CN111651518B - Material detection management system and method based on block chain technology - Google Patents
Material detection management system and method based on block chain technology Download PDFInfo
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Abstract
The invention discloses a material detection management system and method based on a block chain technology, which comprises a service flow data acquisition layer, a detection block chain layer and a distributed storage layer; the business flow data acquisition layer comprises a detection sample collection module, a detection scheme making module, a station detection module, a detection sample returning module, a detection auditing module, a detection report generating module and a detection application layer. The invention can promote the fairness and fairness of the power grid material detection and improve the reliability of the power grid material quality.
Description
Technical Field
The invention belongs to the technical field of high-voltage test and electric measurement of power grid equipment, and particularly relates to a material detection management system and method based on a block chain technology.
Technical Field
The national power grid company provides strict quality control of the network-entering materials for implementing a quality-strengthening strategy and carries out quality detection of the power grid materials. The quality detection is used as a third-party service, and whether the detection result is fair and reliable is very important for guaranteeing and improving the quality level of the substance. At present, in the aspect of mutual trust of material quality detection, the trust degree of a client on a detection mechanism is not high, so that the problems of repeated detection and comparison of a plurality of detection mechanisms and the like are caused; in the aspect of substance quality detection informatization, data adopts a traditional centralized database storage mode, and is opaque, easy to tamper and low in safety; in the aspect of material quality detection management, the defects that the initial detection is unqualified and the qualified sample is replaced for inspection exist, so that the supplied materials and the detected materials are inconsistent. Therefore, the characteristics of distributed storage, non-tampering, going or weak centralization of the block chain technology are applied, and the method has important significance for improving the fairness and fairness of the power grid substance detection and improving the reliability of the power grid substance quality.
Disclosure of Invention
The present invention provides a material detection management system and method based on block chain technology, aiming at the above technical problems. The invention can promote the fairness and fairness of the power grid material detection and improve the reliability of the power grid material quality.
To achieve the object, the present invention provides a material detection and management system based on block chain technology, which is characterized in that: the system comprises a service flow data acquisition layer, a detection block chain layer and a distributed storage layer; the service flow data acquisition layer comprises a detection sample receiving module, a detection scheme making module, a station detection module, a detection sample returning module, a detection auditing module and a detection report generating module, wherein the detection sample receiving module is used for acquiring to-be-detected information of a to-be-detected sample, and the detection scheme making module is used for determining a to-be-detected sample detection project according to a to-be-detected requirement; the station detection module is used for collecting detection data during detection of the sample to be detected; the detection and sample return module is used for acquiring state information after the detection of the inspection sample is finished, the detection and examination module is used for examining the detection data of the inspection sample and the correctness and completeness of the detection items of the inspection sample, and the detection report generation module is used for issuing a sample detection report according to the examination result of the detection data;
the detection sample receiving module transmits to-be-detected information of the to-be-detected sample to the detection block chain layer, and logically divides data in the detection block chain layer according to the to-be-detected information of the to-be-detected sample by using a block chain technology to form a sample information block;
the detection scheme making module transmits the detection item information of the submitted sample to the detection block chain layer, and logically divides data in the detection block chain layer according to the detection item information of the submitted sample by using a block chain technology to form a detection scheme block;
the station detection module transmits the detection data information of the submitted sample to the detection block chain layer, and logically divides data in the detection block chain layer according to the detection data information of the submitted sample by using a block chain technology to form a detection data block;
the detection sample returning module transmits the state information of the detected samples to the detection block chain layer, and logically divides data in the detection block chain layer according to the state information of the detected samples by using a block chain technology to form detection sample returning blocks;
the detection auditing module transmits the detection data auditing information to the detection block chain layer, and logically divides the data in the detection block chain layer according to the detection data auditing information by using a block chain technology to form a detection auditing block;
the detection report generation module transmits the sample detection report to the detection block chain layer, and logically divides data in the detection block chain layer according to the sample detection report by using a block chain technology to form a detection report block;
the distributed storage layer comprises a material detection center server and a material supplier server;
the material detection center server stores technical standard definition information of detection items required by a detection sample by using a detection scheme block, and stores inspection test data of a sample to be inspected by using a detection data block; storing the electric test management process information of the samples to be checked by utilizing the sample information block, the detection scheme block, the detection data block, the detection sample returning block and the detection auditing block; storing station distributed monitoring information by using the detection data blocks; storing the detection report information by using the detection report block;
the goods and materials supplier server is used for storing the client service and interaction data of the consignment delivery service provider.
