CN112241890A - Block chain-based cigarette product supply chain information integration method and electronic equipment - Google Patents

Block chain-based cigarette product supply chain information integration method and electronic equipment Download PDF

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CN112241890A
CN112241890A CN202011120902.0A CN202011120902A CN112241890A CN 112241890 A CN112241890 A CN 112241890A CN 202011120902 A CN202011120902 A CN 202011120902A CN 112241890 A CN112241890 A CN 112241890A
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tobacco
cigarette
management system
production
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CN112241890B (en
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邓超
张欣
朱皓然
韦泰丞
王吉斌
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China Tobacco Guangxi Industrial Co Ltd
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China Tobacco Guangxi Industrial Co Ltd
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Abstract

The invention provides a block chain-based cigarette product supply chain information integration method and electronic equipment, wherein the method comprises the following steps: receiving operation information of a plurality of supply chain nodes corresponding to cigarette products, wherein the operation information comprises correlation information of each supply chain node and other supply chain nodes and/or production information of each supply chain node, the operation information is obtained by scanning code information of the products through a code domain management system corresponding to each supply chain node and/or is obtained by uploading the product after correlating production batches, and the code domain management system comprises a tobacco leaf production code domain management system, a tobacco shred production code domain management system, a rolling and packaging production code domain management system and a commercial retail code domain management system; and storing the operation information into the block chain. By implementing the invention, the production loss and waste are reduced, and the product consumption information and the market dynamic information which are accurately obtained by cigarette industry enterprises can be ensured, thereby being beneficial to the research and development of new products.

Description

Block chain-based cigarette product supply chain information integration method and electronic equipment
Technical Field
The invention relates to the technical field of block chains, in particular to a cigarette product supply chain information integration method based on a block chain and electronic equipment.
Background
According to the stipulation of the tobacco monopoly law of the people's republic of China, China carries out tobacco monopoly management and organizes the production and operation of tobacco monopoly products in a planned way so as to improve the quality of tobacco products, maintain the benefits of consumers and guarantee the income of the national finance. In order to guarantee the quality of cigarette products and maintain the interests of consumers, the quality of the cigarette products needs to be continuously tracked and the quality problem needs to be traced, so that the interests of the consumers are prevented from being damaged, and meanwhile, the manufacturing level and the fine management degree of the cigarette industry in China are promoted.
At present, an industrial cigarette production operation decision system is implemented in the tobacco industry, so that the legal compliance of cigarette carton production can be guaranteed, and cigarettes cannot be mistakenly missed or lost in the processes of distribution, transportation and storage; meanwhile, the cigarette carton is associated with the retail user, so that illegal selling behaviors in the cigarette retail process are effectively prevented. Meanwhile, most industrial manufacturing enterprises in the tobacco industry implement two-dimensional codes of cigarettes (cigarette packets and carton boxes), and the two-dimensional codes are mainly used for product introduction, marketing activity popularization and code scanning verification of authenticity.
Due to the process characteristics in the cigarette production and manufacturing process, the management fineness of the cigarette products cannot reach the whole-process tracing of the whole industry chain, so that the raw material and auxiliary material information of the products with problem symptoms can not be accurately traced when the quality of the tobacco products is in problem, the products in the whole batch can only be completely recycled and scrapped, unnecessary production loss and waste are caused, the improvement of the cigarette production and manufacturing level of enterprises is not facilitated, and the complete and accurate consumption behavior information of the cigarette products cannot be obtained, namely, the consumers who sell the cigarette products in the retail shop are unknown. The loss of the information causes that cigarette industry enterprises cannot acquire accurate product consumption information and market dynamic information, and is not beneficial to the research and development of new products. Therefore, it is desirable to provide a method for integrating information of a cigarette product supply chain based on a block chain and an electronic device to solve the above problems.
Disclosure of Invention
In view of this, embodiments of the present invention provide a block chain-based information integration method for a cigarette product supply chain and an electronic device, so as to solve the defect that in the prior art, when a consumer finds that a quality problem occurs in a cigarette product, all cigarette products in the same batch can only be destroyed, which causes unnecessary waste and loss.
According to a first aspect, an embodiment of the present invention provides a block chain-based cigarette product supply chain information integration method, including: receiving operation information of a plurality of supply chain nodes corresponding to cigarette products, wherein the operation information comprises association information of each supply chain node and other supply chain nodes and/or production information of each supply chain node, the operation information is obtained by scanning code domain information of the products through a code domain management system corresponding to each supply chain node and/or is obtained by uploading the product after associating the product with a production batch, the code domain information is generated in advance by a code domain management system corresponding to each supply chain node, and the code domain management system comprises a tobacco leaf production code domain management system, a tobacco making production code domain management system, a cigarette making package production code domain management system and a commercial retail code domain management system; and storing the business information into a block chain.
Optionally, when the supply chain node is a tobacco raw and auxiliary material supply node, and when a code domain management system corresponding to the tobacco raw and auxiliary material supply node is a tobacco production code domain management system, the operation information uploaded by the tobacco raw and auxiliary material supply node comprises raw tobacco sorting link operation information and tobacco redrying link operation information; in the raw tobacco sorting link, scanning the raw tobacco stacking information by using a tobacco production stacking domain management system to obtain the raw tobacco source information of tobacco; sorting the raw tobacco under preset conditions, and sorting the raw tobacco under different conditions; scanning the stacking information of the raw tobacco under different conditions by using a tobacco production stacking domain management system, and associating the raw tobacco and the raw tobacco source information of the tobacco under different conditions to obtain the operation information of a raw tobacco sorting link; in the tobacco redrying link, the tobacco redrying link operation information is obtained by scanning the redried tobacco stacking information and the sorted original tobacco stacking under different conditions by using a tobacco production stacking domain management system according to the relation between the original tobacco input and the cured tobacco output.
Optionally, when the supply chain node is a tobacco raw and auxiliary material supply node, the code domain management system corresponding to the tobacco raw and auxiliary material supply node is a cut tobacco production code domain management system, and the operation information uploaded by the tobacco raw and auxiliary material supply node comprises cigarette cut tobacco manufacturing operation information; scanning the stacking information of the redried tobacco leaves by using a tobacco leaf production stacking management system, and associating the finished tobacco shred production batch made of the redried tobacco leaves, the auxiliary material production batch with the stacking information of the redried tobacco leaves to obtain cigarette tobacco shred manufacturing operation information.
