Cement product quality tracing system based on identification analysis

Abstract

The invention discloses a cement product quality tracing system based on identification analysis, and belongs to the field of industrial internet. The system comprises an application layer, an interaction layer, a data layer and a base layer, and the application layer is used for carrying out traceability code identification analysis through human-computer interaction to realize cement product quality traceability and supporting a background administrator to carry out traceability service management; the interaction layer is used for realizing interaction between front-end user operation of the application layer and the rear-end data layer, and all actions of the application layer are used for operating the data layer and returning a result to the application layer after being processed by the interaction layer; the data layer is used for constructing a system database to store cement product information; and the base layer is used for carrying out identification registration according to the cement product information of the data layer so as to generate a traceability code. According to the invention, the identification analysis technology is utilized to realize quality traceability application and traceability anti-counterfeiting of the cement product, so as to solve the problems of goods fleeing, counterfeit and shoddy quality of the cement product for many years.

Description

Technical Field

[0001] The present invention belongs to the field of industrial Internet. Specifically, the present invention relates to a cement product quality tracing system based on identity resolution. Background Art

[0002] As the main basic building material, cement has an important impact on the stability of building facilities. Like most other products, cement products also have problems such as counterfeit and imitation products. Currently, cement brands have a good reputation and high customer influence, so the problem of counterfeit and imitation products is more serious.

[0003] Secondly, customers have a great demand for the openness and transparency of cement product quality information, but only some distributors can obtain quality information after the product leaves the factory. End users cannot trace the quality-related information corresponding to the purchased products through convenient and efficient methods. It is impossible to track and trace the cement leaving the factory, and the quality and safety of cement products cannot be completely guaranteed.

[0004] In addition, cement sales are divided by region, and the prices in different regions are different. Therefore, it is very important to prevent regional cross-selling of cement products and control the sales area. The current related applications cannot completely guarantee the problem of regional sales cross-selling and cannot provide a normal order for product sales.

[0005] At present, most of the common quality traceability-related applications are built for industries such as food, electrical products, and agricultural products. Most quality traceability certification applications are built by enterprises themselves and are not connected to relevant platforms. The traceability certification services provided lack credibility. In the building materials industry, quality traceability applications for various types of cement products are even rarer. Summary of the invention

[0006] The present invention aims to overcome the shortcomings of the prior art and proposes a cement product quality traceability system based on identification resolution to achieve the following objectives: using identification resolution technology to realize the quality traceability application and traceability and anti-counterfeiting of cement products, so as to solve the problems of channeling, counterfeiting and inferior products of cement products for many years.

[0007] In order to achieve the above object, the technical solution adopted by the present invention is:

[0008] A cement product quality traceability system based on identification resolution, the system includes an application layer, an interaction layer, a data layer, and a basic layer, wherein:

[0009] The application layer is placed at the top layer, and is used to perform traceability code identification analysis through human-computer interaction to achieve cement product quality traceability, and support backend administrators to manage traceability services;

[0010] The interaction layer is located between the data layer and the application layer, and is used to realize the interaction between the front-end user operation of the application layer and the back-end data layer. All actions of the application layer are processed by the interaction layer and used to operate the data layer and return the results to the application layer;

[0011] The data layer is used to construct a system database to store cement product information;

[0012] The base layer is used to perform identification registration according to the cement product information of the data layer to generate a traceability code.

[0013] Preferably, the application layer includes a traceability service management unit and a sales tracing unit, wherein the traceability service management unit is used by the backend administrator to configure and manage the traceability service; the sales tracing unit is used to provide various traceability services to the backend administrator or user for product sales tracing.

[0014] Preferably, the traceability service management unit includes a brand management module, a product management module, a traceability template management module, a batch management module, and a traceability code management module, wherein:

[0015] The brand management module is used to maintain the brand introduction and brand banner information displayed on the traceability page;

[0016] The product management module is used to maintain basic information of cement products, including basic product information, subsidiary product information, and product introduction pictures;

[0017] The traceability template management module is used to set the traceability link information of various products, including the traceability link name and sequence number;

[0018] The batch management module is used to maintain and query product batches, as well as the traceability code and traceability information corresponding to each batch;

[0019] The traceability code management module is used to maintain and query the traceability code and the traceability information of each link corresponding to the traceability code.

