kuxinzelelo lwangaphakathi phakathi kwezi zimbini, ukuze kuchazwe ngokuchanekileyo. Le ndlela ineenguqulelo ezomeleleyo kwaye ayinamfuneko iimfuno ezikhethekileyo kwindawo yokusetyenziswa. Kwangelo xesha, indawo yokuhlala ye-silicon ye-selicon ye-sefirs kunye nezinto ezinxulumene noko ziphakathi koluhlu lwefowuni olwamkelekileyo, ke le teknoloji ikhuthazekile kwicala lefowuni. .
Imodyuli yeminwe yangoku yahlulwe yangamacala amabini: uhlobo lokukrakra kunye nohlobo lokutyhala. Nangona wayehlala ivolumu encinci, inengxaki enkulu ngokubhekisele kwinqanaba lokuqonda kunye nokulula. Oku kubavelisi abakhokelwa ngokuthe ngqo ukuba bajolise kwimodyuli yohlobo lwe-push-raterprint yemodyuli enomsebenzi wexeshana oqhelekileyo kunye nenqanaba eliphezulu lokuqonda.
3. Chonga ukuchongwa kwerediyo
Inzwakazi yerediyo yerediyo ikhupha isixa-mali esincinci se-radio frequency sisayine kwi-sensor, enokungena kwi-lorting yolusu lomnwe ukufumana ulwazi lwangaphakathi lokufumana ulwazi. Umzekelo, i-actrasonic yonwe ye-Ultrasonic ye-Ultrasonic ye-Iltrasonic yokwamkelwa kweTekhnoloji ekhutshwe nguMfudyuli kumboniso we-MWC ngo-2015 luhlobo lwetekhnoloji ye-biometric cract.
Xa kuthelekiswa neetekhnoloji zokuqala ezimbini, i-SENF Sensor ifuna ukucoceka kweminwe engaphantsi kwaye inokuvelisa imifanekiso esemgangathweni esemgangathweni. Ukongeza, ngenxa yokukwazi ukufaka imifanekiso ephakathi, indawo ye-Ensor inokuncitshiswa ngelixa iqinisekisa ukuthembeka okuthile, ngaloo ndlela kuncitshiswa iindleko ezithile, kwaye enze i-Draqueral Sonsor isebenza kwizixhobo ezahlukeneyo zesoftware. Nangona kunjalo, ngenxa yemfuno yokudlulisela imiqondiso, ukusebenzisa amandla kuphezulu kunelo yohlobo lovavanyo lwetyala. Ukongeza, kukho abavelisi abambalwa abasebenzisa olu hlobo lwetekhnoloji okwangoku, ke iindleko ziyonke zisephezulu.