41results about How to "Realize synchronous detection" patented technology

The invention discloses a multi-defect synchronous detection device for copper product processing and a use method thereof, and belongs to the technical field of copper product detection.The multi-defect synchronous detection device comprises a mounting base and a defect detection system applied to the detection device, a positioning groove is formed in the upper surface of the mounting base, and a copper pipe is placed in the positioning groove; according to the device, firstly, a pair of detection mechanisms are installed below an I-shaped pipe and an L-shaped pipe correspondingly, so that synchronous detection of the inner wall and the outer wall of the copper pipe is achieved, the problem that the inner wall and the outer wall are detected and separated in a traditional detection method is solved, and the detection efficiency and accuracy are greatly improved; the detection system can emphatically identify and evaluate the risk of the position again, the problem of product quality misjudgment caused by dependence on a single detection standard is prevented, potential safety risks existing in products are eliminated in time, the product quality level is improved, meanwhile, the use safety of the products is enhanced, and the detection system has wide application prospects and market value.

The invention relates to the technical field of molecular biological detection, and particularly discloses a quadruple fluorescent PCR primer probe combination, a reaction system and a detection method for identifying a mycoplasma gallisepticum wild strain and a vaccine strain. The quadruple fluorescent PCR primer probe combination for identifying the mycoplasma gallisepticum wild strain and the vaccine strain comprises a universal primer probe group for detecting mycoplasma gallisepticum and a specific primer probe group specially aiming at three vaccine strains F-36, TS-11 and 6 / 85 respectively. According to the quadruple fluorescent PCR primer probe combination, the reaction system and the method for identifying the mycoplasma gallisepticum wild strain and the vaccine strain, the purpose of simultaneously detecting and distinguishing DNA of the mycoplasma gallisepticum wild strain and DNA of three different vaccine strains (F-36, TS-11 and 6 / 85) of the mycoplasma gallisepticum wild strain can be achieved, so that detection and differential diagnosis are more efficient, economical, simple and convenient; the kit has the advantages of high sensitivity, good specificity, rapidness, high flux, simplicity and convenience in operation and the like.

The invention discloses a Fourier photoacoustic gas detection device and method, and belongs to the technical field of gas detection. In order to solve the problems that the anti-interference capability of an existing Fourier transform photoacoustic spectrum on a sound signal is limited and the detection sensitivity is low, the Fourier photoacoustic gas detection device is designed, and a super-continuum spectrum broadband light source is used as an excitation light source of a photoacoustic effect; uniform intensity modulation of wide-spectrum light is achieved through the intensity modulation assembly, and phase modulation is achieved through the interferometer assembly. The broadband interference light emitted through double modulation acts with gas molecules to generate wide-spectrum mixed sound waves, and the quartz tuning fork sound measurement assembly extracts resonance components in the wide-spectrum mixed sound waves and converts the resonance components into electrical signals; the generated electrical signal is processed by the signal amplification assembly, the phase-sensitive demodulation assembly and the Fourier transform assembly in sequence, and component discrimination and concentration inversion of the target gas are realized by the processed signal.

The invention relates to the technical field of optical detection instruments, in particular to a wafer edge multi-surface synchronous optical detection lens system and method, and the system comprises an optical lens which is internally provided with a second reflector; an image acquisition unit; the second lens cone is connected to the optical lens along the emergent light path direction of the second reflector, a main imaging lens group is arranged in the second lens cone and is used for converging and imaging the light received from the second reflector, and the light is acquired by the image acquisition unit; the two reflecting mirror groups are symmetrically arranged on the optical lens and are configured to guide light rays from the upper surface and the lower surface of the wafer to the second reflecting mirror respectively; and the central view field imaging unit is arranged on the optical lens. The wafer edge multi-surface synchronous optical detection lens system solves the problems that in the prior art, due to the fact that a plurality of lenses are used for detecting the upper surface, the lower surface and the side face of a wafer, cost is high, and an optical path is difficult to calibrate.

