Canja wurin Zafi Takaddun Kulawa na RFID: Menene Haƙiƙanin Wash 500 Ake Bukata

 

Canja wurin zafi, Dinka{0}A, da Maɓalli Tag: Hanyoyin Shigarwa Idan aka kwatanta

 

Hanyar shigarwa ta ƙayyade yadda inlay RFID ke tsira daga rayuwar aiki, kuma wannan shine inda yawancin kurakuran ƙayyadaddun bayanai suka fara. Kowace hanya tana ciniki tsakanin saurin shigarwa, dacewa da masana'anta, da tsayin daka{1}} karkashin wanka.

 

Canja wurin zafi (hatimin zafi)yana ɗaure lakabin zuwa rigar ta amfani da latsa mai zafi a digiri 215-218 na tsawon daƙiƙa 15-20 a kusan matsi 2.5-3.0. Tsarin yana da sauri: ƙwararren ma'aikaci yana ɗaukar alamun 400-600 a cikin awa ɗaya, yana samar da abin da aka makala mai laushi, mai santsi ba tare da ɗaga gefuna ba. Ita ce hanyar da aka fi so don kayan motsa jiki marasa nauyi, sawa na motsa jiki, da rigunan yara inda ɗinkin ɗinki ke haifar da fushi. Amma alamar kula da RFID taga zafin hatimin zafin hatimin hatimin zafi ba ya gafartawa: daidaitaccen kwandon gubar{11}} yana narkewa a digiri 183, kuma latsa hatimin zafi yana aiki da digiri 30-35 sama da madaidaicin. Duk wani zafi{16}}tambarin sauya sheka na RFID don aikace-aikacen wanki dole ne yayi amfani da ko dai mai haɗawa ko gubar{18} madadin solder kyauta wanda aka ƙera musamman don tsira daga zagayowar haɗin gwiwa. Za mu kwance kayan aikin gazawar a sashe na gaba.

 

 

Dinka{0} a cikin abin da aka makalayana dinke lakabin cikin rigar rigar, galibin kabu na gefe ko baya{0} wuyansa, ta amfani da injin makullin masana'antu. dinki yana ƙara daƙiƙa 5-8 akan kowace riga da hatimin zafi, amma anka na inji ya fi ƙarfi kuma baya dogara akan sinadarai mai ɗaurewa. Don manyan tufafin aiki, denim, da rigunan soja, ɗinka{6} a cikin ya kasance tsoho. Kasuwancin -ashe: titin allura dole ne ya guje wa wurin shigar da bayanai, wanda ke buƙatar ko dai tambari mai faɗi (don ƙirƙirar “yankin da ya mutu” don ɗinki) ko takamaiman horon ma’aikaci.

 

Maballin{0}}salon (silicone/PPS wanda aka haɗe) alamunkeɓaɓɓun raka'a an yanke su ne ko kuma an ɗaure su a jikin rigar. Suna bayar da mafi girman karko; wasuPPS{0}}waɗanda aka liƙaƙimar zagayowar 500+ a digiri 95 . Suna ƙara girma, nauyi, da farashi ($0.30-$1.50 kowace raka'a), kuma suna buƙatar matakin haɗe-haɗe na biyu wanda ya bambanta da kulawar da ke akwai{5}}lakabin aikin aiki.

 

Factor	Canja wurin zafi	Dinka{0}Ci	Button / Silikon
Gudun shigarwa	400-600/h	250-400/h	150-250/h
Ko - farashi na raka'a (girma)	$0.05–$0.12	$0.06–$0.15	$0.30–$1.50
Kaurin bayanin martaba	< 0.8 mm	< 1.0 mm	3-8 mm
Matsakaicin zafin wanka (masana'antu)	75-95 digiri*	95 digiri	95 digiri
Mahimman ƙima na sake zagayowar	100–300	150–500	200–500+
Mafi kyawun yadudduka{{0}	Synthetics, blends, haske saƙa	Denim, saƙa, kayan aiki	Uniform, lilin haya, tabarma

 

Zafi{0}}Labulen canja wuri da aka ƙididdige darajar digiri 95 na buƙatar gina inlay mai ƙima; duba guntu da sashin eriya a ƙasa.