According to the invention, the block chain technology is adopted, the block is formed on the material detection process data to form the detection process block chain, the distributed storage mode is adopted in a plurality of detection centers and material suppliers, the safety, reliability and consensus of the detection data are ensured, the transparent management of the detection process of the detection centers is realized, and the method has important significance for improving the fairness and fairness of the power grid material detection and improving the quality reliability of the power grid material
The invention adopts an informatization mode, realizes the digitization of the detection process and improves the transparency management degree of the detection process. In addition, the detection information and the detection report are encrypted by adopting a block chain technology, so that the safety and the reliability of the detection data are improved.
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FIG. 1 is a schematic view of the overall structure of the present invention;
the system comprises a service flow data acquisition layer, a 1.1-detection sample collection module, a 1.2-detection scheme making module, a 1.3-station detection module, a 1.4-detection sample return module, a 1.5-detection auditing module, a 1.6-detection report generation module, a 2-network transmission layer, a 3-detection block chain layer, a 3.1-test product information block, a 3.2-detection scheme block, a 3.3-detection data block, a 3.4-detection sample return block, a 3.5-detection auditing block, a 3.6-detection reporting block, a 4-distributed storage layer, a 4.1-material detection center server, a 4.2-material supplier server, a 5-detection application layer, a 5.1-detection data service unit, a 5.2-detection center service unit, a 5.3-detection material service unit and a 5.4-supplier service unit.
Detailed Description
The invention is described in further detail below with reference to the following figures and examples:
fig. 1 shows a material detection management system based on the block chain technology, which is characterized in that: the system comprises a service flow data acquisition layer 1, a network transmission layer 2, a detection block chain layer 3 and a distributed storage layer 4; the service flow data acquisition layer 1 comprises a detection sample collection module 1.1, a detection scheme making module 1.2, a station detection module 1.3, a detection sample returning module 1.4, a detection auditing module 1.5 and a detection report generating module 1.6, wherein the detection sample collection module 1.1 is used for collecting to-be-detected information of a to-be-detected sample, and the detection scheme making module 1.2 is used for determining a to-be-detected sample detection project according to a to-be-detected requirement; the station detection module 1.3 is used for collecting detection data during sample detection; the detection and sample return module 1.4 is used for acquiring state information after the detection of the inspection sample is finished, the detection and examination module 1.5 is used for examining and examining the detection data of the inspection sample and the correctness and completeness of the detection items of the inspection sample, and the detection report generation module 1.6 is used for issuing a sample detection report according to the examination result of the detection data;
the business flow data acquisition layer 1 is used as a basic layer, is in butt joint with detection personnel, detection equipment and the like and is responsible for data collection;
the network transmission layer 2 is used for realizing information transmission between the service flow data acquisition layer 1 and the detection block chain layer 3, and the network transmission layer 2 comprises a wired network and a wireless network and provides a network broadcast channel for detecting service data information;
the detection block chain layer 3 realizes generation of each business link block of the business flow data acquisition layer, and the data of the business flow data acquisition layer 1 is cleaned to form a block to prepare for the use of the distributed storage layer 4 and the application layer 5;
the detection sample receiving module 1.1 transmits the information to be detected of the inspection sample to the detection block chain layer 3, and logically divides data in the detection block chain layer 3 according to the information to be detected of the inspection sample by using a block chain technology to form a sample information block 3.1;
the detection scheme making module 1.2 transmits the inspection item information of the inspection sample to the detection block chain layer 3, and logically divides data in the detection block chain layer 3 according to the inspection item information of the inspection sample by using a block chain technology to form a detection scheme block 3.2;
the station detection module 1.3 transmits the detection data information of the samples to be detected to the detection block chain layer 3, and logically divides the data in the detection block chain layer 3 according to the detection data information of the samples to be detected by applying a block chain technology to form a detection data block 3.3;
the detection sample returning module 1.4 transmits the state information of the detected samples to the detection block chain layer 3, and logically divides data in the detection block chain layer 3 according to the state information of the detected samples by using a block chain technology to form a detection sample returning block 3.4;
