CN110648146B - Double two-dimensional code verification website system for locking commodity origin place - Google Patents
Double two-dimensional code verification website system for locking commodity origin place Download PDFInfo
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Abstract
The invention discloses a commodity origin place locking double two-dimensional code verification website system which comprises a commodity code website server, a commodity code management server, a commodity code storage server, a proxy server, the Internet, a code control computer system, a satellite positioning system module and a commodity code information module. The satellite positioning system module and the commodity coding information module are used for acquiring related information and sending the information to the coding control computer system; the code control computer system generates two-dimensional codes according to the information acquired by the commodity code information module and the satellite positioning system module; and the code control computer system is connected with the proxy server through a domain name and a network address URL (uniform resource locator), and sends the two-dimensional codes to the commodity code website server, the commodity code management server and the commodity code storage server for storage. The system for locking the double two-dimensional code verification website inquires, verifies and verifies commodity information.
Description
Technical Field
The invention relates to the fields of computer software, information, networks, machinery and the like, in particular to a commodity origin locking double two-dimensional code verification website system.
Background
The international committee for standards and technologies and the international electrotechnical commission have also established the technical committee for automatic barcode recognition (ISO/IEC/JTC 1/SC 31), and the international standard for QR Code (ISO/IEC 18004, "automatic recognition and Data collection technology — barcode symbol technical specification — QR Code") has been established, and draft ISO/IEC standards for two-dimensional codes such as PDF417, code 16K, data Matrix, and Maxi Code have been drafted. The two-dimensional code is used as a brand-new information storage, transmission and identification technology.
The Chinese article coding center further classifies the technical specifications of the commonly used two-dimensional codes PDF417, QRCcode, data Matrix, maxi Code, code 49, code 16K and Code One, and meets the continuous improvement of market economy and the high-speed development of information technology, and the requirement of the new technology of the two-dimensional codes is increasing day by day.
Disclosure of Invention
In order to solve the problems, the invention provides a double two-dimensional code verification website system for locking the origin of commodities.
The invention is realized by at least one of the following technical schemes.
A commodity origin locking double two-dimension code verification website system comprises a commodity coding website server, a commodity coding management server, a commodity coding storage server, a proxy server, a coding control computer system, a satellite positioning system module and a commodity coding information module; the commodity code website server is connected with the commodity code management server through a domain name and a network address URL, and the commodity code website server is connected with the proxy server through the URL; the commodity code storage server is connected with the code control computer system through a domain name and a network address URL; the code control computer system is connected with the commodity code information module through a domain name and a network address URL; the coding control computer system is in communication connection with the satellite positioning system module;
the satellite positioning system module and the commodity coding information module are used for collecting relevant information and sending the information to the coding control computer system;
the code control computer system generates two-dimensional codes according to the information acquired by the commodity code information module and the satellite positioning system module;
the commodity coding website server is used for operating and controlling the network operating system, supervising, controlling and managing the coding control computer system, distributing website system resources and adjusting the running state of the website system; coordinating access request, response and processing, data storage, query and optimization, updating, safety precaution and controlling access of a plurality of users among computer terminal users of commodity manufacturers, wherein a Windows operating system can be selected as the network operating system;
the network operation system provides service for the commodity manufacturer computer terminal user, the commodity manufacturer computer terminal user has the function of receiving the data transmitted by the server for operation, and the commodity manufacturer computer terminal user is connected to the network server of the network operation system via the domain name and the network address URL for clear search of the shared resource.
The commodity code management server mainly comprises a network operating system, a processor, a chip set, an internal memory and a hard disk, is used for running a commodity code information module program, receiving an operation request of a commodity code website server, is connected with the code control computer system through a network address URL (uniform resource locator) and receives a two-dimensional code of the code control computer system; the system is used for controlling and coordinating the access request, response and processing of the computer terminal user of the commodity manufacturer and receiving the operation request of the commodity coding website server; the network operating system can select a Windows operating system; the coding two-dimensional codes are used for processing 10 thousands of commodities in real time, and the maximum byte number of each two-dimensional code is 2kb; the multi-core CPU central processing unit can select a chip set: intel C624 series, processor gold plate 5117, memory configuration is more than or equal to 256GB, hard disk configuration is more than or equal to 100TB hot plug solid state disk;
the commodity code storage server is used for storing the commodity two-dimension code information sent by the code control computer system, managing the storage condition and the commodity consumption condition of the commodity two-dimension code information and deleting the commodity two-dimension code information; the system is used for storing a large amount of commodity two-dimensional code information manufactured in real time, 10 ten thousand commodity two-dimensional codes are generated every day, the maximum byte number of each two-dimensional code is 2kb, the storage space of the commodity two-dimensional code information is 100T/year, the ten-year storage space is 1000TB, and the storage capacity is 1000Tb.
The proxy server is used for intercepting an access response of the code control computer system, for indicating the access request to a page to be accessed of the commodity code website server, for obtaining a version parameter for accessing the current version, and for returning the access response to the commodity code website server, wherein the returned access response includes a current URL (Uniform Resource Locator).
