Examination and verification method for guaranteeing installation position of underground penetrating pipeline of expressway

Abstract

The invention relates to the technical field of highway construction operation and maintenance, and provides a method for ensuring inspection and verification of an installation position of an underground penetrating pipeline of an expressway, which realizes automatic management and compliance verification of installation and construction data by combining a block chain and an intelligent contract technology. The method comprises the steps of obtaining construction data, construction sequence data and a supervision standard, establishing a block data set by using a block chain and associating a smart contract, collecting the construction data in real time and performing classification matching, automatically verifying data compliance, and updating a construction progress according to a verification result. According to the method, manual intervention is reduced, the checking accuracy is improved, and the accuracy and safety of the mounting position of the underground pipeline of the expressway are ensured. And through automatic management and real-time verification, the construction efficiency and quality are improved, and the overall performance of the pipeline system is guaranteed.

Description

Technical Field

[0001] The invention relates to the technical field of highway construction and operation and maintenance, and in particular to a method for inspecting and checking the installation position of underground pipelines passing through highways. Background Art

[0002] Inspection and verification of the installation location of underground pipelines on highways is a key step to improve the safety, stability and functionality of pipeline systems. Common inspection and verification methods for the installation location of underground pipelines on highways include checking construction drawings, design instructions, design changes and other documents to ensure that the design intent and installation requirements are understood. Check whether the layout, direction, elevation, slope and other design parameters of the pipeline system meet the requirements of the specifications. Before construction, conduct a site survey to understand factors such as geological conditions, groundwater level, and surrounding environment. Confirm the location of obstacles, existing pipelines and other underground facilities in the construction area to avoid interference or damage. Use measuring instruments for precise positioning to ensure the accuracy and straightness of pipeline installation. Mark key locations such as the center line and excavation edge line of the pipeline on the ground. Check whether the size and slope of the excavated trench meet the design requirements. For trenches that require support, check the stability and safety of the support structure. Check the specifications, models, quality certification documents, etc. of the pipeline materials to ensure that they meet the design requirements and relevant standards. Perform an appearance inspection of the pipeline to ensure that it has no defects such as cracks, sand holes, and rust. Check whether the installation sequence and connection method of the pipeline are correct. Check the sealing of the pipe joints to ensure there is no leakage. For pipes that require socket or socket joints, check whether the insertion depth and socket length meet the requirements. Check whether the fixing and supporting devices of the pipe are firm and reliable. The lifting pipe will not move or deform when subjected to external forces. After the pipeline is installed, check whether the type and quality of the backfill material meet the requirements. Supervise the backfill process to ensure that the backfill is uniform and the compaction meets the design requirements. Carry out necessary pressure tests, leak tests, etc. to verify the functionality and safety of the pipeline system. Keep detailed records of the entire inspection and verification process, including information such as the inspection date, inspectors, inspection items, and inspection results. Report problems in a timely manner when they are found, and put forward suggestions or measures for rectification.

[0003] At present, although the inspection and verification of the installation position of underground pipelines on existing highways uses measuring instruments for precise positioning and artificial intelligence (video recognition technology) in remote monitoring, on the whole, the application of artificial intelligence technology in the inspection and verification process of pipeline installation positions is not extensive. In each link of the inspection and verification, such as excavation inspection, pipeline material inspection, installation inspection, etc., each link is manually intervened. Due to the large amount of data for the inspection and verification of the installation position of underground pipelines on highways, when manual intervention in each link is too much, the accuracy of the inspection and verification of the installation position of underground pipelines on highways will be reduced. Summary of the invention

[0004] In view of the shortcomings of the prior art, the present invention provides a method for ensuring the inspection and verification of the installation position of underground pipelines passing through highways, so as to solve the problem that the inspection and verification accuracy of the installation position of underground pipelines passing through highways is reduced due to the large amount of inspection and verification data. When manual intervention in each link is excessive, the inspection and verification accuracy of the installation position of underground pipelines passing through highways will be reduced.