the detection and audit module 1.5 transmits the detection data audit information to the detection block chain layer 3, and logically divides data in the detection block chain layer 3 according to the detection data audit information by applying a block chain technology to form a detection and audit block 3.5;
the detection report generation module 1.6 transmits the sample detection report to the detection blockchain layer 3, and logically divides data in the detection blockchain layer 3 according to the sample detection report by using a blockchain technology to form a detection report block 3.6;
the distributed storage layer 4 comprises a material detection center server 4.1 and a material supplier server 4.2, and the distributed storage layer 4 is used for providing data storage for a detection application layer;
the material detection center server 4.1 stores technical standard definition information of detection items required by detection samples by using the detection scheme block 3.2, and stores detection test data of the samples to be detected by using the detection data block 3.3; storing the inspection sample electrical test management process information by using a test article information block 3.1, a detection scheme block 3.2, a detection data block 3.3, a detection sample returning block 3.4 and a detection auditing block 3.5; station distributed monitoring information is stored by using a detection data block 3.3; storing the detection report information by using a detection report block 3.6; carrying out characteristic analysis on the detection data, the logistics information of the detection sample and the like by utilizing the detection data block 3.3, the detection sample returning block 3.4 and the detection auditing block 3.5;
the material supplier server 4.2 is used for storing the client service and interaction data of the consignment delivery service provider. The material supplier server 4.2 mainly stores the mutual information of the detection center and the consignor (including the national network system and the social unit). The detection center can be mainly connected with a state network electronic commerce platform and a state credit investigation platform in a butt joint mode to obtain credit investigation records of the consignor, and therefore early warning is timely given to the detection center to inform the detection center of abnormal conditions of the consignor. After the detection center finds that the detection sample of the consignor is abnormal, the detection center can inform other detection centers and the state network electronic commerce platform of the abnormal information in a mode of a credible certificate.
In the technical scheme, the system also comprises a detection application layer 5, wherein the detection application layer 5 comprises a detection data service unit 5.1, a detection center service unit 5.2, a detection material service unit 5.3 and a supplier service unit 5.4;
the detection data service unit 5.1 is used for forming a detection report in a trusted certificate mode according to the detection report information stored in the distributed storage layer 4, synchronizing the detection report to a peer detection center, ensuring that the detection report is not tampered, and reporting the detection report to a superior material department and a national network electronic commerce platform; the distributed monitoring information of the stations stored in the distributed storage layer 4 is transmitted to the required detection stations and the upper platform in a trusted certificate mode for use, so that the stations are not tampered in the transmission process; the system comprises a distributed storage layer 4, a detection item definition information acquisition module, a verification module and a verification module, wherein the detection item definition information acquisition module is used for acquiring the technical standard definition information of the detection item stored in the distributed storage layer 4;
the detection center service unit 5.2 is used for realizing overall detection among all material detection management systems and preventing resource waste caused by repeated detection;
the detection material service unit 5.3 is used for performing characteristic analysis on detection data of the same consignor according to detection report information, technical standard definition information of detection items, inspection sample detection test data, inspection sample electrical test management process information and detection report information stored in the distributed storage layer 4, drawing a trend graph of a detection result of an inspection sample, informing the consignor of paying attention to quality control of related production processes if the trend is bad, and reminding the consignor of paying attention to key points of related processes and informing the consignor of paying attention to key points of monitoring personnel in the material production process.
The supplier service unit 5.4 is used for carrying out supplier supply inquiry and supplier supply material family defect analysis according to the consignment delivery checker customer service and the interactive data stored in the material supplier server 4.2.
In the technical scheme, the test article information block 3.1 is used for circulation of the only credible certificate serving as the submission sample in different test areas, and the test article information block 3.1 is also used for carrying out characteristic analysis and guiding the detection process.