Further, the satellite positioning system module comprises a single chip microcomputer CPU, a program memory, a data memory, a satellite positioning module, a WIFI transmitter and a WIFI transmitting antenna;
the program memory and the data memory are both connected with the single chip CPU, the single chip CPU is connected with the satellite positioning module through a UART interface and receives real-time address information, the single chip CPU is connected with the WIFI transmitter through the UART interface, and the real-time address information and time are transmitted to the encoding control computer system through the WIFI transmitting antenna.
Further, the satellite positioning module adopts a GS-96U8 module; the CPU of the singlechip adopts an 8051 singlechip; the program memory is 2746 program memory; the data storage adopts 6264 data storage.
Further, the commodity coding information module comprises relevant parameters specified by the commodity two-dimensional code GBT33993-2017, and further comprises the total production control manager number and the serial number thereof, the production line workshop duty master number and the serial number thereof, the production line worker number and the serial number thereof, the quality inspector number and the serial number thereof, the packaging line worker number and the serial number thereof, the original place information, the production date, the execution standard, the production date, the product encryption code, the manufacturer website and the prepared synthetic digital information.
Further, the code control computer system generates a first two-dimensional code, a second two-dimensional code, a first two-dimensional code pattern and a second two-dimensional code pattern according to the information collected by the commodity code information module and the satellite positioning system module and according to the national standard of the commodity two-dimensional code GBT33993-2017, is connected with the proxy server through a domain name and a network address URL, and sends the two-dimensional codes and the two patterns to the commodity code website server, the commodity code management server and the commodity code storage server for storage;
the first two-dimensional code is verification encryption information of the commodity and comprises information required by a standard two-dimensional code GB-T33993-2017, a manufacturer website, commodity origin information, a production date and a first encryption serial number verification code, the first encryption serial number verification code is an encryption code obtained by performing mathematical operation on commodity address information, the production date and a product serial number, each digit of the encryption code is formed by a number 0~9 or one of capital and small English letters, the encryption code is divided into a plurality of groups of data, each group comprises more than two digits, and each commodity encryption serial number verification code is not repeated, so that the encryption code of each commodity is unique;
the second two-dimensional code is main commodity information and comprises information required by the standard two-dimensional code GB-T33993-2017 and a second encrypted serial number verification code; the second encrypted serial number verification code is an encrypted code obtained by performing mathematical operation on three information of the total production control manager number and the serial number thereof, the production line workshop duty factor number and the serial number thereof, the production line worker number and the serial number thereof, the quality inspector number and the serial number thereof, the packaging line worker number and the serial number thereof, the manager number and the serial number thereof, and the production line workshop duty factor number and the serial number thereof, wherein each digit of the encrypted code is formed by a digit 0~9 or one of capital and small English letters, the encrypted code is divided into a plurality of groups of data, each group comprises more than two digits, and the encrypted serial number verification code of each commodity is not repeated, so that the encrypted code of each commodity is unique.
Furthermore, on first two-dimensional code pattern assembly bottle lid, on the second two-dimensional code pattern assembly bottle body.
Furthermore, the first two-dimensional code is partitioned according to GB-T33993 according to the first positioning area, the second positioning area, the third positioning area, the first auxiliary positioning area and the first verification information area, and the first verification information area corresponds to the GB-T33993 information area;
the second two-dimensional code comprises a fourth positioning area, a fifth positioning area, a sixth positioning area, a second auxiliary positioning area and a second verification information area, and is partitioned according to GB-T33993, wherein the fourth positioning area corresponds to the first positioning area of GB-T33993, the fifth positioning area corresponds to the second positioning area of GB-T33993, the sixth positioning area corresponds to the third positioning area of GB-T33993, the second auxiliary positioning area corresponds to the auxiliary positioning area of GB-T33993, the second verification information area is an information storage area, and the second verification information area corresponds to the GB-T33993 information area;
the virtual two-dimensional code comprises a seventh positioning area, an eighth positioning area, a ninth positioning area, a third auxiliary positioning area, a first information area and a third verification information area, wherein the seventh positioning area corresponds to the first positioning area of GB-T33993, the eighth positioning area corresponds to the second positioning area of GB-T33993, the ninth positioning area corresponds to the third positioning area of GB-T33993, the third auxiliary positioning area corresponds to the auxiliary positioning area of GB-T33993, and the first information area and the third verification information area correspond to the GB-T33993 information area.
Further, a first encrypted serial number verification code of the first two-dimensional code and a second encrypted serial number verification code of the second two-dimensional code are used for verifying the origin of the product and the serial number of the product, and when the origin and uniqueness of the commodity are verified, information in a first verification information area of the first two-dimensional code and information in a second verification information area of the second two-dimensional code are subjected to mathematical operation and then synthesized into verification information of the virtual two-dimensional code; when the first two-dimension code information is inconsistent with the second two-dimension code information, non-origin commodity information is obtained; and when the first two-dimension code information is consistent with the second two-dimension code information, the commodity information of the origin is obtained.
Furthermore, the commodity code website server and the commodity code management server are both used for operating and controlling a network operating system, coordinating access requests, responses and processing, data storage, inquiry and optimization, updating, safety precaution and controlling access of a plurality of users among commodity manufacturer computer terminal users.