Optionally, when the supply chain node is a node of a cigarette industry company, the code domain management system corresponding to the node of the cigarette industry company comprises a cigarette making and packing production code domain management system, and the operation information uploaded by the node of the cigarette industry company comprises filter rod production link operation information, cigarette making and packing link operation information, small box packing link operation information, carton packing link operation information and cigarette carton packing link operation information; in the filter rod production link, a rolling, connecting and packaging production code domain management system acquires a filter rod product production batch, a production batch of related auxiliary materials and a finished filter rod production batch, and associates a finished filter rod, a filter rod product and related auxiliary materials according to the production batch to obtain filter rod production link operation information; in the cigarette rolling and connecting link, a rolling and connecting packet production code domain management system acquires production batches of cigarette cigarettes, cigarette tobacco shreds and filter stick products, and associates the production batches according to the production batches to obtain cigarette rolling and connecting link operation information; in the small box packaging link, the cigarette receiving and packaging production code domain management system scans the code system of the cigarette box, and the production batch of the cigarettes is associated with the code system of the cigarette box to obtain the small box packaging link operation information; in a barrel packing link, a rolling and connecting pack production code domain management system scans a small box code system and a barrel code system, and associates small box information with barrel information to obtain barrel packing link operation information, wherein the barrel packing link operation information comprises related packing auxiliary material information of small boxes and barrels; in the cigarette carton packing link, the cigarette rolling and packing production code domain management system scans the carton code system and the cigarette carton code system according to the assembly relation, and associates the carton information with the cigarette carton information to obtain the cigarette carton packing link operation information.
Optionally, when the supply chain node is a tobacco commercial sales node, the code domain management system corresponding to the tobacco commercial sales node includes a commercial retail code domain management system, and the operation information uploaded by the tobacco commercial sales node includes cigarette allocation and transportation link operation information, sorting and distribution link operation information, retail consumption link operation information, and payment link operation information; in the cigarette transferring and transporting link, receiving information of the warehousing, logistics and distribution relations between the industrial company and the commercial company by using a commercial retail code domain management system, scanning a cigarette code system, and associating the information of the warehousing, logistics and distribution relations between the industrial company and the commercial company with the cigarettes according to the cigarette code system to obtain the operating information of the cigarette transferring and transporting link; in a sorting and distribution link, receiving information of cigarette retailers corresponding to the cigarette boxes by using a commercial retail code domain management system, scanning a carton code system, and associating the cigarette boxes with the information of the cigarette retailers according to the carton code system to obtain sorting and distribution link operation information; in a retail consumption link, a commercial retail code domain management system acquires and associates consumption terminal information and correspondingly scanned small box code system information and/or bar box code system information to obtain retail consumption link operation information; in the payment link, the commercial retail code domain management system acquires and associates current consumption information, selling shop information and cigarette carton/cigarette carton code system information of the consumer to obtain the operation information of the payment link.
Optionally, the method further comprises: performing data preprocessing on supply information among supply chain nodes with incidence relation in a supply chain to obtain target input data; and inputting the target input data into a pre-established random forest model to obtain the correlation accuracy of the supply information.
Optionally, the method further comprises: and collecting the user identification information of the consumer, and describing the consumption behavior by combining the big data of the consumer.
Optionally, the method further comprises: and sending the operation information to an information query cloud platform for storage.
According to a second aspect, an embodiment of the present invention provides an electronic device, including a memory, a processor, and a computer program stored in the memory and operable on the processor, where the processor executes the program to receive operation information of a plurality of supply chain nodes corresponding to a cigarette product, where the operation information includes association information of each supply chain node with other supply chain nodes and/or production information of each supply chain node, the operation information is obtained by scanning code domain information of the product by a code domain management system corresponding to each supply chain node and/or is obtained by associating a production batch and uploading the code domain information, where the code domain information is generated in advance by the code domain management system corresponding to each supply chain node, and the code domain management system includes a tobacco leaf production code domain management system, a tobacco shred production code domain management system, a cigarette management, A volume-to-package production code domain management system and a commercial retail code domain management system; and storing the operation information into a block chain.
According to a third aspect, embodiments of the present invention provide a storage medium having stored thereon computer instructions, the instructions when executed by the processor implement receiving operational information for a plurality of supply chain nodes corresponding to a smoking article, the business information includes information relating each supply chain node to other supply chain nodes and/or production information for each supply chain node itself, the operation information is obtained by scanning the code system information of the product through the code domain management system corresponding to each supply chain link point and/or is obtained by associating the production batches and uploading the associated production batches, the stacking information is generated in advance by a stacking domain management system corresponding to each supply link point, and the stacking domain management system comprises a tobacco leaf production stacking domain management system, a tobacco shred production stacking domain management system, a rolling and packaging production stacking domain management system and a commercial retail stacking domain management system; and storing the operation information into a block chain.
The technical scheme of the invention has the following advantages:
the block chain-based cigarette product supply chain information integration method provided by this embodiment obtains the operation information of multiple supply chain nodes corresponding to a cigarette product, performs cross-domain correlation on domains of different supply chain nodes through a tobacco leaf production domain management system, a cut tobacco production domain management system, a cigarette packet production domain management system and a commercial retail domain management system, stores the correlation information of each supply chain node and other supply chain nodes and/or the production information of each supply chain node into a block chain, realizes distributed accounting for each link of whole cigarette tobacco leaf production, cut tobacco production, cigarette packet generation, commercial retail and the like, and simultaneously, each company in each industry chain has a corresponding account book, plays roles of non-traceability, whole-course trace, traceability, public transparency and collective maintenance, and can realize comprehensive tracing of the supply chain, and when the product has quality problems, the information of the product raw and auxiliary materials where the problem symptom is located can be accurately traced, the cigarette products in the whole production batch do not need to be completely recycled and scrapped, the cigarette products corresponding to the defective raw and auxiliary material batch only need to be recycled and scrapped, unnecessary production loss and waste are reduced, complete and accurate consumption behavior information of the cigarette products can be obtained, product consumption information and market dynamic information accurately obtained by cigarette industry enterprises are enabled to be obtained, and research and development of new products are facilitated.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, and it is obvious that the drawings in the following description are some embodiments of the present invention, and other drawings can be obtained by those skilled in the art without creative efforts.
FIG. 1 is a flow chart illustrating a specific example of a block chain-based information integration method for a cigarette product supply chain according to an embodiment of the present invention;
FIG. 2 is a diagram illustrating an exemplary block chain-based information integration method for a cigarette product supply chain according to an embodiment of the present invention;
FIG. 3 is a diagram illustrating an exemplary block chain-based information integration method for a cigarette product supply chain according to an embodiment of the present invention;
FIG. 4 is a diagram illustrating an exemplary block chain-based information integration method for a cigarette product supply chain according to an embodiment of the present invention;
fig. 5 is a schematic block diagram of a specific example of an electronic device in the embodiment of the present invention.
Detailed Description
The technical solutions of the present invention will be described clearly and completely with reference to the accompanying drawings, and it should be understood that the described embodiments are some, but not all embodiments of the present invention. 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.