[0020] Preferably, the sales tracing unit includes a traceability information aggregation module, a traceability code scanning module, a traceability portal, a traceability interface, and a code scanning recording module, wherein:

[0021] The traceability information aggregation module is used to aggregate and integrate information from each traceability link, and supports integration with the cement product business system through standardized interfaces. The cement product business system includes the sales and shipment business system and the quality inspection business system.

[0022] The traceability scanning module is used to scan the traceability code, parse the traceability address and enter the traceability page to realize product information traceability query and anti-counterfeiting verification;

[0023] The traceability portal is used to provide users or backend administrators with a traceability portal page to manually enter query conditions to trace product information. The query conditions include the delivery note number and warranty number.

[0024] The traceability interface is used to display traceability information, including product and brand promotion banners, industrial Internet logos, anti-counterfeiting verification results, product traceability links, and product introductions;

[0025] The code scanning record module is used to record the scanning information of the traceability code, which includes the location, time and number of times the code is scanned.

[0026] Preferably, the sales tracing unit further includes a code scanning abnormality monitoring module, which is used to monitor, record and remind the number of code scanning times or the location of code scanning according to a preset abnormal situation identification logic.

[0027] Preferably, the preset abnormal situation identification logic includes:

[0028] Preset the scan count threshold, and issue an abnormal reminder when the scan count exceeds the threshold;

[0029] The boundaries of the code scanning location are preset, and an abnormal reminder will be issued when it is detected that the code scanning location exceeds the boundary.

[0030] Preferably, the entry method of the traceability portal includes:

[0031] Method 1: Enter directly through the preset cement packaging anti-counterfeiting query platform entrance;

[0032] Method 2: When the information cannot be queried normally by scanning the traceability code, it will automatically jump to the traceability portal page and prompt you to manually enter the query conditions for tracing.

[0033] Preferably, the data layer stores cement product information of different packaging and transportation methods according to batches, and the packaging and transportation methods include bulk and bagged.

[0034] Preferably, the basic layer includes a secondary node identification basic platform, which is used to perform identification registration based on the cement product information in the data layer and generate a traceability code; at the same time, when the application layer scans the code to query the product quality information, the corresponding traceability code is parsed and data is returned.

[0035] Preferably, the traceability code is generated using an MA coding structure.

[0036] The technical effects of the present invention are:

[0037] (1) This application uses identification resolution technology to achieve quality traceability of cement products, creating a precedent for product quality traceability in the cement industry and effectively solving the problems of counterfeiting and inferior products of cement products over the years.

[0038] (2) This application uses identification resolution technology to achieve quality information traceability and anti-counterfeiting of cement products, which is original in the field of informatization in the building materials industry.

[0039] (3) This application is an exploration and practice of the quality traceability method of cement products in the building materials industry, which promotes the construction of a quality traceability system in the cement industry. After the system is built, it will play a great role in regulating the cement product market and provide technical support for product quality supervision and combating counterfeiting and shoddy products. At the same time, it also provides an efficient and convenient way for cement end customers to inquire about the quality information of the purchased products, greatly improving the end customer satisfaction and enhancing the credibility of the product. BRIEF DESCRIPTION OF THE DRAWINGS

[0040] Figure 1 This is a structural diagram of a cement product quality tracing system based on identification resolution according to an embodiment of the present invention;

[0041] Figure 2 Schematic diagram of the hierarchical coding structure of the traceability code according to an embodiment of the present invention. DETAILED DESCRIPTION

[0042] The following is a further detailed description of the specific implementation of the present invention by describing the embodiments with reference to the accompanying drawings, with the purpose of helping those skilled in the art to have a more complete, accurate and in-depth understanding of the inventive concept and technical solution of the present invention and to facilitate its implementation. In order to make the technical solution of the present invention clearer, the present invention is explained by the following embodiments.

[0043] A cement product quality traceability system based on identification resolution, such as Figure 1 As shown, the system of this embodiment includes an application layer, an interaction layer, a data layer, and a basic layer.

[0044] The application layer is placed at the top layer and is the portal for interaction with users. It is used to perform traceability code identification analysis through human-computer interaction to achieve cement product quality traceability and support back-end administrators to manage traceability services. For example, after the user scans the traceability code on various work orders (delivery orders, warranty certificates, etc.) of cement physical products, the application layer supports displaying the scan code query result interface to the user; at the same time, the application layer can also provide back-end administrators with functions such as coding management for traceability service management.