The detection scheme block 3.2 includes detection items and detection orders.
The detection data block 3.3 is used for detecting in each detection area and obtaining detection data.
And the detection sample returning block 3.4 is used for returning the unqualified detection inspection sample and recording the sample returning progress.
And the detection and verification block 3.5 obtains the detection data of the samples to be checked and the correctness and completeness verification results of the detection items of the samples to be checked.
And the detection report block 3.6 generates a detection report according to the detection data, the detection and verification result and the sample withdrawal information and is responsible for verification and circulation of the detection report.
The sample information block 3.1 is used for storing and recording to-be-detected information of the sample to be inspected; the detection scheme block 3.2 is used for storing and recording the detection scheme of the sample to be detected; the detection data block 3.3 is used for storing and recording detection data of each test item; the detection sample returning block 3.4 is used for storing and recording the state information after the detection of the sample to be detected is finished; the detection and audit block 3.5 is used for storing and recording the detection data audit information; the inspection report block 3.6 is used for performing inspection report storage.
The working process of the invention is as follows: firstly, a sample is delivered to a material detection center, sample information is collected through a material detection center information collection terminal, detection sample collection 1.1 information collection is achieved, network communication is carried out through a network transmission layer 2, a detection block chain layer 2 sample information block is formed between each detection center and a material supplier, the detection block chain layer 2 sample information block comprises sample collection detection center information and sample related information, and sample storage and record are carried out; then, according to the requirement of customer inspection, the information acquisition terminal automatically generates a detection scheme, the detection scheme is formulated to be 1.2, network communication is carried out through a network transmission layer 2, detection scheme blocks of a detection block chain layer 2 are formed in each detection center and a material supplier, and the detection scheme is stored and put on record; then, according to the detection scheme, circulation detection is carried out at each detection station through logistics equipment, after the detection of each station is finished, network communication is carried out through a network transmission layer 2, a detection block chain layer 2 detection data block is formed at each detection center and a material supplier, and the detection data storage and the record of each test project are carried out; after the detection is finished, the information acquisition terminal acquires the detection finished state of the sample, the detection and sample return 1.4 information acquisition is realized, the network transmission layer 2 is used for carrying out network communication, a detection block chain layer 2 detection and sample return block is formed at each detection center and a material supplier, and the storage and the record of the detection state of the sample are carried out; after the detection is finished, the detection data is audited by professional responsible persons or persons at each level of the detection center through the material detection management system for 1.5, network communication is carried out through the network transmission layer 2, a detection audit block of the detection block chain layer 2 is formed in each detection center and a material supplier, and detection audit storage records are carried out; after the detection data are checked, a detection report 1.6 is automatically generated through a material detection management system, network communication is carried out through a network transmission layer 2, a detection block chain layer 2 detection report block is formed in each detection center and a material supplier, and the detection report is stored and put on record; then, a sample detection block chain layer 3 is formed by a sample information block, a detection scheme block, a detection data block, a detection sample return block, a detection audit block and a detection report block; and finally, forming data applications 5.4 of a detection data service 5.1, a detection center service 5.2, a detection material service 5.3, a supplier service and the like of a detection application layer 5 based on the data of the test article detection block chain 3.
