Full-process intelligent detection integrated system for concrete sample

Abstract

The invention discloses a concrete sample full-process intelligent detection integrated system which comprises a sample entrusting registration system, an intelligent sample receiving and sorting system, a sample intelligent circulation system, an intelligent detection system, an intelligent sample reserving system and a data processing and analyzing system. The intelligent sample collecting and sorting system is used for executing sample collecting, code printing and sorting processes of samples, the intelligent detection system is used for testing various properties of concrete samples, the intelligent sample reserving system is used for classifying the detected samples, and the data processing and analyzing system is used for recording, storing, processing and analyzing data information of the whole detection process. And the traceability of the data information is ensured. According to the invention, the working efficiency can be improved, intelligent operation of the whole detection process is realized, manual operation is reduced, manpower and material resources are saved, the risk of errors caused by manual operation is avoided, and the accuracy and stability of a detection result are improved.

Description

Technical Field

[0001] The present invention relates to the field of concrete sample detection, and in particular to a full-process intelligent detection integrated system for concrete samples. Background Art

[0002] The inspection and testing industry in the construction engineering field has a huge market, with a large number of testing institutions, uneven testing and management levels, and a high degree of reliance on manual operations, which has caused a large number of problems, such as incomplete information records, difficulty in tracing, easy loss of files, low efficiency of information transmission, long testing cycle, and sample confusion, which not only affects the efficiency of experimental testing, but also affects the accuracy and reliability of test results, resulting in the authenticity, confidentiality of data, and the efficiency and quality of testing cannot be effectively guaranteed. In order to achieve true intelligent testing, it is necessary to adopt various forms of intelligent equipment and various links in the serial detection of software and hardware, establish a corresponding software and hardware scheduling system, and connect hardware equipment with the software platform to form a complete set of intelligent testing systems.

[0003] Therefore, there is an urgent need for an intelligent detection system that combines intelligent equipment and software systems to solve the above problems. Summary of the invention

[0004] In order to solve at least some of the technical problems in the prior art, the present invention provides a full-process intelligent detection integrated system for concrete samples. Specifically, the present invention includes the following contents.

[0005] The present invention provides a full-process intelligent detection integrated system for concrete samples, comprising a sample entrustment registration system (1), an intelligent sample collection and sorting system (2), a sample intelligent circulation system (3), an intelligent detection system (4), an intelligent sample retention system (5) and a data processing and analysis system (6), wherein the sample entrustment registration system (1) is configured to exchange entrustment order information, the intelligent sample collection and sorting system (2) is configured to execute the sample collection, coding and sorting processes, the sample intelligent circulation system (3) uses intelligent transportation equipment to automatically complete the transportation of concrete samples in different areas, the intelligent detection system (4) is configured to test various properties of concrete samples, the intelligent sample retention system (5) is configured to classify and process the samples after inspection, and the data processing and analysis system (6) is configured to record, store, process and analyze the data information of the full detection process to ensure the traceability of the data information.

[0006] In certain embodiments, according to the integrated system for intelligent detection of concrete samples throughout the entire process of the present invention, the intelligent sampling and sorting system (2) comprises a sorting device, wherein the sorting device comprises a concrete sample sampling operation table, an automatic inkjet coding and reading device for concrete samples, a concrete sample sorting storage platform and an empty pallet return storage device.

[0007] In certain embodiments, according to the integrated system for intelligent detection of concrete samples throughout the entire process of the present invention, the sample intelligent circulation system (3) includes an intelligent standard curing room system, which includes shelf layout, sample location tracking and recording, and inventory warning functions, thereby intelligently managing the storage space of shelves in different areas.

[0008] In certain embodiments, according to the integrated system for intelligent detection of concrete samples throughout the entire process of the present invention, the sample intelligent circulation system (3) further includes a task and scheduling system, which automatically schedules the transfer equipment to perform operations according to the detection and maintenance requirements of the samples.

[0009] In certain embodiments, according to the integrated system for intelligent detection of concrete samples throughout the entire process of the present invention, the intelligent detection system (4) includes an intelligent environmental control system, which includes sensors, controllers, actuators and a communication network to achieve real-time monitoring or control of the temperature and humidity of the entire process environment.

