CN114580597A

CN114580597A - Production label supplementing method for NFC anti-counterfeiting label

Info

Publication number: CN114580597A
Application number: CN202210227534.2A
Authority: CN
Inventors: 季有为; 顾超然
Original assignee: Xindian Zhilian Beijing Technology Co ltd
Current assignee: Xindian Zhilian Beijing Technology Co ltd
Priority date: 2022-03-08
Filing date: 2022-03-08
Publication date: 2022-06-03
Anticipated expiration: 2042-03-08
Also published as: CN114580597B

Abstract

The embodiment of the invention relates to a method for producing and supplementing an NFC anti-counterfeiting label, which comprises the following steps: receiving a first login instruction of a first production equipment group; performing first equipment login inspection; if the verification is successful, the production task is distributed to generate a first production task list to be issued; receiving a first bad mark statistical list when the production task is finished; if the first bad mark statistical list is not empty, receiving a second login instruction of the first mark supplementing device group; performing second equipment login inspection; if the verification is successful, the mark supplement task is distributed to generate a first mark supplement task list for issuing; receiving a second bad bid statistical list when the bid supplementing task is completed; if the first bad mark statistical list is empty, a first production task backup record is formed by the first production task list and is stored; and if not, forming a first production task backup record by the first production task list and the second bad mark statistical list and storing the first production task backup record. By the method and the device, the bad mark rate of the NFC anti-counterfeiting label can be reduced.

Description

Production label supplementing method for NFC (near field communication) anti-counterfeit label

Technical Field

The invention relates to the technical field of data processing, in particular to a production label supplementing method for an NFC anti-counterfeiting label.

Background

Near Field Communication (NFC) tags are used as anti-counterfeit tags for normal commodities circulating in the market, so that good prevention effect on fake and inferior commodities can be achieved, but the NFC anti-counterfeit tags have certain price cost, so that sales profits of the commodities can be reduced, energy-saving control needs to be performed on data issuing and production links of the NFC anti-counterfeit tags for the purposes of considering anti-counterfeit functions and cost control, and bad mark rate of the tags is reduced.

Disclosure of Invention

The invention aims to provide a production label supplementing method of an NFC anti-counterfeiting label, electronic equipment and a computer readable storage medium aiming at the defects of the prior art, wherein when data issue and label printing are carried out on a plurality of NFC anti-counterfeiting labels, the NFC anti-counterfeiting labels with communication overtime or data writing operation failure are primarily screened as bad labels; and after the current data issuing and label printing are finished, the label supplementing operation is carried out on each initially screened bad label again, namely the data issuing and label printing operation is carried out again. By the method and the device, the NFC anti-counterfeiting label with the bad mark as the primary screening can be issued for the second time, so that the NFC anti-counterfeiting label with the bad mark as the false screening in the primary issuing can be sorted out, and the purposes of improving the bad mark identification precision of the NFC anti-counterfeiting label, improving the utilization rate of the NFC anti-counterfeiting label and reducing the bad mark rate of the NFC anti-counterfeiting label are achieved.

In order to achieve the above object, a first aspect of the embodiments of the present invention provides a method for producing an NFC anti-counterfeit label, where the method includes:

the production management server receives a first login instruction sent by a first production equipment group; performing first equipment login inspection processing according to the instruction information of the first login instruction; if the first equipment login inspection processing is successful, performing NFC anti-counterfeit label production task allocation processing on the first production equipment group to generate a corresponding first production task list, and issuing the corresponding first production task list to the first production equipment group; when the first production equipment group finishes the production task of the first production task list, receiving a first bad mark statistical list sent by the first production equipment group;

if the first bad mark statistical list is not empty, receiving a second login instruction sent by the first mark supplementing device group; and according to the instruction information of the second login instruction, performing login inspection processing on the second equipment; if the second equipment is successful in login inspection processing, performing NFC anti-fake label supplement task allocation processing on the first label supplement equipment group according to the first bad label statistical list to generate a corresponding first label supplement task list, and issuing the first label supplement task list to the first label supplement equipment group; when the first mark supplementing equipment group completes the mark supplementing task of the first mark supplementing task list, receiving a second bad mark statistical list sent by the first mark supplementing equipment group;

identifying whether the first bad mark statistical list is empty; if the production task list is empty, forming a first production task backup record by the first production task list and storing the first production task backup record; and if not, forming a first production task backup record by the first production task list and the second bad mark statistical list and storing the first production task backup record.

Preferably, the production management server is respectively connected with the first production equipment group and the first mark supplementing equipment group; the first production equipment group comprises first issuing equipment and first printing equipment; the first mark supplementing device group comprises a second issuing device and a second printing device;

the production management server is locally preset with a legal account-equipment corresponding list and a transmission data management list;

the legal account number-equipment corresponding list comprises a plurality of legal account number-equipment corresponding records; the legal account-equipment corresponding record comprises an account name field, an account login information field and an equipment information set field; the device information set field comprises a plurality of device information sets; the device information set comprises a device type, a device identification and a device position; the device types include an issuing device type and a printing device type;

the release data management list comprises a plurality of release data management records; the issuing data management record comprises a commodity name field, an issuing total amount field, an issued total amount field and an issuing data set field; the release data set field comprises a plurality of release data sets; the issuing data set comprises a data set identifier, a data set state and issuing data; the data group state comprises an issued state and an unissued state, and the initial default is set as the unissued state;

the first production task list comprises first commodity name data, first issuing total data and a plurality of first NFC label issuing data groups; the first NFC tag issuing data group comprises first identification data and first issuing data;

the first bad mark statistical list comprises second commodity name data, first bad mark total data and a plurality of first bad mark data groups; the first bad mark data group comprises first NFC label UID data and a second NFC label issuing data group; the second NFC tag issuance data group includes second identification data and second issuance data;

the first label supplementing task list comprises third commodity name data, first label supplementing total data and a plurality of third NFC label issuing data groups; the third NFC tag issuance data group includes third identification data and third issuance data;

the second bad mark statistical list comprises fourth commodity name data, second bad mark total data and a plurality of second bad mark data groups; the second bad mark data group comprises second NFC label UID data and a fourth NFC label issuing data group; the fourth NFC tag issuance data group includes fourth identification data and fourth issuance data.