 

Shawarar gajeriyar hanya: idan aikace-aikacenku ya yi ƙasa da 200 na zagayowar wanki na masana'antu kuma rigar ta roba ce ko gauraya, zafi{1}}tambayoyin kula da RFID ɗin da aka rufe su ne daidai. Da zarar kun haye keken keke 300 ko matsawa cikin saƙa masu nauyi waɗanda suka riga sun shiga cikin kulle-kulle na masana'antu, ɗinka{4}} cikin nasara akan dogaro na dogon lokaci-. Sama da hawan keke 500 a digiri 95, yankin haya na lilin kasuwanci da kayan aiki na hukuma, alamun maɓalli na silicone{9}} na tabbatar da farashin rukunin su mafi girma ta hanyar tsawon rai. A cikin gogewarmu, rashin daidaituwar da ke tura abokan ciniki daga canja wurin zafi zuwa dinki{11}}in shine galibi wanke sunadarai, ba zafin jiki ba: suna ƙididdigewa bisa la'akari da yanayin yanayin da ake ƙima akan lakabin kulawa, amma abokin aikinsu na wanki yana gudanar da wankan alkaline a pH 11+ maimakon tsaka-tsakin sunadarai da aka ɗauka a cikin ƙayyadaddun. Neman takardar SDS na kayan aikin kafin kammala darajar lakabin yana ɗaukar imel ɗaya; kama shi bayan an dawo batch baya.

 

Me yasa Lambobin Kulawa na RFID suka kasa - kuma masu samar da Lambobi sun tsallake

 

Da'awar kanun labarai akan yawancin shafukan samfuran shine "200+ zagayowar wanki." A cikin bincikenmu na dawowa da gwajin tsari a ƙarƙashin yanayin ISO 15797 (ruwa na digiri 95, pH 11.5 alkaline detergent, 1,200 rpm centrifugal hakar), inlays kayan da ba a tsara su don wanki ba sun faɗi ƙasa da waccan adadin, tare da fara kasawa tsakanin hawan keke 20 zuwa 50.

 

Madaidaicin tambarin RFID, nau'in da aka ƙera don alamun rataya ko kwalayen dabaru, ba a taɓa yin ƙira don wanke masana'antu ba. Karkashincikakken yanayin masana'antu, hanyoyin gazawa daban-daban guda uku suna fitowa, kowannensu yana da tushe daban.

 

Solder haɗin gwiwa sake kwarara. Guntu{0}zuwa{1}Antenna bond a mafi yawan inlays kayayyaki yana amfani da eutectic tin -lead solder tare da narkewar maki 183 . Zafi ɗaya{5} aikace-aikacen hatimi a digiri 215 ba lallai ba ne ya lalata haɗin gwiwa, saboda yawan zafin jiki na platen da substrate yana ƙayyadadden zafi a wurin shiga. Amma maimaita bushewar masana'antu a digiri 80-95 sama da ɗaruruwan hawan keke a hankali yana raunana haɗin gwiwa ta hanyar gajiyar zafi. Rashin gazawar ba ta daɗe da farko: alamar tana karantawa a ɗan gajeren zango amma ta faɗi a nisa sosai, sannan ta daina ba da amsa gaba ɗaya. Wannan hanya ce mai kyau{12}}tabbatacciyar hanyar lalacewa (Jaridar RFID).

 

 

Karyewar madugu na Eriya. Eriya yawanci sirara ce ta alamar alumini mai ƙyalƙyali akan mai ɗaukar PET. Maimaita jujjuyawar injina yayin tashin hankalin wankewa da haɓakar haɓakar centrifugal mai girma yana haifar da fashe-fashe a cikin madugu. Ba kamar gazawar solder ba, karyewar eriya yana faruwa kwatsam: alamar tana aiki har sai alamar ta fashe, sannan ta mutu. Cikakkun eriya ta amfani da Laser{6} welded conductive filament maimakon ƙulle-ƙulle suna tsayayya da wannan yanayin sosai, saboda filament ɗin yana jujjuya shi da yadin maimakon tsattsage da shi.