In the description of the present invention, it should be noted that the terms "center", "upper", "lower", "left", "right", "vertical", "horizontal", "inner", "outer", etc., indicate orientations or positional relationships based on the orientations or positional relationships shown in the drawings, and are only for convenience of description and simplicity of description, but do not indicate or imply that the device or element being referred to must have a particular orientation, be constructed and operated in a particular orientation, and thus, should not be construed as limiting the present invention. Furthermore, the terms "first," "second," and "third" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance.
In the description of the present invention, it should be noted that, unless otherwise explicitly specified or limited, the terms "mounted," "connected," and "connected" are to be construed broadly, e.g., as meaning either a fixed connection, a removable connection, or an integral connection; can be mechanically or electrically connected; the two elements may be directly connected or indirectly connected through an intermediate medium, or may be communicated with each other inside the two elements, or may be wirelessly connected or wired connected. The specific meanings of the above terms in the present invention can be understood in specific cases to those skilled in the art.
In addition, the technical features involved in the different embodiments of the present invention described below may be combined with each other as long as they do not conflict with each other.
The embodiment provides a block chain-based cigarette product supply chain information integration method, as shown in fig. 1, including the following steps:
s101, receiving operation information of a plurality of supply chain nodes corresponding to cigarette products, wherein the operation information comprises correlation information of each supply chain node and other supply chain nodes and/or production information of each supply chain node, the operation information is obtained by scanning code domain information of the products through a code domain management system corresponding to each supply chain node and/or is obtained by uploading the product after correlating production batches, the code domain information is generated in advance by a code domain management system corresponding to each supply chain node, and the code domain management system comprises a tobacco leaf production code domain management system, a tobacco making production code domain management system, a cigarette making package production code domain management system and a commercial retail code domain management system.
Illustratively, the plurality of supply link points includes a tobacco raw and auxiliary material supply node, a cigarette industry company node, and a tobacco commercial sale node. The associated information of each supply chain node and other supply chain nodes comprises supply relations among the supply chain nodes, such as raw material supply information of a tobacco raw material supply node and a cigarette industry company node, and cigarette formation supply information of the cigarette industry company node and a tobacco commercial sale node. The raw and auxiliary material supply information of the tobacco raw and auxiliary material supply node and the cigarette industry company node comprises the information of the quantity, the grade, the production date, the year, the production place, the production batch and the like of raw and auxiliary materials supplied to the cigarette industry company by a raw and auxiliary material supplier; the supply information of the cigarette industry company node and the tobacco commercial sale node comprises warehousing, logistics and distribution information of the cigarette finished products transported to each seller node.
The production information of each supply chain node comprises semi-finished product or finished product information generated by the supply chain node, including the production date, team group, production batch, equipment number, operator, manager, quality inspection record and the like of the semi-finished product or finished product, and material association information of the semi-finished product or finished product information generated by each supply chain node, for example, information for associating raw tobacco and redried tobacco at the tobacco raw and auxiliary material supply node.
The mode of material correlation information can be a mode of scanning code correlation of the two-dimensional codes of the box body according to the code domain management system corresponding to the supply chain link point, or a mode of correlation according to production batches. For example, when raw cigarettes, auxiliary materials and the like appear in the overall shape of a box/barrel/bag, the box/barrel/bag can be subjected to code printing operation and code scanning association through a corresponding code domain management system, but when the raw cigarettes, the auxiliary materials and the like appear in scattered shapes, the code printing/code scanning operation cannot be performed, for example, in the manufacturing process of cut tobaccos, filter rods and cigarettes (single cigarette), the raw cigarettes are cut into fine cut tobaccos, and the cut tobaccos cannot print/scan codes; the filter rod and the cigarette (single cigarette) can not be printed/scanned, and the materials appearing in scattered forms can be associated through production batches, and the production batches can be displayed in the form of two-dimensional codes/bar codes or production batch numbers.
The code domain management system can comprise a code printing device and a scanning correlation device; the tobacco leaf production code domain management system, the tobacco shred production code domain management system, the rolling and packaging production code domain management system and the commercial retail code domain management system respectively realize the production, storage, activation, circulation, verification, recovery and operation information association of two-dimensional codes of different supply chain link points.
And S102, storing the operation information into the block chain.
Exemplarily, as shown in fig. 2, the block chain is constructed by each tobacco raw and auxiliary material supply node, a cigarette industry company node, and a tobacco commercial sale node, a full code association cloud platform of a cigarette product supply chain is constructed based on a block chain technology, a code system cross-domain communication technology protocol standard is established, production and operation information association between two-dimensional codes of different code domains is realized by code scanning, and is recorded to each block chain node, so that cross-company and 4-code-domain covered cigarette production and operation information cross-domain collaborative storage and information query are realized.
Each tobacco raw and auxiliary material supply node, cigarette industry company node and tobacco commercial sale node in the cigarette product supply chain are used as independent nodes in the whole block chain, and each block chain system and the account book used by the node are provided. The tobacco raw and auxiliary material supply node and the cigarette industry company node realize mutual accounting of raw and auxiliary material supply information; the cigarette industry company node and the tobacco commercial sale node realize mutual accounting of the cigarette product information and the commercial retail information. When the accounts are inconsistent, a few accounts are referred to and obey a majority principle, and most accounts with related information are taken as the basis, so that the information is prevented from being tampered unilaterally, and the credibility of the supply chain information of the cigarette products is improved.
The block chain-based cigarette product supply chain information integration method provided by this embodiment obtains the operation information of multiple supply chain nodes corresponding to a cigarette product, performs cross-domain correlation on domains of different supply chain nodes through a tobacco leaf production domain management system, a cut tobacco production domain management system, a cigarette packet production domain management system and a commercial retail domain management system, stores the correlation information of each supply chain node and other supply chain nodes and/or the production information of each supply chain node into a block chain, realizes distributed accounting for each link of whole cigarette tobacco leaf production, cut tobacco production, cigarette packet generation, commercial retail and the like, and simultaneously, each company in each industry chain has a corresponding account book, plays roles of non-traceability, whole-course trace, traceability, public transparency and collective maintenance, and can realize comprehensive tracing of the supply chain, and when the product has quality problems, the information of the product raw and auxiliary materials where the problem symptom is located can be accurately traced, the cigarette products in the whole production batch do not need to be completely recycled and scrapped, the cigarette products corresponding to the defective raw and auxiliary material batch only need to be recycled and scrapped, unnecessary production loss and waste are reduced, complete and accurate consumption behavior information of the cigarette products can be obtained, product consumption information and market dynamic information accurately obtained by cigarette industry enterprises are enabled to be obtained, and research and development of new products are facilitated.