[0045] Specifically, the application layer of this embodiment includes a traceability service management unit and a sales traceability unit, wherein the traceability service management unit is used by the backend administrator to configure and manage the traceability service; the sales traceability unit is used to provide various traceability services to the backend administrator or user to perform product sales traceability, thereby achieving quality traceability.

[0046] The traceability service management unit of this embodiment includes a brand management module, a product management module, a traceability template management module, a batch management module, and a traceability code management module, wherein:

[0047] The brand management module includes two functions: product promotion pictures and brand banner management, which are used to maintain the brand introduction and brand banner information displayed on the traceability page.

[0048] The product management module is used to maintain the basic information of cement products, including basic product information, subsidiary product information, and product introduction pictures. At the same time, the information interaction with other cement business systems can be realized through the standardized interface configured by the system of the present invention. For example, the product management module of this embodiment supports the product information synchronization with the cement cloud sales system to update and maintain the basic information of cement products in real time.

[0049] The traceability template management module is used to set the traceability information of various products, including the name of the traceability link, the sequence number and other information. Each traceability link includes the product production link, the factory link, the logistics link, the quality inspection link, etc. After setting up the template, when the information of various products is updated, there is no need to re-set the corresponding traceability link, which simplifies the process and facilitates operation.

[0050] The batch management module is used to maintain and query product batches, as well as the traceability code and traceability information corresponding to each batch. For example, when a new product batch is added to a business system such as the Cement Cloud Sales System, the batch management module of this application can synchronously generate the corresponding batch record and automatically set the traceability link and product information of the batch of products according to the traceability template of the corresponding product.

[0051] The traceability code management module includes functions such as traceability code generation, preview, enable / disable, etc., which is used to maintain and query the traceability code and the traceability information of each link corresponding to the traceability code.

[0052] Through the traceability service management unit of this embodiment, the backend management personnel can update and maintain the product information that needs to be displayed after scanning the traceability code in real time. On the one hand, the product information displayed by the traceability service management unit of this embodiment is comprehensive, ensuring the openness and transparency of cement product quality information; on the other hand, it is convenient for users to query the latest product information to ensure the reliability of quality traceability.

[0053] The sales tracing unit of this embodiment includes a traceability information aggregation module, a traceability code scanning module, a traceability portal, a traceability interface, and a code scanning recording module, wherein:

[0054] The traceability information aggregation module is used to aggregate and integrate information from each traceability link, and supports integration with the cement product business system through standardized interfaces. The cement product business system includes a sales and shipping business system, a quality inspection business system, etc. This embodiment supports the delivery note as the minimum traceability unit, and the warranty and factory batch as the batch traceability unit, thereby realizing the aggregation and integration of information from each traceability link such as product information, factory information, logistics information, quality inspection information, etc., and improving the reliability of product quality traceability of the present invention.

[0055] The traceability scanning module provides users with scanning services. Users can scan the traceability code located on work orders such as product delivery notes and warranty documents, parse the traceability address and enter the traceability page to realize product information traceability query and anti-counterfeiting verification.

[0056] The traceability portal is used to provide a traceability portal page for users or backend administrators to manually enter query conditions to trace product information. The query conditions include the delivery order number and the warranty number. For example, when the user enters the delivery order number on the traceability portal page, the corresponding delivery order and the corresponding product information can be queried, thereby realizing quality traceability. In this embodiment, the entry methods of the traceability portal include:

[0057] Method 1: Enter directly through the preset cement packaging anti-counterfeiting query platform entrance (usually built based on the traceability code).

[0058] Method 2: When the information cannot be queried normally by scanning the traceability code, it will automatically jump to the traceability portal page and prompt you to manually enter the query conditions for traceability to avoid quality traceability due to missing traceability codes.

[0059] The traceability interface can be implemented through the existing human-computer interaction system to display traceability information, including product and brand promotion banners, industrial Internet logos, anti-counterfeiting verification results, abnormal code scanning prompts (if monitoring finds abnormalities), various product traceability links, and product introductions.

[0060] The code scanning record module is used to record the scanning information of the traceability code, which includes the location, time and number of times the code is scanned.