[0005] In order to solve the above technical problems, the specific technical solutions of the present invention are as follows:

[0006] The present invention provides a method for inspecting and checking the installation position of an underground pipeline on a highway, comprising:

[0007] Step S101, obtaining construction data, construction sequence data, and construction supervision standard data for underground pipeline installation on expressways;

[0008] Step S102, determining the highway underground pipeline installation node according to the construction sequence data, matching the highway underground pipeline installation node with the highway underground pipeline installation construction data and the supervision and construction supervision standard data to obtain the construction data category;

[0009] Step S103, establishing a corresponding block in the blockchain according to the construction data category, obtaining a block data set, establishing a corresponding smart contract for the block data set, and combining the block data and the corresponding smart contract to form a construction data progress node;

[0010] Step S104, collecting real-time data of the installation and construction of underground pipelines in expressways, classifying the real-time data of the installation and construction of underground pipelines in expressways, obtaining real-time classification results of the installation and construction of underground pipelines in expressways, establishing a matching relationship between the real-time classification results of the installation and construction of underground pipelines in expressways and the progress nodes of construction data, and transmitting the real-time classification results of the installation and construction of underground pipelines in expressways to the corresponding progress nodes of construction data;

[0011] Step S105, match the supervision construction supervision standard data with the construction data category to obtain the construction data category corresponding to the supervision construction supervision standard data, match the supervision construction supervision standard data according to the corresponding construction data category to obtain the corresponding smart contract, configure the supervision construction supervision standard data in the corresponding smart contract, input the data in the construction data progress node into the corresponding smart contract, if the smart contract passes, enter the next construction data progress node in the preset order of the construction data progress node, summarize each construction data progress node, and obtain the inspection and verification result of the installation position of the underground pipeline of the highway.

[0012] Furthermore, the method for verifying the installation position of an underground pipeline on a highway provided by the present invention, step S101, comprises:

[0013] The construction data of underground pipeline installation on expressways includes underground pipeline installation information, which includes pipeline type, specification, material, design direction and burial depth;

[0014] Receive the construction sequence, time node and expected completion time of each step in the underground pipeline installation information set by the user to form construction sequence data;

[0015] Obtain construction supervision standards for underground pipeline installation projects from relevant supervision agencies or industry specifications. The construction supervision standard data includes project quality acceptance standards, safety construction specifications, and environmental protection requirements, which will be used for subsequent compliance verification of the construction process.

[0016] Furthermore, the method for verifying the installation position of an underground pipeline on a highway provided by the present invention, step S102 includes:

[0017] According to the construction sequence data, the installation nodes of underground pipelines on expressways are determined. The installation nodes of underground pipelines on expressways include excavation nodes, pipeline installation nodes, interface connection nodes and backfill nodes.

[0018] Matching the determined installation nodes of underground pipelines on expressways with the construction data of underground pipelines on expressways;

[0019] Match the underground pipeline installation nodes of the highway with the supervision and construction supervision standard data to determine the quality standards and safety specifications that need to be met at each underground pipeline installation node of the highway. According to the matching results, classify the construction data to obtain the construction data category, which includes excavation data category, pipeline installation data category and backfill data category.

[0020] Furthermore, the method for verifying the installation position of an underground pipeline on a highway provided by the present invention, step S103 includes:

[0021] Corresponding blocks are established on the blockchain according to the types of construction data. Each block is used to store and manage the corresponding type of construction data. All established blocks are integrated to form a block data set.

[0022] The block data set includes the installation and construction data of underground pipelines on highways. Smart contracts are built based on the data categories in the block and the installation and construction data of underground pipelines on highways.

[0023] Smart contracts include data verification rules, processing logic, and permission control;

[0024] Associate the data of each block with its corresponding smart contract to form a construction data progress node.