 

Rushewar encapsulation da lalata. Idan hatimin lamination tsakanin yaduddukan yadudduka na alamar bai cika ba, ko da ƙugiya, ruwan wankan alkaline yana shiga ya kai hari ga eriyar aluminum. Lalacewa na iya lalata aikin karantawa cikin zagayowar 10-15. Wannan gazawar kusan ba a iya gani a waje; Alamar tana da kyau amma tana karantawa a kewayon sifili.

 

Mafi yawan tsarin gazawar da muke gani a cikin samfuran da aka dawo dasu daga kayan aikin wanki shine haɗewar hanyoyi biyu na farko: gajiyar zafi yana raunana haɗin gwiwar solder sama da zagayowar 30-50, sa'an nan kuma guda ɗaya mai tsayi - abin da ya faru na hakowa yana ƙulla haɗin da aka lalata. A kan layin samarwa mu, kowane batch yana bi ta hanyar duban keke na thermal QC kafin jigilar kaya - yana yin simintin zafi{5}} hatimin hatimi tare da matsananciyar damuwa - musamman don kama mahaɗan gefe kafin su isa filin. Idan mai siyar da ku na yanzu ba zai iya kwatanta kwatankwacin matakin QC a tsarin samar da su ba, wannan ita ce tambayar da ta dace da za ku yi kafin odar siyayya ta gaba. Ƙididdigar ƙima ba sa kasawa yayin dubawa mai shigowa; sun gaza a zagayowar 40 a filin.

 

Anan ga gaskiyar rashin jin daɗi da ta shafi ƙayyadaddun lakabin kulawar RFID mai wankewa a cikin masana'antar: galibin lakabin --waɗanda ke ambaton "zazzagewa 200" an gwada su ƙarƙashin ISO 6330 (wanke cikin gida a digiri 60, wanki mai tsaka tsaki,ISOTS EN ISO 15797 (shafin kasuwanci a digiri 75-95, sunadarai na alkaline,ISO). Tazarar da ke tsakanin waɗannan ma'auni biyu ita ce inda ƙungiyoyin sayayya ke ƙonewa. Kafin sanya hannu kan da'awar dorewar mai siyarwa, tambayi wane ma'aunin gwaji aka yi amfani da shi kuma ko an haɗa saurin cirewar centrifugal a cikin ƙa'idar gwajin, saboda yawancin lambobi da aka buga sun shuɗe.

 

Don ƙarin fa'idar kallon inda RFID ya dace a duk tsawon rayuwar tufafi, gami da batu{0}}na{1}}saye da aikace-aikacen sata, duba bayanin mu naAikace-aikacen RFID a duk tsawon rayuwar tufafi.

 

Zaɓin guntu da ƙirar Eriya don Ayyukan Wankewa

 

Dorewa a cikin alamar kulawar saƙa ta UHF RFID yana farawa daga guntu{0}}da{1}} haɗewar eriya, ba a saman rufin rufi ba. Hukunce-hukunce guda biyu sun fi mahimmanci: wanne IC za ta tantance da kuma yadda aka gina madugu na eriya.

 

A gefen guntu, ICs guda uku sun mamaye ƙirar ƙira mai iya wankewa na yanzu. Impinj Monza R6-P yana ba da 96{9}}bit EPC tare da Serialized TID da -20.5 dBm hankali karantawa, isasshe don mafi yawan dillalai da wadata{18}} sarkar ana karantawa a nesa har zuwa 6-8 m akan tsayayyen masu karatu. Don aikace-aikacen da ke buƙatar tsawaita ƙwaƙwalwar ajiya (manyan filayen bayanan mai amfani don tarihin rayuwar rayuwa ko rajistan ayyukan kulawa), NXP UCODE 9XE yana ba da EPC 128-bit tare da ƙwaƙwalwar mai amfani 64-byte kuma yana goyan bayan ayyukan karantawa/rubutu 100,000. Jerin NXP UCODE 8/8m yana zaune tsakanin su biyun akan farashi da aiki kuma ana ƙara ƙayyadadden ƙayyadaddun su a cikin shirye-shiryen suturar matsakaicin matakin.

