Currency counting system having RFID identification function
A banknote counting and system server technology, applied in the electronic field, can solve the problems of identifying currency errors, etc., and achieve the effect of preventing reading copying and powerful recognition functions
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Embodiment 1
[0024] A banknote counting system with RFID identification includes a banknote counting device and a corresponding system server. The banknote counting device includes a banknote twisting part, a banknote outputting part, a counting and identifying part, a conveying part and a banknote receiving part.
[0025] The transmission part is equipped with a rfid reading and writing device. The currency is implanted with rfid electronic tags. When the banknote counting device performs currency verification and counting, the rfid read-write device reads the verification certificate / key on the currency, and transmits the read certificate / key to the system server to verify the authenticity of the currency ; The rfid reading and writing device writes information to the RFID tag on the currency according to the requirements of the system server.
[0026] Specifically, see figure 1 with figure 2 , the money counting device is a money counting machine used in financial services. The ba...
Embodiment 2
[0029] The main steps of this embodiment are the same as those in Embodiment 1. The specific working process is as follows. A total of 5 coins with a face value of 100 yuan were printed. When the 5 coins with a face value of 100 yuan were produced, they were implanted with randomly generated messages K i,j The rfid electronic tag. i.e. K 1,1 、K 2,1 、K 3,1 、K 4,1 、K 5,1 The rfid electronic tag. Specifically, K 1,1 = 1, K 2,1 = 2, K 3,1 = 3, K 4,1 = 4, K 5,1 =5.
[0030] Corresponding to these 5 coins with a face value of 100 yuan, there are 5 SNs stored in the server i value. Namely SN 1 =1234567891, SN 2 =1234567892, SN 3 =1234567893, SN 4 =1234567894, SN5 =1234567895.
[0031] for 5 SNs i The value is encrypted, and the encryption rule is: exchange the first digit with the F digit, F=K i,j , namely K i,j as encrypted SN i key to get the CSN i,j : CSN 1, 1 =1234567891, CSN 2,1 =2134567892, CSN 3,1 =3214567893, CSN 4,1 =4231567894, CSN 5,1 =5234167...
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