[0025] Furthermore, the method for verifying the installation position of an underground pipeline on a highway provided by the present invention, step S104 comprises:

[0026] Use sensors and monitoring systems to collect real-time data during the installation and construction of underground pipelines on highways. The data during the installation and construction of underground pipelines on highways include construction progress, material usage, and environmental parameters of the construction site;

[0027] Classify and process the collected real-time data and divide them according to the construction data categories;

[0028] The data analysis algorithm is used to automatically complete the data classification work. After the classification is completed, the real-time classification results of the installation and construction of underground pipelines in highways are obtained;

[0029] The real-time classification results are matched with the established construction data progress nodes to determine whether the current construction status corresponds to the construction data progress nodes. According to the real-time classification results, the relevant data is transmitted to the corresponding construction data progress nodes.

[0030] Furthermore, the method for verifying the installation position of an underground pipeline on a highway provided by the present invention, step S105 comprises:

[0031] Match the supervision construction supervision standard data with the construction data category to determine the construction data category corresponding to each supervision standard data. The construction data category corresponding to the supervision standard data includes the excavation standard corresponding to the excavation data category and the pipeline installation standard corresponding to the pipeline installation data category;

[0032] According to the matched construction data category, the corresponding smart contract is matched, the construction supervision standard data is configured in the corresponding smart contract, and the compliance check rules and threshold parameters are set.

[0033] Furthermore, the method for verifying the installation position of an underground pipeline on a highway provided by the present invention, step S105 comprises:

[0034] Input the actual construction data in the construction data progress node into the corresponding smart contract, which will automatically execute the preset rules and logic to verify the compliance of the construction data;

[0035] If the smart contract verification is passed, the construction data of the current node meets the supervision standards and enters the next construction data progress node in the preset sequence of construction data progress nodes;

[0036] If the verification fails, the corresponding processing mechanism will be triggered, including alarm and rectification notice;

[0037] Repeat the above steps during the construction process until all construction data progress nodes are verified;

[0038] The verification results of each construction data progress node are summarized to form the inspection and verification results of the installation location of underground pipelines in the highway.

[0039] The beneficial effects of the present invention are mainly reflected in the following aspects:

[0040] Improve the accuracy of inspection and verification: This invention realizes the automated verification and compliance check of construction data by introducing smart contracts and blockchain technology. This automated approach reduces manual intervention, thus significantly improving the accuracy of inspection and verification.

[0041] Improve construction efficiency: Due to the introduction of the automated verification process, the present invention reduces the time and cost of manual review, which enables construction data to be processed and fed back more quickly, thereby improving overall construction efficiency.

[0042] Enhance data transparency and traceability: With the help of blockchain technology, the present invention ensures the integrity and non-tamperability of construction data. This not only improves data transparency, but also provides strong support for subsequent audits and problem tracking.

[0043] Reduce construction risks: By collecting and analyzing construction data in real time, the present invention can promptly identify potential problems and risks. This enables the construction team to take appropriate preventive measures to reduce uncertainty and risks during the construction process.

[0044] Compliance with regulatory requirements: This invention integrates the supervision and construction supervision standard data into the smart contract, thereby ensuring that all links in the construction process can meet the relevant regulatory requirements. This is conducive to improving project quality and compliance.

[0045] Optimize resource allocation: Through real-time monitoring and management of construction progress, the present invention enables resources to be allocated more reasonably, thus avoiding waste and idleness of resources and improving resource utilization efficiency.

[0046] Improve overall management level: In addition to optimizing the inspection and verification links of the construction process, the implementation of the present invention also plays a positive role in improving the overall project management level.

[0047] In summary, the present invention brings significant benefits to the inspection and verification of the installation position of underground pipelines on highways through technical innovation and intelligent management means. BRIEF DESCRIPTION OF THE DRAWINGS

[0048] In order to more clearly illustrate the technical solution of the present invention, the following briefly introduces the drawings required for use in the embodiments. Obviously, for ordinary technicians in this field, other drawings can be obtained based on these drawings without creative work.