Preferably, the performing, according to the instruction information of the first login instruction, a login verification process of the first device specifically includes:

extracting first production account information, first account login information and a first equipment type-identification-position information set from the first login instruction; the first set of device type-identity-location information comprises a plurality of first device type-identity-location information; the first device type-identity-location information comprises first device type information, first device identity information and first device location information; the first device type information includes an issuing device type and a printing device type;

inquiring the legal account-equipment corresponding list, and recording the legal account-equipment corresponding record of which the account name field is matched with the first production account information as a first record; if the first record is not empty, identifying whether the account login information field of the first record is matched with the first account login information; if the first record is identified as a match, identifying whether the first device type-identification-location information set meets the device information set field of the first record; and if the first equipment group is identified as being satisfied, confirming that the first equipment login verification processing is successful, and sending login success information back to the first production equipment group.

Preferably, the performing NFC anti-counterfeit label production task allocation processing on the first production device group to generate a corresponding first production task list specifically includes:

receiving a first list acquisition instruction sent by the first production equipment group; inquiring the release data management list, and extracting all the release data management records of which the release total amount fields are larger than the release total amount fields to form a corresponding first producible task list to be sent back to the first production equipment group;

receiving a first task application instruction sent by the first production equipment group; the first task application instruction comprises application commodity name information and application issue total amount information;

inquiring the issuing data management list according to the commodity name applying information, and recording the issuing data management record of the commodity name field matched with the commodity name applying information as a current matching record; and the difference value of the total amount field of the current matching record minus the total amount field of the issued record is used as a corresponding first undistributed total amount; identifying whether the first non-issued total amount is not less than the application issuing total amount information; if the current matching record is identified to be not less than the current matching record, locking the current matching record;

after the current matching records are successfully locked, the application issuing total amount information is taken as a first amount, the issuing data groups of which the data group states are in an unissued state and the first amount are extracted from the issuing data group set fields of the current matching records, and a first issuing data group set is formed;

polling each issuing data group of the obtained first issuing data group set; during polling, marking the currently polled issuing data set as a current issuing data set, extracting the data set identification of the current issuing data set as corresponding first identification data, extracting the issuing data of the current issuing data set as corresponding first issuing data, and forming a corresponding first NFC tag issuing data set by the first identification data and the first issuing data;

and taking the commodity name field of the current matching record as corresponding first commodity name data, taking the application issuing total amount information as corresponding first issuing total amount data, and forming a corresponding first production task list by the first commodity name data, the first issuing total amount data and all the obtained first NFC label issuing data.

Preferably, the method further comprises:

the first production equipment group receives the first production task list issued by the production management server;

according to the first production task list, performing data issuing operation of NFC labels on the multiple NFC labels loaded on the equipment one by one to obtain multiple first issuing records, specifically: extracting all the first NFC tag issuing data groups in the first production task list one by one to generate corresponding current NFC tag issuing data groups; sending a first UID acquisition instruction to a current NFC label through the first sending equipment, and taking first UID information sent back by the current NFC label as corresponding first label UID data; sending a first NFC tag writing instruction carrying the first sending data of the current NFC tag sending data group to the current NFC tag through the first sending equipment, and judging whether the first sending equipment receives a first instruction state sent back by the current NFC tag within appointed time; setting a corresponding first writing state as a failure state when the first instruction state is not received within the appointed time; when the first instruction state is received within the appointed time, identifying whether the first instruction state is a success state, if the first instruction state is not the success state, setting the corresponding first writing state as a failure state, and if the first instruction state is the success state, setting the corresponding first writing state as a success state; the corresponding first issuing record is formed by the first tag UID data corresponding to the current NFC tag issuing data group, the first NFC tag issuing data group and the first writing state; performing label two-dimensional code printing processing on the current NFC label through the first printing device;

recording the first sending record with the first writing state as a failure state as a first bad mark record in all the obtained first sending records; counting the total amount of the first bad bid records, and taking the counting result as the corresponding first bad bid total amount data; in each first bad mark record, using the first tag UID data as the corresponding first NFC tag UID data, using the first NFC tag issuing data group as the corresponding second NFC tag issuing data group, and forming the corresponding first bad mark data group by the corresponding first NFC tag UID data and the corresponding second NFC tag issuing data group;

taking the first commodity name data of the first production task list as corresponding second commodity name data; and the corresponding first bad mark statistical clear list composed of the obtained second commodity name data, the first bad mark total data and all the first bad mark data groups is sent to the production management server.