[0010] In certain embodiments, according to the integrated system for intelligent detection of concrete samples throughout the entire process of the present invention, the sample entrustment registration system (1) includes an entrustment form, on which the sample QR code information is set, and the sample information is automatically imported by scanning the QR code information system.

[0011] In certain embodiments, according to the integrated system for intelligent detection of concrete samples throughout the entire process of the present invention, the intelligent detection system (4) further comprises a report management system, wherein the report management system comprises report creation, report approval, report query and report statistics modules, so as to realize the functions of automatic creation, automatic approval, quick query and automatic archiving of reports.

[0012] In certain embodiments, according to the full-process intelligent detection integrated system for concrete samples of the present invention, the intelligent detection system (4) includes a detection device, and the intelligent detection system (4) is provided with a data interface, and data exchange and communication are performed between the intelligent detection system (4) and the detection device through the data interface.

[0013] In certain embodiments, according to the integrated system for intelligent detection of concrete samples throughout the entire process of the present invention, the intelligent detection system (4) further comprises a video monitoring system, and the video monitoring system comprises a video acquisition device, a transmission device and a display device.

[0014] In certain embodiments, according to the integrated system for intelligent detection of concrete samples throughout the entire process of the present invention, the intelligent sample retention system (5) comprises a tray and a sample retention management system, and a barcode containing a QR code or an RFID electronic tag is affixed to the tray to achieve binding of sample information with tray information.

[0015] The beneficial effects of the present invention include:

[0016] 1. Improve work efficiency: Through digital technology, realize intelligent operation of the entire detection process, reduce manual operations, save manpower and material resources, and improve work efficiency;

[0017] 2. Enhanced accuracy: Through comprehensive information management, the testing process is normalized and standardized, avoiding the risk of human operational errors and improving the accuracy and stability of the test results. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] Figure 1 This is an exemplary full-process intelligent detection integrated system flow chart of the present invention;

[0019] Figure 2 It is a flow chart of the task and scheduling system of the present invention;

[0020] Figure 3 This is a schematic diagram of the distribution of different functional detection areas of the present invention;

[0021] Figure 4 This is the flow chart of the intelligent sample retention system.

[0022] Description of reference numerals:

[0023] 1. Sample entrustment registration system; 2. Intelligent sample collection and sorting system; 3. Sample intelligent circulation system; 4. Intelligent detection system; 5. Intelligent sample retention system; 6. Data processing and analysis system; ① Sample collection and sorting room; ② Pressure resistance room; ③ Anti-seepage room; ④ Curing room; ⑤ Unloading area; ⑥ Sample buffer area; ⑦ Connection area;

[0024] ⑧ Sample retention area; ⑨ AGV rest area; ⑩ Waste buffer area. DETAILED DESCRIPTION

[0025] Various exemplary embodiments of the present invention will now be described in detail. This detailed description should not be considered as limiting the present invention, but should be understood as a more detailed description of certain aspects, features, and embodiments of the present invention.

[0026] Unless otherwise specified, all technical and scientific terms used herein have the same meaning as commonly understood by those skilled in the art to which the invention belongs. In addition, the terms "include", "comprise", "have" or any other variants thereof are intended to cover non-exclusive inclusion, so that a series of element structures or components includes not only those elements, but also other mechanisms that are not explicitly listed or inherent in the structure or component. In the absence of further restrictions, the elements defined by the sentence "include..." do not exclude the presence of other identical elements in the article or device including the elements.

[0027] Example

[0028] like Figure 1 As shown, the present invention provides a full-process intelligent detection integrated system for concrete samples, which is an intelligent detection system for automated circulation and information management of the entire experimental detection process of concrete samples. It aims to develop a full-process intelligent detection integrated system for concrete samples that integrates functional modules such as self-service entrustment, sample collection and sorting, automatic transportation, intelligent maintenance, intelligent detection, intelligent sample retention and data processing. The full-process intelligent detection integrated system can realize the intelligent management and operation of concrete samples from sample entrustment → sample collection → transportation → maintenance → detection → sample retention → data processing.