As an optional implementation manner of this embodiment, when the supply chain node is a tobacco raw and auxiliary material supply node, and when the code domain management system corresponding to the tobacco raw and auxiliary material supply node is a tobacco production code domain management system, as shown in fig. 3, the operation information uploaded by the tobacco raw and auxiliary material supply node includes raw tobacco sorting link operation information and tobacco redrying link operation information;
in a raw tobacco sorting link, scanning raw tobacco stacking information by using a tobacco production stacking domain management system to obtain raw tobacco source information of tobacco, sorting the raw tobacco under preset conditions, and sorting the raw tobacco under different conditions; and scanning the stacking information of the raw tobacco under different conditions by using a tobacco production stacking domain management system, and associating the raw tobacco and the raw tobacco source information of the tobacco under different conditions to obtain the operation information of the raw tobacco sorting link.
Exemplarily, raw tobacco sorting is a preorder work of tobacco redrying, is an important link for ensuring the quality of finished tobacco, and is required to sort out tobacco leaves higher than or lower than the original grade and remove impurities before redrying the tobacco leaves, so that the purity of the tobacco leaf grade is improved. The raw tobacco sorting process can be finished by manual selection or automatic selection through a production line, the preset conditions for sorting can be to judge whether green, mildewed, withered and mixed tobacco leaves appear in the raw tobacco and whether single tobacco leaves meet all quality grade standards, the preset conditions for sorting the raw tobacco are not limited in the embodiment, and the raw tobacco sorting can be determined by a person skilled in the art according to needs.
The raw tobacco generally appears in a box/bag form, a two-dimensional code or a bar code is attached to the surface of the box/bag to record the information of the raw tobacco in the box/bag, and the code can be scanned by scanning associated equipment of a tobacco production code domain management system to obtain the tobacco raw tobacco source information of the raw tobacco. After the raw tobacco sorting is finished, a plurality of sorted raw tobacco with different grades can be obtained, and at the moment, the two-dimensional codes or bar codes of the raw tobacco can be automatically associated with the sorted raw tobacco through scanning association equipment of a tobacco production code domain management system; the association between the two-dimensional codes or bar codes of the raw cigarettes and the sorted raw cigarette tobacco leaves can be realized through manually holding the scanning association equipment in a hand mode, and the operation information of the raw cigarette sorting link is obtained.
In the tobacco redrying link, the tobacco redrying link operation information is obtained by scanning the redried tobacco stacking information and the sorted original tobacco stacking under different conditions by using a tobacco production stacking domain management system according to the relation between the original tobacco input and the cured tobacco output.
Illustratively, according to the relationship between the input of raw tobacco and the output of flue-cured tobacco, the information of the system of redried tobacco and the system of redried raw tobacco under different conditions are scanned, and the mode of obtaining the operation information of the tobacco redrying link can be that an association mode is set in advance in a tobacco production code domain management system, for example, 10 boxes of raw tobacco and 1 box of flue-cured tobacco are set in the tobacco production code domain management system according to the past data, and then according to the proportional relationship, a code scanning association device scans the two-dimensional codes of 1 box of flue-cured tobacco and the two-dimensional codes of 10 boxes of raw tobacco, so as to realize information association; the associated information can also be determined manually, namely the current flue-cured tobacco is determined manually from which batch of raw tobacco, and the determined raw tobacco and flue-cured tobacco are scanned by two-dimensional codes to obtain the operation information of the tobacco redrying link. The embodiment does not limit the way of determining the associated information of the raw tobacco and the flue-cured tobacco, and the skilled person can determine the associated information as required.
As an optional implementation manner of this embodiment, when the supply chain node is a tobacco raw and auxiliary material supply node, the code domain management system corresponding to the tobacco raw and auxiliary material supply node is a cut tobacco production code domain management system, as shown in fig. 3, the operation information uploaded by the tobacco raw and auxiliary material supply node includes cigarette cut tobacco manufacturing operation information;
scanning the stacking information of the redried tobacco leaves by using a tobacco leaf production stacking management system, and associating the finished tobacco shred production batch made of the redried tobacco leaves, the auxiliary material production batch with the stacking information of the redried tobacco leaves to obtain cigarette tobacco shred manufacturing operation information.
Illustratively, the auxiliary material information comprises essence and spice for preparing cut tobacco. After the tobacco leaves are redried, the redried tobacco leaves need to be made into tobacco shreds, and because coding cannot be performed on each tobacco shred, the embodiment can correlate the tobacco shred production batch with the corresponding redried tobacco leaves and auxiliary material information, and the specific mode can be that the two-dimensional code information of the redried tobacco leaves is scanned firstly by code scanning correlation equipment of a tobacco shred production code domain management system, after the batch of redried tobacco leaves are made into the tobacco shreds, the production batch of the tobacco shreds and the production batch information of the auxiliary materials are obtained, and the production batch of the tobacco shreds, the two-dimensional codes of the redried tobacco leaves and the production batch information of the auxiliary materials are correlated. The production lot may be displayed in the form of a two-dimensional code/barcode, or may be displayed in the form of a production lot number, which is not limited in this embodiment and can be determined by a person skilled in the art as needed.
As an optional implementation manner of this embodiment, when the supply chain node is a node of a cigarette industry company, the code domain management system corresponding to the node of the cigarette industry company includes a cigarette making and packing production code domain management system, as shown in fig. 3, the operation information uploaded by the node of the cigarette industry company includes filter rod production link operation information, cigarette making and packing link operation information, capsule packing link operation information, and cigarette carton packing link operation information;
in the filter rod production link, the rolling, connecting and packing production code domain management system acquires a filter rod product production batch, a production batch of related auxiliary materials and a finished filter rod production batch, and correlates the finished filter rod, the filter rod product and the related auxiliary materials according to the production batch to obtain filter rod production link operation information.
Illustratively, as shown in fig. 4, all production lots are displayed in the form of two-dimensional codes. The related auxiliary materials in the production link of the filter stick comprise tows, coil paper, glue and the like. In the production link of the filter stick, related auxiliary materials and the filter stick product are required to be jointly manufactured into a finished filter stick. The related auxiliary materials and the filter stick products can appear in a box/bag mode, so that the two-dimensional code information on the related auxiliary materials and the outer package of the filter stick products can be scanned through a rolling, connecting and packaging production code domain management system, after finished filter sticks are manufactured according to the related auxiliary materials and the filter stick products, production batches of the finished filter sticks are recorded in the rolling, connecting and packaging production code domain management system, and information correlation of the filter stick products, the related auxiliary materials and the finished filter sticks is completed. Meanwhile, the rolling-connection-package production code domain management system collects production process information such as production teams, time, production batches, equipment numbers, operators, dealers, quality inspection records and the like in the production process of the filter sticks. In addition, the filter stick can be purchased from the outside, and at the moment, the production link of the filter stick can be omitted and the cigarette rolling and connecting link can be directly entered.