[0049] Figure 1 A schematic flow chart of a method for inspecting and verifying the installation position of an underground pipeline passing through a highway provided in an embodiment of the present invention. DETAILED DESCRIPTION

[0050] In order to make the purpose, technical solution and advantages of the present invention clearer, the technical solution of the present invention will be clearly and completely described in conjunction with the specific embodiments of the present invention and the corresponding drawings. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention. The technical solutions provided by the embodiments of the present invention are described in detail below in conjunction with the drawings.

[0051] In order to better understand the purpose of the present invention, the present invention is described in further detail below.

[0052] See also Figure 1 The present invention provides a method for verifying the installation position of underground pipelines on expressways.

[0053] Step S101, obtaining construction data, construction sequence data, and construction supervision standard data for underground pipeline installation on expressways;

[0054] The specific content of step S101 is: obtaining the construction data, construction sequence data and supervision and construction supervision standard data of the underground pipeline installation of the expressway. These data are the basis for the subsequent steps and are crucial to ensure the accuracy and compliance of the construction.

[0055] First, it is necessary to collect the installation and construction data of underground pipelines under highways. These data include the specific location, size, material and other information of the pipelines, which are important bases for construction quality and safety assessment.

[0056] Secondly, obtaining construction sequence data, which describes the various stages and steps of construction in detail, helps to understand the overall progress and plan of construction and provide guidance for subsequent construction supervision.

[0057] Finally, it is also necessary to obtain construction supervision standard data, which includes construction quality standards, safety regulations, etc., which are the benchmark for construction supervision and evaluation.

[0058] By comprehensively collecting this data, a solid data foundation can be provided for subsequent construction supervision and verification work, ensuring the smooth progress of construction and the final quality of the project.

[0059] Step S102, determining the highway underground pipeline installation node according to the construction sequence data, matching the highway underground pipeline installation node with the highway underground pipeline installation construction data and the supervision and construction supervision standard data to obtain the construction data category;

[0060] The specific operation of step S102 is: according to the acquired construction sequence data, determine the installation nodes of the underground pipeline of the highway. These nodes are key links in the construction process, including important steps such as excavation, pipeline laying, and backfilling. After determining these nodes, they need to be matched with the installation construction data of the underground pipeline of the highway and the supervision and construction supervision standard data.

[0061] The data matching process mainly involves comparing the construction data of each installation node with the corresponding supervision standards to determine the category of the construction data. For example, the data of the excavation node includes information such as excavation depth and width, which will be matched with the excavation regulations in the supervision standards to determine the compliance requirements of this type of data.

[0062] This step of data matching and classification can provide a basis for subsequent automated data verification and compliance checks. The importance of this step is that it ensures the accurate correspondence between construction data and supervision standards, providing data support for the smooth progress of construction and quality assurance. At the same time, this is also a key step to achieve automation of construction supervision and improve construction efficiency and accuracy.

[0063] Step S103, establishing a corresponding block in the blockchain according to the construction data category, obtaining a block data set, establishing a corresponding smart contract for the block data set, and combining the block data and the corresponding smart contract to form a construction data progress node;

[0064] Establish blocks: According to the construction data categories determined in step S102, such as excavation data, pipeline installation data, backfill data, etc., a corresponding block is established for each category on the blockchain. Each block will be used to store and manage all construction data of the category to ensure the integrity, security and immutability of the data.

[0065] Constructing a block data set: Integrate all established blocks together to form a complete block data set. This data set will serve as the basis for subsequent smart contract execution and data analysis.

[0066] Create smart contracts: For each construction data category block, write and deploy the corresponding smart contract.

[0067] Smart contracts will define data verification logic, processing rules, and permission control to ensure the compliance and accuracy of construction data. For example, smart contracts can be set up to automatically check whether the excavation depth meets the supervision standards, or whether the location of the pipeline installation is accurate.