Furthermore, the coding control computer system sends a response instruction to the satellite positioning system module through the WIFI interface, and reads the location of origin and real-time information.
Furthermore, the commodity coding information module mainly comprises a CPU (central processing unit), an internal memory, a hard disk, a network card interface, a WIFI (wireless fidelity) port, a network operating system, a network card port and the like, and is connected with the satellite positioning system module through the WIFI port.
Further, the first two-dimensional code pattern and the second two-dimensional code pattern are fixedly packaged on the bottle in a sticking or printing mode.
During production, the commodity is manufactured by synchronizing a satellite positioning system module with a production line control system and combining a website server, and the two generated two-dimensional codes are attached to the commodity, wherein the double two-dimensional codes are directly assembled on the bottle-shaped commodity, the first two-dimensional code is assembled on a bottle cap, the second two-dimensional code is assembled on a bottle body, the website system is verified by locking the double two-dimensional codes, and commodity information is inquired, verified and verified.
Compared with the prior art, the commodity verification method has the advantages that a double two-dimensional code information technology is adopted, the first two-dimensional code is commodity verification information, the second two-dimensional code is commodity main information, when the commodity is verified and verified, the first two-dimensional code and the second two-dimensional code need to be scanned respectively, the first verification information of the first two-dimensional code and the second verification information of the second two-dimensional code are operated and combined, then the first verification information and the second verification information of the second two-dimensional code are synthesized into the virtual two-dimensional code, information such as the origin place and the serial number of the commodity is obtained, when the first two-dimensional code and the second two-dimensional code are inconsistent, the commodity is a non-origin place commodity, and when the commodity is used, if the first two-dimensional code is automatically broken, only the second two-dimensional code information exists, and the uniqueness and traceability of the commodity are ensured. And querying, verifying and verifying commodity information by locking the double two-dimension code verification website system.
Drawings
FIG. 1 is a diagram of a system for verifying a two-dimensional code locked in a commodity origin place according to the present embodiment;
FIG. 2 is a schematic structural diagram of a satellite positioning system module according to the present embodiment;
fig. 3 is a control flowchart of the satellite positioning system module of the present embodiment;
FIG. 4 is a structural diagram of a small-sized two-dimensional code on a cap of a merchandise bottle in the present embodiment;
FIG. 5 is a structural diagram of a large-size two-dimensional code on the surface of a commodity according to the embodiment;
fig. 6 is a structure diagram of a two-dimensional code synthesized from a commercial product according to the present embodiment;
FIG. 7a is a front view of the product of this embodiment with a two-dimensional code pattern on the top of the bottle cap and the surface of the bottle body;
FIG. 7b is a side view of the two-dimensional code pattern on the cap and the surface of the bottle body of the present embodiment;
FIG. 7c is a perspective view of a product of this embodiment having two-dimensional codes on the cap and the surface of the bottle body;
FIG. 7d is a perspective view of a product having two-dimension code patterns on the top and the surface of the bottle cap according to the embodiment;
FIG. 8a is a front view of a product having two-dimensional code patterns on the surfaces of the bottle cap and the bottle body according to the present embodiment;
FIG. 8b is a side view of the product having two-dimensional code patterns on the bottle cap and the bottle body according to the present embodiment;
FIG. 8c is a perspective view of a product of this embodiment having a two-dimensional code on the surface of the bottle;
FIG. 9a is a front view of a product having a two-dimensional code pattern on the surfaces of the bottle cap and the bottle body according to the present embodiment;
FIG. 9b is a side view of the two-dimensional code pattern on the bottle cap and bottle body of the present embodiment;
FIG. 9c is a perspective view of the bottle cap and the bottle body of the present embodiment with two-dimensional code patterns on the surface;
FIG. 10a is a front view of a product having a two-dimensional code pattern on the surfaces of the bottle cap and the bottle body according to the present embodiment;
FIG. 10b is a side view of the two-dimensional code pattern formed on the bottle cap and the bottle body according to the present embodiment;
FIG. 10c is a perspective view of a two-dimensional code pattern on the bottle cap and the bottle body according to the present embodiment;
FIG. 11a is a front view of a product having a two-dimensional code pattern on the surfaces of the bottle cap and the bottle body according to the present embodiment;
FIG. 11b is a side view of the two-dimensional code pattern formed on the bottle cap and the bottle body according to the present embodiment;
FIG. 11c is a perspective view of a two-dimensional code pattern on the top of the bottle cap and the surface of the bottle body according to the present embodiment;
fig. 12a is a front view of the commodity structure of the fixed package of the two-dimensional code printed on the inner plane board of the present embodiment;
fig. 12b is a side view of the structure of the fixed packaged goods with the two-dimensional code printed on the inner plane board of the embodiment;
fig. 12c is a perspective view of a fixed packaged product structure of the two-dimensional code printed on the inner plane plate of the present embodiment;
fig. 13a is a front view of the fixed packaging structure and the merchandise structure with a two-dimensional code pattern printed on the surface of the merchandise according to the embodiment;
FIG. 13b is a side view of the fixed packaging structure and the merchandise structure with two-dimensional code patterns printed on the surface of the merchandise according to the embodiment;
fig. 13c is a perspective view of the fixed packaging structure and the merchandise structure with the two-dimensional code pattern printed on the surface of the merchandise according to the embodiment.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention.