In the cigarette rolling and connecting link, the rolling and connecting packet production code domain management system acquires production batches of cigarette cigarettes, cigarette tobacco shreds and filter stick products, and correlation is carried out according to the production batches to obtain cigarette rolling and connecting link operation information.
Illustratively, as shown in fig. 4, the cigarette rolling-up link represents a process of rolling up cigarettes by using cigarette tobacco, finished filter sticks and related raw and auxiliary materials, wherein the raw and auxiliary materials comprise tipping paper, cigarette paper and glue. The raw and auxiliary materials, the cut tobacco of cigarette and the finished product of filter stick are generally marked according to production batches, and the production batches can be displayed in the form of two-dimensional codes/bar codes or production batch numbers.
The method for associating the cigarette with the cigarette tobacco, the finished filter stick and the raw and auxiliary materials according to the production batch can be that a cigarette receiving and packing production code domain management system obtains the production batch of the cigarette after receiving and the production batch of the tobacco, the filter stick production batch and the raw and auxiliary material production batch through the corresponding relation of tobacco feeding and the production of a cigarette making and packing machine, and performs code scanning/manual association on the production batch, so that the association between the cigarette batch information, the information of the related raw and auxiliary materials (tipping paper, cigarette paper, glue and the like) and the information of the raw and auxiliary materials is realized.
In the small box packaging link, the cigarette receiving and packaging production code domain management system scans the code system of the cigarette box, and the production batch of the cigarettes is associated with the code system of the cigarette box to obtain the small box packaging link operation information.
Illustratively, when the cigarettes are packed in small boxes, generally 20 cigarettes are packed in one small box, then the cigarette receiving and packing production code domain management system can automatically scan the two-dimensional codes of the cigarette boxes or associate the bar codes with the production batches of the cigarettes by using the relationship between 20 cigarettes and one small box, the production batches of the cigarettes can be displayed in the form of two-dimensional codes/bar codes or production batch numbers, the embodiment is not limited, and the skilled person can determine the production batches as required. Therefore, the association between the cigarette box and batch information, raw and auxiliary material information and raw and auxiliary materials in each production link is realized.
In a barrel packing link, a rolling and connecting pack production code domain management system scans a small box code system and a barrel code system, and associates small box information with barrel information to obtain barrel packing link operation information, wherein the barrel packing link operation information comprises related packing auxiliary material information of small boxes and barrels.
Illustratively, when a small box of cigarettes is packed into a strip box of cigarettes, generally ten boxes of cigarettes correspond to one cigarette, then the two-dimensional codes of the box of cigarettes and the strip cigarette can be scanned by the rolling and packing production code domain management system through the corresponding relation, so that the information association of the box of cigarettes and the strip cigarette is realized, and in addition, the two-dimensional codes of auxiliary materials (aluminum foil paper, tongue paper, glass paper, pull wires, glue and the like) related to the small box of cigarettes can be scanned and associated in the production process of the packing machine. The method takes the small box two-dimensional code and each related packaging accessory production batch number as media, realizes the cigarette production full link association between the box cigarette and the strip cigarette finished product and the raw cigarette, the redried tobacco leaf and the accessory, and comprehensively realizes the production quality tracing of the cigarette product information and the source tracing of the raw accessory information.
In the cigarette carton packing link, the cigarette rolling and packing production code domain management system scans the carton code system and the cigarette carton code system according to the assembly relation, and associates the carton information with the cigarette carton information to obtain the cigarette carton packing link operation information.
Illustratively, when the cigarette carton is packed, generally 50 cigarettes correspond to one cigarette, then the cigarette rolling and packing production code domain management system can scan the two-dimensional code of the cigarette carton and the two-dimensional code of the cigarette carton or the first engineering code of the tobacco industry according to the assembly relation, and the information association of the cigarette carton, the cigarette carton and the cigarette carton is realized by associating the two-dimensional code of the cigarette carton and the two-dimensional code of the cigarette carton or the first engineering code of the tobacco industry. The assembling relationship is not limited in this embodiment, and can be determined by those skilled in the art as needed. In addition, the production batch of the cigarette carton can be associated with the information of the cigarette case, the cigarette carton and the cigarette carton in a manual or automatic association mode. The production lot of the cigarette carton can be displayed in the form of a two-dimensional code/bar code or a production lot number, and the embodiment is not limited, and can be determined by a person skilled in the art as required.
As an optional implementation manner of this embodiment, when the supply chain node is a tobacco commercial sales node, the code domain management system corresponding to the tobacco commercial sales node includes a commercial retail code domain management system, as shown in fig. 3, the operation information uploaded by the tobacco commercial sales node includes cigarette allocation transportation link operation information, sorting and distribution link operation information, retail consumption link operation information, and payment link operation information;
in the cigarette transfer and transportation link, the commercial retail code domain management system receives information of the warehousing, logistics and distribution relations between the industrial company and the commercial company, scans the cigarette piece code system, and associates the information of the warehousing, logistics and distribution relations between the industrial company and the commercial company with the cigarette piece according to the cigarette piece code system to obtain the operation information of the cigarette transfer and transportation link.
Illustratively, the information of the warehousing, logistics and distribution relations between the cigarette industry company node and the tobacco commercial sales node can be manually input, and the information of the warehousing, logistics and distribution relations between the cigarette industry company node and the tobacco commercial sales node comprises the quantity, model, warehousing mode, distribution mode and the like of cigarettes required to be distributed to each tobacco commercial sales company by the cigarette industry company. The commercial retail code domain management system scans the cigarette carton two-dimensional code/bar code and associates the scanned information with the corresponding information of warehousing, logistics and distribution relations which are manually input.
In the sorting and distribution link, the commercial retail code domain management system receives information of cigarette retailers corresponding to the cigarettes, scans the code system of the cigarettes, and associates the cigarettes with the information of the cigarette retailers according to the code system of the cigarettes to obtain the sorting and distribution link operation information.
Illustratively, the sorting and distribution link is that the tobacco commercial sale company distributes the distributed cigarette pieces to retail customers in a form of splitting the cigarette pieces into cigarette strips according to a predetermined distribution relation. The cigarette retailer information corresponding to the cigarette received by the commercial retail code domain management system can be manually input in advance. After the commercial retail code domain management system receives the information of the cigarette retail user corresponding to the cigarette, the information of the corresponding cigarette retail user is associated by scanning the two-dimensional code or the bar code of each cigarette, for example, the commercial retail code domain management system receives 5 real dragon cigarettes needing to be distributed to the retail user A, at this time, the two-dimensional code or the bar code of the 5 real dragon cigarettes can be scanned, and the commercial retail code domain management system automatically associates the 5 real dragon cigarettes with the retail user A.
