41results about How to "Reliable data" patented technology

The invention discloses a high-performance cast cold roll evaluation method based on stress of a working layer and a bonding layer, and belongs to the technical field of metallurgical mechanical equipment design and life evaluation, and the method comprises the following steps: calculating the maximum contact pressure between a working roll and a supporting roll and the flattening width of a contact surface; further determining the maximum shear stress in the working roll and the depth position corresponding to the shear stress; according to radius changes of the working roller in different wear stages, the maximum contact pressure and the contact surface flattening width in different wear stages are calculated for multiple times, and then normal stress at the position of a bonding layer in each stage and shear stress derived from the normal stress are calculated; performing simulation verification on calculation data based on a stress field of finite element simulation; comparing the shear stress of the bonding layer obtained after calculation with the total stress level after the residual stress is considered, and the allowable shear stress of the same material; and the risk is judged. The service life of the roller can be prolonged, and the equipment loss cost of cold-rolled strip steel production is reduced.

This invention provides an intelligent front-end data acquisition system for boilers, comprising: a detection module, a data acquisition module, and a monitoring module; the detection module is used to acquire unit temperature data; the data acquisition module is a YS-24D data acquisition box, which is used to acquire data from the detection module. This invention provides an intelligent front-end data acquisition system and device for boilers, wherein the data acquisition module uses the YS-24D data acquisition box to acquire data from the detection module at unit temperature measurement points. The YS-24D data acquisition box is high-performance and highly reliable, with a hardware design employing a 32-bit low-power ARM processor, high integration, few peripheral components, high reliability, fast processing speed, high resolution, and reliable and accurate data. It uses a high-performance, high-precision 24-bit A / D converter, with all 24 channels being independent fully differential input loops, providing high resolution, low drift, and high stability.

The invention belongs to the field of water pollution monitoring, and particularly relates to an online measurement method for petroleum in water, which comprises the following steps: step 1, water sampling: a trigger unit transmits the detected fluorescence intensity of the water surface to a control unit, and the control unit controls the water sampling frequency of a sampling pump in the water sampling unit according to the fluorescence intensity detected by the trigger unit; step 2, extraction: sending the water sample extracted by the sampling pump into a sample storage container, and extracting oil substances into an extraction reagent; step 3, separation: conveying into a separation container through a conveying pump; and 4, measuring, namely feeding the extraction reagent into a cuvette of a measuring unit for measuring the content of the oil substances. According to the design, a method of combining water surface early warning measurement and underwater quantitative measurement is adopted, pollution occurrence can be judged in time, and the content of underwater oil substances can be measured online, so that pollution sources can be conveniently fed back and controlled in time, and the timeliness of online water environment monitoring is guaranteed.

The limb measuring assembly comprises a standing plate, the left end and the right end of the bottom of the standing plate are each fixedly provided with an anti-skid pad, the anti-skid pads are symmetrically arranged front and back relative to the vertical central axis of the standing plate, the standing plate is arranged in an L-shaped structure state, and a first measuring plate is rotationally connected to the rear end of the standing plate; the rear end of the first measuring plate is rotatably connected with a first fixing bolt, the first fixing bolt penetrates through the first measuring plate and is fixedly connected with the standing plate, the interior of the first measuring plate is rotatably connected with a threaded rod, a rod body of the threaded rod is slidably connected with a connecting block, and the left end of the front of the first measuring plate is provided with a second measuring plate. According to the limb measurement assembly, measurement can be independently completed through standing of a measured person without assistance of other people, meanwhile, a more stable posture can be provided through standing, more accurate limb data can be obtained, and therefore autonomy and convenience of measurement are enhanced.

The invention discloses a smart park articulated naturality web node data distributed storage system, and relates to the technical field of smart park data storage. Comprising a data acquisition layer, a distributed storage node cluster, a metadata management module, an intelligent scheduling module, a data security guarantee module, a data verification module, a data adjustment module and an application interface layer, and all the modules cooperate to realize efficient storage, quality control and management of articulated naturality web node data. Aiming at a smart park articulated naturality web data storage pain point, efficient storage and management and control are realized through multi-module cooperation, a distributed architecture, mixed storage and intelligent scheduling are adopted, the storage efficiency and the resource utilization rate are improved, multi-copy backup, cross-physical deployment and automatic fault repair are realized, data reliability is guaranteed, and the system is suitable for large-scale popularization and application. The method comprises the steps of full-process encryption, authority control and multi-dimensional verification, building of a data security defense line, data dynamic optimization and standardization of an interface, enhancement of data availability and system compatibility, and adaptation to the dynamic increase demand of park data.