 

Shawarwari mai amfani: idan harkallar amfanin ku tsantsa ce ta kaya (bincike, ƙidaya, sake yin oda), Monza R6-P yana ba ku fahimtar karatun da kuke buƙata a mafi ƙanƙanta kowane farashi na guntu. Idan kuna gudanar da sabis ɗin wanki ko shirin haya na ɗaki wanda ke buƙatar rubuta lambobin hanya, ID na abokin ciniki, ko wanke{4}}ƙidaya rajistan ayyukan kai tsaye zuwa alamar, guje wa baya{5}}ƙarshen duba bayanan bayanai yayin babban rarrabuwar isar da isar da saƙo, UCODE 9XE shine madaidaicin bayani. UCODE 8m shine madaidaicin kira don tabbatar da alamar ko shirye-shiryen DTC waɗanda ke buƙatar ɓoye URL na tabbatarwa ko mai ganowa na biyu tare da EPC, mafi ƙarfi fiye da yadda Monza ya ba da izini, ba tare da{12}}arar guntu na cikakken 9XE ba. Wurin wanki na kasuwanci wanda aka haɓaka daga tambarin Monza zuwa UCODE 9XE{15}}waɗanda aka samar da alamar sun ba da rahoton ingantattun daidaito daga 85% zuwa 99.5% (GSRFID), daidai saboda bayanan alamar - ya kawar da jinkirin tsakiyar{1}} nau'in kiran bayanai.

 

Amma zaɓin guntu shine kawai rabin ƙididdiga na abu{0}} aikin bin diddigin matakin. Gina eriya a ainihin yanayin wanke-wanke yana da babban tasiri akan kewayon karatu fiye da bambance-bambancen fahimtar guntu.

 

Zane na eriya shine canji na biyu, kuma ga masana'antu{0}} dorewar wanki yana iya zama mafi mahimmanci. Na al'ada etched -Aluminum etched a kan PET substrates suna yin kyau a cikin busassun kayan aiki amma suna ƙasƙantar da kai a ƙarƙashin maimaita damuwa na inji. Madadin, dinki{4}} eriya da aka haɗa ta amfani da Laser{5} welded conductive zaren ko siririn jan karfe waya a lullube a cikin yadudduka, sassauƙa da masana'anta maimakon tsayayya da shi. A cikin gwajin dorewa na Syntek a ƙarƙashin ISO/IEC 18046{13}}Sharuɗɗa 3 (520 zagayowar wanki a digiri 95, pH 11.5 detergent, 1,200 rpm hakar), haɗe-haɗen eriyas an kiyaye kewayon karantawa sama da 6 m a ƙarshen eriya ta al'ada ta fadowa ƙasa da eriya ta al'ada. 200. Za mu iya samar da taƙaitaccen gwajin akan buƙata.

 

 

Waɗannan lambobin sun bayyana filin injiniya don kowane lakabin kulawa na RFID da aka yi niyya don tsira daga wankin kasuwanci ko masana'antu. Amma yanayin gwajin kawai yana gaya muku menene alamariyajurewa; ainihin aikin filin ya dogara da ingancin shigarwa, ginin tufa, da kuma sinadarai na wankewa, waɗanda suka bambanta wurin zuwa wurin. Tsarin zaɓin da ke ƙasa yana tafiya ta yadda ake daidaita waɗannan masu canji zuwa takamaiman turawa.

 

Haƙiƙa{0}Aikin Duniya: Otal-otal, Asibitoci, da Sabis ɗin Uniform

 

 

Maɗaukaki uku mafi girma{0}madaidaitan juzu'i don sawa RFID tag mai iya wankewa kowane yana haifar da ƙuntatawa daban-daban akan nau'in alamar alamar kulawa.