As shown in fig. 1, a goods origin locking double two-dimensional code verification website system comprises a goods coding website server, a goods coding management server, a goods coding storage server, a proxy server, a coding control computer system, a satellite positioning system module and a goods coding information module;
the commodity code website server is connected with the commodity code management server through a domain name and a network address URL, and the commodity code website server is connected with the proxy server through the URL; the commodity code storage server is connected with the code control computer system through a domain name and a network address URL; the code control computer system is connected with the commodity code information module through a domain name and a network address URL; the coding control computer system is in communication connection with the satellite positioning system module;
the commodity code website server, the commodity code management server and the commodity code storage server mainly comprise a CPU (central processing unit) chipset processor, an internal memory, a high-capacity hard disk memory, an Internet card interface, a PCIe (peripheral component interconnect express) array card slot, a network operating system, a network card-kilomega-level network adapter, an RAID (redundant array of independent disks) high-capacity hard disk and the like;
the satellite positioning system module and the commodity coding information module are used for acquiring related information and sending the information to the coding control computer system;
the code control computer system generates two-dimensional codes and information according to the information acquired by the commodity code information module and the satellite positioning system module;
the commodity coding website server is used for operating a network operating system, controlling and coordinating functions, coordinating access requests, responses and processing, data storage, inquiry and optimization, updating, safety precaution and multi-user access control among computer terminal users of commodity manufacturers, supervising and controlling a coding control computer system, actually managing, distributing system resources and adjusting the running state of the system; the network operating system can select a Windows operating system;
the network operation system is an operation system for providing service for the computer terminal user of the commodity manufacturer, the computer terminal user of the commodity manufacturer has the function of receiving the data transmitted by the server for operation, and the computer terminal user of the commodity manufacturer is connected with the network server of the network operation system through a domain name and a network address URL, so that the computer terminal user of the commodity manufacturer can clearly search the required shared resources.
The commodity code management server is mainly composed of a network operating system, a processor, a chip set, an internal memory and a hard disk, is used for running a commodity code information module program, is used for controlling and coordinating the access request, response and processing of a commodity manufacturer computer terminal user, is connected with the code control computer system through a network address URL (uniform resource locator), receives a commodity code operation request and receives the running of the commodity code information module program of the code control computer system; the network operating system can select a Windows operating system; the coding two-dimension code is used for processing 10 ten thousand commodities in real time, and the maximum byte number of each two-dimension code is 2kb; the multi-core CPU central processing unit can select a chip set: intel C624 series, processor gold medal 5117, memory configuration is more than or equal to 256GB, hard disk configuration is more than or equal to 100TB hot plug solid state hard disk;
the commodity code storage server is used for storing the commodity two-dimensional code information sent by the code control computer system, managing the storage condition, long-term storage and commodity consumption condition of the commodity two-dimensional code information and deleting the commodity two-dimensional code information regularly, storing a large amount of commodity two-dimensional code information manufactured in real time, and generating 10 ten thousand kinds of commodity two-dimensional codes every day, wherein the maximum byte number of each two-dimensional code is 2kb, the storage space of the commodity two-dimensional code information is 100T/year, the ten-year storage space is 1000TB, and the storage capacity is 1000Tb.
The proxy server is used for intercepting an access response of the code control computer system, indicating the access request to a page to be accessed of the commodity code website server, acquiring a version parameter for accessing a current version, and returning the access response to the commodity code website server, wherein the returned access response comprises a current URL.
As shown in fig. 2, the satellite positioning system module includes a single-chip CPU, a program memory, a data memory, a satellite positioning module, a WIFI transmitter, and a WIFI transmitting antenna;
the program memory and the data memory are both connected with the single chip CPU, the single chip CPU is connected with the satellite positioning module through a UART interface and receives real-time address information, the single chip CPU is connected with the WIFI transmitter through the UART interface, and the real-time address information and time are transmitted to the encoding control computer system through the WIFI transmitting antenna.
The satellite positioning module is a GS-96U8 module; the CPU of the singlechip adopts an 8051 singlechip; the program memory is 2746 program memory; the data storage adopts 6264 data storage.
Fig. 3 is a process of acquiring real-time positioning origin information, a single chip microcomputer CPU receives a response instruction from a code control computer system through a WIFI transmitting antenna, the single chip microcomputer CPU responds according to an appointed instruction and completes receiving and transmitting of information, the single chip microcomputer CPU reads an origin real-time address acquired by a satellite positioning module through a UART interface and fixes real-time, and the single chip microcomputer CPU sends a real-time address, real-time, address information and an information ending instruction to the code control computer system through a WIFI transmitter. Address information X Addr…6 1~6 bytes, real time X Time…6 Is 1~6 bytes.
