Geotechnical test undisturbed sample full life cycle tracing system
Through the full life cycle traceability system of geotechnical test original sample, digital collection and analysis is used using database and unique identification module, the completeness, accuracy and efficiency of original sample data traceability in geotechnical test is solved, and more efficient information management and Trace back.
Patent Information
- Application Number
- CN202411149974.6
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2024-08-21
- Publication Date
- 2024-12-13
AI Technical Summary
The traceability method of the original sample data in existing geotechnical tests is problematic of completeness, accuracy and efficiency, especially when multiple units cooperate, it is difficult to achieve unified management and effective traceability of each link.
A full life cycle traceability system for geotechnical test original samples is designed, including a traceability information database, a unique identification module and an original sample information collection module. The information of the nodes such as sample delivery, sample collection, sample preparation, and test are digitally and standardized. Collect and store, and use QR codes to realize unique identification and query analysis of information.
It improves the traceability, accuracy and efficiency of original sample information, ensures the data reliability and traceability of each link, especially in the case of cooperation between multiple units, and realizes unified management and analysis.
Smart Images
Figure CN119127965A_ABST
Abstract
Description
Technical Field
[0001] The present application relates to the field of geotechnical testing technology, and in particular to a full life cycle traceability system for geotechnical testing undisturbed samples. Background Art
[0002] Geotechnical testing refers to testing of the physical, mechanical, and chemical properties of soil, and is divided into in-situ testing and indoor testing. Indoor testing is to test the test samples retrieved from the site, among which the undisturbed sample is a very important test sample. The undisturbed sample refers to the underground soil layer or rock and mineral layer sample taken out by drilling method without external disturbance and maintaining the original structure. This kind of sample is particularly important in the fields of engineering geological survey, soil investigation, archaeological drilling, etc., because it can provide geological information that is closest to the natural state. The importance of the undisturbed sample lies in that it can truly reflect the natural water content and structure of the underground soil layer, which is crucial for evaluating the engineering properties of the soil, conducting experiments such as soil naming, water content, density, and strength parameters.
[0003] The original sample is taken from the site to the indoor test, generally it has to go through several links such as sample delivery, sample collection, sample preparation, and test. Each link will generate multi-source information and data, which is an important basis for evaluating the authenticity and reliability of the test results in the future. Therefore, it is very necessary to achieve traceability of each link. However, the current traceability means still rely on specialized management personnel and mainly paper materials, and the integrity, accuracy and efficiency of traceability are relatively poor. Summary of the invention
[0004] The present application aims to solve the problems of poor integrity, accuracy and efficiency in the existing data traceability methods of undisturbed samples, and proposes a full life cycle traceability system for undisturbed samples of geotechnical tests.
[0005] The technical solution adopted by this application to solve the above technical problems is:
[0006] A full life cycle traceability system for geotechnical test undisturbed samples, including:
[0007] A traceability information database is used to store information data of each node in the whole life cycle of the original sample, wherein the information data includes original sample delivery information corresponding to the sample delivery node, original sample collection information corresponding to the sample collection node, original sample preparation information corresponding to the sample preparation node, and original sample test information corresponding to the test node;
[0008] A unique identification module, used to uniquely identify the original sample based on the sample secret code, the sample clear code and the sample QR code, wherein the sample secret code is the sample identification code and the sample clear code is the sampling code;
[0009] The original sample information collection module is used to sort out the original sample delivery information, original sample collection information, original sample preparation information and original sample test information, fill them in the corresponding pre-generated standardized forms and store them in the traceability information database;
[0010] The traceability information query and analysis module is used to query, filter, count and compare the original sample information in the traceability information database according to the conditions input by the user.
[0011] Furthermore, the information data also includes attachment information corresponding to the sample delivery node, sample collection node, sample preparation node and test node, and the attachment information includes pictures, voice, video and documents of the corresponding nodes.
[0012] Furthermore, the original sample information collection module is also used to control the modification timing and modification authority of the information data.
[0013] Furthermore, the original sample delivery information includes: sample sampling information, sample delivery personnel and contact information, sample delivery time, sample delivery location, sample delivery unit and sample status, and the sample sampling information includes: sampling code, sampling time, sampling coordinates, sample purpose and sample size.
[0014] Furthermore, the original sample collection information includes: sample collection personnel and contact information, sample collection time, sample collection location, sample collection unit and sample status.
[0015] Furthermore, the original sample preparation information includes: each small sample number, sample preparation personnel and contact information, sample preparation time, sample preparation location, sample preparation tools and sample preparation method.
