A test method and test system for anti-seepage performance testing
Through the application of anti-seepage testing management devices and data acquisition devices, the problem that traditional anti-seepage testing methods cannot comprehensively evaluate the performance of the anti-seepage layer is solved, and efficient and accurate anti-seepage performance testing is achieved, ensuring the stability and safety of the project .
Patent Information
- Application Number
- CN202411389956.5
- Authority / Receiving Office
- CN · China
- Patent Type
- Patents(China)
- Current Assignee / Owner
- Filing Date
- 2024-10-08
- Publication Date
- 2024-12-13
- Estimated Expiration
- 2044-10-08
AI Technical Summary
Traditional anti-seepage testing methods cannot comprehensively and accurately evaluate the performance of the anti-seepage layer, and are not effective under complex geological structures and variable hydrological conditions, resulting in unstable anti-seepage performance and may cause safety accidents.
Adopt anti-seepage test management device and data acquisition device, by establishing anti-seepage test data management containers, collecting and dividing target area data, generating standard leakage data sequences, judging the completion degree of leakage data acquisition, and performing them according to the difference value and ratio threshold. Anti-leakage construction ensures the accuracy and timeliness of test results.
Comprehensive anti-seepage performance testing has been achieved, timely discovering and handling defects of the anti-seepage layer, ensuring project quality and safety, improving testing efficiency and accuracy, and reducing the risks of human errors and missed inspections.
Smart Images
Figure CN118914039B_ABST
Abstract
Description
Technical Field
[0001] The invention relates to the technical field of water conservancy engineering and building anti-seepage, and in particular to a test method and a test system for anti-seepage performance testing. Background Art
[0002] In the field of water conservancy engineering and construction, anti-seepage technology has always been a key link in ensuring structural stability and safety. Traditional anti-seepage methods mainly rely on empirical judgment and simple on-site tests, which have many limitations. For example, they are often unable to comprehensively and accurately evaluate the performance of the anti-seepage layer, nor can they detect potential leakage risks in a timely manner. In addition, traditional methods often have poor effects when dealing with complex geological structures and changeable hydrological conditions, resulting in unstable anti-seepage performance and even causing serious safety accidents.
[0003] With the advancement of science and technology, some new anti-seepage testing technologies have gradually emerged, such as pressure testing and resistivity testing. However, these technologies still have some problems in practical applications. For example, pressure testing may lead to inaccurate test results due to improper operation or equipment failure; resistivity testing may be affected by environmental factors such as soil moisture and temperature, resulting in reduced reliability of test results.
[0004] However, traditional anti-seepage testing methods are often time-consuming, labor-intensive and inefficient. Therefore, how to comprehensively and accurately evaluate the performance of the anti-seepage layer and ensure that the test results can truly reflect the actual condition of the anti-seepage layer is a major challenge facing current anti-seepage technology. Summary of the invention
[0005] The purpose of the present invention is to overcome the deficiencies of the prior art and provide a test method for anti-seepage performance testing, comprising the following steps:
[0006] Step 1: The anti-seepage test management device establishes an anti-seepage test data management container according to the information of the target area to be tested, the anti-seepage data acquisition device acquires the data of the target area to be tested, the feature acquisition device obtains the anti-seepage test feature according to the data of the target area to be tested, and the anti-seepage test data management container divides the target area to be tested into multiple sub-areas according to the anti-seepage test feature to obtain a leakage test sequence of the target area to be tested;
[0007] Step 2: The anti-seepage test data management container obtains a standard leakage data sequence of the target area to be tested according to the leakage rate corresponding to the anti-seepage feature and the leakage test sequence of the target area to be tested, and sends the standard leakage data sequence of the target area to be tested to the anti-seepage test data management container;
[0008] Step 3: The anti-seepage test data management container generates leakage data management containers for corresponding sub-areas according to the standard leakage data sequence of the target area to be tested;
[0009] Step 4: The anti-seepage data collection device collects the leakage data of each sub-area of the target area to be tested after the construction is completed, and transmits the leakage data of each sub-area of the target area to be tested to the leakage data management container of the corresponding sub-area. The leakage data management container of the corresponding sub-area determines whether the leakage data collection is completed. If it is completed, go to step 6; otherwise, go to step 5;
[0010] Step 5, sending the information of the sub-region where the leakage data collection has not been completed to the leakage data management container of the corresponding sub-region, and the anti-seepage data collection device continues to collect the leakage data of the sub-region where the collection has not been completed, and returning to step 4;
[0011] Step 6: Obtain the difference between the leakage data of each sub-area and the corresponding standard leakage data. If the difference is not greater than the preset leakage warning threshold, proceed to step 8; otherwise, proceed to step 7.