Preferably, the performing, according to the first bad label statistics list, NFC anti-counterfeit label supplement task allocation processing on the first supplement device group to generate a corresponding first supplement task list specifically includes:

when a first label supplement application instruction sent by the first label supplement equipment group is received, the second commodity name data of the first bad label statistical list is used as the corresponding third commodity name data; taking the first bad bid total amount data of the first bad bid statistical list as corresponding first supplementary bid total amount data; taking the second NFC tag issuance data group of each first bad mark data group of the first bad mark statistical list as the corresponding third NFC tag issuance data group; and the obtained third commodity name data, the first mark supplementing total data and all the third NFC label issuing data groups form a corresponding first mark supplementing task list.

Preferably, the method further comprises:

the first label supplementing equipment group receives the first label supplementing task list issued by the production management server;

according to the first supplementary mark task list, performing data supplementary sending operation on the NFC labels loaded on the equipment one by one to obtain a plurality of second issuing records, specifically: extracting all the third NFC tag issuing data groups in the first mark supplementing task list one by one to generate corresponding current NFC tag issuing data groups; sending a second UID acquisition instruction to the current NFC label through the second issuing equipment, and taking second UID information sent back by the current NFC label as corresponding second label UID data; sending a second NFC tag writing instruction carrying the third issuing data of the current NFC tag issuing data group to the current NFC tag through the second issuing equipment, and judging whether the second issuing equipment receives a second instruction state sent back by the current NFC tag within appointed time or not; setting a corresponding second writing state as a failure state when the second instruction state is not received within the appointed time; when the second instruction state is received within the appointed time, identifying whether the second instruction state is a success state, if the second instruction state is not the success state, setting the corresponding second writing state as a failure state, and if the second instruction state is the success state, setting the corresponding second writing state as a success state; the second tag UID data corresponding to the current NFC tag issuing data set, the third NFC tag issuing data set and the second writing state form a corresponding second issuing record; performing label two-dimensional code printing processing on the current NFC label through the second printing device;

recording the second release record with the second write state as a failure state as a second bad mark record in all the obtained second release records; counting the total amount of the second bad mark records, and taking the counting result as the corresponding second bad mark total amount data; in each second bad mark record, using the second tag UID data as the corresponding second NFC tag UID data, using the third NFC tag issuing data group as the corresponding fourth NFC tag issuing data group, and forming the corresponding second bad mark data group by the corresponding second NFC tag UID data and the fourth NFC tag issuing data group;

taking the third commodity name data of the first mark supplementing task list as corresponding fourth commodity name data; and the corresponding second bad bid statistical definition composed of the obtained fourth commodity name data, the second bad bid total data and all the second bad bid data groups is sent to the production management server.

Preferably, when saving the first production task backup record, the method further includes:

recording the locked issued data management record in the issued data management list as a second record, and unlocking the second record; the commodity name field of the second record is matched with the application commodity name information of the first task application instruction;

when the first production task backup record only consists of the first production task list, calculating the sum of the total amount of issued fields of the second record and the first total amount of issued data of the first production task list to generate first data, and updating the total amount of issued fields of the second record by using the first data; modifying the data group state of the issued data group corresponding to each first NFC tag issued data group in the first production task list in the second record into an issued state;

when the first production task backup record consists of the first production task list and the second bad mark counting list, calculating the sum of the total amount of issued data of the second record and the first total amount of issued data of the first production task list to generate second data, calculating the difference of the second data and the second total amount of bad mark data of the second bad mark counting list to generate third data, and updating the total amount of issued data of the second record by using the third data; and firstly, the data group state of the issued data group corresponding to each first NFC tag issued data group in the first production task list in the second record is modified into an issued state, and then the data group state of the issued data group corresponding to each fourth NFC tag issued data group in the second bad mark statistical list in the second record is modified into an unissued state.

A second aspect of an embodiment of the present invention provides an electronic device, including: a memory, a processor, and a transceiver;

the processor is configured to be coupled to the memory, read and execute instructions in the memory, so as to implement the method steps of the first aspect;

the transceiver is coupled to the processor, and the processor controls the transceiver to transmit and receive messages.

A third aspect of embodiments of the present invention provides a computer-readable storage medium storing computer instructions that, when executed by a computer, cause the computer to perform the method of the first aspect.

The embodiment of the invention provides a production label supplementing method of an NFC anti-counterfeiting label, electronic equipment and a computer readable storage medium, wherein when data issue and label printing are carried out on a plurality of NFC anti-counterfeiting labels, the NFC anti-counterfeiting labels with communication overtime or data writing operation failure are preliminarily screened as bad labels; and after the current data issuing and label printing are finished, the original screened marks are subjected to mark supplementing operation again, namely data issuing and label printing operation again. By the method and the device, the NFC anti-counterfeiting label with the bad mark screened primarily can be issued secondarily, so that the NFC anti-counterfeiting label with the bad mark screened by mistake in the primary issuing can be sorted out, the bad mark identification precision of the NFC anti-counterfeiting label is improved, the utilization rate of the NFC anti-counterfeiting label is improved, and the bad mark rate of the NFC anti-counterfeiting label is reduced.

Drawings

Fig. 1 is a schematic diagram of a method for producing an NFC anti-counterfeit label according to an embodiment of the present invention;

fig. 2 is a schematic structural diagram of an electronic device according to a second embodiment of the present invention.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention clearer, the present invention will be described in further detail with reference to the accompanying drawings, and it is apparent that the described embodiments are only a part of the embodiments of the present invention, not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

An embodiment of the present invention provides a method for producing and supplementing an NFC anti-counterfeit label, as shown in fig. 1, which is a schematic diagram of the method for producing and supplementing an NFC anti-counterfeit label provided in the embodiment of the present invention, the method mainly includes the following steps:

step 1, a production management server receives a first login instruction sent by a first production equipment group; performing first equipment login inspection processing according to the instruction information of the first login instruction; if the first equipment login inspection processing is successful, performing NFC anti-counterfeit label production task allocation processing on the first production equipment group to generate a corresponding first production task list, and issuing the corresponding first production task list to the first production equipment group; and when the first production equipment group completes the production task of the first production task list, receiving a first bad mark statistical list sent by the first production equipment group.