This invention relates to the field of lithium-ion battery cathode material testing technology, specifically to a method for determining the manganese leaching amount of lithium manganese iron phosphate (LFP) materials. The method includes: extracting a LFP sample in a weakly acidic buffer solution simulating the battery's operating environment; separating the solid and liquid phases to obtain the test solution; and simultaneously performing a blank test; transferring the test solution; adding a buffer solution capable of selectively complexing manganese ions and eliminating iron ion interference to adjust the pH value of the system; using a platinum electrode as the indicator electrode and a saturated calomel electrode as the reference electrode; and performing potentiometric titration using a redox standard titration solution; determining the titration endpoint based on the potential jump; and recording the titration volume; and calculating the manganese leaching amount based on the titration volume, the blank test value, and the sample mass. This invention achieves selective and high-precision determination of manganese leaching; the method requires no expensive instruments, is low-cost, and has good reproducibility, making it suitable for the research and development and production quality control of LFP materials.

The invention discloses a thunder and lightning management system and method for a traction power supply network, and aims to improve rapid and accurate monitoring and management of thunder and lightning faults of the traction power supply network, provide stable and reliable low-power-consumption power consumption management and improve the stability and fault processing efficiency of the traction power supply network. An intelligent discharge monitoring device is installed on the overvoltage discharger, and overvoltage signals are collected and wirelessly transmitted to a data monitoring center. The overvoltage signal acquisition module is integrated in the monitoring device to realize signal isolation acquisition. The solar power supply assembly is matched with the micro-power-consumption power management module and comprises a two-stage energy storage structure and various protection chips, so that stable and reliable power supply is ensured. The data monitoring center receives the data, and can locate the fault position, analyze the data and give an early warning. The equipment is distinguished by the equipment ID, the fault is positioned by longitude and latitude, and the operation data is visually processed. Intelligent dynamic monitoring of the traction power supply network is integrally realized, and the stability and fault processing efficiency of the power supply network are improved.

This invention discloses a device and method for evaluating the proppant-carrying performance of fracturing fluid with continuously adjustable proppant concentration, relating to the field of oil and gas field production enhancement. The device includes a reactor body. The reactor body is equipped with a stirring assembly, a proppant-adding assembly, a heating assembly, and a visualization window. The proppant-adding assembly achieves quantitative and batch-wise addition of proppant within the high-pressure reactor through a series of upper valves, a proppant-to-be-added section, and a lower valve. The method includes: applying experimental temperature and pressure conditions, initiating stirring to simulate dynamic flow, continuously adding proppant in batches through the proppant-adding assembly, monitoring the proppant status in real time using a vision system, and recording and analyzing data to obtain a continuous proppant-carrying performance curve and a limit proppant-carrying value. This invention solves the problem of existing technologies being unable to conduct continuous gradient testing of proppant concentration under high-temperature and high-pressure dynamic conditions, and can obtain complete proppant-carrying performance data of fracturing fluid from low concentration to limit concentration in one go, with evaluation results closer to actual downhole operating conditions.

This invention discloses a cell sample viability detection kit and method based on mass spectrometry flow cytometry. The cell sample viability detection kit based on mass spectrometry flow cytometry includes separately packaged solutions C, P, Pd, F, M, and D; solution C includes bovine serum albumin and phosphate buffer; solution P includes phosphate buffer; solution Pd includes palladium dichloride and double-distilled water. The effective component of palladium dichloride, palladium, has the following natural isotope abundances: isotope 102 The relative abundance of Pd was 1.02%. 104 Pd was 11.14%. 105 Pd is 22.33%. 106 Pd is 27.33%. 108 Pd was 26.46%. 110 Pd is 11.72%; Solution F includes paraformaldehyde and phosphate buffer; Solution M includes methanol; Solution D includes... 191 / 193 Ir, paraformaldehyde, and phosphate buffer. This invention's kit features high detection sensitivity, reduced detection interference, improved experimental efficiency, and reliable results.