[0012] Step seven, obtain the area ratio of the sub-area whose difference is greater than the preset leakage warning threshold. If the area ratio is not greater than the preset ratio threshold, perform anti-leakage construction on the sub-area whose difference is greater than the preset leakage warning threshold, and conduct an anti-leakage test. After the test is passed, proceed to step eight; otherwise, the anti-leakage test of the target area to be tested fails.
[0013] Step 8: Complete the anti-leakage test of the target to be tested.
[0014] Furthermore, the anti-seepage data acquisition device acquires data of the target area to be tested, and the feature acquisition device obtains anti-seepage test features according to the data of the target area to be tested, including:
[0015] The anti-seepage test features include single anti-seepage features and comprehensive anti-seepage features. If the length of the anti-seepage area between the construction units in the target area to be tested is less than the feature division length threshold, the anti-seepage test feature is a comprehensive anti-seepage feature; otherwise, it is a single anti-seepage feature.
[0016] Furthermore, the anti-seepage test data management container divides the target area to be tested into multiple sub-areas according to the anti-seepage test characteristics to obtain a leakage test sequence of the target area to be tested, including:
[0017] If it is a comprehensive anti-seepage feature, the target area to be tested is divided according to the preset number of construction units to obtain multiple sub-areas;
[0018] If it is a single anti-seepage feature, the target area to be tested is divided according to the construction unit to obtain multiple sub-areas.
[0019] Furthermore, the anti-seepage test data management container obtains a standard leakage data sequence of the target area to be tested according to the leakage rate corresponding to the anti-seepage feature and the leakage test sequence of the target area to be tested, including:
[0020] According to the leakage rate corresponding to the anti-seepage feature, the standard leakage data of each sub-area is obtained, and according to the leakage test sequence of the target area to be tested, the standard leakage data sequence of the target area to be tested is obtained.
[0021] Furthermore, the transmitting of the leakage data of each sub-area of the target area to be tested to the leakage data management container of the corresponding sub-area, and the leakage data management container of the corresponding sub-area judging whether the collection of the leakage data is completed, comprises:
[0022] If the leakage data of the sub-area does not change within the set collection time, the collection of the leakage data of the sub-area is completed, otherwise, it is not completed.
[0023] Furthermore, the method of obtaining the area ratio of the sub-areas whose difference is greater than a preset leakage warning threshold value includes:
[0024] The area ratio is the ratio of the sub-areas whose difference is greater than the preset leakage warning threshold to the sub-areas.
[0025] A test system for anti-seepage performance testing, applying the test method for anti-seepage performance testing, comprising a leakage data acquisition device, a data processing module, a cloud data server, a communication module, an anti-seepage test management device and a display module;
[0026] The communication module, anti-seepage test management device and display module are respectively connected to the data processing module, the cloud data server is communicatively connected to the communication module; the leakage data acquisition device is connected to the anti-seepage test management device.
[0027] The beneficial effects of the present invention are: through comprehensive anti-seepage performance testing, defects and deficiencies in the anti-seepage layer can be discovered and dealt with in a timely manner, thereby ensuring the quality and safety of the project, avoiding leakage, water damage and other problems caused by poor anti-seepage performance, and ensuring the stability and durability of the project structure.