The production management server is respectively connected with the first production equipment group and the first mark supplementing equipment group; the first production equipment group comprises first issuing equipment and first printing equipment; the first tender device group includes a second issuing device and a second printing device. Here, the production management server, the first production equipment group and the first label supplementing equipment group can be regarded as a production control system of the NFC anti-counterfeit label, the production management server is used for general control of production data and the whole production process, the first production equipment group is used for data issuance and label printing of a new production material, namely the NFC anti-counterfeit label, and the first label supplementing equipment group is used for secondary issuance and printing of the NFC anti-counterfeit label marked as a bad label; the first issuing equipment and the second issuing equipment are label issuing equipment with NFC anti-counterfeiting label reading and writing devices, and the first printing equipment and the second printing equipment are printing equipment capable of printing two-dimensional codes at specified positions on the NFC anti-counterfeiting labels.

The production management server is locally preset with a legal account number-equipment corresponding list and an issued data management list.

The legal account number-equipment corresponding list comprises a plurality of legal account number-equipment corresponding records; the legal account-equipment corresponding record comprises an account name field, an account login information field and an equipment information set field; the device information set field comprises a plurality of device information sets; the equipment information set comprises equipment types, equipment identifications and equipment positions; the device types include an issuing device type and a printing device type. Here, the valid account-device correspondence list is used to manage all valid production operation accounts in the production control system and a set of usable device (issuing device, printing device) information for the production operation accounts; each legal account-equipment corresponding record corresponds to a legal production operation account; the account name field is name information of the current legal production operation account; the account login information field is account login checking information of the current legal production operation account, similar to a password, a check code or a token and the like; the equipment information set field stores information of all available equipment (issuing equipment and printing equipment) under the current legal production operation account, each equipment information set corresponds to one equipment, the equipment identification is the unique equipment code of the corresponding equipment, and the equipment position is the installation position information of the corresponding equipment.

The release data management list comprises a plurality of release data management records; the issuing data management record comprises a commodity name field, an issuing total amount field, an issued total amount field and an issuing data set field; the publishing data set field comprises a plurality of publishing data sets; the issuing data group comprises a data group identification, a data group state and issuing data; the data set state includes an issued state and an unissued state, and is initially set to the unissued state by default. Here, the release data management list is used for managing all production requirements and requirement execution state information in the production control system; each issued data management record corresponds to a production requirement; the commodity name field is a commodity name corresponding to the NFC anti-counterfeit label in the current production demand; the issuing total field is the total amount of the NFC anti-counterfeit label required to be issued in the current production requirement; the issued total field is the total amount of the NFC anti-counterfeiting label already issued in the current production requirement; the field of the issued data set is the issued data set of all the NFC anti-counterfeit labels generated for the current production requirement.

The first production task list comprises first commodity name data, first issuing total data and a plurality of first NFC label issuing data groups; the first NFC tag issuance data set includes first identification data and first issuance data.

The first bad mark statistical list comprises second commodity name data, first bad mark total data and a plurality of first bad mark data groups; the first bad mark data group comprises first NFC label UID data and a second NFC label issuing data group; the second NFC tag issuance data group includes second identification data and second issuance data.

Further, performing a first device login verification process according to the instruction information of the first login instruction specifically includes:

step A1, extracting first production account information, first account login information and a first device type-identification-position information set from a first login instruction; the first device type-identity-location information set comprises a plurality of first device type-identity-location information; the first device type-identity-location information comprises first device type information, first device identity information and first device location information; the first device type information includes an issuing device type and a printing device type;

step A2, inquiring a legal account-device corresponding list, and recording a legal account-device corresponding record with the account name field matched with the first production account information as a first record; if the first record is not empty, identifying whether the account login information field of the first record is matched with the first account login information; if the first device type-identification-position information set meets the field of the device information set of the first record, identifying whether the first device type-identification-position information set meets the field of the device information set of the first record; and if the identification is satisfied, confirming that the first equipment login verification processing is successful, and sending login success information back to the first production equipment group.

Here, the first production equipment group of the production control system can obtain the issued task information from the production management server only if the interaction of the equipment login check with the production management server is completed. In the interactive process of the equipment login inspection, a first login instruction is sent to a production management server by a first production equipment group, the production management server analyzes the instruction information of the first login instruction through the steps A1-A2, and the legality of the analyzed first production account information, the analyzed first account login information and a first equipment type-identification-position information set is verified by using a legal account-equipment corresponding list.