This application relates to a tensile testing machine for hot-pressed core compaction testing, belonging to the field of lithium battery production technology. To solve the problem of inaccurate testing of bonding effects, it includes a base with a frame mounted on it. A hydraulic cylinder is vertically arranged on the frame, and an L-shaped seat is mounted on the output end of the hydraulic cylinder. The L-shaped seat is slidably connected to the frame. An upper pneumatic gripper for gripping electrode sheets is located at the bottom of the L-shaped seat, and a lower pneumatic gripper for gripping the separator is located on the base. The upper pneumatic gripper is positioned directly above the lower pneumatic gripper, with their gripping ends facing each other. This application significantly improves testing accuracy, effectively avoids interference from human factors and ambient light, achieves consistent evaluation of the compaction effect at various points during hot pressing, and greatly improves the objectivity and reliability of the test results.

The utility model discloses a bridge safety detection equipment relates to bridge detection technical field, including unmanned plane, the top middle place fixed mounting of unmanned plane has steel bar rust detection appearance host computer, the bottom four corners of unmanned plane all are fixedly installed with support leg, the bottom of unmanned plane is close to the position of two ends and all is fixedly installed with folding frame, the bottom center of unmanned plane is fixedly installed with automatic telescopic device, the output of automatic telescopic device is fixedly connected with moving board, the bottom of moving board is close to the position of the front end and is fixedly installed with telescopic column, the bottom of telescopic column is fixedly installed with pressure sensor, the bottom of moving board is close to the position of the rear end and is fixedly installed with steel bar rust detection end.

The utility model discloses a drilling fluid chloride ion detection device and a detection system, the drilling fluid chloride ion detection device comprises at least one detection box, and the detection box comprises a box body with a containing cavity; the semipermeable membrane is arranged in the containing cavity and divides the containing cavity into a filtering cavity and a detection cavity, the filtering cavity is located above the detection cavity, and the filtering cavity is provided with a liquid inlet and a sewage outlet; the semipermeable membrane is provided with an ion channel and is suitable for blocking and filtering impurity particles in the drilling fluid in the filtering cavity and enabling ions in the drilling fluid to enter the detection cavity below through the ion channel; the potential detection device comprises an electrode assembly and a potential detector connected with the electrode assembly, and the electrode assembly is arranged in the detection cavity and used for forming chloride ion potential in the drilling fluid in the detection cavity. The drilling fluid chloride ion detection device provided by the embodiment of the utility model can be used for continuously monitoring the chloride ion content, has accurate and reliable data, and is more environment-friendly compared with a chemical titration method.

The application provides a precision calibration detection instrument, which comprises a test table, a sleeve spindle, a height adjustment assembly in threaded transmission connection with the upper end of the sleeve spindle, and a swing fine adjustment assembly in eccentric lever mode hinged in the sleeve spindle; the swing fine adjustment assembly forms a non-equal force arm lever structure with the pivot as a fulcrum, and converts the linear adjustment displacement of the upper end into the micron-level angular displacement fine adjustment of the test table of the lower end, so that the technical problem that the existing devices mostly adopt direct translation type fine adjustment, the adjustment precision can only reach 0.01mm level, and the sub-micron level precision measurement requirement cannot be met is solved.

The application provides an abnormal chicken cage recognition method, device, system and robot, and belongs to the technical field of livestock and poultry breeding. The method comprises the following steps: acquiring a sampling image of a target chicken cage; recognizing the sampling image to obtain a first recognition result and a second recognition result respectively; the first recognition result comprises the number of chicken heads, the number of eggs and the comb erecting state of each chicken in the target chicken cage; the second recognition result comprises the comb color information of each chicken; and the first recognition result and the second recognition result are input into a decision tree model to determine the category of the target chicken cage. The abnormal chicken cage recognition method, device, system and robot provided by the application are based on multi-sensor coordination, multi-source data fusion, the individual chickens in the chicken cage are subjected to comprehensive extraction of internal and external features, and then are sent into a decision tree judgment model for classification, so that the data is more reliable and the classification result is more accurate.

