Domin inganta rayuwar jama'a da kuma bunkasar wayewar gari, abu na farko da za a yi shi ne magance babbar matsalar sharar birane. Don magance matsalar sharar gida, ana iya haɗa sabon ƙarni na fasahar sadarwa, daFasaha tagging RFIDza a iya amfani da shi wajen rarraba sharar gari don taimakawa ci gaban basirar birane.
Tun a 'yan shekarun da suka gabata, kasashe da yawa sun fara amfani da fasahar RFID wajen sake amfani da sharar gida. A cikin Turai, ana amfani da alamar RFID maras ƙarfi a cikin maganin tarin sharar gida. A Amurka, saboda mabanbantan saituna na sake amfani da manyan motoci, tazarar dake tsakanin alamun RFID da masu karanta RFID yana da tsayi, kumaFarashin UHF ana amfani da su. Norway kuma tana amfani da hanyoyin fasahar RFID don magance tarin shara da rarrabuwa.
A cikin tsarin tattara shara, mai karanta RFID yana karanta bayanan tag, yayin da yake auna kwandon shara, kayan aikin GPS don sakawa, sannan ya aika da alamar tag, nauyi, wuri, lokaci da sauran bayanai zuwa bayanan bayanan baya ta hanyar sadarwar waya. An inganta aikin tattara shara sosai, kuma an rage yawan motocin datti da kashi 10% zuwa 20%. Hannun dagawa motar shara tana ɗaga kwandon shara, mai karatu ya karanta bayanan tag ɗin, sannan ya aika da tag ID zuwa bayanan bayanan baya da kuma kwamfutar da ke cikin motar, kuma ya tantance ko mazaunin da shara ɗin ya biya.
A kasar Sin, ta hanyar fayyace ainihin kwandon shara, sanya na'urorin RFID daidai a kan motar datti don karanta bayanan da ke cikin kwandon shara, da kirga yanayin aikin kowace mota. A lokaci guda, ana sanya alamun RFID akan motar datti don tabbatar da bayanan motar, don tabbatar da tsarin jadawalin abin hawa da kuma duba hanyar aiki na motar. Bayan mazauna garin sun jera tare da ajiye shara, sai motar ta isa wurin domin share shara.
Cire sharar gida da kulawar sufuri yana shigar da na'urori masu karanta UHF RFID a cikin manyan motocin sharar, mannaUHF RFID tags a wajen kwandon shara. Lokacin da motar shara ta fara lodawa da sauke datti, na'urar karanta UHF RFID akan abin hawa za ta karanta alamar UHF RFID akan kwandon shara da ake sarrafawa. Bayan na'urar mai karanta RFID ta gane lokacin aiki daRFID lantarki tag Lambar ID na kwandon shara, yana isar da bayanan zuwa uwar garken babban tashar ta hanyar motar, wanda ke nuna cewa an tsaftace kwandon, kuma matsayin gwangwani yana nufin an kwashe shi a yau. An tsaftace matsayin kwandon shara a cikin sa'o'i 24, kuma an nuna shi a cikin kore a cikin tsarin aiki na tashar tashar; bayan sa'o'i 24, idan uwar garken tashar ba ta sami bayanan lakabin kwandon shara ba, yana nufin cewa ba a kwashe kwandon shara ba. Matsayin gwangwani ana tsammanin ba za a share shi ba, kuma an nuna shi cikin ja a cikin tsarin aikin tsarin.
1. Sanya alamun RFID akan kwandon shara
Ana liƙa gwangwani na yau da kullun tare da tambari na yau da kullun, kuma ana liƙa tambarin anti-karfe akan kwandon shara na ƙarfe. Kowane kwandon shara yana liƙawa tare da lakabin lantarki na musamman na RFID;
2. Sanya mai karatu akan motar tsafta
Ana sanya mai karanta RFID akan motar tsaftar muhalli, kuma ana iya karanta tambarin kowane kwandon shara don ƙidaya yanayin aikin kowace abin hawa;
3. Sanya mai gano GPS akan motar tsafta
Ga kowace motar tsaftar muhalli (masu yayyafawa, mai share hanya, motar shara, da sauransu), ana amfani da ita don tantance wurin da motar ke tafiya.
Ko yana amfani da fasahar HF RFID ko UHF RFID don gane sarrafa rarrabuwar sharar gida, fasahar RFID na iya gani a fili yadda ake rarraba sarrafa shara don cimma rarraba kayan aiki, da kuma fahimtar ainihin canjin wurin wurin. Don haka ana iya fahimtar yanayin tafiyar da abin hawa da kuma sa ido a kai a kai ko motar dattin tana gudanar da ayyukan tattarawa da kuma hanyar aiki, da kuma lura da ayyukan tattarawa cikin tsaftataccen lokaci. Wannan zai iya inganta ingantaccen tsarin gudanarwa na kowane hanyar sadarwa a cikin aikin tsafta, inganta inganci da rage farashin gudanarwa.
XGSun yana da isasshen ƙwarewa wajen ƙira da samarwaRFID tags , kuma za mu iya samar da alamun da suka dace da bukatun ku. Idan kuna buƙata, tuntuɓi mu da wuri-wuri!
Lokacin aikawa: Nuwamba 18-2022