Further, the NFC anti-counterfeit label production task allocation processing is performed on the first production device group to generate a corresponding first production task list, which specifically includes:

step B1, receiving a first list acquisition instruction sent by a first production equipment group; inquiring an issued data management list, and extracting all issued data management records of which the issued total amount fields are larger than the issued total amount fields to form a corresponding first producible task list to be sent back to the first production equipment group;

after confirming the validity of the first production equipment group which currently initiates the first login instruction, the production management server receives a first list acquisition instruction sent by the first production equipment group, wherein the instruction is used for acquiring all issue data management record lists which are not issued yet in the issue data management list, namely a first producible task list;

it should be noted that, when receiving the first producible task list issued by the production management server, the first production equipment group displays the first producible task list; an operator of the current equipment selects an issuing data management record from a displayed list and inputs the number of NFC anti-counterfeiting labels applying for production, a first production equipment group extracts a commodity name field from the issuing data management record selected by the operator to serve as commodity name applying information, the number of the NFC anti-counterfeiting labels input by the operator serves as issuing applying total amount information, and a first task application instruction carrying the commodity name applying information and the issuing total amount information is sent to a production management server;

step B2, receiving a first task application instruction sent by a first production equipment group; the first task application instruction comprises application commodity name information and application issue total amount information;

step B3, inquiring the issue data management list according to the applied commodity name information, and recording the issue data management record matched with the commodity name field and the applied commodity name information as the current matching record; subtracting the difference value of the issued total amount field from the issued total amount field of the current matching record to be used as a corresponding first un-issued total amount; identifying whether the first non-issued total amount is not less than the information of the application issue total amount; if the matching record is identified to be not smaller than the current matching record, locking the current matching record;

the production management server locates the issuing data management record applied and executed by the first production equipment group operator according to the application commodity name information and records the locating data management record as a current matching record, checks whether the total application issuing amount information applied and executed by the first production equipment group operator exceeds the executable total amount of the current matching record, namely a first non-issuing total amount after locating, and locks the current matching record when confirming that the total application issuing amount information is less than the first non-issuing total amount; the current matching records are required to be locked so as to prevent a plurality of first production equipment groups from applying for the same issued data management record;

it should be noted that, in the embodiment of the present invention, if a certain release data management record in the release data management list is locked, the content of any record field of the locked release data management record cannot be modified, and the locked release data management record cannot be listed when the first producible task list is generated;

step B4, after the current matching records are successfully locked, taking the total amount information of the application issue as a first amount, extracting the issued data sets with the first amount and the state of the data sets as the non-issued state from the issued data set fields of the current matching records to form a first issued data set;

step B5, polling each issuing data group of the obtained first issuing data group set; during polling, marking a current polled issuing data set as a current issuing data set, extracting a data set identifier of the current issuing data set as corresponding first identification data, extracting issuing data of the current issuing data set as corresponding first issuing data, and forming a corresponding first NFC tag issuing data set by the first identification data and the first issuing data;

here, the above steps B4-B5 are actually extracting the first number of issue data sets, which is the number of applications of the operator of the first production equipment group, from the issue data set field of the current matching record, and converting the extracted first number of issue data sets into the first number of first NFC tag issue data sets;

and step B6, taking the commodity name field of the current matching record as corresponding first commodity name data, taking the application issuing total amount information as corresponding first issuing total amount data, and forming a corresponding first production task list by the first commodity name data, the first issuing total amount data and all the obtained first NFC label issuing data groups.

Further, after receiving the first production task list issued by the production management server, the first production device group in the embodiment of the present invention executes the corresponding production task based on the first production task list, and the specific steps include:

step C1, the first production device group performs data issue operation of the NFC tags on the multiple NFC tags loaded on the device one by one according to the first production task list to obtain multiple first issue records, which specifically includes:

extracting all first NFC tag issuing data groups in the first production task list one by one to generate corresponding current NFC tag issuing data groups; sending a first UID acquisition instruction to the current NFC label through first issuing equipment, and taking first UID information sent back by the current NFC label as corresponding first label UID data; sending a first NFC tag writing instruction carrying first sending data of a current NFC tag sending data group to a current NFC tag through first sending equipment, and judging whether the first sending equipment receives a first instruction state sent back by the current NFC tag within appointed time; setting a corresponding first writing state as a failure state when the first instruction state is not received within the appointed time; when the first instruction state is received within the appointed time, identifying whether the first instruction state is a success state, if the first instruction state is not the success state, setting the corresponding first writing state as a failure state, and if the first instruction state is the success state, setting the corresponding first writing state as a success state; a corresponding first issuing record is formed by first tag UID data corresponding to the current NFC tag issuing data group, the first NFC tag issuing data group and the first writing state; performing label two-dimensional code printing processing on the current NFC label through first printing equipment;

the first production equipment group completes the one-by-one issuing of the NFC anti-counterfeit labels by the first issuing equipment, and performs label two-dimensional code printing on each NFC anti-counterfeit label by the first printing equipment after data are issued; it should be noted that, in the first production device group according to the embodiment of the present invention, performing label two-dimensional code printing processing on a current NFC label by using a first printing device specifically includes: acquiring current system time information as first sending time data, forming first two-dimensional code data by first commodity name data, first sending time data and a first writing state of a first production task list, performing two-dimensional code image conversion on the first two-dimensional code data based on a preset two-dimensional code image conversion algorithm to generate a corresponding first two-dimensional code image, and printing the first two-dimensional code image at an appointed printing position of a current NFC label; the first writing state is used for identifying the data issuing state of the NFC anti-counterfeit label, the first writing state is a failure state which indicates that communication overtime or writing operation failure and the like occur during the data issuing of the NFC anti-counterfeit label, and the first writing state is a success state which indicates that the data issuing of the NFC anti-counterfeit label is successfully completed; the NFC anti-counterfeiting label with the first writing state being a failure state is a bad label of the primary screening;

step C2, in all the obtained first sending records, recording the first sending record with the first writing state as the failure state as a first bad mark record; counting the total amount of the first bad mark records, and taking the counting result as corresponding first bad mark total amount data; in each first bad mark record, using the first tag UID data as corresponding first NFC tag UID data, using the first NFC tag issuing data group as a corresponding second NFC tag issuing data group, and forming a corresponding first bad mark data group by the corresponding first NFC tag UID data and the second NFC tag issuing data group;

step C3, using the first commodity name data of the first production task list as the corresponding second commodity name data; and the corresponding first bad mark statistical definition formed by the obtained second commodity name data, the first bad mark total data and all the first bad mark data groups is sent to the production management server.