[0068] Combined into a construction data progress node: Associate the data of each block with its corresponding smart contract to form a complete construction data progress node. Each node contains not only the construction data itself, but also the smart contract logic required to process this data. In this way, whenever new construction data is generated, it will be added to the corresponding block and trigger the execution of the smart contract for data verification and recording.

[0069] Through the above steps, an automated, verifiable and secure construction data management system can be built on the blockchain. Each construction data progress node contains a specific category of construction data and the corresponding smart contract, thereby ensuring the transparency, compliance and traceability of the construction process. This can not only improve the efficiency of construction management, but also significantly reduce the risk of human error and intervention.

[0070] Step S104, collecting real-time data of the installation and construction of underground pipelines in expressways, classifying the real-time data of the installation and construction of underground pipelines in expressways, obtaining real-time classification results of the installation and construction of underground pipelines in expressways, establishing a matching relationship between the real-time classification results of the installation and construction of underground pipelines in expressways and the progress nodes of construction data, and transmitting the real-time classification results of the installation and construction of underground pipelines in expressways to the corresponding progress nodes of construction data;

[0071] Real-time data collection: Use various sensors, monitoring equipment or other technical means to collect real-time on-site data of highway underground pipeline installation and construction. These data include but are not limited to construction location, construction progress, material usage, environmental parameters (such as temperature, humidity), etc.

[0072] Data classification: Classify the collected real-time data according to previously defined construction data categories, such as excavation data, pipeline installation data, backfill data, etc. The classification process can be completed automatically through preset algorithms or software to improve processing efficiency and accuracy.

[0073] Get real-time classification results: After the classification is completed, the real-time classification results of the underground pipeline installation construction of the highway are obtained. These results will clearly show the real-time status and progress of the current construction stage.

[0074] Establish matching relationship: Match the real-time classification results with the previously established construction data progress nodes. Determine which data progress node the current real-time data should belong to, so as to carry out subsequent data verification and recording.

[0075] Data transmission: According to the real-time classification results, the relevant data is transmitted to the construction data progress node that matches it. This means that the real-time data is input into the corresponding smart contract to trigger the automatic execution and verification mechanism of the contract.

[0076] Through the above steps, real-time monitoring and intelligent management of the installation and construction of underground pipelines on highways can be achieved. The collection, classification and transmission of real-time data ensures the timeliness and accuracy of construction data, while the automatic execution of smart contracts improves the efficiency and transparency of construction management. This helps to promptly discover and deal with problems in the construction process, thereby ensuring construction quality and safety.

[0077] Step S105, match the supervision construction supervision standard data with the construction data category to obtain the construction data category corresponding to the supervision construction supervision standard data, match the supervision construction supervision standard data according to the corresponding construction data category to obtain the corresponding smart contract, configure the supervision construction supervision standard data in the corresponding smart contract, input the data in the construction data progress node into the corresponding smart contract, if the smart contract passes, enter the next construction data progress node in the preset order of the construction data progress node, summarize each construction data progress node, and obtain the inspection and verification result of the installation position of the underground pipeline of the highway.

[0078] Matching supervision data with construction data categories: Match the supervision construction supervision standard data with the previously defined construction data categories. Determine the construction data category corresponding to each supervision standard data, such as excavation, pipeline installation, backfill, etc.

[0079] Smart contract matching and configuration: Find the corresponding smart contract based on the matched construction data category. Configure the supervision and construction supervision standard data in the smart contract, which includes setting compliance check rules, thresholds, parameters, etc. to ensure that the construction data can meet the supervision requirements.

[0080] Construction data input and smart contract verification: The actual construction data in the construction data progress node is input into the corresponding smart contract. The smart contract will automatically execute the pre-configured logic and rules to verify the compliance of the construction data. This includes checking whether the data is complete and meets the supervision standards.

[0081] Progress node update and transfer: If the smart contract verification is passed, it means that the construction data of the current node meets the supervision standards, and it can be allowed to enter the next construction data progress node in the preset order of construction data progress nodes.