The invention relates to the field of surface shape detection, in particular to a low-intermediate frequency error synchronous detection method based on sub-aperture splicing and CGH compensation, and the method comprises the steps: designing a full-aperture CGH compensator, carrying out the full-aperture detection of a to-be-detected surface of an aspheric cylindrical surface element according to the full-aperture CGH compensator, and obtaining a full-aperture detection result; sub-aperture planning is carried out according to the surface shape of the to-be-detected surface of the aspheric cylindrical surface element, a sub-aperture CGH compensator corresponding to each sub-aperture is designed, sub-aperture splicing detection is carried out on the to-be-detected surface of the aspheric cylindrical surface element according to each sub-aperture CGH compensator, and a splicing detection result is obtained; wherein phase smoothing processing is carried out on an overlapping region between two adjacent sub-apertures by adopting a layered smoothing optimization algorithm; and calibrating the position of each sub-aperture and correcting the displacement error of each sub-aperture by using low-frequency information in a full-aperture detection result. According to the invention, synchronous high-precision synchronous detection of low-intermediate frequency errors of the aspheric cylindrical surface element can be realized.

The utility model relates to test appearance technical field especially is related to a kind of electric mark resistance mobile integrated machine. Including pedestal, pedestal is fixedly arranged with support frame, multiple electrode assemblies that can move horizontally are equipped on the support frame, the upper surface of the pedestal is equipped with placing table, one end of the pedestal is fixedly installed with stand, the stand is installed with adjusting plate, multiple dripping devices are equipped on the adjusting plate, the electrode assembly includes adjusting mechanism slidingly arranged on connecting frame, electrode probe is arranged at the end of adjusting mechanism, the horizontal position of electrode assembly is adjusted, and the electric mark resistance test is carried out to multiple samples to be measured on placing table. The electric mark resistance mobile integrated machine of the utility model can efficiently utilize space, and support multiple samples synchronous detection, realize the flexible adjustment of electrode and dripping position.

This invention discloses a concrete testing device for road and bridge construction, relating to the field of concrete testing. It includes a sample holder and a movable pressure plate. Vertical plates are fixed to both sides of the upper surface of the sample holder, and top plates are fixed to the top of each of the two vertical plates. A limiting groove for placing concrete blocks is formed at the center of the upper surface of the sample holder. The pressure plate is located above the limiting groove, and a groove is formed at the center of the upper surface of the pressure plate, in which a liquid storage cylinder is fixed. Liquid permeation holes are formed at the groove and at the bottom of the liquid storage cylinder on the lower surface of the pressure plate. A pressure application component and two transmission components are provided above the liquid storage cylinder. The two transmission components are symmetrically arranged on the pressure application component. Each of the two rope-winding rollers has an inner sprocket tooth on one corresponding spoke. This invention achieves simultaneous testing of concrete compressive strength and impermeability, shortens the testing cycle, and restores the stress environment of road and bridge concrete during actual service, improving the comprehensiveness and reliability of the test data.

The present application relates to the technical field of air volume detection, and particularly relates to a multi-hole uniform-speed air volume detection device, which comprises a shell, one side of the shell is fixedly connected with an air inlet flange, the other side of the shell is fixedly connected with an air outlet flange, the inner wall of the shell is fixedly installed with a partition plate on the side close to the air inlet flange, equidistant through holes are formed in the partition plate in a ring shape, an air volume centering mechanism is arranged on the inner side of the partition plate, and an air volume uniformity detection mechanism is arranged on the inner side of the air volume centering mechanism. The air volume centering mechanism and the air volume uniformity detection mechanism are used to effectively detect the air volume uniformity of the air outlet, the elliptical movable plate is used to extrude the annular movable sleeve under different air volume, so as to drive the conductive contact piece in the arc-shaped sliding block to contact and electrify the conductive block, the accurate judgment of the air volume uniformity is realized according to whether the conductive block is electrified under the same gear, and the accurate detection of the air volume uniformity is realized.

