29results about How to "Simple result" patented technology

The application discloses a Chinese pear psylla MIRA-CRISPR / Cas12a detection kit and method, and belongs to the technical field of rapid detection of pest resistance. In view of the target resistance mutation (GluCl gene V267I site) of Chinese pear psylla to abamectin, the application first combines the CRISPR / Cas12a system with the MIRA isothermal amplification technology, and establishes a visual detection system with high specificity and high sensitivity. The kit comprises MIRA amplification primers, specific crRNA, Cas12a protease and a fluorescent reporter probe. During detection, only a single head of pear psylla sample is needed, after rapid DNA extraction, MIRA amplification and CRISPR cutting reaction are carried out under the condition of constant temperature of 37 DEG C, the total time consumption is not more than 1 hour, and the result is directly visually judged by a portable blue light lamp (green fluorescence is displayed for a positive sample). The application is simple in operation, does not need large instruments, and the result is intuitive, so that real-time monitoring of the abamectin resistance of Chinese pear psylla in the field can be realized, and technical support is provided for scientific rotation of drugs and precise prevention and control.

The invention discloses a map real-time construction and rescue path dynamic planning system oriented to a fire dense smoke scene, and relates to the technical field of fire rescue. The system comprises a data acquisition and processing module, an environment modeling and path construction module and a post-processing module, based on millimeter wave radar, laser radar and motion sensor data, multi-modal information is obtained, synchronized and converted, a semantic segmentation model is utilized to analyze environment perception data to generate a feasible space, and laser radar point cloud and motion sensor data are fused to realize real-time positioning, map construction and rescue path planning in a fire scene. The path is updated in real time according to fire scene environment change, and a generated result is visually presented through a post-processing module and communicates with a command platform for real-time interaction. The system has the advantages of long-distance sensing of the millimeter wave radar and short-distance high precision of the laser radar, can realize quasi-real-time and high-precision fire scene environment modeling and dynamic path generation, and provides reliable path reference for rapid action decision in fire rescue.

The utility model belongs to deck chair technical field, especially relates to a support foot linkage of folding deck chair and support mechanism, including bed body and be used for supporting the support frame of bed body, the bed body includes the seat frame and backrest that can be relatively folded, and the support frame is arranged on the seat frame, and the support foot is rotationally arranged on the backrest, and the transmission connecting rod is between the support foot and the seat frame, and the transmission connecting rod is rotationally connected with the support foot and the seat frame respectively, the backrest is controlled and is unfolded with the seat frame, and the transmission connecting rod can drive the support foot and the backrest to unfold oppositely, thereby making the support foot can support the backrest, the backrest is controlled and is folded with the seat frame, and the transmission connecting rod can drive the support foot and the backrest to fold oppositely and draw together, the transmission connecting rod is telescopic link, or, a plurality of installation sites are set up on the transmission connecting rod and are connected with the support foot and the seat frame, the utility model's purpose lies in providing a support foot linkage of folding deck chair and support mechanism that is stable in structure and is convenient to store and transport.

This utility model discloses a test device for oil injection cooling of engine pistons, belonging to the field of engine technology. It includes a test bench, on the upper surface of which are fixedly mounted two fixed plates, a cooling oil storage cylinder, a cooling oil return cylinder, and a simulated cylinder. A simulated crankshaft is rotatably mounted between the two fixed plates. A motor is fixedly mounted on the side of one of the fixed plates, and the output shaft of the motor is fixedly connected to one end of the simulated crankshaft. Several hinge plates are rotatably mounted on the outer surface of the simulated crankshaft. A mounting seat is rotatably mounted on the end of each hinge plate away from the simulated crankshaft, and a sliding column is detachably mounted on the mounting seat. By setting the mounting seat and sliding column for detachable connection, the piston can be disassembled and replaced in conjunction with a top cover plate. This allows for oil injection cooling tests on pistons made of different materials under the same environment, improving test diversity, facilitating operation and adjustment, and providing simple results.

The invention belongs to the technical field of shale oil and gas development, and discloses a shale oil-gas-bearing potential multi-parameter collaborative evaluation method. The method integrates six experimental technologies of nitrogen adsorption, carbon dioxide adsorption, carbon and oxygen isotope, rock pyrolysis and XRD total rock / clay analysis, and comprises the core steps of obtaining multi-dimensional data such as a pore structure, mineral composition, organic matter characteristics, an isotope ratio and the like after standardized pretreatment of a shale sample, and performing parameter correction, weight distribution and collaborative modeling to obtain a shale sample. And quantifying the oil-gas potential index and grading. The method solves the problem that traditional single parameter evaluation is insufficient in accuracy, data are comprehensive and reliable, and key technical support is provided for shale oil and gas exploration and development and reservoir evaluation.