Here, if the first bad mark statistical list is empty, it indicates that no bad mark is generated in the overall production process of step 1, and if the first bad mark statistical list is empty, it indicates that the preliminary screening of the bad mark generated in the overall production process of step 1 needs to be performed by the subsequent step 2.

Step 2, if the first bad mark statistical list is not empty, receiving a second login instruction sent by the first mark supplementing device group; and the second equipment login inspection processing is carried out according to the instruction information of the second login instruction; if the second equipment login inspection processing is successful, performing NFC anti-counterfeiting label supplement task allocation processing on the first label supplement equipment group according to the first bad label statistical list to generate a corresponding first label supplement task list, and issuing the first label supplement task list to the first label supplement equipment group; and when the first mark supplementing equipment group completes the mark supplementing task of the first mark supplementing task list, receiving a second bad mark statistical list sent by the first mark supplementing equipment group.

The first mark supplementing task list comprises third commodity name data, first mark supplementing total data and a plurality of third NFC label issuing data groups; the third NFC tag issuance data group includes third identification data and third issuance data.

Here, the process of performing the second device login verification process according to the instruction information of the second login instruction is similar to the process of performing the first device login verification process according to the instruction information of the first login instruction, and further description is omitted here.

Further, according to the first bad mark statistics list, the NFC anti-counterfeit label mark supplementing task allocation processing is performed on the first mark supplementing device group to generate a corresponding first mark supplementing task list, which specifically includes:

when a first label supplement application instruction sent by a first label supplement device group is received, taking second commodity name data of the first bad label statistical list as corresponding third commodity name data; taking the first bad bid total data of the first bad bid statistical list as corresponding first supplementary bid total data; taking a second NFC label issuing data group of each first bad mark data group of the first bad mark statistical list as a corresponding third NFC label issuing data group; and the obtained third commodity name data, the first mark supplementing total data and all third NFC label issuing data groups form a corresponding first mark supplementing task list.

Here, after confirming the validity of the first bid supplementation device group currently initiating the second login instruction, the production management server may receive a first bid supplementation application instruction sent by the first bid supplementation device group, where the instruction is intended to obtain all issued data sets of the present bid supplementation task, that is, a first bid supplementation task list. And the production management server transfers the issued data set in the first bad bid statistical list to the bid supplementing task list to be issued to the first bid supplementing equipment group as the issued data content of secondary issue.

Further, after receiving the first label supplementing task list issued by the production management server, the first label supplementing device group in the embodiment of the present invention executes the corresponding label supplementing task based on the first label supplementing task list, and the specific steps include:

step D1, performing data reissue operation on the NFC tags loaded on the device one by one according to the first reissue task list to obtain a plurality of second issue records, specifically:

extracting all third NFC tag issuing data groups in the first mark supplementing task list one by one to generate corresponding current NFC tag issuing data groups; sending a second UID acquisition instruction to the current NFC label through second issuing equipment, and taking second UID information sent back by the current NFC label as corresponding second label UID data; sending a second NFC tag writing instruction carrying third issuing data of the current NFC tag issuing data group to the current NFC tag through second issuing equipment, and judging whether the second issuing equipment receives a second instruction state sent back by the current NFC tag within appointed time or not; setting a corresponding second writing state as a failure state when the second command state is not received within the appointed time; when the second instruction state is received within the appointed time, identifying whether the second instruction state is a success state, if the second instruction state is not the success state, setting the corresponding second writing state as a failure state, and if the second instruction state is the success state, setting the corresponding second writing state as a success state; corresponding second issuing records are formed by second tag UID data corresponding to the current NFC tag issuing data group, a third NFC tag issuing data group and a second writing state; performing label two-dimensional code printing processing on the current NFC label through second printing equipment;

here, the operation of issuing the supplementary mark in the current step is similar to that in the previous step C1, and further description is omitted here;

step D2, in all the obtained second issue records, recording the second issue record with the second write state as the failure state as the second bad mark record; counting the total amount of the second bad bid records, and taking the counting result as corresponding second bad bid total amount data; in each second bad mark record, the second label UID data is used as corresponding second NFC label UID data, the third NFC label issuing data set is used as a corresponding fourth NFC label issuing data set, and the corresponding second NFC label UID data and the fourth NFC label issuing data set form a corresponding second bad mark data set;

here, the bad mark statistical operation of the current step is similar to the previous step C2;

step D3, taking the third commodity name data of the first mark supplementing task list as corresponding fourth commodity name data; and the corresponding second bad mark statistical definition formed by the obtained fourth commodity name data, the second bad mark total data and all second bad mark data groups is sent to the production management server.

Here, the bad mark statistics operation of the current step is similar to the previous step C3.

Step 3, identifying whether the first bad mark statistical list is empty; if the production task list is empty, forming a first production task backup record by the first production task list and storing the first production task backup record; and if not, forming a first production task backup record by the first production task list and the second bad mark statistical list and storing the first production task backup record.