The method comprises the steps that a satellite positioning system module and a production line control system are synchronized, two-dimension code patterns and two-dimension code information are generated and stored by combining a commodity code website server, a commodity code management server, a commodity code storage server and the like, and double two-dimension code patterns are directly assembled on bottle-shaped commodities in commodity manufacturing, wherein a first two-dimension code pattern of an encryption code is directly assembled on a bottle cap, and a second two-dimension code pattern is directly assembled on the surface of the bottle;
further, the commodity coding information module comprises relevant parameters specified by the commodity two-dimensional code GBT33993-2017, and further comprises the total production control management personnel number and the serial number thereof, the production line workshop duty receiving personnel number and the serial number thereof, the production line worker number and the serial number thereof, the quality inspector number and the serial number thereof, the packaging line worker number and the serial number thereof, the original production place information, the production date, the execution standard, the production date, the product encryption code, the manufacturer website and the prepared synthetic digital information.
The commodity coding information module is mainly composed of a CPU (central processing unit), a memory, a hard disk, a network card interface, a WIFI (wireless fidelity) port, a network operating system, a network card port and the like, and is connected with the satellite positioning system module through the WIFI port.
Further, the code control computer system generates a first two-dimensional code, a second two-dimensional code, a first two-dimensional code pattern and a second two-dimensional code pattern according to the information acquired by the commodity code information module and the information acquired by the satellite positioning system module and according to the national standard of the commodity two-dimensional code GBT33993-2017, is connected with the proxy server through a domain name and a network address URL (uniform resource locator), and sends the two-dimensional codes and the two patterns to the commodity code website server, the commodity code management server and the commodity code storage server for storage;
and the coding control computer system sends a response instruction to the satellite positioning system module through the WIFI interface, and reads the location of the origin and the real-time information.
The first two-dimensional code is verification encryption information of the commodity and comprises main information of a standard two-dimensional code GB-T33993-2017, a manufacturer website, commodity origin information, a production date and a first encryption serial number verification code, the first encryption serial number verification code is an encryption code obtained by performing mathematical operation on commodity address information, the production date and a product serial number, each digit of the encryption code is formed by a number 0~9 or one of capital and small English letters, the encryption code is divided into a plurality of groups of data, each group comprises more than two digits, and each commodity encryption serial number verification code is not repeated, so that the encryption code of each commodity is unique;
the second two-dimensional code is commodity main information and comprises main information of a standard two-dimensional code GB-T33993-2017 and a second encryption serial number verification code; the second encryption serial number verification code is an encryption code obtained by performing mathematical operation on three information of the total production control manager number and the serial number thereof, the production line workshop duty-receiving person number and the serial number thereof, the production line worker number and the serial number thereof, the quality inspector number and the serial number thereof, the packaging line worker number and the serial number thereof, the manager number and the serial number thereof, the production line workshop duty-receiving person number and the serial number thereof, each bit of the encryption code is formed by a number 0~9 or one of upper and lower case English letters, the encryption code is divided into a plurality of groups of data, and each group comprises more than two bits, such as: GB-F4-4G, each commodity encryption serial number identifying code is not repeated, so the encryption code of each commodity is unique.
Furthermore, the first two-dimensional code is partitioned according to GB-T33993 according to the first positioning area, the second positioning area, the third positioning area, the first auxiliary positioning area and the first verification information area, and the first verification information area corresponds to the GB-T33993 information area;
the second two-dimensional code comprises a fourth positioning area, a fifth positioning area, a sixth positioning area, a second auxiliary positioning area and a second verification information area, and is partitioned according to GB-T33993, wherein the fourth positioning area corresponds to the first positioning area of GB-T33993, the fifth positioning area corresponds to the second positioning area of GB-T33993, the sixth positioning area corresponds to the third positioning area of GB-T33993, the second auxiliary positioning area corresponds to the auxiliary positioning area of GB-T33993, the second verification information area is an information storage area, and the second verification information area corresponds to the GB-T33993 information area;
the virtual two-dimensional code comprises a seventh positioning area, an eighth positioning area, a ninth positioning area, a third auxiliary positioning area, a first information area and a third verification information area, wherein the seventh positioning area corresponds to the first positioning area of GB-T33993, the eighth positioning area corresponds to the second positioning area of GB-T33993, the ninth positioning area corresponds to the third positioning area of GB-T33993, the third auxiliary positioning area corresponds to the auxiliary positioning area of GB-T33993, and the first information area and the third verification information area correspond to the GB-T33993 information area.
Further, a first encrypted serial number verification code of the first two-dimensional code and a second encrypted serial number verification code of the second two-dimensional code are used for verifying the origin of the product and the serial number of the product, and when the origin and uniqueness of the commodity are verified, the information in a first verification information area of the first two-dimensional code and the information in a second verification information area of the second two-dimensional code are subjected to mathematical operation (addition, subtraction, multiplication and division) and then synthesized into verification information of the virtual two-dimensional code; when the first two-dimension code information is inconsistent with the second two-dimension code information, non-origin commodity information is obtained; and when the first two-dimension code information is consistent with the second two-dimension code information, the commodity information of the origin is obtained.
When commodity is the bottled, first two-dimensional code pattern assembly is on commodity bottle lid, and second two-dimensional code pattern assembly is at the bottle, and first two-dimensional code pattern is destroyed during commodity consumption, only has the second two-dimensional code information this moment, ensures the uniqueness and the traceability of commodity.