[0016] Furthermore, the original sample test information includes: the test number, test personnel, test time, test location, test instrument, test method, test data and test results corresponding to each small sample number.
[0017] The beneficial effect of the present application is that the full life cycle traceability system for geotechnical test undisturbed samples provided by the present application, starting from the professional perspective of work flow and geotechnical testing, decomposes the full life cycle of geotechnical test undisturbed samples into several key nodes such as sample delivery, sample collection, sample preparation, and testing. At the same time, it adopts a digital and standardized method to collect information and data on the full life cycle of geotechnical test undisturbed samples. Users use the traceability information database to trace the full life cycle information of undisturbed samples, thereby improving the integrity, accuracy, and efficiency of the tracing of undisturbed sample information. BRIEF DESCRIPTION OF THE DRAWINGS
[0018] Figure 1 A schematic diagram of the structure of a geotechnical test undisturbed sample full life cycle traceability system provided in an embodiment of the present application. DETAILED DESCRIPTION
[0019] In order to enable those skilled in the art to better understand the solution of the present application, the technical solution in the embodiments of the present application will be clearly and completely described below in conjunction with the drawings in the embodiments of the present application.
[0020] The technical solution of the embodiment of the present application is applicable to application scenarios where the information of the original sample needs to be traced after the geotechnical test of the original sample. Since the traceability means for the entire life cycle of the original sample still rely on specialized management personnel and mainly paper materials, the integrity, accuracy and efficiency of the traceability are poor. In particular, when multiple different units are involved in testing the original sample at the same location, it is difficult to achieve unified management and traceability and analysis of each link.
[0021] Based on this, the technical solution of the present application is proposed. In the embodiment of the present application, the whole life cycle traceability system of the original sample of the geotechnical test includes: a traceability information database, which is used to store information data of each node of the whole life cycle of the original sample, wherein the information data includes the original sample delivery information corresponding to the sample delivery node, the original sample collection information corresponding to the sample collection node, the original sample preparation information corresponding to the sample preparation node, and the original sample test information corresponding to the test node; a unique identification module, which is used to uniquely identify the original sample based on the sample secret code, the sample clear code and the sample QR code, wherein the sample secret code is the sample identification code, and the sample clear code is the sampling code; an original sample information collection module, which is used to sort out the original sample delivery information, the original sample collection information, the original sample preparation information and the original sample test information respectively, and fill them into the corresponding standardized forms generated in advance and store them in the traceability information database; a traceability information query and analysis module, which is used to query, screen, count and compare the original sample information in the traceability information database according to the conditions input by the user.
[0022] Specifically, this application decomposes the entire life cycle of geotechnical test undisturbed samples into several key nodes, namely, sample delivery, sample collection, sample preparation, and testing. For each node, the undisturbed sample information collection module is used to sort out the structured data corresponding to each node, namely, the undisturbed sample information, and fill it into the corresponding standardized form and store it in the traceability information database. Users can trace the undisturbed sample information throughout its entire life cycle in the traceability information database, such as query, screening, statistics, and comparative analysis, thereby improving the completeness, accuracy, and efficiency of the undisturbed sample information traceability.
[0023] The technical solutions in the embodiments of the present application will be clearly and completely described below in conjunction with the drawings in the embodiments of the present application. Obviously, the described embodiments are only part of the embodiments of the present application, rather than all of the embodiments.
[0024] See also Figure 1The geotechnical test undisturbed sample full life cycle traceability system provided in the embodiment of the present application includes: a traceability information database, a unique identification module, an undisturbed sample information collection module and a traceability information query and analysis module.
[0025] Among them, the traceability information database is used to store information data of each node in the entire life cycle of the original sample, and the information data includes the original sample delivery information corresponding to the sample delivery node, the original sample collection information corresponding to the sample collection node, the original sample preparation information corresponding to the sample preparation node and the original sample test information corresponding to the test node.
[0026] Specifically, the embodiment of the present application sorts out the relevant data in the whole life cycle workflow of the original sample "sample delivery" - "sample collection" - "sample preparation" - "testing", process control of each link, information and data collection, traceability information viewing and analysis, and conducts detailed database design and construction. The data types are divided into structured data and unstructured data. Among them. Structured data includes: original sample delivery information, original sample collection information, original sample preparation information and original sample test information. Unstructured data includes: pictures, voice, video and documents.
[0027] The unique identification module is used to uniquely identify the original sample based on the sample secret code, the sample clear code and the sample QR code. The sample secret code is the sample identification code, and the sample clear code is the sampling code.