 

Gudanar da lilin otalshine mafi tsadar aikace-aikacen{0}. Otal-otal suna asarar kashi 20 – 30% na kayan masarufi kowace shekara saboda sata, rashin fahimta tsakanin kadarori, da haɗakar masu kaya ({4}})HID Global). Don dukiya mai tauraro biyar 250{2}, farashin sauyawa na shekara-shekara zai iya wuce $50,000 a cikin zanen gado, tawul, da wanki kaɗai.Bin diddigin RFID yana fitar da ƙimar asarar ƙasa 3%, amma kawai idan alamar ta tsira daga zagayowar wankan otal, yawanci digiri 75 tare da sabulun kasuwanci, hawan keke 300-400 sama da rayuwar lilin shekara biyu{3}. Royal Jersey Laundry, wanda ke sarrafa masaku don otal-otal biyar na London, ya tura tsarin HID's LinTRAK UHF don sarrafa kirga lilin da kuma tabbatar da hanya, yana kawar da kayan aikin hannu wanda a baya yana cinye awanni 15+ ma'aikata{7}} a kowane mako. Alamar kulawa ta RFID ta dace da lilin otal saboda yana ƙara girman sifili zuwa zanen gado da tawul. Baƙi ba sa lura da shi.

 

Asibiti da kayan aikin lafiyaƙara wani buƙatun da ba za a yi shawara ba: dacewa MRI. Alamar RFID wacce ba ta MR{2}} tana iya samar da kayan tarihi ko, a mafi munin yanayi{3}, haifar da dumama wuri yayin duban MRI. Duk wani lakabin kulawa na RFID da aka tura a asibiti dole ne a gwada shi kuma a tantance shi azaman MR{5}} sharadi na ASTM F2503 (HID Global). Alamar alamar kulawa tana da fa'ida anan saboda sirara ce, mai sassauƙa, kuma ba ta ƙunshi gidaje na ƙarfe waɗanda zasu iya yin mu'amala da filayen maganadisu ba, amma har yanzu kayan jagoran eriya na buƙatar tabbaci. Yanayin wanke asibiti shine mafi tsanani a cikin wanki na kasuwanci: yanayin zafi na digiri 95, pH 11+ alkaline chemistry, da kuma yanayin zafin jiki wanda dole ne ya riƙe digiri 71 na akalla mintuna uku a kowace HTM 01{15}}04 kafin bushewa. Don muhallin asibiti inda ake karanta yadi a gefen gado ko lilin{16}}sai dai a kan manyan masu isar da sauri, alamar mitar HF na iya zama mai amfani. The13.56 MHz micro alamar wanki don bin kadaraan tsara shi don daidai wancan kusa{0}}taɓawar zango{1}}karanta aikin aiki.

 

 

Sabis na haya na Uniform da kayan aikizauna tsakanin su biyun akan tsananin wankewa amma suna buƙatar mafi tsayin tsawon rayuwa, yawanci shekaru uku zuwa biyar na wanke-wanke mako-mako, ko hawan keke 150-250. Wani mai ba da sabis na wanki na Turai ya ba da rahoton aRage 25% na asarar yadi a cikin shekarar farko na tura RFIDa fadin rundunar haya ta uniform (RFID na gaba). Shirye-shiryen Uniform kuma suna haifar da mafi girman karatun karatu: ɗaruruwan riguna masu alama suna wucewa ta cikin mai karanta rami guda cikin mintuna. Daidaiton eriya a cikin yawan alamar yana da mahimmanci don ingantaccen karantawa mai yawa, har ma da ƙananan bambance-bambance a cikin ƙetare eriya yana haifar da rashin karantawa wanda ya shiga cikin kurakuran kaya. Wannan ƙalubalen ƙalubalen karantawa shine mafi ƙarancin ƙwarewar fasaha a cikin babban alamar kulawa ta RFID don sarrafa lilin otal da shirye-shirye iri ɗaya, kuma kusan ba a taɓa yin magana a cikin littattafan samfuri.