The invention discloses an electronic device aging prediction and life prolonging process optimization method, and relates to the technical field of electronic device reliability improvement. The method comprises the following steps: selecting electrical parameters, environmental parameters and physical characteristics of an electronic device as core aging characteristic parameters, and constructing a multi-dimensional electronic device aging characteristic database through acquisition and preprocessing; fusing an Arrhenius model, a cofen-Mannson model and an attention mechanism long-short term memory network model, constructing an electronic device fusion aging prediction model, and configuring an online learning correction module; a targeted process scheme is designed from the directions of heat dissipation optimization, stress relief and material improvement based on an aging mechanism; and completing model and process verification through an integrated verification platform. The residual life prediction error of the electronic device is less than or equal to 10%, the life of a typical electronic device is prolonged by more than 30%, the reliability of the electronic device can be improved, the operation and maintenance cost is reduced, and the method is suitable for full-life-cycle management of electronic devices in multiple fields.

The invention relates to a distributed optical fiber bridge foundation deformation monitoring system and a construction and monitoring method, the distributed optical fiber bridge foundation deformation monitoring system comprises a top optical fiber tube unit, a middle optical fiber tube unit and a bottom optical fiber tube unit, and a connecting optical fiber and a free optical fiber penetrate out of the top of the top optical fiber unit and are respectively connected with a BOTDA (Brillouin Optical Time Domain Analysis) demodulator. A bridge foundation deformation monitoring system is pre-buried by drilling holes in the ground of a bridge foundation area, millimeter-level-precision pile foundation deformation continuous monitoring is achieved through parameter changes, geometric transformation and mechanical transformation of optical fiber signals, and data are stable and reliable; the monitoring system in an optical fiber form is buried in a soil body, so that the pile foundation structure can be prevented from being damaged; meanwhile, the method is suitable for a newly-built bridge and an existing bridge, supports the adjustment of the monitoring range as required in an optical fiber laying area, reduces redundant data, and effectively improves the monitoring efficiency.

The application discloses a kind of unmanned aerial vehicle wave measuring system reliability test platform of dual-mode wave simulation, comprising: water tank type wave simulation system, wind making system, support and reversing system, column type wave simulation system and test environmental parameter acquisition system;Water tank type wave simulation system is used to simulate the wave condition of small wave height range required by unmanned aerial vehicle wave measurement, column type wave simulation system is used to simulate the wave condition of large wave height range, by support and reversing system, the wind field of wind making system can be selectively adjusted to act on the first test area above water tank type wave simulation system or act on the second test area above column type wave simulation system.The test platform can safely, economically and controllably simulate sea state conditions, effectively and comprehensively cover the wave height range of target sea state, and can collect wave true value data and unmanned aerial vehicle wave measurement data to complete the quantitative verification of unmanned aerial vehicle wave measurement system reliability.

This application relates to the field of high-temperature environment simulation testing technology, specifically, to a high-temperature performance testing device for large workpieces. The device includes a test chamber, a heating system, a temperature control system, a dehumidification circulation system, a workpiece placement structure, a grooved track, and a control cabinet. The control cabinet is located outside the test chamber; the heating system is located on the inner walls of both sides of the test chamber and connected to the control cabinet; the temperature control system is located inside the test chamber and connected to the control cabinet; the dehumidification circulation system is located on the outer wall of the test chamber and connected to the control cabinet; the grooved track is located on the bottom plate inside the test chamber; and the workpiece placement structure is located in the center of the test chamber and slides on the grooved track via directional wheels. This application can meet the need for simultaneous testing of multiple large workpieces, is suitable for high-temperature performance testing of large workpieces, and features a dehumidification circulation system that efficiently dehumidifies and dissipates heat to maintain a stable testing environment.

The invention discloses a real-time communication mechanism for an agricultural irrigation network, and relates to the technical field of real-time communication.The real-time communication mechanism comprises AINP message format confirmation, AINP data exchange confirmation and AIDE cloud data exchange.The method includes the steps that firstly, the unified format of data frames is defined through the AINP message format confirmation step; irrigation valve state and opening signals are collected and converted into corresponding data frames, node response is completed based on a master-slave response mechanism, validity of a frame format is verified through DCR verification, LORA wireless communication specifications of irrigation valve nodes and an AINP gateway are confirmed and set through AINP data exchange, and the verified data frames are transmitted to the gateway based on an AINP data exchange algorithm. Finally, AIDE cloud data exchange is carried out, monitoring data are read and written through a cloud algorithm and uploaded to the cloud, and the system has the advantages of being low in cost, high in interference resistance, good in compatibility and reliable in data and is adaptive to a large-scale intelligent irrigation network.