Further, when the production management server according to the embodiment of the present invention saves the first production task backup record, the production management server further performs record unlocking and record content updating operations on the release data management record locked in the release data management list in the previous step B3 based on the first production task backup record, and the specific steps include:

step E1, recording the locked issue data management record in the issue data management list as a second record, and unlocking the second record; the commodity name field of the second record is matched with the commodity name application information of the first task application instruction;

step E2, when the first production task backup record only consists of the first production task list, calculating the sum of the total amount of issued fields of the second record and the first total amount of issued data of the first production task list to generate first data, and updating the total amount of issued fields of the second record by using the first data; modifying the data group state of the release data group corresponding to each first NFC tag release data group in the first production task list in the second record into a release state;

step E3, when the first production task backup record is composed of the first production task list and the second bad mark statistical list, calculating the sum of the total quantity of issued data of the second record and the first total quantity of issued data of the first production task list to generate second data, calculating the difference of the second data minus the second total quantity of bad mark data of the second bad mark statistical list to generate third data, and updating the total quantity of issued data of the second record by using the third data; and firstly, modifying the data group state of the issued data group corresponding to each first NFC tag issued data group in the first production task list in the second record into an issued state, and then modifying the data group state of the issued data group corresponding to each fourth NFC tag issued data group in the second bad mark statistical list in the second record into an unissued state.

Here, the production management server in the embodiment of the present invention, through the above steps E1-E3, first unlocks the release data management record locked in the release data management list in the previous step B3; and updating the issued total amount field of the issued data management record according to the final result of the mark supplement of the current production, and updating the data group state of each first NFC tag issued data group which is already issued in the issued data management record.

Fig. 2 is a schematic structural diagram of an electronic device according to a second embodiment of the present invention. The electronic device may be a terminal device or a server for implementing the method of the embodiment of the present invention, or may be a terminal device or a server connected to the terminal device or the server for implementing the method of the embodiment of the present invention. As shown in fig. 2, the electronic device may include: a processor 301 (e.g., a CPU), a memory 302, a transceiver 303; the transceiver 303 is coupled to the processor 301, and the processor 301 controls the transceiving operation of the transceiver 303. Various instructions may be stored in memory 302 for performing various processing functions and implementing the processing steps described in the foregoing method embodiments. Preferably, the electronic device according to an embodiment of the present invention further includes: a power supply 304, a system bus 305, and a communication port 306. The system bus 305 is used to implement communication connections between the elements. The communication port 306 is used for connection communication between the electronic device and other peripherals.

The system bus 305 mentioned in fig. 2 may be a Peripheral Component Interconnect (PCI) bus, an Extended Industry Standard Architecture (EISA) bus, or the like. The system bus may be divided into an address bus, a data bus, a control bus, and the like. For ease of illustration, only one thick line is shown, but this does not mean that there is only one bus or one type of bus. The communication interface is used for realizing communication between the database access device and other equipment (such as a client, a read-write library and a read-only library). The Memory may include a Random Access Memory (RAM) and may also include a Non-Volatile Memory (Non-Volatile Memory), such as at least one disk Memory.

The Processor may be a general-purpose Processor, including a Central Processing Unit (CPU), a Network Processor (NP), a Graphics Processing Unit (GPU), and the like; but also Digital Signal Processors (DSPs), Application Specific Integrated Circuits (ASICs), Field Programmable Gate Arrays (FPGAs) or other Programmable logic devices, discrete Gate or transistor logic devices, discrete hardware components.

It should be noted that the embodiment of the present invention also provides a computer-readable storage medium, which stores instructions that, when executed on a computer, cause the computer to execute the method and the processing procedure provided in the above-mentioned embodiment.

The embodiment of the present invention further provides a chip for executing the instructions, where the chip is configured to execute the processing steps described in the foregoing method embodiment.

The embodiment of the invention provides a production label supplementing method of an NFC anti-counterfeiting label, electronic equipment and a computer readable storage medium, wherein when data issue and label printing are carried out on a plurality of NFC anti-counterfeiting labels, the NFC anti-counterfeiting labels with communication overtime or data writing operation failure are preliminarily screened as bad labels; and after the current data issuing and label printing are finished, the label supplementing operation is carried out on each initially screened bad label again, namely the data issuing and label printing operation is carried out again. By the method and the device, the NFC anti-counterfeiting label with the bad mark screened primarily can be issued secondarily, so that the NFC anti-counterfeiting label with the bad mark screened by mistake in the primary issuing can be sorted out, the bad mark identification precision of the NFC anti-counterfeiting label is improved, the utilization rate of the NFC anti-counterfeiting label is improved, and the bad mark rate of the NFC anti-counterfeiting label is reduced.

Those of skill would further appreciate that the various illustrative components and algorithm steps described in connection with the embodiments disclosed herein may be implemented as electronic hardware, computer software, or combinations of both, and that the various illustrative components and steps have been described above generally in terms of their functionality in order to clearly illustrate this interchangeability of hardware and software. Whether such functionality is implemented as hardware or software depends upon the particular application and design constraints imposed on the implementation. Skilled artisans may implement the described functionality in varying ways for each particular application, but such implementation decisions should not be interpreted as causing a departure from the scope of the present invention.

The steps of a method or algorithm described in connection with the embodiments disclosed herein may be embodied in hardware, a software module executed by a processor, or a combination of the two. A software module may reside in Random Access Memory (RAM), memory, Read Only Memory (ROM), electrically programmable ROM, electrically erasable programmable ROM, registers, hard disk, a removable disk, a CD-ROM, or any other form of storage medium known in the art.