This utility model discloses a gauge for detecting the straightness and span of a long U-tube, belonging to the technical field of heat exchanger copper tube processing and mold manufacturing. It includes a base, a span detection component and a straightness detection component fixed on the base. The span detection component includes an outer shell fixed on the base, an inner shell that cooperates with the outer shell, and a U-shaped detection block fixed on the inner shell. The straightness detection component includes a lower support and an upper support, and a floating inner sleeve component located between the upper support and the lower support. The integrated span detection component and straightness detection component can simultaneously detect the center distance of the copper tube and the straightness, achieving synchronous detection of the two parameters. Moreover, by replacing the U-shaped detection block and the floating inner sleeve component with different sizes and specifications, it can be applied to the rapid detection of copper tubes of different diameters and the accuracy verification of the mold. That is, by using a replaceable inner diameter component to adapt to copper tubes of different diameters, the detection efficiency and accuracy are improved.

This invention discloses a method and system for simultaneous analysis of multiple lipid indicators in fingertip capillary blood, relating to the field of chemical analysis. The method includes S1: micro-sample pretreatment of fingertip blood; S1.5: sample matrix interference pretreatment; S2: multi-channel parallel specific reaction; S3: multi-band spectral synchronous detection; S4: machine learning intelligent calibration and analysis; and S5: result output and quality control verification. This method and system achieves simultaneous detection of five core lipid indicators in fingertip blood samples in a short time, with low deviation and cross-interference rates between the detection results and venous blood biochemical detection, and high matrix interference inhibition rate. It also possesses advantages of portability, speed, and accuracy, solving the problems of low detection efficiency, limited applicability, and matrix interference affecting accuracy in existing technologies.

This invention relates to a method for synchronous detection of road surface anomalies based on hyperspectral imaging, belonging to the field of hyperspectral image processing and remote sensing detection technology. It solves the problems of low data processing efficiency, limited detection functions, and insufficient real-time performance in existing technologies. The method includes: acquiring hyperspectral images of various road surfaces, extracting key features, generating hyperspectral fingerprints, labeling road surface categories, and constructing a hyperspectral fingerprint database; training a fingerprint comparison model based on the hyperspectral fingerprint database to obtain a pre-trained fingerprint comparison model; acquiring road hyperspectral images in real time, extracting key features, generating a hyperspectral fingerprint to be tested, and obtaining the road surface category of the hyperspectral fingerprint to be tested based on the hyperspectral fingerprint database, the pre-trained fingerprint comparison model, and a hierarchical comparison strategy. This enables simultaneous detection of multiple anomalies such as icing, water accumulation, and road surface deterioration on an UAV-borne terminal.

The invention provides a method for detecting three-dimensional mechanical characteristics under sarcomedo movement. A culture dish in equipment is used for bearing sarcomedo; the probe measuring end of the microtube probe is used for forming negative pressure contact with a muscle joint, and the transverse elastic coefficient of the probe measuring end is the same as the longitudinal elastic coefficient; the tail end of the probe cantilever end of the microtube probe is provided with a microsphere, and the movement of the microsphere follows the movement of a muscle joint; an image acquisition unit in the detection module is positioned on one side opposite to the opening of the culture dish and is used for acquiring the movement change of the microspheres; the light source is located on the side facing the opening, the optical axis of the light source coincides with the optical axis of the image acquisition unit, the height from the light source to the culture dish is larger than that from the microspheres to the culture dish, and the light source is used for irradiating the microspheres so that diffraction rings of the microspheres can be formed on the light sensing plane of the image acquisition unit. According to the invention, synchronous detection of the three-dimensional mechanical characteristics of the sarcomedo is realized by monitoring the change of the diffraction ring.

The invention relates to a visual closed-loop detection method, system and device for an automatic filling and sealing production line in the technical field of flexible filling and sealing automatic production lines, a hyperspectral camera and a 3D visual camera are adopted for data acquisition of a calibration information base, respective mathematical models are established, a coupling model is constructed, and finally whether the product is a qualified product or not is judged. Through multi-dimensional data fusion of the hyperspectral camera and the 3D camera, synchronous detection of spectral features and three-dimensional structure parameters of the potting layer is realized, single-dimensional judgment of traditional manual visual inspection is upgraded to multi-modal composite analysis, the detection precision and reliability are greatly improved, and particularly, whether a potting adhesive of a potting product is cured or not can be accurately judged.