[0061] The sales tracing unit of this embodiment also includes a code scanning abnormality monitoring module, which is used to monitor, record, and remind the number of code scanning or the location of the code scanning according to the preset abnormal situation recognition logic. In this embodiment, the preset abnormal situation recognition logic includes:

[0062] (1) A threshold for the number of scans is preset, and an abnormal reminder is issued when the number of scans exceeds the threshold, so that the user can check the traceability code and trace the source through other means.

[0063] (2) Preset the boundaries of the scanning location, and issue an abnormal reminder when it is detected that the scanning location exceeds the boundary. Since cement sales are divided by region, the price of each region is different. Correspondingly, the scanning should also be performed in the corresponding area and attachment. Setting boundaries and issuing reminders can prevent regional cross-selling to a certain extent, better control the sales area, and provide normal order for product sales.

[0064] The interaction layer of this embodiment is between the data layer and the application layer, and mainly includes some basic components that can be called by the application layer, such as message components, unified authentication, and file storage service components, etc., which are used to realize the interaction between the front-end user operation of the application layer and the back-end data layer. All actions of the application layer are processed by the interaction layer and used to operate the data layer and return the results to the application layer. At the same time, it is responsible for interacting with other business systems to perform operations such as data synchronization.

[0065] The data layer is used to build a system database to store cement product information. In view of the characteristics of the cement industry, the data layer of this embodiment stores cement product information of different packaging and transportation methods according to batches, and the packaging and transportation methods include bulk and bagged. In this way, cement product information such as product quality information, sales information, and logistics information are collected to build a system database. At the same time, the system database also contains the relationship between bulk products or bagged products corresponding to each batch, for example, the quantity ratio of bagged and bulk products in a batch, etc.

[0066] The basic layer of this embodiment is used to register and identify the cement product information in the data layer to generate a traceability code. The basic layer mainly includes logistics equipment, such as server hardware, etc. At the same time, the basic layer of this embodiment also includes a secondary node identification basic platform, which is used to register and identify the cement product information in the data layer (mainly cement batch information, etc. in this embodiment) to generate a traceability code; at the same time, when scanning the code at the application layer to query the product quality information, the corresponding traceability code is parsed and the data is returned.

[0067] The identification registration, resolution, and coding rules of this embodiment are as follows: through the principle of combining the company's own coding and the industrial Internet identification coding rules, a traceability code that is unique and can effectively identify each cement product is generated. The industrial Internet identification resolution system is mainly composed of root nodes, top-level nodes, secondary nodes, enterprise nodes, and recursive nodes. Among them, the secondary node: is the intermediate and key link of the entire system, providing identification coding registration and identification resolution services for the industry or region, mainly used in the three scenarios of product traceability, supply chain management, and product life cycle management, and is built by industry leading companies; enterprise nodes: provide internal identification coding allocation and identification resolution services, and connect with secondary nodes.

[0068] The traceability code of this embodiment is generated by using the MA coding structure, which complies with the international standard "ISO / IEC 15459 Information Technology Automatic Identification and Data Collection Technology Unique Identification". Correspondingly, the traceability code of this embodiment is a hierarchical coding structure, which is divided into three parts: Figure 2 Take the following encoding as an example:

[0069] The user identification part is divided into four sections: MA (identification prefix), 10000 (5 digits, used to indicate the region or field code), industry type (6 digits), enterprise number (9 digits: region code + custom three-digit number used to indicate the enterprise number), and sections are separated by ".". Figure 2 As shown, the user identification part is MA.10000.000001.242312002, the first three sections MA.10000.000001 represent the enterprise secondary node, the fourth section 242312002 represents the enterprise node, and the enterprise node is composed of the region code + enterprise number. The object identification part is 1.1.32777489, where the first "1" can represent the fuel category, and the second "1" can represent the raw coal variety. The overall 1.1.32777489 can correspond to the "bituminous coal" product in the current product category coding specification of the enterprise; the individual code of the custom identification object is ZBS00000001.

[0070] This application is based on the industrial Internet secondary node identification resolution technology, combined with the company's current business coding rules, to define the MA identification coding specifications applicable to the cement industry. By assigning unique identification codes to cement physical product objects and various work order virtual objects, a data interaction channel is established, ultimately supporting the implementation of cement product quality traceability applications.

[0071] The present invention is described above by way of example in conjunction with the accompanying drawings. Obviously, the specific implementation of the present invention is not limited to the above-mentioned methods. As long as various non-substantial improvements are made using the method concept and technical solution of the present invention; or the above concept and technical solution of the present invention are directly applied to other occasions without improvement, they are all within the protection scope of the present invention.