In the retail consumption link, the business retail code domain management system acquires and associates consumption terminal information and correspondingly scanned small box code system information and/or bar box code system information to obtain retail consumption link operation information.
Exemplarily, in a retail consumption link, a small box two-dimensional code and a bar box two-dimensional code are taken as carriers, and the association between a consumer and a cigarette product is realized by scanning the small box, the bar box two-dimensional code or a bar code by the consumer; and then the association among the cigarette carton, the cigarette case, the retail customer and the consumer is realized through the association of the cigarette case and the association of the zero strip.
In the payment link, the commercial retail code domain management system acquires and associates current consumption information, selling shop information and cigarette carton/cigarette carton code system information of the consumer to obtain the operation information of the payment link.
Exemplarily, in a payment link, a code scanning payment terminal and a shop two-dimensional code are arranged at a retail terminal, and joint settlement payment is carried out by scanning a box cigarette two-dimensional code, a cigarette two-dimensional code and a non-cigarette commodity identification code purchased by a consumer, so that the association among a retail user, a cigarette product, a non-cigarette commodity and a consumer payment account is realized, and the association data between the purchasing behaviors of the cigarette and the non-cigarette commodity is established; finally, the one-to-one correspondence relationship among the raw tobacco two-dimensional code, the redried tobacco two-dimensional code, the auxiliary material two-dimensional code, the small box two-dimensional code, the carton two-dimensional code, the piece tobacco two-dimensional code or the tobacco industry I engineering code is realized, and meanwhile, the one-to-one correspondence relationship is associated with retail households, consumers and payment information, and finally, the full link data association from the raw and auxiliary material production and processing, the cigarette production and manufacturing, the warehouse logistics to the retail consumption end is realized.
As an optional implementation manner of this embodiment, the method further includes:
performing data preprocessing on supply information among supply chain nodes with incidence relation in a supply chain to obtain target input data; and inputting the target input data into a pre-established random forest model to obtain the correlation accuracy of the supply information.
For example, the data preprocessing method for the supply information between supply chain nodes having an association relationship in the supply chain may include obtaining a difference value between the finished product tobacco information obtained at the tobacco commercial sale node and the material information of the tobacco raw material supply node and the cigarette industry company node, a maximum value, a minimum value, an average value, a mean square error, a variation coefficient and a root mean square of various material batches and quantities at different supply chain nodes, and inputting the values into a pre-trained random forest model, so that the random forest model identifies the material or the supply chain node with low accuracy of the production operation information and the node association information. For example, when a tobacco raw and auxiliary material supply node supplies 250 jin of raw cigarettes of a certain batch, according to a redrying ratio, 25 jin of correspondingly associated flue-cured tobacco is obtained, 500 boxes of correspondingly associated box cigarettes are obtained, 50 correspondingly associated strip cigarettes are obtained, and if one cigarette is 50 strip cigarettes, 1 correspondingly associated strip cigarette is obtained, and when a correlation error occurs in a cigarette production link, the raw cigarettes of the batch are likely to be associated with less than 500 boxes of box cigarettes, less than 50 strip cigarettes and less than 1 strip cigarette, at this time, the maximum value, the minimum value, the average value, the mean square error, the variation coefficient and the root mean square of different supply chain nodes are input into a pre-trained random forest model, so that the material or the supply chain node with low accuracy of birth warp marketing information and node correlation information can be identified.
The embodiment performs statistical calculation and evaluation on the accuracy of information association of the cigarette products, performs problem tracing, information checking and technical improvement on the nodes with errors exceeding the standard or material information, and can inform the corresponding nodes to perform early warning reminding through the recognition result, thereby improving the data quality.
As an optional implementation manner of this embodiment, the method further includes: and collecting the user identification information of the consumer, and describing the consumption behavior by combining the big data of the consumer.
Illustratively, by using user identifications such as a consumer mobile phone number, a WeChat ID and a Paibao account number, through combining national big data and external consumer big data, group portrayal and consumption behavior portrayal of cigarette (brand and specification) consumers can be realized, and important data support and decision support are provided for further improving the design, brand image, production and processing technology and marketing service quality of cigarette products.
As an optional implementation manner of this embodiment, the method further includes: and sending the operation information to an information query cloud platform for storage.
Illustratively, the information query cloud platform acquires payment information of a consumer when purchasing a finished cigarette product, wherein the payment information comprises a finished cigarette product brand, a specification and non-cigarette commodity information, and by combining national big data and external consumer big data, a group portrait and a consumption behavior portrait of the cigarette consumer are realized, so that important data support and decision support are provided for further improving the design, the brand image, the production and processing technology and the marketing service quality of the cigarette product.
The embodiment provides a cigarette product supply chain information integration device based on a block chain, which includes:
the system comprises an information receiving module, a data processing module and a data processing module, wherein the information receiving module is used for receiving operation information of a plurality of supply chain nodes corresponding to cigarette products, the operation information comprises correlation information of each supply chain node and other supply chain nodes and/or production information of each supply chain node, the operation information is obtained by scanning code domain information of the products through a code domain management system corresponding to each supply chain node and/or is obtained by uploading the product through correlation of production batches, the code domain information is generated in advance by a code domain management system corresponding to each supply chain node, and the code domain management system comprises a tobacco leaf production code domain management system, a tobacco shred production code domain management system, a cigarette packet production code domain management system and a commercial retail code domain management system;
and the storage module is used for storing the operation information into the block chain.
As an optional implementation, the apparatus includes: the tobacco production code domain management module is used for enabling the code domain management system corresponding to the tobacco raw and auxiliary material supply node to be a tobacco production code domain management system when the supply chain node is a tobacco raw and auxiliary material supply node, and the operation information uploaded by the tobacco raw and auxiliary material supply node comprises raw tobacco sorting link operation information and tobacco redrying link operation information; in the raw tobacco sorting link, scanning the raw tobacco stacking information by using a tobacco production stacking domain management system to obtain the raw tobacco source information of tobacco; sorting the raw tobacco under preset conditions, and sorting the raw tobacco under different conditions; scanning the stacking information of the raw tobacco under different conditions by using a tobacco production stacking domain management system, and associating the raw tobacco and the raw tobacco source information of the tobacco under different conditions to obtain the operation information of a raw tobacco sorting link; in the tobacco redrying link, the tobacco redrying link operation information is obtained by scanning the redried tobacco stacking information and the sorted original tobacco stacking under different conditions by using a tobacco production stacking domain management system according to the relation between the original tobacco input and the cured tobacco output.