The application discloses a kind of for sound vibration integrated monitoring optical fiber sensor, monitoring device and method, wherein optical fiber sensor includes: sensing skeleton, for detecting ultrasonic signal and vibration signal;The side of sensing skeleton is cylindrical surface, and the end face of both sides is formed into conical recess inward, and conical recess focuses ultrasonic signal by reflection on the side of sensing skeleton;Diaphragm is set to the side end of sensing skeleton, for converting vibration signal into sound wave;First sensing optical fiber is wound on the side of sensing skeleton, for converting ultrasonic signal into first optical signal;Second sensing optical fiber is set on diaphragm, for converting sound wave into second optical signal;Wherein, first optical signal and second optical signal are output to outside, and after signal processing, the ultrasonic signal and vibration signal detected are obtained.The application realizes the simultaneous monitoring of sound wave and vibration, and is suitable for various damage monitoring.

The utility model belongs to biscuit production technical field, concretely relates to a kind of automatic picking device of broken biscuit, including conveying frame, the port of air inlet pipe is successively equipped with baffle ring and wind speed detector, the bottom of the blocking plate is equipped with multiple automatic baffle, the conveying frame is symmetrically equipped with two the material guide plate and two conveyer belts, the symmetry axis of the material guide plate and the conveyer belt is perpendicular, the material guide plate covers the top of one the conveyer belt and then tilts to another the conveyer belt;By setting suction plate, baffle ring, wind speed detector and negative pressure device, biscuit will cause hindrance to the airflow entering air inlet pipe, the ability of airflow hindering of complete biscuit and broken biscuit is different, whether biscuit is broken can be determined by comparing wind speed, biscuit is lifted by airflow during detection, after detection, biscuit falls down, secondary detection is carried out at this time, avoid the accuracy of device detection to reduce due to crack in biscuit.

This application discloses a high-precision floating reset measuring device end, relating to the field of measuring device technology. It includes an elastic component, a tool holder, a measuring head, and a measuring rod. The tool holder has an inner cavity for mounting the measuring rod, with a horizontal sliding gap between the measuring rod and the cavity. The measuring head integrates a conical depth measuring component and an inner hole measuring component. A ball-and-socket positioning structure is provided between the bottom of the first elastic structure and the top of the second elastic structure. The ball-and-socket positioning structure includes a ball-and-socket groove and a ball-head pin for coaxial reset of the measuring head. The technical advantage of this application is that by setting the measuring head with the measuring rod to a horizontally floating state relative to the tool holder, even when the cylindrical workpiece and the tool holder are not coaxially aligned, the measuring head can complete data acquisition while avoiding hard collisions through horizontal displacement during the inspection of cylindrical workpieces. The ball-and-socket positioning structure, with the help of the elastic structure, completes the coaxial reset of the measuring head after floating detection when the measurement ends.

The invention belongs to the technical field of environmental pollution detection, and discloses a method and a system for detecting multiphase chlorinated hydrocarbon pollutants in soil and underground water, the method comprises the following protective cover: S1, arranging a multiphase chlorinated hydrocarbon pollutant concentration detection experiment device; s2, constructing a multiphase detection data analysis model; s3, carrying out a multiphase detection experiment; s4, detecting an actual sample; the system comprises a cloud server, a management terminal and at least one set of multiphase chlorinated hydrocarbon pollutant concentration detection experiment device. By improving the multiphase chlorohydrocarbon pollutant concentration detection experimental device and constructing the multiphase detection data analysis model, synchronous detection of the multiphase occurrence concentration of chlorohydrocarbon in soil and groundwater environments can be realized, and the soil chlorohydrocarbon pollution level can be evaluated more comprehensively; the method can be widely applied to identification of potential risks of soil pollution and accurate prevention and control of soil chlorinated hydrocarbon pollution.