[0082] If the verification fails, the smart contract will trigger corresponding processing measures, such as issuing warnings, requiring rectification, etc., and ensure that the construction process is suspended at the current node until the problem is resolved.

[0083] Data aggregation and verification result output: As the construction progresses, the above data input, verification and node update process is repeated until all construction data progress nodes are verified. The verification results of each construction data progress node are aggregated to form the final inspection and verification results of the installation location of the underground pipeline of the highway. This result will fully reflect the compliance, quality status and existing problems of the construction process.

[0084] Specifically, the method for verifying the installation position of an underground pipeline on a highway provided by the present invention, step S101 comprises:

[0085] The construction data of underground pipeline installation on expressways includes underground pipeline installation information, which includes pipeline type, specification, material, design direction and burial depth;

[0086] Receive the construction sequence, time node and expected completion time of each step in the underground pipeline installation information set by the user to form construction sequence data;

[0087] Obtain construction supervision standards for underground pipeline installation projects from relevant supervision agencies or industry specifications. The construction supervision standard data includes project quality acceptance standards, safety construction specifications, and environmental protection requirements, which will be used for subsequent compliance verification of the construction process.

[0088] Specifically, the method for verifying the installation position of an underground pipeline on a highway provided by the present invention, step S102 includes:

[0089] According to the construction sequence data, the installation nodes of underground pipelines on expressways are determined. The installation nodes of underground pipelines on expressways include excavation nodes, pipeline installation nodes, interface connection nodes and backfill nodes.

[0090] Matching the determined installation nodes of underground pipelines on expressways with the construction data of underground pipelines on expressways;

[0091] Match the underground pipeline installation nodes of the highway with the supervision and construction supervision standard data to determine the quality standards and safety specifications that need to be met at each underground pipeline installation node of the highway. According to the matching results, classify the construction data to obtain the construction data category, which includes excavation data category, pipeline installation data category and backfill data category.

[0092] Specifically, the method for verifying the installation position of an underground pipeline on a highway provided by the present invention, step S103 includes:

[0093] Corresponding blocks are established on the blockchain according to the types of construction data. Each block is used to store and manage the corresponding type of construction data. All established blocks are integrated to form a block data set.

[0094] The block data set includes the installation and construction data of underground pipelines on highways. Smart contracts are built based on the data categories in the block and the installation and construction data of underground pipelines on highways.

[0095] Smart contracts include data verification rules, processing logic, and permission control;

[0096] Associate the data of each block with its corresponding smart contract to form a construction data progress node.

[0097] Specifically, the method for verifying the installation position of an underground pipeline on a highway provided by the present invention, step S104 includes:

[0098] Use sensors and monitoring systems to collect real-time data during the installation and construction of underground pipelines on highways. The data during the installation and construction of underground pipelines on highways include construction progress, material usage, and environmental parameters of the construction site;

[0099] Classify and process the collected real-time data and divide them according to the construction data categories;

[0100] The data analysis algorithm is used to automatically complete the data classification work. After the classification is completed, the real-time classification results of the installation and construction of underground pipelines in highways are obtained;

[0101] The real-time classification results are matched with the established construction data progress nodes to determine whether the current construction status corresponds to the construction data progress nodes. According to the real-time classification results, the relevant data is transmitted to the corresponding construction data progress nodes.

[0102] Specifically, the method for verifying the installation position of an underground pipeline on a highway provided by the present invention, step S105 includes:

[0103] Match the supervision construction supervision standard data with the construction data category to determine the construction data category corresponding to each supervision standard data. The construction data category corresponding to the supervision standard data includes the excavation standard corresponding to the excavation data category and the pipeline installation standard corresponding to the pipeline installation data category;

[0104] According to the matched construction data category, the corresponding smart contract is matched, the construction supervision standard data is configured in the corresponding smart contract, and the compliance check rules and threshold parameters are set.