As an optional implementation, the apparatus includes: the tobacco primary and secondary material supply node is used for supplying tobacco primary and secondary materials to the tobacco production system, and the tobacco primary and secondary material supply node is used for uploading the information of the tobacco production system; scanning the stacking information of the redried tobacco leaves by using a tobacco leaf production stacking management system, and associating the finished tobacco shred production batch made of the redried tobacco leaves, the auxiliary material production batch with the stacking information of the redried tobacco leaves to obtain cigarette tobacco shred manufacturing operation information.
As an optional implementation, the apparatus includes: the cigarette receiving and packaging production code domain management module is used for enabling the supply chain nodes to be cigarette industry company nodes, the code domain management system corresponding to the cigarette industry company nodes comprises a cigarette receiving and packaging production code domain management system, and the operation information uploaded by the cigarette industry company nodes comprises filter rod production link operation information, cigarette receiving link operation information, small box packaging link operation information, carton packaging link operation information and cigarette carton packing link operation information; in the filter rod production link, a rolling, connecting and packaging production code domain management system acquires a filter rod product production batch, a production batch of related auxiliary materials and a finished filter rod production batch, and associates a finished filter rod, a filter rod product and related auxiliary materials according to the production batch to obtain filter rod production link operation information; in the cigarette rolling and connecting link, a rolling and connecting packet production code domain management system acquires production batches of cigarette cigarettes, cigarette tobacco shreds and filter stick products, and associates the production batches according to the production batches to obtain cigarette rolling and connecting link operation information; in the small box packaging link, the cigarette receiving and packaging production code domain management system scans the code system of the cigarette box, and the production batch of the cigarettes is associated with the code system of the cigarette box to obtain the small box packaging link operation information; in a barrel packing link, a rolling and connecting pack production code domain management system scans a small box code system and a barrel code system, and associates small box information with barrel information to obtain barrel packing link operation information, wherein the barrel packing link operation information comprises related packing auxiliary material information of small boxes and barrels; in the cigarette carton packing link, the cigarette rolling and packing production code domain management system scans the carton code system and the cigarette carton code system according to the assembly relation, and associates the carton information with the cigarette carton information to obtain the cigarette carton packing link operation information.
As an optional implementation, the apparatus includes: the system comprises a commercial retail code domain management module, a tobacco business sales node and a payment link management module, wherein the commercial retail code domain management module is used for enabling a code domain management system corresponding to the tobacco business sales node to comprise a commercial retail code domain management system when the supply chain node is the tobacco business sales node, and the management information uploaded by the tobacco business sales node comprises cigarette allocation and transportation link management information, sorting and distribution link management information, retail consumption link management information and payment link management information; in the cigarette transferring and transporting link, receiving information of the warehousing, logistics and distribution relations between the industrial company and the commercial company by using a commercial retail code domain management system, scanning a cigarette code system, and associating the information of the warehousing, logistics and distribution relations between the industrial company and the commercial company with the cigarettes according to the cigarette code system to obtain the operating information of the cigarette transferring and transporting link; in a sorting and distribution link, receiving information of cigarette retailers corresponding to the cigarette boxes by using a commercial retail code domain management system, scanning a carton code system, and associating the cigarette boxes with the information of the cigarette retailers according to the carton code system to obtain sorting and distribution link operation information; in a retail consumption link, a commercial retail code domain management system acquires and associates consumption terminal information and correspondingly scanned small box code system information and/or bar box code system information to obtain retail consumption link operation information; in the payment link, the commercial retail code domain management system acquires and associates current consumption information, selling shop information and cigarette carton/cigarette carton code system information of the consumer to obtain the operation information of the payment link.
As an optional implementation, the apparatus includes: the data preprocessing module is used for preprocessing the supply information among the supply chain nodes with incidence relation in the supply chain to obtain target input data; and the association accuracy determining module is used for inputting the target input data into a pre-established random forest model to obtain the association accuracy of the supply information.
As an optional implementation, the apparatus further includes: and the consumption behavior depiction module is used for collecting the user identification information of the consumer and depicting the consumption behavior by combining the consumer big data.
As an optional implementation, the apparatus further includes: and the information sending module is used for sending the operation information to an information query cloud platform for storage.
The embodiment of the present application also provides an electronic device, as shown in fig. 5, including a processor 410 and a memory 420, where the processor 410 and the memory 420 may be connected by a bus or in other manners.
Processor 410 may be a Central Processing Unit (CPU). The Processor 410 may also be other general purpose processors, 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, or combinations thereof.
The memory 420, which is a non-transitory computer readable storage medium, may be used to store non-transitory software programs, non-transitory computer executable programs, and modules, such as program instructions/modules corresponding to the block chain-based cigarette product supply chain information integration method in the embodiments of the present invention. The processor executes various functional applications and data processing of the processor by executing non-transitory software programs, instructions, and modules stored in the memory.
The memory 420 may include a storage program area and a storage data area, wherein the storage program area may store an operating system, an application program required for at least one function; the storage data area may store data created by the processor, and the like. Further, the memory may include high speed random access memory, and may also include non-transitory memory, such as at least one disk storage device, flash memory device, or other non-transitory solid state storage device. In some embodiments, memory 420 may optionally include memory located remotely from the processor, which may be connected to the processor via a network. Examples of such networks include, but are not limited to, the internet, intranets, local area networks, mobile communication networks, and combinations thereof.
The one or more modules are stored in the memory 420 and, when executed by the processor 410, perform a blockchain-based cigarette product supply chain information integration method as in the embodiment of figure 1.
The details of the electronic device may be understood with reference to the corresponding related description and effects in the embodiment shown in fig. 1, and are not described herein again.
This embodiment also provides a computer storage medium, where the computer storage medium stores computer-executable instructions, where the computer-executable instructions can execute any of the above methods, in embodiment 1, the block chain-based cigarette product supply chain information integration method. The storage medium may be a magnetic Disk, an optical Disk, a Read-Only Memory (ROM), a Random Access Memory (RAM), a Flash Memory (Flash Memory), a Hard Disk (Hard Disk Drive, abbreviated as HDD), a Solid State Drive (SSD), or the like; the storage medium may also comprise a combination of memories of the kind described above.
It should be understood that the above examples are only for clarity of illustration and are not intended to limit the embodiments. Other variations and modifications will be apparent to persons skilled in the art in light of the above description. And are neither required nor exhaustive of all embodiments. And obvious variations or modifications therefrom are within the scope of the invention.

Claims (10)

1. A block chain-based cigarette product supply chain information integration method, comprising:
receiving operation information of a plurality of supply chain nodes corresponding to cigarette products, wherein the operation information comprises association information of each supply chain node and other supply chain nodes and/or production information of each supply chain node, the operation information is obtained by scanning code domain information of the products through a code domain management system corresponding to each supply chain node and/or is obtained by uploading the product after associating the product with a production batch, the code domain information is generated in advance by a code domain management system corresponding to each supply chain node, and the code domain management system comprises a tobacco leaf production code domain management system, a tobacco making production code domain management system, a cigarette making package production code domain management system and a commercial retail code domain management system;
and storing the business information into a block chain.