The invention relates to the technical field of power distribution, in particular to a power distribution box for a combined power supply simulator and the power supply simulator thereof.The power distribution box comprises a box body, a simulation chamber is formed in one side of the interior of the box body, a heat exchange chamber is arranged on the other side of the interior of the simulation chamber, and a plurality of frame plates are evenly installed in the simulation chamber at equal intervals; according to the device, the timeliness and effectiveness of circuit breaking protection work are improved, unused energy in the electric energy transmission process can be recycled, the energy-saving effect is greatly improved, and the device is suitable for popularization and application. And moreover, the timeliness and the effectiveness of ventilation and heat exchange work are effectively improved, the working states of the simulator under different external environment temperatures and different ventilation and heat exchange conditions can be dynamically simulated, the diversity of simulation work is greatly improved, the simulation work is richer and more specific, and the reality and the effectiveness of the simulation work are improved.

The present invention relates to an intelligent analysis system based on liquid detection, and relates to the technical field of liquid detection, comprising: a database establishment module, used for establishing a sample liquid database, and storing liquid images of multiple sample liquids; a liquid detection module, comprising multiple liquid detection units respectively arranged at multiple positions of a target area, the liquid detection unit comprising a liquid detection device and an edge computing device, the liquid detection device being used for sampling a liquid to be detected, and obtaining liquid characteristics of the liquid to be detected, the edge computing device being used for establishing a liquid image of the liquid to be detected based on the liquid characteristics of the liquid to be detected, and identifying the liquid to be detected based on the liquid images of multiple sample liquids, and uploading the identification result of the liquid to be detected; a cloud processing module, used for synchronizing the identification result of the liquid to be detected uploaded by the edge computing device to other liquid detection units, and having the advantages of automatically completing liquid detection and improving the efficiency of water environment pollution detection.

The utility model relates to a technical field of lens, disclose a kind of zoom reliability detection auxiliary device, including at least one group of support seat, when support seat sets multiple groups, multiple groups of support seat laminated and interval arrangement, each group of support seat includes multiple installation sites, each installation site is provided with rotation limiting assembly, rotation limiting assembly includes rotating component and limiting component, rotating component is set in the installation site of support seat, the rotating shaft of rotating component is connected with limiting component, limiting component can be rotated relative to support seat by rotating component;Limiting component is provided with accommodating groove, for limiting lens, limiting component is detachably connected with support seat in multiple positions of its rotation track, to lock or unlock limiting component.The zoom reliability detection auxiliary device can realize the synchronous detection of multiple groups of lenses, reduces the test number, improves the detection efficiency;And through rotating limiting assembly, the angle of lens can be adjusted to meet the needs of different angle test.

This invention provides a device for detecting the shaft holes of curved rectangular tubes, including a frame platform and multiple sets of positioning plates mounted on the frame platform. Each set of positioning plates is integrally welded together on both sides by trapezoidal ribs and is arranged vertically and oppositely. The positioning plates are provided with test shaft holes. The size of the positioning plates and the number and position of the test shaft holes vary between different sets, specifically divided into three groups. The first group of positioning plates has five test shaft holes arranged in a wavy line; the second group of positioning plates has two inclined test shaft holes; and the third group of positioning plates has one test shaft hole. Space is left between each set of positioning plates for placing the curved rectangular tube. A test rod is inserted through the test shaft hole on one side of the positioning plate, passes through the shaft hole of the curved rectangular tube, and reaches the test shaft hole on the other side of the positioning plate for testing. This detection device achieves multi-point testing of the shaft holes of curved rectangular tubes with a single clamping through the grouped positioning plate design and the test rod insertion testing method.