Furthermore, the first two-dimensional code pattern and the second two-dimensional code pattern are fixedly packaged on the bottle in a pasting or printing mode.
The first two-dimensional code pattern on the commodity bottle cap is a small-size two-dimensional code pattern, and the second two-dimensional code pattern on the surface of the commodity is a large-size two-dimensional code pattern.
As shown in fig. 4, the first two-dimensional code pattern includes a first positioning area 401, a second positioning area 402, a third positioning area 403, a first auxiliary positioning area 404, and a first verification information area 405. The first two-dimensional code pattern adopted by the embodiment is a small-size two-dimensional code, and the size of the two-dimensional code can be selected from H 41 =20mm，L 41 =20mm。
As shown in fig. 5, the second two-dimensional code pattern includes a fourth positioning region 501, a fifth positioning region 502, a sixth positioning region 503, a second auxiliary positioning region 504, and a second verification information region 505. The embodiment adopted by the embodiment adopts the large-size two-dimensional code, and H can be selected 51 =38mm，L 51 =38mm。
Fig. 6 shows a synthesized virtual two-dimensional code for a commodity, where the virtual two-dimensional code includes a seventh location area 601, an eighth location area 602, a ninth location area 603, a third auxiliary location area 604, a second information area 605, and a third verification information area 606.
Fig. 7a and 7b show a commodity 700 having two-dimension code patterns on the top and the surface of the bottle body, respectively, including a commodity bottle body 701, a commodity bottle cap 702, a first two-dimension code pattern 703 on the side surface of the bottle cap, and a second two-dimension code pattern 704 on the surface of the commodity bottle body.
As shown in fig. 7c, the merchandise 710 having two-dimensional code patterns on both the top and the surface of the bottle cap comprises a merchandise bottle 711, a first two-dimensional code pattern 712 with small size on the side of the bottle cap, a first two-dimensional code pattern 713 with small size on the side of the bottle cap, a second two-dimensional code pattern 714 on the side of the merchandise bottle, and a second two-dimensional code 715 on the surface of the merchandise bottle; the small-sized first two-dimensional code pattern 712 on the side surface of the bottle cap corresponds to the small-sized first planar two-dimensional code pattern 713 on the side surface of the bottle cap, and the second planar two-dimensional code pattern 714 on the side surface of the commodity bottle body corresponds to the second two-dimensional code 715 on the surface of the commodity bottle body.
Fig. 7d shows a commodity 720 having two-dimensional code patterns on the top of the bottle cap and the surface of the bottle body, respectively, which includes a commodity bottle body 721, a first two-dimensional code pattern 722 on the top of the commodity bottle cap, a commodity bottle cap 723, and a second two-dimensional code pattern 724 on the surface of the bottle body.
Fig. 8a, 8b and 8c show a product 800 with two-dimension code patterns on the bottle cap and the bottle body, respectively, which includes a first two-dimension code pattern 801 on the side of the product bottle cap, a planar two-dimension code pattern 802 on the surface of the product bottle body, and a second two-dimension code pattern 803 on the surface of the product bottle body.
In fig. 9a, 9b and 9c, the two-dimensional code patterns are respectively formed on the bottle cap and the bottle body 900, which includes a first two-dimensional code pattern 901 on the side surface of the bottle cap of the commodity and a second two-dimensional code pattern 902 on the surface of the bottle body of the commodity.
In fig. 10a, 10b and 10c, the two-dimensional code pattern of the commodity 100 is respectively arranged on the bottle cap and the bottle body surface, and the two-dimensional code pattern comprises a first two-dimensional code pattern 101 on the side surface of the commodity bottle cap and a second two-dimensional code pattern 102 on the surface of the commodity bottle body.
Fig. 11a and 11b show a product 110 having two-dimensional code patterns on the bottle cap and the bottle body, respectively, including a first two-dimensional code pattern 111 on the side of the product bottle cap and a second two-dimensional code pattern 112 on the surface of the product bottle body.
Fig. 11c shows a product 113 having two-dimensional code patterns on the bottle cap and the bottle body, respectively, which includes a first two-dimensional code pattern 114 on the top of the product cap and a second two-dimensional code pattern 115 on the surface of the product bottle body.
As shown in fig. 12a, 12b and 12c, the commodity 120 includes a commodity bottle 121, a commodity bottle cap 122, a fixed packaging structure 123, a first two-dimensional code pattern 124 on the inner flat plate structure, a second two-dimensional code pattern 125 on the surface of the commodity bottle, and an inner flat plate structure 126.
As shown in fig. 13a, 13b and 13c, the commodity 130 with the fixed package structure and the two-dimensional code pattern printed on the surface of the commodity includes a commodity bottle 131, a commodity bottle cap 132, a fixed package structure 133, a first two-dimensional code pattern 134 on the fixed package structure, and a second two-dimensional code pattern 135 on the surface of the commodity bottle.
The above description is only for the preferred embodiment of the present invention, and not intended to limit the scope of the present invention, and all equivalent structures or equivalent processes, which are directly or indirectly applied to other related technical fields, using the contents of the present specification and the accompanying drawings, are included in the protection scope of the present invention.