[0028] Specifically, the present application provides a set of original sample unique identification modules based on "sample secret code + sample plain code + sample QR code". Among them, the sample secret code refers to the "Universally Unique Identifier" in software engineering, which is a string primary key, composed of 32-bit characters, encoded in hexadecimal, and defines system information that is completely unique in time and space. In the present invention, the role of the sample secret code is to uniquely identify the original sample at the bottom layer in the software system, similar to an "identity card". The sample plain code refers to the sampling code of the sample, which has strong readability and includes information such as sampling stratum, sampling elevation, and sampling serial number. The sample QR code refers to a QR code generated to obtain sample traceability information and facilitate mobile terminal scanning. In the software system, the "sample secret code, sample plain code, and sample QR code" are associated to form a unique identification of the original sample, thereby realizing the traceability function.
[0029] The original sample information collection module is used to sort out the original sample delivery information, original sample collection information, original sample preparation information and original sample test information, fill them into the pre-generated corresponding standardized forms and store them in the traceability information database.
[0030] In the embodiment of the present application, the original sample information collection module includes: a sample delivery information collection module, a sample collection information collection module, a sample preparation information collection module and a test information collection module.
[0031] Among them, the sample delivery information collection module is used to collect the original sample delivery information. After the original sample is taken from the project site, it will be sent to the scientific research unit for indoor testing, sometimes involving multiple different units. Therefore, the sample delivery link is very important. It is necessary to collect not only the information of the sample itself, but also the management information of the sample delivery personnel to meet the needs of future information tracing and responsibility identification.
[0032] By standardizing the delivery of original samples and forming a fixed-format form, it is possible to achieve standardized reporting of original sample delivery information and attachment information as well as one-stop warehousing to meet future traceability needs.
[0033] The information collected for the original sample delivery includes: sample sampling information (including sampling code, sampling time, sampling coordinates, sample purpose, sample size), sample delivery personnel and contact information, sample delivery time, sample delivery location, sample delivery unit, sample status, etc.
[0034] Attachment information includes: voice recorded on mobile devices, videos shot, uploaded pictures and documents, etc., enriching the way of information collection.
[0035] In order to ensure the authenticity and reliability of the data, the modification time and modification authority of the original sample delivery information data are also controlled. When all the sample delivery information is collected, confirmed to be correct and saved, you need to click the "lock" switch to lock the collected data and no longer allow the collected information to be modified. If it is really necessary to modify it, the person in charge must have the authority.
[0036] The sampling information collection module is used to collect the original sample information. After the sampling unit receives the original sample, it needs to check and confirm it by both parties, which is a key step in the handover.
[0037] By standardizing the work of collecting original samples and forming a fixed-format form, it is possible to achieve standardized reporting of original sample collection information and attachment information as well as one-stop warehousing to meet future traceability needs.
[0038] The information collected for the original sample collection includes: the sample collector and contact information, the sample collection time, the sample collection location, the sample collection unit, the sample status, etc. The attachment information includes: the voice recorded by the mobile terminal, the video taken, the uploaded pictures and documents, etc., which enriches the information collection methods.
[0039] Similarly, the modification time and modification authority of the original sample collection information data are also controlled. When all the sample collection information is collected, confirmed to be correct and saved, you need to click the "Lock" switch to lock it. The collected information is no longer allowed to be modified. If it is really necessary to modify it, the person in charge must have the authority.
[0040] The sample preparation information collection module is used to collect the original sample preparation information. The original sample is generally a cubic soil sample with a side length of 30 cm. Generally, different types of tests need to be carried out on the same original sample, so the original sample needs to be further decomposed into small samples, and each small sample is then taken for experiment separately.
[0041] By standardizing the sample preparation work and forming a fixed-format form, it is possible to achieve standardized filling of original sample preparation information and attachment information as well as one-stop warehousing to meet future traceability needs.
[0042] The original sample preparation information collection includes: each sample number, sample preparation personnel and contact information, sample preparation time, sample preparation location, sample preparation tools, sample preparation methods, etc. Attachment information includes: voice recorded by the mobile terminal, video taken, uploaded pictures and documents, etc., which enriches the information collection method.
[0043] Similarly, the modification time and modification authority of the original sample preparation information data are also controlled. When all sample preparation information is collected, confirmed to be correct and saved, you need to click the "Lock" switch to lock it. The collected information is no longer allowed to be modified. If it is really necessary to modify it, the person in charge must have the authority.
[0044] The test information collection module is used to collect the test information of the original sample. After the original sample is decomposed into small samples, each small sample is subjected to a separate experiment, which will generate a large amount of information and data before, during and after the test. This information and data is of high value and needs special attention.