A material detection management method based on a block chain technology comprises the following steps:
step 1: the detection sample receiving module 1.1 transmits the information to be detected of the inspection sample to the detection block chain layer 3, and logically divides data in the detection block chain layer 3 according to the information to be detected of the inspection sample by using a block chain technology to form a sample information block 3.1;
the detection scheme making module 1.2 transmits the inspection item information of the inspection sample to the detection block chain layer 3, and logically divides data in the detection block chain layer 3 according to the inspection item information of the inspection sample by using a block chain technology to form a detection scheme block 3.2;
the station detection module 1.3 transmits the detection data information of the samples to be detected to the detection block chain layer 3, and logically divides the data in the detection block chain layer 3 according to the detection data information of the samples to be detected by applying a block chain technology to form a detection data block 3.3;
the detection sample returning module 1.4 transmits the state information of the detected samples to the detection block chain layer 3, and logically divides data in the detection block chain layer 3 according to the state information of the detected samples by using a block chain technology to form a detection sample returning block 3.4;
the detection and audit module 1.5 transmits the detection data audit information to the detection block chain layer 3, and logically divides data in the detection block chain layer 3 according to the detection data audit information by applying a block chain technology to form a detection and audit block 3.5;
the detection report generation module 1.6 transmits the sample detection report to the detection blockchain layer 3, and logically divides data in the detection blockchain layer 3 according to the sample detection report by using a blockchain technology to form a detection report block 3.6;
step 2: the material detection center server 4.1 stores technical standard definition information of detection items required by detection samples by using the detection scheme block 3.2, and stores detection test data of the samples to be detected by using the detection data block 3.3; storing the inspection sample electrical test management process information by using a test article information block 3.1, a detection scheme block 3.2, a detection data block 3.3, a detection sample returning block 3.4 and a detection auditing block 3.5; station distributed monitoring information is stored by using a detection data block 3.3; storing the detection report information by using a detection report block 3.6;
the material supplier server 4.2 stores the consignment delivery service and interaction data.
And step 3: the detection data service unit 5.1 synchronizes a detection report formed in a trusted certificate mode according to the detection report information stored in the distributed storage layer 4 to a peer detection center, so as to ensure that the detection report is not tampered; station distributed monitoring information stored in the distributed storage layer 4 is transferred to a required detection station and an upper platform in a trusted certificate mode for use, and the station distributed monitoring information is guaranteed not to be tampered in the transfer process; updating or establishing the original technical standard by using the optimal detection technical standard in a trusted certificate mode according to the technical standard definition information of the detection items stored in the distributed storage layer 4;
the detection center service unit 5.2 realizes the overall detection among all material detection management systems;
the detection material service unit 5.3 performs characteristic analysis on the detection data of the same consignor according to the detection report information, the technical standard definition information of the detection project, the inspection sample detection test data, the inspection sample electrical test management process information and the detection report information stored in the distributed storage layer 4, and draws a trend chart of the inspection result of the inspection sample;
the supplier service unit 5.4 is used for carrying out supplier supply inquiry and supplier supply material family defect analysis according to the consignment delivery checker customer service and the interactive data stored in the material supplier server 4.2.
Details not described in this specification are within the skill of the art that are well known to those skilled in the art.
Claims (9)
1. A material detection management system based on block chain technology is characterized in that: the system comprises a service flow data acquisition layer (1), a detection block chain layer (3) and a distributed storage layer (4); the service flow data acquisition layer (1) comprises a detection sample collection module (1.1), a detection scheme making module (1.2), a station detection module (1.3), a detection sample returning module (1.4), a detection auditing module (1.5) and a detection report generating module (1.6), wherein the detection sample collection module (1.1) is used for collecting to-be-detected information of a to-be-detected sample, and the detection scheme making module (1.2) is used for determining a to-be-detected sample detection item according to a to-be-detected requirement; the station detection module (1.3) is used for collecting detection data during detection of the sample to be detected; the system comprises a detection and sample return module (1.4), a detection and examination module (1.5), a detection and examination report generation module (1.6) and a sample detection report generation module, wherein the detection and sample return module (1.4) is used for acquiring state information after the detection of a sample to be examined is finished, the detection and examination module is used for examining and examining the detection data of the sample to be examined and the correctness and completeness of detection items of the sample to be examined, and the detection report generation module (1.6) is used for issuing a sample detection report according to the examination and examination result of the detection data;
the detection sample receiving module (1.1) transmits information to be detected of the submitted sample to the detection block chain layer (3), and the logic division of data is carried out in the detection block chain layer (3) according to the information to be detected of the submitted sample by applying a block chain technology to form a sample information block (3.1);