[0029] The integrated system for intelligent detection of concrete samples throughout the entire process mainly includes a sample entrustment registration system 1, an intelligent sample collection and sorting system 2, a sample intelligent circulation system 3, an intelligent detection system 4, an intelligent sample retention system 5, and a data processing and analysis system 6.

[0030] The sample entrustment registration system 1 is used to exchange entrustment order information, entrustment order status information and other data. There is QR code information of the sample on the entrustment order. The QR code of the entrustment order is scanned by a scanning device to obtain the sample information in the entrustment order. The scanning device can be a QR code scanner. The QR code scanner is connected to the computer through wireless technology. After scanning, the information can be uploaded to the system in real time. The system will automatically import the sample information, including parameters such as sample number, source, size, age, type, etc., and monitor the entrustment order status at the same time, including intention, in progress, suspended, entrustment completed, etc.

[0031] The intelligent sampling and sorting system 2 includes intelligent sampling and sorting equipment, customized trays, and real-time monitoring and communication systems. The intelligent sampling and sorting system is used to automatically execute and record the sampling, coding, and sorting processes of samples. Through precise identification and sorting technology, it facilitates data management and tracking to ensure the accuracy of sample information. The intelligent sampling and sorting system can automatically receive concrete samples from different sources, and use QR code technology to automatically identify and record sample information, including sample number, source, size, age, type, etc. It can also automatically divide the sample into different testing processes or storage areas according to characteristics such as sample type and age. The intelligent sampling and sorting system also has a video monitoring function to ensure that the entire process of the sample is traceable and meets quality control requirements.

[0032] The sorting equipment includes: concrete sample collection operation table, concrete sample automatic inkjet coding and reading device, concrete sample sorting storage platform and empty pallet return storage device. The concrete sample collection operation table is mainly used to check the order information, place the concrete sample belonging to the order in the pallet, and confirm the relevant operations; the concrete sample automatic inkjet coding and reading device is suitable for samples of different specifications and models. According to the different sample information, the position of the inkjet head is adjusted to adapt to samples of different specifications, complete the inkjet coding work, complete the code scanning confirmation, and then upload to the system; the concrete sample sorting storage platform includes elevators, belt conveyor lines and storage shelves. The elevators and belt conveyor lines complete the layered storage and transportation of samples according to the different sample identity information. The concrete sample sorting storage platform is mainly used to classify, transmit and store concrete samples of different ages, mainly divided into samples of the day and samples to be cured, and connect with downstream equipment; the empty pallet return storage device is mainly used for the return and storage of empty pallets of concrete samples to meet the system's demand for high cache of empty pallets.

[0033] Sampling and sorting process:

[0034] (1) Select the process flow and assign the sample testing schedule according to the sample entrustment information;

[0035] (2) Allocate storage locations (buffer area, curing room, pressure-resistant room, anti-seepage room, etc.) and cargo locations based on the inspection schedule;

[0036] (3) Concrete samples are sorted according to the two conditions of uncured and cured:

[0037] (4) During sorting, the samples to be tested on that day are sent to the laboratory shelves first, or to the shelves in the buffer area, waiting for the next step of testing;

[0038] (5) During sorting, the samples that need to be further maintained will be sent to the shelves in the buffer area for sorting. When the number of samples on the shelves in the buffer area reaches a certain amount, the samples of the same age will be sent to the maintenance room for maintenance.

[0039] During sorting, the operator places the concrete sample in the positioned and clamped tray on the operating table according to the order information displayed on the operation display screen, selects the sample information in the order list on the touch screen and confirms it, and the concrete pallet is put online; the concrete sample pallet is transported forward along the belt conveyor line, and the inkjet coding and scanning work is completed on the side of the concrete sample at the inkjet coding and scanning station; the samples are divided into age samples and samples to be cured, and according to the different identity information of the samples, the elevators and robots cooperate with the belt conveyor line to complete the layered storage and transportation of the samples; at the same time, an empty pallet return conveyor line and a pallet stacking and stacking device are set up to realize the reflux transportation and warehousing of empty pallets, realizing the automation process of automatic inkjet coding and classified warehousing of concrete samples.