2. The method according to claim 1, wherein when the supply chain node is a tobacco raw and auxiliary material supply node, and when the code domain management system corresponding to the tobacco raw and auxiliary material supply node is a tobacco production code domain management system, the operation information uploaded by the tobacco raw and auxiliary material supply node comprises raw tobacco sorting link operation information and tobacco redrying link operation information;
in the raw tobacco sorting link, scanning the raw tobacco stacking information by using a tobacco production stacking domain management system to obtain the raw tobacco source information of tobacco;
sorting the raw tobacco under preset conditions, and sorting the raw tobacco under different conditions;
scanning the stacking information of the raw tobacco under different conditions by using a tobacco production stacking domain management system, and associating the raw tobacco and the raw tobacco source information of the tobacco under different conditions to obtain the operation information of a raw tobacco sorting link;
in the tobacco redrying link, the tobacco redrying link operation information is obtained by scanning the redried tobacco stacking information and the sorted original tobacco stacking under different conditions by using a tobacco production stacking domain management system according to the relation between the original tobacco input and the cured tobacco output.
3. The method according to claim 1, wherein when the supply chain node is a tobacco raw and auxiliary material supply node, the code domain management system corresponding to the tobacco raw and auxiliary material supply node is a cut tobacco production code domain management system, and the operation information uploaded by the tobacco raw and auxiliary material supply node comprises cigarette cut tobacco manufacturing operation information;
scanning the stacking information of the redried tobacco leaves by using a tobacco leaf production stacking management system, and associating the finished tobacco shred production batch made of the redried tobacco leaves, the auxiliary material production batch with the stacking information of the redried tobacco leaves to obtain cigarette tobacco shred manufacturing operation information.
4. The method according to claim 1, wherein when the supply chain node is a cigarette industry company node, the code domain management system corresponding to the cigarette industry company node comprises a cigarette receiving and packing production code domain management system, and the operation information uploaded by the cigarette industry company node comprises filter stick production link operation information, cigarette receiving link operation information, small box packing link operation information, carton packing link operation information and cigarette carton packing link operation information;
in the filter rod production link, a rolling, connecting and packaging production code domain management system acquires a filter rod product production batch, a production batch of related auxiliary materials and a finished filter rod production batch, and associates a finished filter rod, a filter rod product and related auxiliary materials according to the production batch to obtain filter rod production link operation information;
in the cigarette rolling and connecting link, a rolling and connecting packet production code domain management system acquires production batches of cigarette cigarettes, cigarette tobacco shreds and filter stick products, and associates the production batches according to the production batches to obtain cigarette rolling and connecting link operation information;
in the small box packaging link, the cigarette receiving and packaging production code domain management system scans the code system of the cigarette box, and the production batch of the cigarettes is associated with the code system of the cigarette box to obtain the small box packaging link operation information;
in a barrel packing link, a rolling and connecting pack production code domain management system scans a small box code system and a barrel code system, and associates small box information with barrel information to obtain barrel packing link operation information, wherein the barrel packing link operation information comprises related packing auxiliary material information of small boxes and barrels;
in the cigarette carton packing link, the cigarette rolling and packing production code domain management system scans the carton code system and the cigarette carton code system according to the assembly relation, and associates the carton information with the cigarette carton information to obtain the cigarette carton packing link operation information.
5. The method according to claim 1, wherein when the supply chain node is a tobacco commercial sales node, a code domain management system corresponding to the tobacco commercial sales node comprises a commercial retail code domain management system, and the operation information uploaded by the tobacco commercial sales node comprises cigarette allocation transportation link operation information, sorting and distribution link operation information, retail consumption link operation information and payment link operation information;
in the cigarette transferring and transporting link, a commercial retail code domain management system receives information of storage, logistics and distribution relations between an industrial company and a commercial company, scans a cigarette code system, and associates the information of the storage, logistics and distribution relations between the industrial company and the commercial company with the cigarettes according to the cigarette code system to obtain the operating information of the cigarette transferring and transporting link;
in a sorting and distribution link, a commercial retail code domain management system receives information of cigarette retailers corresponding to cigarette boxes, scans a carton code system, and associates the information of the cigarette boxes and the information of the cigarette retailers according to the carton code system to obtain sorting and distribution link operation information;
in a retail consumption link, a commercial retail code domain management system acquires and associates consumption terminal information and correspondingly scanned small box code system information and/or bar box code system information to obtain retail consumption link operation information;
in the payment link, the commercial retail code domain management system acquires and associates current consumption information, selling shop information and cigarette carton/cigarette carton code system information of the consumer to obtain the operation information of the payment link.
6. The method of claim 1, further comprising:
performing data preprocessing on supply information among supply chain nodes with incidence relation in a supply chain to obtain target input data;
and inputting the target input data into a pre-established random forest model to obtain the correlation accuracy of the supply information.
7. The method of claim 5, further comprising:
and collecting the user identification information of the consumer, and describing the consumption behavior by combining the big data of the consumer.
8. The method of claim 1, further comprising: and sending the operation information to an information query cloud platform for storage.
9. An electronic device comprising a memory, a processor and a computer program stored on the memory and executable on the processor, wherein the processor when executing the program performs the steps of:
receiving operation information of a plurality of supply chain nodes corresponding to cigarette products, wherein the operation information comprises association information of each supply chain node and other supply chain nodes and/or production information of each supply chain node, the operation information is obtained by scanning code domain information of the products through a code domain management system corresponding to each supply chain node and/or is obtained by uploading the product after associating the product with a production batch, the code domain information is generated in advance by a code domain management system corresponding to each supply chain node, and the code domain management system comprises a tobacco leaf production code domain management system, a tobacco making production code domain management system, a cigarette making package production code domain management system and a commercial retail code domain management system; and storing the business information into a block chain.
10. A storage medium having computer instructions stored thereon, wherein the instructions when executed by a processor implement the steps of:
receiving operation information of a plurality of supply chain nodes corresponding to cigarette products, wherein the operation information comprises association information of each supply chain node and other supply chain nodes and/or production information of each supply chain node, the operation information is obtained by scanning code domain information of the products through a code domain management system corresponding to each supply chain node and/or is obtained by uploading the product after associating the product with a production batch, the code domain information is generated in advance by a code domain management system corresponding to each supply chain node, and the code domain management system comprises a tobacco leaf production code domain management system, a tobacco making production code domain management system, a cigarette making package production code domain management system and a commercial retail code domain management system; and storing the business information into a block chain.
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