The above-mentioned embodiments are intended to illustrate the objects, technical solutions and advantages of the present invention in further detail, and it should be understood that the above-mentioned embodiments are merely exemplary embodiments of the present invention, and are not intended to limit the scope of the present invention, and any modifications, equivalent substitutions, improvements and the like made within the spirit and principle of the present invention should be included in the scope of the present invention.

Claims

1. A production label supplementing method for an NFC anti-counterfeiting label is characterized by comprising the following steps:

if the first bad mark statistical list is not empty, receiving a second login instruction sent by the first mark supplementing device group; and according to the instruction information of the second login instruction, performing login inspection processing on the second equipment; if the second equipment login inspection processing is successful, performing NFC anti-counterfeiting label supplement task allocation processing on the first label supplement equipment group according to the first bad label statistical list to generate a corresponding first label supplement task list, and issuing the first label supplement task list to the first label supplement equipment group; when the first mark supplementing equipment group completes the mark supplementing task of the first mark supplementing task list, receiving a second bad mark statistical list sent by the first mark supplementing equipment group;

2. The method for producing and supplementing the NFC anti-counterfeiting label according to claim 1,

the production management server is respectively connected with the first production equipment group and the first mark supplementing equipment group; the first production equipment group comprises first issuing equipment and first printing equipment; the first mark supplementing device group comprises a second issuing device and a second printing device;

the release data management list comprises a plurality of release data management records; the issuing data management record comprises a commodity name field, an issuing total amount field, an issued total amount field and an issuing data set field; the release data set field comprises a plurality of release data sets; the issuing data group comprises a data group identifier, a data group state and issuing data; the data group state comprises an issued state and an unissued state, and the initial default is set as the unissued state;

3. The method for producing and supplementing the NFC anti-counterfeit label according to claim 2, wherein the performing of the first device login verification processing according to the instruction information of the first login instruction specifically includes:

inquiring the legal account-equipment corresponding list, and recording the legal account-equipment corresponding record of which the account name field is matched with the first production account information as a first record; if the first record is not empty, identifying whether the account login information field of the first record is matched with the first account login information; if the first record is identified as matching, identifying whether the first device type-identification-position information set meets the device information set field of the first record; and if the first equipment group is identified as being satisfied, confirming that the first equipment login verification processing is successful, and sending login success information back to the first production equipment group.

4. The method for producing and replenishing the NFC anti-counterfeit label according to claim 2, wherein the step of performing NFC anti-counterfeit label production task allocation processing on the first production device group to generate the corresponding first production task list specifically includes:

5. The method for producing the NFC anti-counterfeiting label according to claim 2, wherein the method further comprises the following steps:

6. The method for producing and supplementing the NFC anti-counterfeit label according to claim 2, wherein the performing the NFC anti-counterfeit label supplementing task allocation processing on the first label supplementing device group according to the first bad label statistics list to generate the corresponding first label supplementing task list specifically includes:

when a first label supplement application instruction sent by the first label supplement equipment group is received, the second commodity name data of the first bad label statistical list is used as the corresponding third commodity name data; taking the first bad bid total amount data of the first bad bid statistical list as corresponding first supplementary bid total amount data; the second NFC label issuing data group of each first bad mark data group of the first bad mark statistical list is used as the corresponding third NFC label issuing data group; and the obtained third commodity name data, the first mark supplementing total data and all the third NFC label issuing data groups form a corresponding first mark supplementing task list.

7. The method for supplementing production of the NFC anti-counterfeiting label according to claim 2, wherein the method further comprises the following steps:

according to the first supplementary mark task list, performing data supplementary sending operation on the NFC labels loaded on the equipment one by one to obtain a plurality of second issuing records, specifically: extracting all the third NFC tag issuing data groups in the first mark supplementing task list one by one to generate corresponding current NFC tag issuing data groups; sending a second UID acquisition instruction to the current NFC label through the second issuing equipment, and taking second UID information sent back by the current NFC label as corresponding second label UID data; sending a second NFC tag writing instruction carrying the third issuing data of the current NFC tag issuing data group to the current NFC tag through the second issuing equipment, and judging whether the second issuing equipment receives a second instruction state sent back by the current NFC tag within appointed time or not; setting a corresponding second write state as a failure state when the second instruction state is not received within the appointed time; when the second instruction state is received within the appointed time, identifying whether the second instruction state is a success state, if the second instruction state is not the success state, setting the corresponding second writing state as a failure state, and if the second instruction state is the success state, setting the corresponding second writing state as a success state; the second tag UID data corresponding to the current NFC tag issuing data set, the third NFC tag issuing data set and the second writing state form a corresponding second issuing record; performing label two-dimensional code printing processing on the current NFC label through the second printing device;

recording the second release record with the second write state as a failure state as a second bad mark record in all the obtained second release records; counting the total amount of the second bad bid records, and taking the counting result as the corresponding second bad bid total amount data; in each second bad mark record, using the second tag UID data as the corresponding second NFC tag UID data, using the third NFC tag issuing data group as the corresponding fourth NFC tag issuing data group, and forming the corresponding second bad mark data group by the corresponding second NFC tag UID data and the fourth NFC tag issuing data group;

8. The method for supplementing production of the NFC anti-counterfeiting label according to claim 4, wherein when the first production task backup record is saved, the method further comprises:

9. An electronic device, comprising: a memory, a processor, and a transceiver;

the processor is used for being coupled with the memory, reading and executing the instructions in the memory to realize the method steps of any one of claims 1 to 8;

10. A computer-readable storage medium having stored thereon computer instructions which, when executed by a computer, cause the computer to perform the method of any of claims 1-8.