[0040] The sample intelligent circulation system 3 includes transfer equipment, customized pallets, intelligent storage shelf systems, task and scheduling systems, real-time monitoring and communication systems, etc. The transfer equipment adopts intelligent handling equipment, which can be a handling robot, such as a navigation box car (CTU), an intelligent unmanned guided vehicle (AGV), etc. The intelligent unmanned guided vehicle (AGV) is combined with automatic scanning technology, which can autonomously navigate and complete cargo handling, and realize the automation of the storage process. The AGV can use wireless networks and barcode tracking technology to achieve precise positioning and efficient management of goods. It can automatically complete the placement, handling and transfer of concrete sample pallets between different areas of the laboratory, different equipment and systems according to preset routes and instructions; customized pallets are used to hold concrete samples; the intelligent storage shelf system includes intelligent shelves, intelligent handling equipment and storage control systems. The intelligent shelves can identify the stored sample information, and the intelligent shelves can be set on the shelves The scanner can scan the QR code on the sample to obtain the sample information. It can also be set up on the shelf to identify the appearance characteristics of the sample through the camera, and then upload the sample information to the system; the intelligent handling equipment can be an intelligent unmanned guided vehicle (AGV), an intelligent guided transport vehicle (IGV) and other handling equipment, which can be connected to the warehouse control system through wireless communication technology, move according to the instructions issued by the system, walk according to the instruction path, complete the handling and storage of the sample, and intelligently manage the storage space of the shelves in different areas. For example, the sample trays of different ages for sample collection, sorting and shipment are sorted into sample trays of the same age and placed nearby, so that the trays of the same age can be centrally transferred to the maintenance room in the next stage, thereby improving the accuracy and efficiency of inventory management. The task and scheduling system generates task information based on the detection and maintenance needs of the sample and the status information of the transfer equipment. The task and scheduling system automatically schedules the transfer equipment to operate according to the received task information, and can supervise, control and schedule multiple intelligent handling equipment at the same time. The main functions include: task scheduling, path planning, traffic control, communication and control. Task scheduling, after receiving the task request, the task and scheduling system first assigns the task to the appropriate intelligent handling equipment, such as AGV, according to the task type, selects one from the idle AGVs, and guides the AGV to complete the transportation function along a certain route. Secondly, path planning is carried out, that is, according to the location of the selected AGV and the target storage location, the AGV's route is optimally planned, and the AGV is guided to travel along the planned route to complete the transportation function.Traffic control: In certain specific areas, due to space reasons or process requirements, only one AGV can pass at a time, or two AGVs cannot drive in opposite directions. In this case, the task and scheduling system is required to manage the AGVs, instructing a certain AGV to pass first, and the other AGVs to pass in a certain order. Communication and control: The system needs to establish communication with each AGV to obtain the position, status and sensor data of the AGV in real time. The AGV can maintain data interaction with the task and scheduling system through the communication module. The system can send instructions and receive feedback to control the operation of the AGV and the execution of tasks by communicating with the AGV. The real-time monitoring and communication system monitors the operating status of the transfer equipment and the location information of the sample trays and shelves in real time through the sensor network and wireless communication modules, and transmits the data to the task and scheduling system, and performs intelligent scheduling and optimization according to demand to achieve the best storage solution and route planning.

[0041] Transfer process:

[0042] (1) The samples in the sorting equipment should be emptied in time, and should be emptied once every hour or within a set time when idle;

[0043] (2) When the number of samples of the same age waiting to be cured on the shelves in the buffer area reaches 30 groups or other set groups, the samples of the same age should be transported to the curing room;

[0044] (3) When the samples on the shelves in the curing room have been cured for 28 days, they should be transferred to the testing room, such as the compression laboratory or the impermeability laboratory;

[0045] (4) The completed samples in the testing room are placed on the completed sample receiving tray. When the number of completed samples on the tray reaches the specified number, they should be transferred to the sample retention area.