[0105] Specifically, the method for verifying the installation position of an underground pipeline on a highway provided by the present invention, step S105 includes:

[0106] Input the actual construction data in the construction data progress node into the corresponding smart contract, which will automatically execute the preset rules and logic to verify the compliance of the construction data;

[0107] If the smart contract verification is passed, the construction data of the current node meets the supervision standards and enters the next construction data progress node in the preset sequence of construction data progress nodes;

[0108] If the verification fails, the corresponding processing mechanism will be triggered, including alarm and rectification notice;

[0109] Repeat the above steps during the construction process until all construction data progress nodes are verified;

[0110] The verification results of each construction data progress node are summarized to form the inspection and verification results of the installation location of underground pipelines in the highway.

[0111] The technical solution of the present invention is mainly to realize the automation and accuracy improvement of the inspection and verification of the installation location of underground pipelines on highways by introducing smart contracts. Specifically, it includes the following key steps:

[0112] Data acquisition and matching: First, obtain the installation and construction data, construction sequence data, and supervision and construction supervision standard data of the underground pipelines of the highway. Then match these data with the preset construction data categories to improve the accuracy and completeness of the data.

[0113] Application of smart contracts: Construction data is associated with the corresponding smart contracts based on the matching results. Compliance check rules and threshold parameters are preset in smart contracts, which can automatically verify and check the compliance of construction data, thereby reducing the need for manual intervention.

[0114] Automated verification and progress update: Through the automatic execution of smart contracts, construction data is verified in real time. If the data meets the supervision standards, the system will automatically update the construction data progress node and enter the next construction data progress node in the preset sequence. This ensures the continuity and accuracy of construction.

[0115] Problem handling and result output: When the smart contract verification fails, the system will trigger the corresponding problem handling mechanism, such as issuing an alarm or rectification notice. At the same time, as the construction progresses, the system will continuously summarize the verification results of each node and eventually form an inspection and verification report on the installation location of the underground pipeline on the highway.

[0116] The technical solution of the present invention can effectively solve the problem of reduced accuracy caused by large amount of inspection and verification data and excessive manual intervention. The introduction of smart contracts not only improves the verification efficiency, but also ensures the safety, stability and functionality of the pipeline system.

[0117] Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. Thus, if these modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include these modifications and variations, and the above-described embodiments of the present invention do not constitute a limitation on the scope of protection of the present invention.

Claims

1. A method for verifying the installation position of underground pipelines on expressways, characterized in that: include: Step S101, obtaining construction data, construction sequence data, and construction supervision standard data for underground pipeline installation on expressways; Step S102, determining the highway underground pipeline installation node according to the construction sequence data, matching the highway underground pipeline installation node with the highway underground pipeline installation construction data and the supervision and construction supervision standard data to obtain the construction data category; Step S103, establishing a corresponding block in the blockchain according to the construction data category, obtaining a block data set, establishing a corresponding smart contract for the block data set, and combining the block data and the corresponding smart contract to form a construction data progress node; Step S104, collecting real-time data of the installation and construction of underground pipelines in expressways, classifying the real-time data of the installation and construction of underground pipelines in expressways, obtaining real-time classification results of the installation and construction of underground pipelines in expressways, establishing a matching relationship between the real-time classification results of the installation and construction of underground pipelines in expressways and the progress nodes of construction data, and transmitting the real-time classification results of the installation and construction of underground pipelines in expressways to the corresponding progress nodes of construction data; Step S105, match the supervision construction supervision standard data with the construction data category to obtain the construction data category corresponding to the supervision construction supervision standard data, match the supervision construction supervision standard data according to the corresponding construction data category to obtain the corresponding smart contract, configure the supervision construction supervision standard data in the corresponding smart contract, input the data in the construction data progress node into the corresponding smart contract, if the smart contract passes, enter the next construction data progress node in the preset order of the construction data progress node, summarize each construction data progress node, and obtain the inspection and verification result of the installation position of the underground pipeline of the highway.