Claims (1)
1. A commodity origin place locking double two-dimensional code verification website system is characterized by comprising a commodity coding website server, a commodity coding management server, a commodity coding storage server, a proxy server, a coding control computer system, a satellite positioning system module and a commodity coding information module; the commodity code website server is connected with the commodity code management server through a domain name and a network address URL, and the commodity code website server is connected with the proxy server through the URL; the commodity code storage server is connected with the code control computer system through a domain name and a network address URL; the code control computer system is connected with the commodity code information module through a domain name and a network address URL; the coding control computer system is in communication connection with the satellite positioning system module;
the satellite positioning system module and the commodity coding information module are used for acquiring related information and sending the information to the coding control computer system;
the code control computer system generates two-dimensional codes according to the information acquired by the commodity code information module and the satellite positioning system module;
the commodity coding website server is used for operating and controlling the network operating system, supervising, controlling and managing the coding control computer system, distributing website system resources and adjusting the running state of the website system;
the commodity code management server is used for running a commodity code information module program, receiving an operation request of a commodity code website server, connecting with the code control computer system through a network address URL and receiving a two-dimensional code of the code control computer system;
the commodity code storage server is used for storing the commodity two-dimension code information sent by the code control computer system, managing the storage condition and the commodity consumption condition of the commodity two-dimension code information and deleting the commodity two-dimension code information;
the proxy server is used for intercepting an access response of the code control computer system, indicating the access request to a page to be accessed of the commodity code website server, acquiring a version parameter for accessing a current version, and returning the access response to the commodity code website server, wherein the returned access response comprises a current URL; the code control computer system generates a first two-dimensional code, a second two-dimensional code, a first two-dimensional code pattern and a second two-dimensional code pattern according to the information acquired by the commodity code information module and the satellite positioning system module and the national standard of the commodity two-dimensional code GBT33993-2017, is connected with the proxy server through a domain name and a network address URL, and sends the two-dimensional codes and the two patterns to the commodity code website server, the commodity code management server and the commodity code storage server for storage;
the first two-dimensional code is verification encryption information of the commodity and comprises information required by a standard two-dimensional code GB-T33993-2017, a manufacturer website, commodity origin information, a production date and a first encryption serial number verification code, wherein the first encryption serial number verification code is an encryption code obtained by performing mathematical operation on commodity address information, the production date and a product serial number, each digit of the encryption code is formed by a number 0~9 or one of capital and lower-case English letters, the encryption code is divided into a plurality of groups of data, each group comprises more than two digits, and each commodity encryption serial number verification code is not repeated, so that the encryption code of each commodity is unique;
the second two-dimensional code is main commodity information and comprises information required by the standard two-dimensional code GB-T33993-2017 and a second encrypted serial number verification code; the second encrypted serial number verification code is an encrypted code obtained by performing mathematical operation on three information of the total production control manager number and the serial number thereof, the production line workshop duty-receiving person number and the serial number thereof, the production line worker number and the serial number thereof, the quality inspector number and the serial number thereof, the packaging line worker number and the serial number thereof, the manager number and the serial number thereof, and the production line workshop duty-receiving person number and the serial number thereof, wherein each bit of the encrypted code is formed by the number 0~9 or one of upper and lower English letters, the encrypted code is divided into a plurality of groups of data, each group comprises more than two bits, each commodity encrypted serial number verification code is not repeated, and therefore the encrypted code of each commodity is unique; the first two-dimensional code is partitioned according to GB-T33993 according to the first positioning area, the second positioning area, the third positioning area, the first auxiliary positioning area and the first verification information area, and the first verification information area corresponds to the GB-T33993 information area;
the second two-dimensional code comprises a fourth positioning area, a fifth positioning area, a sixth positioning area, a second auxiliary positioning area and a second verification information area, and is partitioned according to GB-T33993, wherein the fourth positioning area corresponds to the first positioning area of GB-T33993, the fifth positioning area corresponds to the second positioning area of GB-T33993, the sixth positioning area corresponds to the third positioning area of GB-T33993, the second auxiliary positioning area corresponds to the auxiliary positioning area of GB-T33993, the second verification information area is an information storage area, and the second verification information area corresponds to the GB-T33993 information area;