[0045] By standardizing the test work and forming a fixed-format table, we can achieve standardized reporting of original sample test information and attachment information and one-stop storage to meet future traceability needs.
[0046] The information collected for the original sample test includes: the test number, test personnel, test time, test location, test instrument, test method, test data, test results, etc. corresponding to each small sample. The test data is collected in a structured manner according to the standardized forms designed in accordance with the national standards for different test types, such as compaction test, consolidation test, triaxial test, etc. The test results are mainly analysis conclusions, briefings, comprehensive reports, etc., which are stored in unstructured documents.
[0047] Attachment information includes: voice recorded on mobile devices, videos shot, uploaded pictures and documents, etc., enriching the way of information collection.
[0048] Similarly, the modification timing and modification authority of the original sample test information are also controlled. When all test information is collected, confirmed to be correct and saved, click the "Lock" switch to lock it. Modification of the collected information is no longer allowed. If modification is really necessary, the person in charge must have authority.
[0049] After filling in all the above node information, click the "Finish" button, the original sample traceability information will be collected, and a unique QR code will be generated based on the unique identification module. In the future, you can view the traceability information by scanning the QR code.
[0050] The traceability information query and analysis module is used to query, filter, count and compare the original sample information in the traceability information database according to the conditions input by the user.
[0051] Specifically, by combing through specific application scenarios and needs, basic algorithms such as statistics, calculations, and analysis have been developed, and main functions such as original sample list (supporting multi-condition filtering by time, space, etc.), viewing of traceability information of each node of original sample, statistics of test quantity and type, and analysis and comparison of test data have been realized. Users can view the traceability information of the corresponding original sample by scanning the QR code, or query, filter, count, and compare the original sample information in the traceability information database by entering the corresponding conditions.
[0052] To summarize, the geotechnical test undisturbed sample full life cycle traceability system provided in the embodiment of the present application, starting from the professional perspective of workflow and geotechnical testing, decomposes the geotechnical test undisturbed sample full life cycle into several key nodes such as sample delivery, sample collection, sample preparation, and testing. At the same time, it adopts a digital and standardized approach to collect information and data on the geotechnical test undisturbed sample full life cycle. Users use the traceability information database to trace the undisturbed sample full life cycle information, thereby improving the integrity, accuracy, and efficiency of the undisturbed sample information traceability.
Claims
1. A geotechnical test undisturbed sample full life cycle traceability system, characterized in that: include: A traceability information database is used to store information data of each node in the whole life cycle of the original sample, wherein the information data includes original sample delivery information corresponding to the sample delivery node, original sample collection information corresponding to the sample collection node, original sample preparation information corresponding to the sample preparation node, and original sample test information corresponding to the test node; A unique identification module, used to uniquely identify the original sample based on the sample secret code, the sample clear code and the sample QR code, wherein the sample secret code is the sample identification code and the sample clear code is the sampling code; The original sample information collection module is used to sort out the original sample delivery information, original sample collection information, original sample preparation information and original sample test information, fill them in the corresponding pre-generated standardized forms and store them in the traceability information database; The traceability information query and analysis module is used to query, filter, count and compare the original sample information in the traceability information database according to the conditions input by the user.
2. The geotechnical test original sample full life cycle traceability system according to claim 1 is characterized in that: The information data also includes attachment information corresponding to the sample delivery node, sample collection node, sample preparation node and test node, and the attachment information includes pictures, voice, video and documents of the corresponding nodes.
3. The geotechnical test original sample full life cycle traceability system according to claim 1 is characterized in that: The original state sample information collection module is also used to control the modification timing and modification authority of the information data.
4. The geotechnical test original sample full life cycle traceability system according to claim 1 is characterized in that: The original sample delivery information includes: sample sampling information, sample delivery personnel and contact information, sample delivery time, sample delivery location, sample delivery unit and sample status; the sample sampling information includes: sampling code, sampling time, sampling coordinates, sample purpose and sample size.
5. The geotechnical test undisturbed sample full life cycle traceability system according to claim 1 is characterized in that: The original sample collection information includes: sample collection personnel and contact information, sample collection time, sample collection location, sample collection unit and sample status.
6. The geotechnical test undisturbed sample full life cycle traceability system according to claim 1 is characterized in that: The original sample preparation information includes: each small sample number, sample preparation personnel and contact information, sample preparation time, sample preparation location, sample preparation tools and sample preparation method.
7. The geotechnical test undisturbed sample full life cycle traceability system according to claim 1 is characterized in that: The original sample test information includes: the test number corresponding to each small sample number, the test personnel, the test time, the test location, the test instrument, the test method, the test data and the test results.