[0028] The application of the anti-seepage performance test management device and data acquisition device realizes the automatic collection, transmission and analysis of anti-seepage test data. This helps to improve the efficiency and accuracy of the test work and reduce the risk of human error and missed detection. BRIEF DESCRIPTION OF THE DRAWINGS
[0029] Figure 1 A schematic diagram of a flow chart of a test method for anti-seepage performance testing;
[0030] Figure 2 It is a principle schematic diagram of a test system for anti-seepage performance testing;
[0031] Figure 3This is a schematic diagram of the principle of the leakage data acquisition device. DETAILED DESCRIPTION
[0032] The technical solution of the present invention is further described in detail below in conjunction with the accompanying drawings, but the protection scope of the present invention is not limited to the following.
[0033] The features and performance of the present invention are further described in detail below in conjunction with the embodiments.
[0034] like Figure 1 As shown, a test method for anti-seepage performance testing comprises the following steps:
[0035] Step 1: The anti-seepage test management device establishes an anti-seepage test data management container according to the information of the target area to be tested, the anti-seepage data acquisition device acquires the data of the target area to be tested, the feature acquisition device obtains the anti-seepage test feature according to the data of the target area to be tested, and the anti-seepage test data management container divides the target area to be tested into multiple sub-areas according to the anti-seepage test feature to obtain a leakage test sequence of the target area to be tested;
[0036] Step 2: The anti-seepage test data management container obtains a standard leakage data sequence of the target area to be tested according to the leakage rate corresponding to the anti-seepage feature and the leakage test sequence of the target area to be tested, and sends the standard leakage data sequence of the target area to be tested to the anti-seepage test data management container;
[0037] Step 3: The anti-seepage test data management container generates leakage data management containers for corresponding sub-areas according to the standard leakage data sequence of the target area to be tested;
[0038] Step 4: The anti-seepage data collection device collects the leakage data of each sub-area of the target area to be tested after the construction is completed, and transmits the leakage data of each sub-area of the target area to be tested to the leakage data management container of the corresponding sub-area. The leakage data management container of the corresponding sub-area determines whether the leakage data collection is completed. If it is completed, go to step 6; otherwise, go to step 5;
[0039] Step 5, sending the information of the sub-region where the leakage data collection has not been completed to the leakage data management container of the corresponding sub-region, and the anti-seepage data collection device continues to collect the leakage data of the sub-region where the collection has not been completed, and returning to step 4;
[0040] Step 6: Obtain the difference between the leakage data of each sub-area and the corresponding standard leakage data. If the difference is not greater than the preset leakage warning threshold, proceed to step 8; otherwise, proceed to step 7.
[0041] Step seven, obtain the area ratio of the sub-area whose difference is greater than the preset leakage warning threshold. If the area ratio is not greater than the preset ratio threshold, perform anti-leakage construction on the sub-area whose difference is greater than the preset leakage warning threshold, and conduct an anti-leakage test. After the test is passed, proceed to step eight; otherwise, the anti-leakage test of the target area to be tested fails.
[0042] Step 8: Complete the anti-leakage test of the target to be tested.
[0043] The anti-seepage data acquisition device acquires data of the target area to be tested, and the feature acquisition device obtains anti-seepage test features according to the data of the target area to be tested, including:
[0044] The anti-seepage test features include single anti-seepage features and comprehensive anti-seepage features. If the length of the anti-seepage area between the construction units in the target area to be tested is less than the feature division length threshold, the anti-seepage test feature is a comprehensive anti-seepage feature; otherwise, it is a single anti-seepage feature.
[0045] The anti-seepage test data management container divides the target area to be tested into multiple sub-areas according to the anti-seepage test characteristics, and obtains a leakage test sequence of the target area to be tested, including:
[0046] If it is a comprehensive anti-seepage feature, the target area to be tested is divided according to the preset number of construction units to obtain multiple sub-areas;
[0047] If it is a single anti-seepage feature, the target area to be tested is divided according to the construction unit to obtain multiple sub-areas.
[0048] The anti-seepage test data management container obtains a standard leakage data sequence of the target area to be tested according to the leakage rate corresponding to the anti-seepage feature and the leakage test sequence of the target area to be tested, including:
[0049] According to the leakage rate corresponding to the anti-seepage feature, the standard leakage data of each sub-area is obtained, and according to the leakage test sequence of the target area to be tested, the standard leakage data sequence of the target area to be tested is obtained.