the detection scheme making module (1.2) transmits the inspection item information of the inspection sample to the detection block chain layer (3), and logically divides data in the detection block chain layer (3) according to the inspection item information of the inspection sample by using a block chain technology to form a detection scheme block (3.2);
the station detection module (1.3) transmits the detection data information of the samples to be detected to the detection block chain layer (3), and the logic division of data is carried out in the detection block chain layer (3) according to the detection data information of the samples to be detected by using a block chain technology to form a detection data block (3.3);
the detection and sample returning module (1.4) transmits the state information of the detected samples to the detection block chain layer (3), and the logic division of data is carried out in the detection block chain layer (3) according to the state information of the detected samples by using a block chain technology to form a detection and sample returning block (3.4);
the detection and audit module (1.5) transmits the detection data audit information to the detection block chain layer (3), and logically divides the data in the detection block chain layer (3) according to the detection data audit information by applying a block chain technology to form a detection and audit block (3.5);
the detection report generation module (1.6) transmits the sample detection report to the detection blockchain layer (3), and logically divides data in the detection blockchain layer (3) according to the sample detection report by applying a blockchain technology to form a detection report block (3.6);
the distributed storage layer (4) comprises a material detection center server (4.1) and a material supplier server (4.2);
the material detection center server (4.1) stores technical standard definition information of detection items required by detecting samples by using the detection scheme block (3.2), and stores detection test data of the samples to be detected by using the detection data block (3.3); storing the electric test management process information of the inspection sample by utilizing a test article information block (3.1), a detection scheme block (3.2), a detection data block (3.3), a detection sample returning block (3.4) and a detection auditing block (3.5); station distributed monitoring information is stored by using a detection data block (3.3); storing the detection report information by using the detection report block (3.6);
the goods and materials supplier server (4.2) is used for storing the client service and interactive data of the consignment delivery and inspection company, the goods and materials supplier server (4.2) is used for butting with the national network electronic commerce platform and the national credit investigation platform to obtain the credit investigation record of the consignor, thereby timely warning and informing the detection center of the abnormal situation of the consignor, and after the goods and materials detection center server (4.1) finds that the consignor detects the sample abnormality, the abnormal information can be informed to other detection centers and the national network electronic commerce platform in the form of a credible certificate;
the system also comprises a detection application layer (5), wherein the detection application layer (5) comprises a detection data service unit (5.1), a detection center service unit (5.2), a detection material service unit (5.3) and a supplier service unit (5.4);
the detection data service unit (5.1) is used for synchronizing a detection report formed in a trusted certificate mode according to detection report information stored in the distributed storage layer (4) to a peer detection center to ensure that the detection report is not tampered; the system is used for transferring the station distributed monitoring information stored in the distributed storage layer (4) to a required detection station and an upper platform in a trusted certificate mode for use, and guaranteeing that the station distributed monitoring information is not tampered in the transferring process; the system comprises a distributed storage layer (4) and a detection module, wherein the distributed storage layer is used for storing technical standard definition information of detection items stored in the distributed storage layer (4) and updating or establishing the original technical standard by using the optimal detection technical standard in a trusted certificate mode;
the detection center service unit (5.2) is used for realizing overall detection among all material detection management systems;
the detection material service unit (5.3) is used for performing characteristic analysis on detection data of the same consignor according to the detection report information, the technical standard definition information of the detection project, the inspection sample detection test data, the inspection sample electrical test management process information and the detection report information stored in the distributed storage layer (4) and drawing an inspection sample detection result trend graph;
the supplier service unit (5.4) is used for carrying out supplier supply inquiry and supplier supply material family defect analysis according to the consignment inspector customer service and the interactive data stored in the material supplier server (4.2).
2. The system of claim 1, wherein the system comprises: the sample information block (3.1) is used as a unique credible certificate of the sample to be checked to circulate in different test areas.
3. The system of claim 1, wherein the system comprises: the detection scheme block (3.2) contains detection items and detection orders.
4. The system of claim 1, wherein the system comprises: the detection data block (3.3) is used for detecting in each detection area and obtaining detection data.
5. The system of claim 1, wherein the system comprises: the detection sample returning block (3.4) is used for returning the unqualified detection sample to the inspection sample and recording the sample returning progress.
6. The system of claim 1, wherein the system comprises: the detection and audit block (3.5) obtains the detection data of the samples to be inspected and the correctness and completeness audit results of the detection items of the samples to be inspected;
and the detection report block (3.6) generates a detection report according to the detection data, the detection auditing result and the sample returning information and a preset format.