 

Yarda da Ka'idoji: GS1, ARC, da Walmart RFID Mandate

 

Ka'ida da bin ka'idodin dillalai suna ƙara yin siffa waɗanda nau'ikan nau'ikan nau'ikan alamar kulawa na RFID ke da amfani ga takamaiman kasuwanni.

 

Umarnin RFID na Walmart, da farko yana rufe tufafi kuma yanzu yana haɓaka zuwa ƙarin nau'ikan samfura, yana buƙatar duk abubuwan da aka yiwa alama don ɗaukar inlays na ARC{0} RAIN RFID da aka tabbatar yana aiki a 902-928 MHz. Takaddun shaida na ARC, wanda Lab ɗin RFID na Jami'ar Auburn ke gudanarwa, yana gwada inlay aiki a cikin ƙayyadaddun ƙa'idar da ke auna karanta hankali, 'yancin kai, da ƙetare kan samfur. Don alamun kulawa, gwajin ARC yana da matuƙar buƙata saboda lakabin dole ne ya yi yayin da ake haɗe shi da masana'anta, mai asara, mai canzawa{5}}ƙasa, ba akan jigin gwajin iska kyauta-. Alamun da suka wuce gwajin ARC akan kwali na iya yin ƙasa da ƙasa ko kasa a kan yadi (Jami'ar Auburn RFID Lab).

 

Tushen 100% na Decathlon -Shirin yin alama yana ba da samfuri mai amfani: kowane samfur yana karɓar alamar RFID a masana'anta, an haɗa shi cikin alamar kulawa da ke akwai. Sakamakon ba shi da sifili a cikin - ma'aikaci mai alamar ma'ajiya da cikakken hangen nesa daga masana'anta zuwa wurin siyarwa.

 

Ma'auni na serialization na GS1 (SGTIN{4}}96 da SGTIN{7}}198) sun ayyana tsarin bayanan da aka rufa-rufa akan ma'aunin EPC na alamar. Don alamun kulawa da ke ɗauke da alamun alamun duka biyu da bayanan kula da tufafi, tsarin GS1 yana tabbatar da haɗin kai a cikin sarkar samarwa. Tambarin iri ɗaya da aka karanta a masana'anta a Vietnam, cibiyar rarrabawa a Belgium, da bene mai siyarwa a Texas suna dawo da mai gano matakin matakin iri ɗaya (GS1).

 

 

Girman yarda ɗaya wanda yawancin labarai ke ɓacewa gaba ɗaya: Ma'auni na wajibi na GB 18401 na China don amincin yadudduka ya shafi duk wata alama ta dindindin da ke makale da rigar da aka sayar a kasuwar Sinawa. Iyakar pH a ƙarƙashin GB 18401 shine 4.0-7.5 don alamun a cikin hulɗar fata kai tsaye, kuma yawancin mannen alamar alamar suna faɗuwa a waje da wannan kewayon ba tare da masana'anta sun gane hakan ba. Idan alamar kulawar RFID ɗinku tana haɗe da rigar da ke shiga kasuwar Sinawa, tambayi mai ba da alamar kulawar haɗin gwiwar ku don rahoton gwajin GB 18401 kafin jigilar kaya ta share kwastan. Gano abin da ba ya dace da mannewa - yayin binciken tashar jiragen ruwa matsala ce da ke ɗaukar watanni, ba kwanaki ba.

 

Zaɓi Lamban Kulawa na RFID Dama don Aikace-aikacenku

 

Fara da nau'in masana'anta. Yana kawar da hanyoyin shigarwa kai tsaye kafin kowane mai canzawa ya shiga hoton.

 

1. Gine-ginen masana'anta da tufafi.Nau'in synthetics masu nauyi da danshi -matsalar lalacewa gabaɗaya ba za su iya jure wa ɗinki{1} a cikin labulen ba tare da lalata ta'aziyya ba; canja wurin zafi shine tsoho. Saƙa masu nauyi da denim suna ɗaukar ko dai ɗinki{3}} ko canja wurin zafi. Tufafi masu kayan aikin ƙarfe (zippers, snaps, eyelets) suna buƙatar sanya lakabin aƙalla mm 30 daga kowane ɓangaren ƙarfe don guje wa ɓarna eriya.
    