[0050] The transmitting of the leakage data of each sub-area of the target area to be tested to the leakage data management container of the corresponding sub-area, and the leakage data management container of the corresponding sub-area judging whether the collection of the leakage data is completed, comprises:
[0051] If the leakage data of the sub-area does not change within the set collection time, the collection of the leakage data of the sub-area is completed, otherwise, it is not completed.
[0052] The method of obtaining the area ratio of the sub-areas whose difference is greater than the preset leakage warning threshold value includes:
[0053] The area ratio is the ratio of the sub-areas whose difference is greater than the preset leakage warning threshold to the sub-areas.
[0054] like Figure 2 As shown, a test system for anti-seepage performance testing, applying the test method for anti-seepage performance testing, includes a leakage data acquisition device, a data processing module, a cloud data server, a communication module, an anti-seepage test management device and a display module;
[0055] The communication module, anti-seepage test management device and display module are respectively connected to the data processing module, the cloud data server is communicatively connected to the communication module; the leakage data acquisition device is connected to the anti-seepage test management device.
[0056] like Figure 3 As shown, the leakage data collection device includes a plurality of leakage collectors, and the plurality of leakage collectors are respectively connected to the anti-seepage test management device.
[0057] Specifically, the test methods include:
[0058] Step 1: Data preparation and regional division
[0059] Functions of the anti-seepage test management device: First, the anti-seepage test management device establishes an anti-seepage test data management container based on the information of the target area to be tested (such as geographical location, area, structure type, etc.). This container is the storage and processing center for all subsequent anti-seepage test data.
[0060] Data collection and feature extraction: The anti-seepage data collection device is responsible for collecting basic data of the target area to be tested, which may include geological structure, soil type, hydrological conditions, etc. The feature collection device extracts anti-seepage test features based on these data, and these features can reflect the anti-seepage performance of the area to be tested.
[0061] Region division: The anti-seepage test data management container divides the target area to be tested into multiple sub-areas based on the extracted anti-seepage test features. The purpose of this step is to more finely evaluate the anti-seepage performance of different areas and obtain the leakage test sequence of the target area to be tested.
[0062] Classification of anti-seepage test characteristics: Anti-seepage test characteristics include single anti-seepage characteristics and comprehensive anti-seepage characteristics. If the length of the anti-seepage area between the construction units in the target area to be tested is less than the characteristic division length threshold, it is regarded as a comprehensive anti-seepage characteristic, indicating that the anti-seepage performance of each construction unit has a great influence on each other; otherwise, it is regarded as a single anti-seepage characteristic, that is, the anti-seepage performance of each construction unit is relatively independent.
[0063] Area division method: For comprehensive anti-seepage characteristics, the target area to be tested is evenly divided into multiple sub-areas according to the preset number of construction units; for single anti-seepage characteristics, it is directly divided according to the boundaries of the construction units.
[0064] Step 2: Generation of standard leakage data sequence
[0065] Determination of leakage rate: The anti-seepage test data management container determines the leakage rate corresponding to each sub-area according to the anti-seepage characteristics. The leakage rate is an important indicator to measure the anti-seepage performance, which reflects the amount of liquid passing through the anti-seepage layer per unit time.
[0066] Generation of standard leakage data sequence: Based on the leakage rate and the leakage test sequence of the target area to be tested, the anti-seepage test data management container generates a standard leakage data sequence of the target area to be tested. This sequence is an important reference for the subsequent evaluation of anti-seepage performance.
[0067] Step 3: Generate the Leakage Data Management Container
[0068] The anti-seepage test data management container generates leakage data management containers for corresponding sub-areas according to the standard leakage data sequence of the target area to be tested. These containers are used to store and manage the leakage data of each sub-area, which is convenient for subsequent data analysis and processing.
[0069] Step 4: Collection and transmission of leakage data
[0070] Data collection: The anti-seepage data collection device is responsible for collecting the leakage data of each sub-area of the target area to be tested after the construction is completed. These data may include leakage amount, leakage speed, leakage location, etc.