the virtual two-dimensional code comprises a seventh positioning area, an eighth positioning area, a ninth positioning area, a third auxiliary positioning area, a first information area and a third verification information area, wherein the seventh positioning area corresponds to the first positioning area of GB-T33993, the eighth positioning area corresponds to the second positioning area of GB-T33993, the ninth positioning area corresponds to the third positioning area of GB-T33993, the third auxiliary positioning area corresponds to the auxiliary positioning area of GB-T33993, and the first information area and the third verification information area correspond to the GB-T33993 information area; when the origin and uniqueness of the commodity are verified, the information in the first verification information area of the first two-dimensional code and the information in the second verification information area of the second two-dimensional code are subjected to mathematical operation and synthesized into verification information of the virtual two-dimensional code; when the first two-dimension code information is inconsistent with the second two-dimension code information, non-origin commodity information is obtained; when the first two-dimension code information is consistent with the second two-dimension code information, the commodity information of the origin is obtained; the commodity coding information module comprises relevant parameters specified by a commodity two-dimensional code GBT33993-2017, and further comprises total production control management personnel number and serial number thereof, production line workshop duty personnel number and serial number thereof, production line worker number and serial number thereof, quality inspector number and serial number thereof, packaging line worker number and serial number thereof, origin information, production date, execution standard, production date, product encryption code, manufacturer website and preparation synthesis digital information; the satellite positioning system module comprises a single chip microcomputer CPU, a program memory, a data memory, a satellite positioning module, a WIFI transmitter and a WIFI transmitting antenna;
the program memory and the data memory are both connected with the single chip CPU, the single chip CPU is connected with the satellite positioning module through a UART interface and receives real-time address information, the single chip CPU is connected with the WIFI transmitter through the UART interface and sends the real-time address information and time to the encoding control computer system through the WIFI transmitting antenna; when the commodity is bottled, the first two-dimensional code pattern is assembled on a commodity bottle cap, the second two-dimensional code pattern is assembled on a bottle body, the first two-dimensional code pattern is damaged when the commodity is consumed, and only the second two-dimensional code information exists at the moment, so that the uniqueness and traceability of the commodity are ensured;
the commodity coding website server is used for operating a network operating system, controlling and coordinating functions, coordinating access requests, responses and processing, data storage, inquiry and optimization, updating, safety precaution and multi-user access control among computer terminal users of commodity manufacturers, supervising and controlling a coding control computer system, actually managing, distributing system resources and adjusting the running state of the system; the network operating system selects a Windows operating system;
the network operating system is an operating system for providing services for the computer terminal users of the commodity manufacturers, the computer terminal users of the commodity manufacturers have the function of receiving the data transmitted by the server for application, and the computer terminal users of the commodity manufacturers are connected with the network server of the network operating system through a domain name and a network address URL (uniform resource locator), so that the computer terminal users of the commodity manufacturers can clearly search required shared resources;
the commodity code management server consists of a network operating system, a processor, a chip set, a memory and a hard disk, is used for running a commodity code information module program, is used for controlling and coordinating access request, response and processing of a commodity manufacturer computer terminal user, is connected with the code control computer system through a network address URL (uniform resource locator), receives a commodity code operation request and receives the running of the commodity code information module program of the code control computer system; the network operating system selects a Windows operating system; the coding two-dimensional codes are used for processing 10 thousands of commodities in real time, and the maximum byte number of each two-dimensional code is 2kb; selecting a chip set by the central processing unit of the multi-core CPU: intel C624 series, processor gold plate 5117, memory configuration is more than or equal to 256GB, hard disk configuration is more than or equal to 100TB hot plug solid state disk;
the commodity code storage server is used for storing the commodity two-dimensional code information sent by the code control computer system, managing the storage condition, long-term storage and commodity consumption condition of the commodity two-dimensional code information and deleting the commodity two-dimensional code information regularly, storing a large amount of commodity two-dimensional code information manufactured in real time, and generating 10 ten thousand kinds of commodity two-dimensional codes every day, wherein the maximum byte number of each two-dimensional code is 2kb, the storage space of the commodity two-dimensional code information is 100T/year, the ten-year storage space is 1000TB, and the storage capacity is 1000Tb;
the satellite positioning module is a GS-96U8 module; the CPU of the singlechip adopts an 8051 singlechip; the program memory is 2746 program memory; 6264 data storage is adopted as the data storage; the single-chip CPU receives a response instruction from the encoding control computer system through a WIFI transmitting antenna, responds according to an appointed instruction and completes receiving and sending of information, reads a real-time address of a place of origin acquired by the satellite positioning module through a UART interface and fixes real-time, and sends a real-time address, real-time, address information and an information ending instruction to the encoding control computer system through a WIFI transmitter; address information X Addr…6 1~6 bytes, real time X Time…6 1~6 bytes;
the method comprises the steps that a satellite positioning system module and a production line control system are synchronized, two-dimension code patterns and two-dimension code information are generated and stored by combining a commodity code website server, a commodity code management server and a commodity code storage server, and double two-dimension code patterns are directly assembled on bottle-shaped commodities in commodity manufacturing, wherein a first two-dimension code pattern of an encryption code is directly assembled on a bottle cap, and a second two-dimension code pattern is directly assembled on the surface of the bottle;
the commodity coding information module is composed of a CPU (central processing unit), a memory, a hard disk, a network card interface, a WIFI (wireless fidelity) port, a network operating system and a network card port, and is connected with the satellite positioning system module through the WIFI port;
the encoding control computer system sends a response instruction to the satellite positioning system module through the WIFI interface, and reads the location of the origin and the real-time information;
the first two-dimensional code pattern and the second two-dimensional code pattern are fixedly packaged on the bottle in a sticking or printing mode;
the first two-dimensional code pattern on the commodity bottle cap is a small-size two-dimensional code pattern, and the second two-dimensional code pattern on the surface of the commodity is a large-size two-dimensional code pattern.
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