7. The system of claim 1, wherein the system comprises: the test article information block (3.1) is used for storing and recording to-be-detected information of the sample to be inspected; the detection scheme block (3.2) is used for storing and recording the detection scheme of the sample to be detected; the detection data block (3.3) is used for storing and recording detection data of each test item; the detection sample withdrawing block (3.4) is used for storing and recording the state information after the detection of the sample to be detected is finished; the detection and audit block (3.5) is used for storing and recording the detection data audit information; the detection report block (3.6) is used for storing and recording detection reports.
8. The system of claim 1, wherein the system comprises: the system also comprises a network transmission layer (2), wherein the network transmission layer (2) is used for realizing information transfer between the service flow data acquisition layer (1) and the detection block chain layer (3).
9. A material detection management method based on block chain technology based on the system of claim 1, characterized in that it comprises the following steps:
step 1: the detection sample receiving module (1.1) transmits information to be detected of the submitted sample to the detection block chain layer (3), and the logic division of data is carried out in the detection block chain layer (3) according to the information to be detected of the submitted sample by applying a block chain technology to form a sample information block (3.1);
the detection scheme making module (1.2) transmits the inspection item information of the inspection sample to the detection block chain layer (3), and logically divides data in the detection block chain layer (3) according to the inspection item information of the inspection sample by using a block chain technology to form a detection scheme block (3.2);
the station detection module (1.3) transmits the detection data information of the samples to be detected to the detection block chain layer (3), and the logic division of data is carried out in the detection block chain layer (3) according to the detection data information of the samples to be detected by using a block chain technology to form a detection data block (3.3);
the detection and sample returning module (1.4) transmits the state information of the detected samples to the detection block chain layer (3), and the logic division of data is carried out in the detection block chain layer (3) according to the state information of the detected samples by using a block chain technology to form a detection and sample returning block (3.4);
the detection and audit module (1.5) transmits the detection data audit information to the detection block chain layer (3), and logically divides the data in the detection block chain layer (3) according to the detection data audit information by applying a block chain technology to form a detection and audit block (3.5);
the detection report generation module (1.6) transmits the sample detection report to the detection blockchain layer (3), and logically divides data in the detection blockchain layer (3) according to the sample detection report by applying a blockchain technology to form a detection report block (3.6);
step 2: the material detection center server (4.1) stores technical standard definition information of detection items required by detecting samples by using the detection scheme block (3.2), and stores detection test data of the samples to be detected by using the detection data block (3.3); storing the electric test management process information of the inspection sample by utilizing a test article information block (3.1), a detection scheme block (3.2), a detection data block (3.3), a detection sample returning block (3.4) and a detection auditing block (3.5); station distributed monitoring information is stored by using a detection data block (3.3); storing the detection report information by using the detection report block (3.6);
the material supplier server (4.2) stores the client service and interaction data of the consignment delivery service provider;
and step 3: the detection data service unit (5.1) synchronizes a detection report formed in a trusted certificate mode according to the detection report information stored in the distributed storage layer (4) to a peer detection center to ensure that the detection report is not tampered; station distributed monitoring information stored in the distributed storage layer (4) is transferred to a required detection station and an upper platform in a trusted certificate mode for use, so that the station distributed monitoring information is not tampered in the transfer process; updating or establishing the original technical standard by using the optimal detection technical standard in a trusted certificate mode according to the technical standard definition information of the detection items stored in the distributed storage layer (4);
the detection center service unit (5.2) realizes overall detection among all material detection management systems;
the detection material service unit (5.3) performs characteristic analysis on detection data of the same consignor according to the detection report information, the technical standard definition information of the detection project, the inspection sample detection test data, the inspection sample electrical test management process information and the detection report information stored in the distributed storage layer (4), and draws a trend chart of the inspection result of the inspection sample;
the supplier service unit (5.4) is used for carrying out supplier supply inquiry and supplier supply material family defect analysis according to the consignment inspector customer service and the interactive data stored in the material supplier server (4.2).
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