[0071] Data transmission and judgment: The collected leakage data is transmitted to the leakage data management container of the corresponding sub-area. The program in the container will automatically determine whether the leakage data collection is completed. The basis for judgment is whether the leakage data of the sub-area does not change within the set collection time.
[0072] Step 5: Processing of incomplete data collection
[0073] For sub-areas where leakage data has not been collected, the anti-seepage test data management container will send relevant information to the leakage data management container of the corresponding sub-area. The anti-seepage data collection device will continue to collect leakage data of these sub-areas until data collection is completed. This step ensures that the leakage data of all sub-areas are fully collected.
[0074] Step 6: Comparison and analysis of leakage data
[0075] Data comparison: Get the difference between the leakage data of each sub-area and the corresponding standard leakage data. This difference reflects the difference between the actual anti-seepage performance and the expected anti-seepage performance.
[0076] Preliminary judgment: If the difference of all sub-areas is not greater than the preset leakage warning threshold, it means that the anti-seepage performance of the target area to be tested basically meets the requirements and can proceed to the next step; otherwise, it is necessary to proceed to step seven for further analysis.
[0077] Step 7: Treatment of unqualified anti-seepage performance
[0078] Calculation of regional ratio: Obtain the regional ratio of sub-regions whose difference is greater than the preset leakage warning threshold. This ratio reflects the proportion of sub-regions with unqualified anti-seepage performance in the entire target area to be tested.
[0079] Treatment measures: If the regional ratio is not greater than the preset ratio threshold, anti-leakage construction is carried out on the sub-area where the difference is greater than the preset leakage warning threshold, and an anti-leakage test is performed. If the test is qualified, the next step can be entered; otherwise, it means that the overall anti-seepage performance of the target area to be tested is unqualified and comprehensive anti-seepage treatment is required.
[0080] Step 8: Testing completed
[0081] Complete the anti-leakage test of the target to be tested and issue a test report. The test report should record the test process, test results, treatment measures and other information in detail to provide a scientific basis for subsequent anti-seepage treatment.
[0082] A test system for anti-seepage performance testing includes a leakage data acquisition device, a data processing module, a cloud data server, a communication module, an anti-seepage test management device and a display module.
[0083] Leakage data acquisition device: responsible for collecting leakage data of the target area to be tested and transmitting the data to the anti-seepage test management device.
[0084] Data processing module: processes and analyzes the collected leakage data and generates leakage data reports.
[0085] Cloud data server: stores and manages all leaked data to ensure data security and traceability.
[0086] Communication module: realizes the communication connection between the components within the system to ensure the smooth transmission of data.
[0087] Anti-seepage test management device: responsible for the management and control of the entire test process, including data collection, processing, analysis and report generation.
[0088] Display module: displays real-time data and results during the test, allowing users to understand the test progress and results at any time.
[0089] Example 1: Water conservancy project anti-seepage performance test
[0090] A large-scale water conservancy project is located in a rainy area. In order to ensure its long-term stable operation, its anti-seepage performance needs to be fully tested. The project includes multiple dam sections, and the anti-seepage requirements of each dam section are different. Therefore, the anti-seepage performance test method described in this article is used for testing.
[0091] Data preparation and regional division:
[0092] Use the anti-seepage test management device to establish an anti-seepage test data management container based on the geographical location of the water conservancy project, embankment section division and other information.
[0093] The anti-seepage data acquisition device collects basic data such as the geological structure, soil type, and hydrological conditions of the dam section. The feature acquisition device extracts the anti-seepage test characteristics of each dam section based on the basic data, such as the thickness of the anti-seepage layer and the type of anti-seepage material. Based on the anti-seepage test characteristics, the water conservancy project is divided into multiple sub-areas, each of which corresponds to a dam section.
[0094] Generation of standard leakage data series: Determine the leakage rate of each dam section based on the anti-seepage characteristics. Generate a standard leakage data series for the water conservancy project as a reference for subsequent evaluation of anti-seepage performance.