A human motion recognition method based on a hierarchical spatiotemporal Transformer network comprises the following steps: collecting motion videos, processing motion videos, constructing a motion dataset, extracting training and testing branches, constructing a hierarchical spatiotemporal Transformer network, training the hierarchical spatiotemporal Transformer network, and testing the hierarchical spatiotemporal Transformer network. Based on the constructed motion dataset, this invention employs a hierarchical spatiotemporal Transformer network to extract high-order spatial feature information of joints at different levels, long- and short-term temporal dependencies, and correlation information between different joints across frames. Compared with existing skeleton motion recognition methods, this invention has advantages such as high recognition accuracy and fast recognition speed, and can be applied to the field of computer-aided human motion recognition technology.

The present application belongs to the technical field of lithium battery, especially to a method for testing electronic conductivity of solid electrolyte. The steps of the present application are as follows: S1, preparing solid electrolyte sheet: taking solid battery material and placing it in a mold, then pressurizing and pressure maintaining the mold, obtaining the solid electrolyte sheet and measuring its thickness and bottom diameter; S2, conductivity test: pretreating the solid electrolyte sheet, then using a constant potential instrument to measure the direct current polarization of the solid electrolyte sheet under step voltage of 0.1 V, 0.2 V, 0.3 V, 0.4 V and 0.5 V, respectively, to obtain current data under constant voltage polarization; S3, data processing: drawing the direct current polarization curve and the equilibrium current response curve under step voltage by using the obtained current data, and calculating the electronic conductivity of the solid electrolyte sheet. The method of the present application is simple in testing, short in testing time and reliable in data.

The utility model discloses a kind of gas hose safety performance detection devices, it is related to gas hose detection equipment field, the top of workbench one side is equipped with first support, the top of workbench other side is slidably connected with second support;The top of first support is equipped with pressure pump, the outlet end of pressure pump is communicated with gas pipe, one end of gas pipe is equipped with hose connection port, the top of hose connection port is provided with pressure gauge;Detection mechanism for carrying out airtightness detection to gas hose is arranged on the workbench.Firstly, after gas hose and hose connection port are docked, pressure pump inflates into hose, pressure gauge monitors pressure in real time, when adjusting the position of second support, by rotating reciprocating screw rod, second support is made to move linearly along screw rod by thread cooperation, gas hose and connection port are tightly docked, effectively avoid gas leakage, ensure the stability of detection environment.

The invention relates to the technical field of sensor detection equipment, in particular to a position sensor detection tool which comprises a base, a bottom plate, a rocker arm, targets, mounting plates and an angle plate, the bottom plate is mounted on the base, the rocker arm is hinged to a floor, the targets are arranged on the two sides of the middle of the rocker arm, the mounting plates are arranged on the bottom plate and located on the two sides of the rocker arm, and the angle plate is arranged on the mounting plates. The mounting plate is provided with a mounting hole used for mounting a position sensor, the projection of the target on the vertical plane passes through the position of the mounting hole when the target rotates along with the rocker arm, the angle plate is mounted on the side, away from the bottom plate, of the base, and the angle plate is provided with angle scales corresponding to the end, away from a hinge point, of the rocker arm. The integrated operation of completing installation and detection through one-time clamping is achieved, and the problems of low operation efficiency, secondary positioning errors and the like caused by dispersed installation and detection procedures are solved.

The invention discloses a low-altitude target identification and flight path intelligent prediction and cooperative control method and system. The method comprises the following steps: collecting low-altitude original data and carrying out space-time calibration preprocessing on the low-altitude original data; extracting each modal feature and dynamically distributing a fusion weight, and completing target identification to obtain state information of the target; quantizing environment disturbance and predicting a trend, constructing a multi-target interaction dependency graph, and predicting short and medium-term trajectories in combination with historical trajectories; generating an adaptive control instruction based on the prediction track and the execution main body state, and triggering an emergency response; and comparing actual and predicted data, and feeding back optimization model parameters to form a closed loop. According to the method, low-altitude integrated management and control are realized, and the accuracy and reliability of identification, prediction and control are improved. According to the structure, accurate identification of a low-altitude target, efficient prediction of a track and cooperative management and control of a multi-heterogeneous main body can be realized, and the safety and the intelligent level of low-altitude management and control are improved.