The invention provides an aptamer for specific recognition of jasmonic acid methyl ester and a screening method and application thereof. Compared with the prior art, the screening method comprises the following steps: 1) screening of the aptamer: carrying out heating annealing treatment on an initial ssDNA library and a biotinylated capture probe, cooling to room temperature, incubating with streptavidin magnetic beads, adding target jasmonic acid methyl ester, incubating, and collecting the aptamer; carrying out magnetic separation and taking supernate as a template for PCR amplification; 2) carrying out PCR amplification; 3) preparing secondary ssDNA as an initial library of the next round; and 4) carrying out circulating screening to obtain the aptamer MeJA-52 capable of specifically recognizing the jasmonic acid methyl ester. According to the invention, methyl jasmonate is taken as a positive screening target, salicylic acid and indoleacetic acid are taken as negative screening targets to improve the specificity of the aptamer, the aptamer in high-specificity binding with methyl jasmonate is obtained through 15 rounds of screening, a new recognition element is provided for quantitative detection of methyl jasmonate in plants, and the application prospect is wide.

This invention discloses a method and system for synchronous detection of multiple fields using dual-camera multi-band information acquisition, relating to the field of online detection technology. It achieves synchronous detection of multiple physical fields in a single acquisition process. The method includes a calibration phase and a measurement phase; the system includes: a first and second camera receiving optimization module, a camera parameter calculation module, and a multi-physics field reconstruction module. In the calibration phase, the dual-camera receiving optimization module is positioned on both sides of a calibration plate and aligned with it, acquiring information from the detection bands of the calibration plate to form first and second sets of multi-band calibration images. The camera parameter calculation module calculates the dual-camera parameters in the experiment based on the first and second sets of multi-band image data. In the measurement phase, the dual-camera receiving optimization module is positioned on both sides of the test piece and aligned with it, acquiring information from the detection bands of the test piece to form first and second sets of multi-band measured images. The multi-physics field reconstruction module calculates each physical field based on the dual-camera parameters and the first and second sets of multi-band measured images.

The application discloses a water conservancy project pipeline quality detection method and system based on an intelligent sensor, relates to the technical field of pipeline detection, realizes synchronous detection of structural defects and chemical defects by integrating an ultra-wideband (UWB) radar sensor and a terahertz spectrum sensor, collects common medium types in a pipeline, prepares medium samples with different thicknesses, obtains signal attenuation amounts, calculates attenuation coefficients, establishes the correlation between the attenuation coefficients and the medium types and the medium thicknesses, effectively solves the signal distortion problem caused by medium shielding, in addition, the spatial coordinates of the structural defects are positioned by using the corrected UWB radar signals, the chemical defect properties of the corresponding positions are analyzed based on the corrected terahertz spectrum signals, the accurate identification of the pipeline structure-chemical double-layer defects is realized, the missed judgment of hidden defects is avoided, and the complex pipeline internal environment is effectively coped with.

The invention discloses a cabin cloth product disinfection detection method and system adaptive to multiple cabin standards, belongs to the technical field of cabin cleaning, and is used for solving the technical problems that an existing cabin cloth product disinfection detection method is long in detection period, single in detection means, poor in universality and incapable of meeting health service requirements. The method comprises the following steps: establishing a multi-cabin standard detection model, and initializing parameters; collecting a surface electrical response signal of the target cloth product through the dual-sensor detection terminal, and reading a cabin type to which the target cloth product belongs; performing filtering denoising and feature extraction on the surface electrical response signal to obtain a standardized feature value; inputting the cabin type and the standardized characteristic value into a multi-cabin standard detection model to obtain an actual index value and a disinfection effect comprehensive judgment value; if the comprehensive judgment value of the disinfection effect does not reach the standard, the disinfection parameters of the disinfection equipment are optimized according to the cabin type, and secondary disinfection and re-detection are conducted on the target cloth product.