[0095] Generation of leakage data management container: Generate a corresponding leakage data management container for each dam section sub-area.
[0096] Collection and transmission of leakage data: Use anti-seepage data collection devices to regularly collect leakage data of each dam section and transmit the collected data to the corresponding leakage data management container.
[0097] Data comparison and analysis: Compare the leakage data of each dam section with the standard leakage data and calculate the difference. If the difference is found to be greater than the preset leakage warning threshold, proceed to the next step of analysis.
[0098] Treatment of unqualified anti-seepage performance: Calculate the regional ratio of the dam section whose difference is greater than the warning threshold. If the regional ratio is not greater than the preset ratio threshold, anti-leakage construction is carried out on the unqualified dam section and retest is carried out. If the retest is qualified, the test is completed; otherwise, the entire water conservancy project needs to be treated for anti-seepage.
[0099] Test completion: Issue a water conservancy project anti-seepage performance test report, and record the test process, results and treatment measures in detail.
[0100] Implementation effect:
[0101] Through this test, the problem of insufficient anti-seepage performance of some dam sections in the water conservancy project was discovered in time, and effective anti-seepage treatment measures were taken, ensuring the long-term stable operation of the water conservancy project.
[0102] Example 2: Basement anti-seepage performance test
[0103] The basement of a high-rise building is located in an area with a high groundwater level. To ensure that its anti-seepage performance meets the design requirements, an anti-seepage performance test is required. The basement consists of multiple functional areas, each with different anti-seepage requirements, so the anti-seepage performance test method described in this article is used for testing.
[0104] Data preparation and regional division:
[0105] Use the anti-seepage test management device to establish an anti-seepage test data management container based on the geographical location of the basement, functional area division and other information. Use the anti-seepage data acquisition device to collect basic data such as the geological structure, soil type, groundwater level, etc. of the basement. The feature acquisition device extracts the anti-seepage test characteristics of each functional area based on the basic data, such as the anti-seepage layer material, thickness, construction process, etc. According to the anti-seepage test characteristics, the basement is divided into multiple sub-areas, each of which corresponds to a functional area.
[0106] Generation of standard leakage data series Based on the anti-seepage characteristics, the leakage rate of each functional area is determined. Generate a standard leakage data series for the basement.
[0107] Generation of leakage data management container: Generate a corresponding leakage data management container for each functional area sub-area.
[0108] Collection and transmission of leakage data: Use anti-seepage data collection devices to regularly collect leakage data from each functional area and transmit the collected data to the corresponding leakage data management container.
[0109] Data comparison and analysis: Compare the leakage data of each functional area with the standard leakage data and calculate the difference. If the difference is found to be greater than the preset leakage warning threshold, proceed to the next step of analysis.
[0110] Treatment of unqualified anti-seepage performance: Calculate the regional ratio of functional areas whose difference is greater than the warning threshold. If the regional ratio is not greater than the preset ratio threshold, anti-leakage construction is carried out on the unqualified functional areas and retest is carried out. If the retest is qualified, the test is completed; otherwise, the entire basement needs to be treated for anti-seepage.
[0111] Test completed: Issue a basement waterproofing performance test report, detailing the test process, results and treatment measures.
[0112] Through this test, the problem of insufficient anti-seepage performance in some functional areas of the basement was discovered in time, and targeted anti-seepage treatment measures were taken. The normal use and long-term stability of the basement were ensured. At the same time, the test report also provided valuable reference information for subsequent basement maintenance and management.