[0046] During the transport process, the samples need to be placed in different areas as needed, and the entire testing process needs to be completed in testing areas with different functions, such as Figure 3 As shown, the testing area mainly includes sample collecting and sorting room ①, maintenance room ④, testing room, unloading area ⑤, docking area ⑦, buffer area, sample retention area ⑧, AGV rest area ⑨ and other areas. The testing room is also equipped with various performance testing laboratories such as pressure resistance room ② and anti-seepage room ③. The buffer area is also equipped with sample buffer area ⑥, waste buffer area ⑩ and other areas.

[0047] like Figure 2 As shown, if the age of the concrete sample has not expired, the transfer equipment will transfer the concrete sample to the curing room for continued curing. If the curing age of the concrete sample has expired, the transfer equipment will transfer the concrete sample to the testing room for performance testing.

[0048] Maintenance process:

[0049] (1) After the specimen reaches the prescribed curing time, a delivery list is generated;

[0050] (2) The automatic transfer vehicle transfers the storage shelves of expired specimens in the curing room to the docking area of ​​the curing room;

[0051] (3) The automatic handling robot enters the docking area of ​​the curing room to wait for the sample and completes the sample handover with the automatic transfer vehicle;

[0052] (4) The automatic transfer vehicle transfers the shelf with the transferred samples to the designated location.

[0053] When the sample is transported to the designated location, it is considered that the outbound operation is completed. The system will promptly update the outbound status of the sample and display its location.

[0054] The intelligent detection system 4 is used to detect various properties of concrete samples, including various intelligent detection equipment, video monitoring systems, intelligent environmental control systems, report management systems, etc. Intelligent detection equipment, such as intelligent concrete compression testing equipment, fully automatic impermeability testers, fully automatic setting time measuring instruments, fully automatic cement mortar testing equipment, etc., is used as needed. It is equipped with a detection data interface and an open detection data interface. The intelligent detection system 4 is provided with a data interface to realize data exchange and communication between the equipment and the system, so as to facilitate the intelligent detection system 4 to collect and process its detection data; the video monitoring system, in view of the unique laboratory environment, further develops and applies the video monitoring system to form full-process video image data to improve traceability, so that the traceability rate of video monitoring information of the entire process of concrete test blocks reaches 100%. The video monitoring system mainly includes video acquisition equipment, transmission equipment and display equipment. The video acquisition equipment can use a camera, which is responsible for capturing images and videos. It is the eyes of the entire system. Its function is to convert the optical signals of the monitored target into electrical signals and transmit these data to the transmission equipment; the transmission equipment is responsible for It is responsible for transmitting the data and information collected by the acquisition equipment to the display device. The transmission methods that can be used include coaxial cable transmission, twisted pair transmission, optical fiber transmission or wireless transmission; the display device is the ultimate goal of the monitoring system. It is responsible for displaying the data and information transmitted by the transmission equipment to relevant personnel in the form of images, videos, etc. The display devices that can be used include large-screen displays, computer displays, monitors or display screens; the intelligent environmental control system, including sensors, controllers, actuators and communication networks, etc. The sensors are responsible for monitoring environmental factors, such as temperature, humidity, air quality, etc. After receiving the data from the sensors, the controller controls the actuator according to the preset program to adjust the environmental factors; the actuator adjusts the environmental factors according to the instructions issued by the controller, such as adjusting the temperature of the air conditioner, etc.; the communication network is responsible for connecting sensors, controllers and actuators to achieve real-time transmission of data and rapid response to control instructions. Through further development and application of intelligent environmental control system, the whole process of environmental temperature and humidity real-time monitoring or control can be achieved, so that the whole process of concrete test block testing environment is kept in a suitable and controllable state, and the traceability rate of intelligent testing environment control data of concrete test block in the whole process reaches 100%; the report management system is a system developed for concrete laboratories, which tracks the entire life cycle of concrete test specimens from receipt to report completion, can be directly integrated with the laboratory's testing equipment, automatically collect experimental results, and realize the creation, review, query and archiving of test reports to improve work efficiency and data manageability. The report management system includes report creation, report approval, report query, and report statistics modules.Report creation, the system directly generates test sample information, test process data and results; report approval, the approver can view the report to be approved through the system, and approve, reject or make amendments, which simplifies the approval process; report query, the system can query the test report of the sample to timely understand the test results. The system provides a variety of query conditions and methods to facilitate users to quickly retrieve the required information; report statistics, the system can perform statistical analysis on the test data, generate various charts and reports, and classify and archive various data. The report management system has set up multiple security protection measures, including anti-theft, anti-screenshot and information encryption watermark tracing capabilities to ensure the security of user data.