Claims

1. A cement product quality traceability system based on identification resolution, characterized by: The system includes an application layer, an interaction layer, a data layer, and a basic layer, wherein: The application layer is placed at the top layer, and is used to perform traceability code identification analysis through human-computer interaction to achieve cement product quality traceability, and support backend administrators to manage traceability services; The interaction layer is located between the data layer and the application layer, and is used to realize the interaction between the front-end user operation of the application layer and the back-end data layer. All actions of the application layer are processed by the interaction layer and used to operate the data layer and return the results to the application layer; The data layer is used to construct a system database to store cement product information; The base layer is used to perform identification registration according to the cement product information of the data layer to generate a traceability code.

2. A cement product quality traceability system based on identification resolution according to claim 1, characterized in that: The application layer includes a traceability service management unit and a sales tracing unit, wherein the traceability service management unit is used by the backend administrator to configure and manage the traceability service; the sales tracing unit is used to provide various traceability services to the backend administrator or user for product sales tracing.

3. A cement product quality tracing system based on identification resolution according to claim 2, characterized in that: The traceability service management unit includes a brand management module, a product management module, a traceability template management module, a batch management module, and a traceability code management module, wherein: The brand management module is used to maintain the brand introduction and brand banner information displayed on the traceability page; The product management module is used to maintain basic information of cement products, including basic product information, subsidiary product information and product introduction pictures; The traceability template management module is used to set the traceability link information of various products, including the traceability link name and sequence number; The batch management module is used to maintain and query product batches, as well as the traceability code and traceability information corresponding to each batch; The traceability code management module is used to maintain and query the traceability code and the traceability information of each link corresponding to the traceability code.

4. A cement product quality traceability system based on identification resolution according to claim 2, characterized in that: The sales tracing unit includes a traceability information aggregation module, a traceability code scanning module, a traceability portal, a traceability interface, and a code scanning recording module, wherein: The traceability information aggregation module is used to aggregate and integrate information from various traceability links, and supports integration with the cement product business system through a standardized interface. The cement product business system includes a sales and shipment business system and a quality inspection business system. The traceability scanning module is used to scan the traceability code, parse the traceability address and enter the traceability page to realize product information traceability query and anti-counterfeiting verification; The traceability portal is used to provide a traceability portal page for users or backend administrators to manually enter query conditions to trace product information, and the query conditions include the delivery order number and the warranty number; The traceability interface is used to display traceability information, including product and brand promotion banners, industrial Internet logos, anti-counterfeiting verification results, various product traceability links, and product introductions; The code scanning recording module is used to record the scanning information of the traceability code, and the scanning information includes the location, time, and number of times of scanning.

5. A cement product quality traceability system based on identification resolution according to claim 4, characterized in that: The sales tracing unit also includes a code scanning abnormality monitoring module, which is used to monitor, record, and remind the number of code scanning times or the location of the code scanning according to a preset abnormal situation recognition logic.

6. A cement product quality tracing system based on identification resolution according to claim 5, characterized in that: The preset abnormal situation recognition logic includes: Preset the scan count threshold, and issue an abnormal reminder when the scan count exceeds the threshold; The boundaries of the code scanning location are preset, and an abnormal reminder will be issued when it is detected that the code scanning location exceeds the boundary.

7. A cement product quality traceability system based on identification resolution according to claim 4, characterized in that: The entry methods of the traceability portal include: Method 1: Enter directly through the preset cement packaging anti-counterfeiting query platform entrance; Method 2: When the information cannot be queried normally by scanning the traceability code, it will automatically jump to the traceability portal page and prompt you to manually enter the query conditions for tracing.

8. A cement product quality traceability system based on identification resolution according to claim 1, characterized in that: The data layer stores cement product information of different packaging and transportation methods according to batches, and the packaging and transportation methods include bulk and bagged.

9. A cement product quality traceability system based on identification resolution according to claim 1, characterized in that: The basic layer includes a secondary node identification basic platform, which is used to register and identify cement products according to the data layer and generate a traceability code. At the same time, when the application layer scans the code to query product quality information, the corresponding traceability code is parsed and data is returned.

10. A cement product quality traceability system based on identification resolution according to claim 1 or 9, characterized in that: The traceability code is generated using an MA coding structure.

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