Claims
1. A test method for anti-seepage performance testing, characterized in that: The steps include: Step 1: The anti-seepage test management device establishes an anti-seepage test data management container according to the information of the target area to be tested, the anti-seepage data acquisition device acquires the data of the target area to be tested, the feature acquisition device obtains the anti-seepage test feature according to the data of the target area to be tested, and the anti-seepage test data management container divides the target area to be tested into multiple sub-areas according to the anti-seepage test feature to obtain a leakage test sequence of the target area to be tested; Step 2: The anti-seepage test data management container obtains a standard leakage data sequence of the target area to be tested according to the leakage rate corresponding to the anti-seepage feature and the leakage test sequence of the target area to be tested, and sends the standard leakage data sequence of the target area to be tested to the anti-seepage test data management container; Step 3: The anti-seepage test data management container generates leakage data management containers for corresponding sub-areas according to the standard leakage data sequence of the target area to be tested; Step 4: The anti-seepage data collection device collects the leakage data of each sub-area of the target area to be tested after the construction is completed, and transmits the leakage data of each sub-area of the target area to be tested to the leakage data management container of the corresponding sub-area. The leakage data management container of the corresponding sub-area determines whether the leakage data collection is completed. If it is completed, go to step 6; otherwise, go to step 5; Step 5, sending the information of the sub-region where the leakage data collection has not been completed to the leakage data management container of the corresponding sub-region, and the anti-seepage data collection device continues to collect the leakage data of the sub-region where the collection has not been completed, and returning to step 4; Step 6: Obtain the difference between the leakage data of each sub-area and the corresponding standard leakage data. If the difference is not greater than the preset leakage warning threshold, proceed to step 8; otherwise, proceed to step 7. Step 7, obtaining the area ratio of the sub-area whose difference is greater than the preset leakage warning threshold, if the area ratio is not greater than the preset ratio threshold, then anti-leakage construction is carried out on the sub-area whose difference is greater than the preset leakage warning threshold, and an anti-leakage test is carried out. If the test is qualified, proceed to step 8; otherwise, the anti-leakage of the target area to be tested is unqualified; Step 8, completing the anti-leakage test of the target to be tested; The anti-seepage data acquisition device acquires data of the target area to be tested, and the feature acquisition device obtains anti-seepage test features according to the data of the target area to be tested, including: The anti-seepage test features include single anti-seepage features and comprehensive anti-seepage features. If the length of the anti-seepage area between the construction units in the target area to be tested is less than the feature division length threshold, the anti-seepage test feature is a comprehensive anti-seepage feature; otherwise, it is a single anti-seepage feature.
2. A test method for anti-seepage performance testing according to claim 1, characterized in that: The anti-seepage test data management container divides the target area to be tested into multiple sub-areas according to the anti-seepage test characteristics, and obtains a leakage test sequence of the target area to be tested, including: If it is a comprehensive anti-seepage feature, the target area to be tested is divided according to the preset number of construction units to obtain multiple sub-areas; If it is a single anti-seepage feature, the target area to be tested is divided according to the construction unit to obtain multiple sub-areas.
3. A test method for anti-seepage performance testing according to claim 1, characterized in that: The anti-seepage test data management container obtains a standard leakage data sequence of the target area to be tested according to the leakage rate corresponding to the anti-seepage feature and the leakage test sequence of the target area to be tested, including: According to the leakage rate corresponding to the anti-seepage feature, the standard leakage data of each sub-area is obtained, and according to the leakage test sequence of the target area to be tested, the standard leakage data sequence of the target area to be tested is obtained.
4. A test method for anti-seepage performance testing according to claim 1, characterized in that: The transmitting of the leakage data of each sub-area of the target area to be tested to the leakage data management container of the corresponding sub-area, and the leakage data management container of the corresponding sub-area judging whether the collection of the leakage data is completed, comprises: If the leakage data of the sub-area does not change within the set collection time, the collection of the leakage data of the sub-area is completed, otherwise, it is not completed.
5. A test method for anti-seepage performance testing according to claim 1, characterized in that: The method of obtaining the area ratio of the sub-areas whose difference is greater than the preset leakage warning threshold value includes: The area ratio is the ratio of the sub-areas whose difference is greater than the preset leakage warning threshold to the sub-areas.
6. A test system for anti-seepage performance testing, characterized in that: A test method for anti-seepage performance testing according to any one of claims 1 to 5, comprising a leakage data acquisition device, a data processing module, a cloud data server, a communication module, an anti-seepage test management device and a display module; The communication module, anti-seepage test management device and display module are respectively connected to the data processing module, the cloud data server is communicatively connected to the communication module; the leakage data acquisition device is connected to the anti-seepage test management device.