2. Yanayin wanka.Taswirar ainihin ƙa'idar wanke-wanke, ba mafi kyawun zagayowar da rigar zata iya rayuwa ba, amma mafi tsananin zagayowar da zata ci karo da ita akai-akai. Akwatin matashin kai da aka wanke a digiri 75 tare da wanki mai tsaka tsaki babban ƙalubale ne na injiniya daban-daban fiye da saman gogewar tiyata da aka wanke a digiri 95 tare da sunadarai na alkaline. Idan ba ku da tabbacin wane gwajin ma'auni na kewayon kayan wanki ya dace, ƙungiyar injiniyoyin Syntek za su iya yin bitar ainihin ƙa'idar wanke ku kuma su ba da shawarar gina alamar da ta dace.Tuntube mudon shawarwarin fasaha. Bayanin bayanan wankin yana ƙayyadad da guntu{1}} ginanniyar antenna da kuma darajar sa.
    
3. Karanta kewayon da yanayin karantawa.Ƙididdigar ƙididdiga na tallace-tallace tare da masu karanta na hannu a 1-2 m suna buƙatar ƙarancin aikin eriya fiye da rami - shigarwar mai karatu yana karanta abubuwa 500 a minti ɗaya akan mai motsi. Sama da - tantance kewayon karatu yana ƙara farashi; Ƙarƙashin -ƙayyade shi yana haifar da karatun da aka rasa waɗanda ke lalata duk harka kasuwanci.
    
4. Kayan aikin shigarwa.Yi la'akari da abin da kayan aiki ya riga ya kasance a kan samar da bene. Idan masana'anta ta riga ta yi zafi{1}}matsa lamba don daidaitattun alamun kulawa, zafi{2}}canja wurin lakabin kula da RFID yana faɗuwa cikin aikin da ke akwai tare da ƙaramar sake aiki. Idan ba haka ba, dole ne a sanya darajar babban kuɗin maballin zafi na daidai ($3,000-$8,000 don kayan aikin masana'antu{8}}) ​​da tsarin horarwa na masu aiki dole ne a sanya su cikin tsarin tafiyar lokaci.
    
5. Rukunin tattalin arziki da tsadar rayuwa.Alamar kulawa ta RFID da aka saka ta $0.08 wacce ke tsira daga hawan keke 300 tana kashe $0.00027 akan kowane karatu. Alamar siliki ta $0.50 wacce ke tsira daga hawan keke 500 tana kashe $0.001 akan kowane karantawa, kusan ƙarin 4 × kowane zagaye. Sai dai idan aikace-aikacenku yana buƙatar da gaske na duk zagayowar 500 a digiri 95, lakabin kulawa yana cin nasara akan tattalin arziki na rayuwa. Gudanar da lissafin akan farashi{12}}kowace{13}} sake zagayowar, ba farashi{14}}kowane{15}}raka'a.

 

Labari ɗaya wanda ke jujjuya duk masu canji guda biyar: ruwa{0}} labulen RFID mai narkewa wanda aka ƙirƙira don gazawa bayan wankewa. Ana amfani da waɗannan alamun da ba za a iya lalata su da gangan don gano zamba. Idan mabukaci ya dawo da rigar yana iƙirarin cewa bai sawa ba amma alamar ta daina karantawa, rashin nasarar wankin yana tabbatar da wanke kayan. Wannan kishiyar injinin dorewa ne, kuma yana wakiltar haɓakar haɓaka a cikin lakabin kulawa na RFID vs falsafar ƙira tag ɗin wanki.

 

Shin kuna shirye don daidaita waɗannan masu canji zuwa takamaiman tura ku?Nemi samfuran alamar kulawa na RFID kyautadaga ƙungiyar injiniyoyin Syntek, kuma za mu bi tsarin zaɓin da ya dace da ainihin ka'idar wanke-wanke da yanayin karantawa.