This invention provides a layered settlement monitoring device and method for riprap foundation beds used in underwater blasting construction. It can be applied to the field of underwater foundation treatment monitoring in waterway engineering. The device includes: a reference system, a layered measuring point system, a pipeline protection system, and a data acquisition system. The reference system includes: a level tank and reference points; the layered measuring point system includes: several measuring devices arranged in layers along the depth direction of the foundation bed; the pipeline protection system includes: flexible protective pipes; the data acquisition system is communicatively connected to each differential pressure hydrostatic level for synchronously collecting differential pressure data before and after blasting construction.

A kind of for full enclosed electric gate valve torque testing device belongs to valve testing device technical field.The utility model discloses electric device, valve body and valve cover, valve body and valve cover are fixed by stud, coaxially connected with static torque sensor between electric device and valve cover, static torque sensor is provided with torque transmission mechanism in valve cover, the transmission initial end of torque transmission mechanism is connected with the output shaft of electric device, the transmission terminal of torque transmission mechanism corresponds with the switch mouth of valve body, the switch of valve body is realized by torque transmission mechanism, position indicator corresponding with torque transmission mechanism is arranged on the both sides of valve cover, position indicator is electrically connected with electric device, static torque sensor is connected with tester by signal line for real-time acquisition torque data.The utility model can realize accurate, automatic, efficient test full enclosed electric gate valve torque.

The invention relates to the technical field of flame image processing and temperature detection, and discloses an in-furnace three-dimensional temperature field distribution detection method based on color flame image processing. The method comprises the following steps: acquiring a color flame image sequence in a furnace, after preprocessing and feature extraction, dividing the space in the furnace into a plurality of sub-regions, and calculating the initial temperature; by monitoring the dynamic characteristics of color fluctuation, brightness change and the like of each sub-region in the image sequence, the influence degree of the dynamic characteristics on the overall temperature field in the furnace is evaluated, and the weight is allocated according to the influence degree. And finally, in combination with the initial temperature value and the weight, a three-dimensional temperature field is reconstructed through a data fusion algorithm. According to the method, dynamic analysis is introduced into temperature measurement, random errors introduced by combustion pulsation are effectively restrained through reliability weighted fusion, and the accuracy and the anti-interference capacity of a temperature field distribution model are improved.

This invention provides the application of sIL-2R and CA19-9 as biomarkers in the preparation of prognostic assessment products for pancreatic ductal adenocarcinoma. This invention uses sIL-2R and CA19-9 as detection biomarkers, which can be obtained through routine preoperative blood tests, eliminating the need for invasive or high-cost examinations such as tissue biopsies or gene testing, making it suitable for widespread application in medical institutions at all levels. Compared to using only CA19-9 as a single biomarker, this invention, combined with sIL-2R, can identify high-risk patients with normal CA19-9 but elevated sIL-2R, overcoming the limitation of CA19-9's inapplicability in Lewis antigen-negative individuals. Furthermore, it provides prognostic information from the perspective of the immune microenvironment that CA19-9 cannot reflect, significantly improving the comprehensiveness and accuracy of prognostic assessment.

The application provides a test method for maximum pressure bearing of an electric core and application thereof and a device for testing maximum pressure bearing of the electric core, and relates to the technical field of batteries. The test method for maximum pressure bearing of the electric core provided by the application can quickly judge the upper limit of pressure that the electric core can bear according to the dynamic distribution of electrolyte under different pressure conditions, thereby providing relevant technical parameters for reserving expansion space of a module and strength parameters of a limiting structure. The test method is simple, the data is reliable, and the test method provides a quick and efficient method for setting of pre-tightening force of the electric core.

The invention discloses a detection test device in an ore pulp conveying pipe, which comprises a fluid supply module and a visual test pipeline module which are sequentially connected to form a circulation path, the fluid supply module is used for conveying fluid into the circulation path, and the visual test pipeline module is used for providing different test pipelines; the detection ball module comprises a ball serving bin, a detection ball is arranged in the ball serving bin, and the ore pulp water conveying pipe is detected by putting the detection ball into the circulation path; according to the invention, the detection ball is thrown into the pipeline, so that the detection ball passes through various pipelines with different bending degrees, various test data in the pipeline are obtained, a comprehensive basis is provided for evaluation of the running state of the pipeline, the detection function of the detection ball is verified, and reliable data is provided for subsequent actual detection.