The invention relates to the field of dispensing, and particularly discloses a high-precision continuous laser displacement height measurement detection method which comprises the following steps: S1, constructing a detection system; s2, in the continuous motion process of the motion platform, a high-speed data acquisition card synchronously acquires pulse signals of an X-axis encoder and a Y-axis encoder and analog quantity signals of a laser displacement sensor at a preset sampling frequency to obtain a synchronous position-height original data stream; s3, the upper computer PC unit screens out a height value corresponding to the target position from the original data stream according to a preset sampling strategy; the sampling strategy comprises a point mode, a line mode or a continuous acquisition mode; and S4, performing position compensation on the screened height value according to the response hysteresis characteristic of the laser displacement sensor to obtain a compensated actual height value.

The utility model relates to transformer detection equipment technical field, concretely refers to a kind of transformer oil pillow capsule tightness detection device, including detection box, second trachea, dismounting mechanism and sealing mechanism. Multiple detection cavities are equipped in detection box, each detection cavity top is equipped with first trachea and first air pressure detection sensor, second trachea is installed in the top of detection box and bottom end extends into detection cavity, and its side wall is equipped with second air pressure detection sensor. Dismounting mechanism realizes the quick connection of capsule and second trachea, sealing mechanism is composed of third air inlet pipe, connecting seat and air bag, and the tightness of connection can be enhanced. The utility model can detect multiple capsules simultaneously, judge tightness by monitoring air pressure change through double air pressure sensor, have the characteristics of quick dismounting, reliable sealing, accurate detection, effectively improve detection efficiency and accuracy, suitable for batch detection scene of transformer oil pillow capsule.

The invention discloses a visual system-based industrial robot for product appearance detection, which comprises a sorting structure, a driving structure is fixedly arranged on the sorting structure, a pair of swinging structures is symmetrically arranged on the driving structure, picking structures are respectively arranged on the pair of swinging structures, and the picking structures can be oppositely attached and butted. The invention relates to the technical field of detection equipment, and has the advantages of simple structural design, high transmission efficiency, convenient maintenance, strong action linkage synchronism, no redundancy in process connection, efficient double-sided detection, realization of synchronous detection, controllable precision, assembly line continuous operation, adaptation to mass production requirements, detection and sorting integration, and high efficiency. The sorting is accurate, the main process is not interfered, the action adaptability is high, the application scene is wider, the operation automation degree is high, and manual intervention is reduced.

This utility model relates to the field of safety monitoring and discloses a gas outburst parameter instrument, including a main unit, five coal sample control knobs distributed on the surface of the main unit to independently control the detection process of corresponding coal sample tanks, a central display screen embedded in the main unit to synchronously display gas data from multiple coal sample tanks, and a quick-connect airtight interface group connected to each coal sample control knob for airtight connection of the coal sample tanks. The rotation shaft of each coal sample control knob is provided with a limiting boss that cooperates with an arc-shaped limiting groove on the inner wall of the main unit to limit the knob's rotation overtravel. The central display screen is fixed to the main unit by a shock-resistant mounting structure. In this utility model, the simultaneous detection of five coal samples is achieved through five independent coal sample control knobs and quick-connect airtight interface groups, shortening the detection time compared to the traditional single-tank detection mode. The central display screen compares data from multiple tanks in real time, improving the efficiency of gas outburst parameter analysis.

The utility model discloses a coal mine ventilation quantity detection device relates to mine ventilation detection technical field, including connecting pipeline, the outer side wall fixed connection of connecting pipeline has the air pipe, and the outer side wall of connecting pipeline is equipped with the limit support for the support of connecting pipeline, ventilation subassembly, ventilation subassembly includes drive motor, and drive motor installs in the inner side wall of connecting pipeline, and the output fixed connection of drive motor has the connecting fan, detection mechanism, detection mechanism sets up in the inner side wall of air pipe, and detection mechanism includes sealing gasket, and the top of air pipe is provided with the placement groove for placing sealing gasket, the utility model discloses through setting up independent detection mechanism and ventilation subassembly cooperation, utilizes drive motor to drive the connecting fan initiative to draw the wind, and sets up detection module in the air pipe, can realize the initiative, accurate detection to mine ventilation quantity, effectively avoided the problem that traditional passive measurement mode is vulnerable to interference, data is not accurate.