[0055] When testing the compressive strength, the intelligent robot will take the concrete sample that has expired its curing age and placed it on the test bench of the intelligent concrete compressive testing equipment. The compressive testing equipment will compress the concrete sample to test the compressive strength. The testing equipment will load the sample and gradually increase the loading force until the sample breaks. The intelligent testing equipment will automatically record the loading force and the deformation of the sample, and calculate the compressive strength of the concrete sample. Compressive strength = maximum load / cross-sectional area of ​​the sample. After the test is completed, the concrete sample flows from the test bench into the belt conveyor line, and then into the post-inspection sample retention area through the conveyor line, realizing the automated operation of the testing process.

[0056] Intelligent sample retention system 5, such as Figure 4 As shown, it includes a receiving tray for the sample after inspection and a sample retention management system, which can record the information of the sample after inspection, release the full-load signal of the receiving tray, call the automatic transfer vehicle, and record the accurate location of the sample after inspection in the sample retention area. A barcode containing a QR code or RFID electronic tag is attached to the tray, so that each tray has its own unique digital identity. The digital identity information of the tray is uploaded to the sample retention management system through a QR code scanner or RFID reader, and the tray and the sample information on the tray are matched one by one, so that the sample information and the tray information are bound in the intelligent sample retention system. After the test, the sample will be placed on the test tray by the intelligent robot, and then the information of the tested sample will be bound to the tray information. The system will record the information of the tested sample tray. When the tested sample reaches 72 hours or other set sample retention time, the system will issue a reminder. After the experimenter confirms, the system will automatically arrange the sample processing flow and automatically transfer the tested sample to the waste buffer area. The qualified and unqualified samples will be classified and stored in different shelf areas. After processing, the empty tested sample tray will be transferred to the sample retention area. By scanning the QR code on the tray and transferring it to the system, the system will record the information of the emptied sample tray and complete the sample retention process. The intelligent sample retention system realizes the automatic handling, classification and processing of all retained samples.

[0057] The data processing and analysis system 6 has the functions of real-time monitoring, data analysis, recording the whole process of the experiment and abnormal notification, realizing the intelligent management and service of laboratory resources, and has modules such as three-dimensional visualization management, personnel management, instrument and equipment management, and test data management. The data information and operation process of the whole process of the test are recorded and stored, and the various data in the system operation process are processed and analyzed. Through the Internet of Things technology, the unified management and data collection of laboratory equipment are realized. After the test data management module collects the various data in the test process, it automatically produces a task list. After receiving the task list information, the task and scheduling system schedules the transfer equipment to perform the transfer task. After the transfer is completed, the intelligent sample retention system updates the sample and tray information. The data processing and analysis system integrates a variety of advanced systems and technologies, records the test process, test method and other information of the sample, associates the test results with the sample information, and performs data processing and analysis, ensuring the integrity of the information and the traceability of the information of the whole process of the sample test process. In addition, by changing the computer code, it can easily adapt to different tasks and working environments, which makes the full process intelligent detection integrated system of concrete samples highly adaptable and scalable.

[0058] Although the present invention has been described with reference to exemplary embodiments, it should be understood that the present invention is not limited to the disclosed exemplary embodiments. Various adjustments or changes may be made to the exemplary embodiments of the present specification without departing from the scope or spirit of the present invention. The scope of the claims should be based on the broadest interpretation to cover all modifications and equivalent structures and functions.