2. The method for verifying the installation position of underground pipelines on expressways as claimed in claim 1, characterized in that: The step S101 includes: The construction data of underground pipeline installation on expressways includes underground pipeline installation information, which includes pipeline type, specification, material, design direction and burial depth; Receive the construction sequence, time node and expected completion time of each step in the underground pipeline installation information set by the user to form construction sequence data; Obtain construction supervision standards for underground pipeline installation projects from relevant supervision agencies or industry specifications. The construction supervision standard data includes project quality acceptance standards, safety construction specifications, and environmental protection requirements, which will be used for subsequent compliance verification of the construction process.

3. The method for verifying the installation position of underground pipelines on expressways as claimed in claim 1, characterized in that: The step S102 includes: According to the construction sequence data, the installation nodes of underground pipelines on expressways are determined. The installation nodes of underground pipelines on expressways include excavation nodes, pipeline installation nodes, interface connection nodes and backfill nodes. Matching the determined installation nodes of underground pipelines on expressways with the construction data of underground pipelines on expressways; Match the underground pipeline installation nodes of the highway with the supervision and construction supervision standard data to determine the quality standards and safety specifications that need to be met at each underground pipeline installation node of the highway. According to the matching results, classify the construction data to obtain the construction data category, which includes excavation data category, pipeline installation data category and backfill data category.

4. The method for verifying the installation position of underground pipelines on expressways as claimed in claim 1, characterized in that: The step S103 includes: Corresponding blocks are established on the blockchain according to the types of construction data. Each block is used to store and manage the corresponding type of construction data. All established blocks are integrated to form a block data set. The block data set includes the installation and construction data of underground pipelines on highways. Smart contracts are built based on the data categories in the block and the installation and construction data of underground pipelines on highways. Smart contracts include data verification rules, processing logic, and permission control; Associate the data of each block with its corresponding smart contract to form a construction data progress node.

5. The method for verifying the installation position of underground pipelines on expressways as claimed in claim 1, characterized in that: The step S104 includes: Use sensors and monitoring systems to collect real-time data during the installation and construction of underground pipelines on highways. The data during the installation and construction of underground pipelines on highways include construction progress, material usage, and environmental parameters of the construction site; Classify and process the collected real-time data and divide them according to the construction data categories; The data analysis algorithm is used to automatically complete the data classification work. After the classification is completed, the real-time classification results of the installation and construction of underground pipelines in highways are obtained; The real-time classification results are matched with the established construction data progress nodes to determine whether the current construction status corresponds to the construction data progress nodes. According to the real-time classification results, the relevant data is transmitted to the corresponding construction data progress nodes.

6. The method for verifying the installation position of underground pipelines on expressways as claimed in claim 1, characterized in that: The step S105 includes: Match the supervision construction supervision standard data with the construction data category to determine the construction data category corresponding to each supervision standard data. The construction data category corresponding to the supervision standard data includes the excavation standard corresponding to the excavation data category and the pipeline installation standard corresponding to the pipeline installation data category; According to the matched construction data category, the corresponding smart contract is matched, the construction supervision standard data is configured in the corresponding smart contract, and the compliance check rules and threshold parameters are set.

7. The method for verifying the installation position of underground pipelines on expressways as claimed in claim 1, characterized in that: The step S105 includes: Input the actual construction data in the construction data progress node into the corresponding smart contract, which will automatically execute the preset rules and logic to verify the compliance of the construction data; If the smart contract verification is passed, the construction data of the current node meets the supervision standards and enters the next construction data progress node in the preset sequence of construction data progress nodes; If the verification fails, the corresponding processing mechanism will be triggered, including alarm and rectification notice; Repeat the above steps during the construction process until all construction data progress nodes have been verified; The verification results of each construction data progress node are summarized to form the inspection and verification results of the installation location of underground pipelines in the highway.

Images