Impahla yeRFID

Kwindawo yokuhlambela yemizi mveliso yale mihla elungiselela ukusebenza kakuhle kunye nokuthenjwa okuphezulu, Ilebheli ye-10-hlamba ye-RFOTRY7010 ye-RFO10 ye-RFID iphume ngentsebenzo yayo ebalaseleyo. Yenzelwe i-tliwe okanye izicelo ezingezizo, Le wibhile ivavanywa ngokuqinileyo ngaphezulu kwe 200 Ukuhlamba imijikelezo yokuqinisekisa ukuba inokugcina ukusebenza okugqwesileyo kunye nokufundwa emva kokusetyenziswa okuninzi. Izinto zayo kunye noyilo luphumelele uvavanyo lokuthembeka ukubonelela ngesisombululo esisecaleni kunye nexesha elide.

 

Iimpawu:

Ukuthobela	I-EPC ye-EPC1 Gen., ISO18000-6C
Ukuphindaphinda	865~ 868mhz, okanye i-902 ~ 928mhz
Chip	I-POPINNJ R6P
Imemori	I-EPC 96IIts,Umsebenzisi 32Bits
Bhala / bhala	Yes
Ukugcinwa kwedatha	20 iminyaka
Ubomi bonke	200 Hlamba imijikelezo okanye 2 Iminyaka ukusuka kumhla wokuhambisa (nayiphi na iza kuqala)
Izinto eziphathekayo	I-Lopele
Ubukhulu	Lxwxhhh: 70 x 10 x 1.5mmm / 2.756 x 0.398 x 0.059 intshi
Iqondo lokugcina	-40℃ ~ +85 ℃
Iqondo lokusebenza	1) Ukuhlamba: 90℃(194ο), 15 imizuzu, 200 umjikelo 2) Ukomisa i-tumbler: 180℃(320ο), 30imizuzu 3) Ironer: 180℃(356ο), 10 imizuzwana, 200 Imijikelezo 4) Inkqubo ye-Sterilizal: 135℃(275ο), 20 imizuzu
Ukunganyangeki koomatshini	Ixhomekeke ku 60 imivalo
Ifomathi yokuhambisa	Tshatile
Indlela yokufaka	Ukufakwa kwentambo
Ubunzima	~ 0.6G
Iphakheji	Ibhegi ye-antisttic kunye nebhokisi yebhokisi
Color	Mhlophe
Ukunikezwa Amandla	Idlula
Iikhemikhali	Iikhemikhali eziqhelekileyo eziqhelekileyo kwiinkqubo zokuhlamba
Rohs	Iyahambelana
Funda umgama	Ixhomekeke ku 5.5 iimitha (I-ERP = 2w) Ixhomekeke ku 2 iimitha ( I-Atid Atid880 Reader Reader)
Ipolarization	Liner

 

Ukwenza ngokwezifiso

Ileyibhile ye-100 ye-GFID7010 ye-RFID ye-RFID ayiqinisekanga kodwa iphinde iguqulwe kakhulu. Sibonelela ngeendlela zobukhulu ezizezithuthi zokuhlangabezana neemfuno ezahlukeneyo zeMpazamo. Isixhobo esithambileyo siqinisekisa ukuba ileyibheli idityaniswe ngokugqibeleleyo kunye nempahla kwaye ayiyi konakaliswa yingqungquthela ngexesha lenkqubo yokuhlamba. Ukwengeza, Imodyuli ngaphakathi kwileyibheli incinci ngobukhulu kwaye inokuthi ichaphazeleke kwaye iphantsi koxinzelelo oluphezulu lwe 60 ibha, Ukuqinisekisa ukhuseleko kunye nokuhanjiswa ngokuchanekileyo kwedatha.

Ukulungiselela abathengi, Ileyili ye-10-hlamba ye-100101010 yamkela i-amnandi yokuthunga ukuqinisekisa ukuba ileyibheli inamathele ngokuqinileyo kwimpahla kwaye ayiyi kuwa ngexesha lenkqubo yokuhlamba. Ngaxeshanye, Sikwabonelela ngeenkonzo ze-laser, Abathengi banokukhokelela kwi-barcode kwiileyibhile zokuchonga ngokukhawuleza kunye nokulandela umkhondo. Le uyilo olusebenzayo nolulula kuphucula ngokufanelekileyo ukusebenza nokuchaneka kolawulo.

 

Isicelo ngokubanzi

Ithegi ye-10-chid ye-GAundry ye-100 ye-RFID ye-RFID isetyenziswe ngokubanzi kwiimeko ezahlukeneyo ngenxa yokusebenza ngokugqibeleleyo kunye nokuguquguquka. Nokuba yinto yokuhlamba imizi-mveliso, ulawulo olufanayo, Ulawulo lweempahla zezonyango okanye ulawulo lweempahla zomkhosi, Inokubonelela isisombululo esizinzileyo nesinokuthenjwa. Ukwengeza, Ingasetyenziswa nakwiindawo ezinje ngolawulo lwentlals zaBasebenzi ukuqinisekisa ukhuseleko kunye nokulandelela kwempahla kunye nabasebenzi. Le tag kukhetho lwakho olufanelekileyo kulawulo olululo noluthembekileyo.

 

Iinkcukacha ngokuthunga:

Ukuthunga i-100 ye-ATAUndry7010 ye-Taundry ifuna ukhuseleko olukhethekileyo ukunqanda ukonakalisa i-wire yentsimbi kunye nemodyuli ye-chip. Imodyuli ye-chip kunye ne-wire yentsimbi yidatha ephambili ye-tag egcina kunye nezinto zokuhambisa. Nawuphi na umonakalo omncinci unokufumana i-tag yokusebenza kwaye ibangele ilahleko yedatha. Ukugcina ukuthembeka kwe-tag kunye nokuba luncedo, Nceda uqweyile ngokwemiyalelo.

Ukwazi ukufunda:

Izixhobo zokufunda ezahlukeneyo zinokusebenza ngokwahlukileyo ngelixa ufunda ithegi ye-100 ye-tillry ye-100. Ngenxa yenkqubo, Isoftware Algorithms, kunye neemeko ezizolileyo. Izixhobo zokufunda zokufunda ziyahambelana nethegi kwaye zilandele imiyalelo esebenzayo yokusebenza ezifanelekileyo kunye nokusebenza kweziphumo zokufunda ezifanelekileyo.

Izilumkiso zoFakelo lweTransman:

Iqondo lobushushu kunye noxinzelelo kufuneka zilawulwe ngexesha lokufakwa kwe-shirmal. Apha ngezantsi kwe-210 ℃ okanye uxinzelelo lwe-0.6mpa inokukhokelela kwi-stick eshushu, Ukuchaphazela i-leads ukubambelela kunye nokuqina. Ke ngoko, Phambi kokufakwa kwe-thermal, Qinisekisa ubushushu besixhobo kunye noseto loxinzelelo ukuqinisekisa ukuba baphakathi koluhlu olwamkelekileyo. Ngeziphumo ezibi ezishushu, gcina ileyibheli icocekile kwaye ithe tyaba kwaye ikhusele ishushu eshushu kwindawo enamafutha okanye engcolisekileyo.