Claims

1. A full-process intelligent detection integrated system for concrete samples, characterized in that: It includes a sample entrustment registration system (1), an intelligent sample collection and sorting system (2), an intelligent sample circulation system (3), an intelligent detection system (4), an intelligent sample retention system (5) and a data processing and analysis system (6); The sample entrustment registration system (1) is configured to exchange entrustment order information, obtain sample information and import it into the sample entrustment registration system; The intelligent sample collection and sorting system (2) is configured to execute the sample collection, coding and sorting processes; The sample intelligent circulation system (3) uses intelligent handling equipment to automatically complete the transportation of concrete samples in different areas; The intelligent detection system (4) uses intelligent detection equipment to test various properties of concrete samples; The intelligent sample retention system (5) is configured to be used for classification and processing of samples after inspection. The intelligent sample retention system (5) comprises a tray and a sample retention management system. A barcode containing a QR code or an RFID electronic tag is attached to the tray. The barcode information of the QR code or the RFID electronic tag on the tray is stored in the sample retention management system. The sample retention management system realizes the binding of sample information and tray information. The data processing and analysis system (6) is configured to record, store, process and analyze the data information of the entire detection process to ensure the traceability of the data information.

2. The integrated system for intelligent detection of concrete samples throughout the entire process according to claim 1 is characterized in that: The intelligent sample collection and sorting system (2) comprises a sorting device, wherein the sorting device comprises a concrete sample collection operation table for checking the information of the order form, an automatic inkjet coding and reading device for concrete samples for inkjet marking, and a concrete sample sorting and storage platform; the concrete sample sorting and storage platform comprises an elevator, a belt conveyor line, and a storage shelf, wherein the elevator and the belt conveyor line complete the layered storage and transportation of the samples according to different sample information.

3. The full-process intelligent detection integrated system for concrete samples according to claim 1 is characterized in that: The sample intelligent circulation system (3) includes an intelligent storage shelf system, which includes intelligent shelves, intelligent handling equipment and a storage control system. A scanner is provided on the intelligent shelf, and sample information is identified by the scanner. The intelligent handling equipment is connected to the storage control system through wireless communication technology. The storage control system controls the handling and storage of samples by the intelligent handling equipment. The storage control system performs intelligent management on the storage space of shelves in different areas.

4. The integrated system for intelligent detection of concrete samples throughout the entire process according to claim 1 is characterized in that: The sample intelligent circulation system (3) also includes a task and scheduling system, which generates task information based on the detection and maintenance requirements of the sample and the status information of the intelligent handling equipment. The task and scheduling system communicates with the intelligent handling equipment through a communication module. The task and scheduling system automatically schedules the intelligent handling equipment to perform operations based on the received task information, so as to control the operation of the intelligent handling equipment and the execution of tasks.

5. The integrated system for intelligent detection of concrete samples throughout the entire process according to claim 1 is characterized in that: The intelligent detection system (4) comprises an intelligent environmental control system, which comprises sensors, controllers, actuators and a communication network to achieve real-time monitoring and control of the temperature and humidity of the entire process environment.

6. The integrated system for intelligent detection of concrete samples throughout the entire process according to claim 1 is characterized in that: The sample entrustment registration system (1) comprises an entrustment form and a scanning device. The entrustment form is provided with sample two-dimensional code information. The scanning device is connected to a computer via wireless technology and automatically imports sample information by scanning the two-dimensional code information on the entrustment form.

7. The integrated system for intelligent detection of concrete samples throughout the entire process according to claim 1 is characterized in that: The intelligent detection system (4) also includes a report management system, which includes report creation, report approval, report query and report statistics modules to achieve automatic creation, automatic approval, quick query and automatic archiving functions of reports.

8. The integrated system for intelligent detection of concrete samples throughout the entire process according to claim 1 is characterized in that: The intelligent detection system (4) comprises a detection device, and the intelligent detection system (4) is provided with a data interface, through which data exchange and communication are performed with the detection device.

9. The full-process intelligent detection integrated system for concrete samples according to claim 1 is characterized in that: The intelligent detection system (4) also includes a video monitoring system, which includes a video acquisition device, a transmission device and a display device.

10. The integrated system for intelligent detection of concrete samples throughout the entire process according to claim 4, characterized in that: The data processing and analysis system (6) comprises a detection data management module, which collects various data in the detection process and automatically generates a task list and transmits it to the task and scheduling system. After receiving the task list information, the task and scheduling system schedules the intelligent handling equipment to execute the transfer task.

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