The invention discloses a haplotype molecular marker related to cotton fiber strength and application of a detection primer of the haplotype molecular marker, and relates to the technical field of plant molecular biology and genetic breeding. The haplotype molecular marker is located in 112, 985, 431-112, 990 and 059bp regions of A06 chromosome of a cotton reference genome, a haplotype block is formed by nine closely linked SNP (Single Nucleotide Polymorphism) sites, the incidence relation between three haplotypes Hap1, Hap2 and Hap3 in the block and fiber strength is defined, and a new molecular target is provided for cotton fiber quality breeding. Compared with a single SNP marker, the haplotype molecular marker provided by the invention has higher stability and phenotype prediction accuracy under a complex genetic background. Genetic typing can be carried out in the cotton seedling stage based on the marker, fiber maturation does not need to be waited, the breeding period is greatly shortened, and the field screening cost is reduced.

The utility model discloses a hydrogen fuel cell carbon paper deformation detection device which comprises a universal testing machine, an experiment pressing block, an experiment cushion block, a polar plate carbon paper stacking structure, a video extensometer, a concentrated light source and a microscope, the polar plate carbon paper stacking structure is arranged between the experiment pressing block and the experiment cushion block, and the universal experiment machine is configured to provide continuously changing packaging force and uniformly transmit the packaging force to the polar plate carbon paper stacking structure through the experiment pressing block and the experiment cushion block, namely, the mechanical environment of carbon paper in a galvanic pile is simulated; the concentrated light source is configured to provide brightness, and the video extensometer and the microscope are configured to observe the form change of the carbon paper in the polar plate carbon paper stacking structure after continuous stress. The device simulates the in-pile mechanical environment through the universal testing machine, and directly observes the real form change of the carbon paper in the flow channel through the optical detection technology, thereby being beneficial to improving the cognition on the internal structure of the electric pile and guiding the design of the electric pile.

This invention discloses a small-scale medical and domestic waste treatment device specifically designed for epidemic prevention and control. It includes a furnace body with a hoist on one side for conveying materials into the boiler. The boiler's interior is divided into a water storage chamber and a combustion chamber by a partition. The upper end of the water storage chamber is sealed by an end cover with a heat-extraction conductor and a fan compartment. The fan compartment transfers heat from the water storage chamber to the hoist, drying the medical waste inside the hoist and facilitating complete combustion upon entry into the furnace. This achieves comprehensive energy utilization and ensures more thorough combustion of the medical waste.

The invention provides an artificial leather hardness detection device, and relates to the field of artificial leather detection.The artificial leather hardness detection device comprises a supporting base, a detection device, a pressing device and a control system.A linear module drives a pressing upper cover to descend, so that the pressing upper cover and the supporting base clamp a detection sample of artificial leather; then the thrust meter is driven by the rotating disc to carry out movement detection, after a large arc-shaped detection track is formed, the thrust meter is driven by the double reverse lead screw motor to carry out linear movement detection, two linear detection tracks are formed, finally, the operation is repeated, and after a small arc-shaped detection track is formed, another two linear detection tracks are formed; according to the artificial leather multi-point detection device, the detection track is detected, detection data on the detection track are transmitted to the control system, and finally the detection data are displayed on the display end by the control system, so that multi-point detection can be more accurately performed on artificial leather, and meanwhile, the detection data and a comprehensive result can be more intuitively observed.

The invention relates to the field of material mechanical property testing, and provides an in-service material property detection system based on an indentation method, comprising: an excitation module for applying a composite dynamic excitation load to a pressure head when the spherical pressure head is pressed into a to-be-detected material; the signal acquisition module is used for synchronously acquiring a dynamic load signal and a dynamic displacement signal in the pressing-in process of the pressing head; the data processing module is used for calculating an instantaneous phase difference according to the dynamic load signal and the dynamic displacement signal, constructing an evolution curve of the instantaneous phase difference along with the change of the pressure depth, and extracting a first characteristic depth, a second characteristic depth and a phase hardening index from the evolution curve; and the performance resolving module is used for calculating the elastic modulus and the yield strength of the to-be-tested material according to the first characteristic depth, the second characteristic depth, the phase hardening index and the mapping relation model. According to the method, the plastic hardening constitutive relation of the material does not need to be preset, rapid and micro-damage detection of the tensile property of the material can be achieved through single-time micron-order pressing-in, and the method is particularly suitable for field evaluation of in-service equipment.

The invention discloses a digital evaluation system for an alveolar bone morphological structure, a computing device and a storage medium, and the system comprises a data preprocessing module which is used for obtaining three-dimensional image data obtained by carrying out CT or nuclear magnetic resonance examination on teeth and alveolar bones around the teeth, and completing the conversion and standardization of the three-dimensional image data; the quadrant division module is used for determining a space coordinate system constructed by taking a tooth as a central point and a tooth long axis as a central axis according to the three-dimensional image data, and dividing a plurality of quadrants according to an occlusal surface of the tooth; and the alveolar bone evaluation module is used for evaluating the overall form or structure of the alveolar bone (such as the defect state of the alveolar crest and / or the side wall of the alveolar bone) according to each quadrant. The scheme has the advantages of simplicity and convenience in operation, accuracy in evaluation, intuitive result and the like, and has wide application prospects in the field of oral medicine.

The invention belongs to the technical field of identification of variety resources and germplasm innovation, and discloses an SSR (simple sequence repeat) core primer combination for identifying the content of'high saikoside 'in a radix bupleuri variety, a kit and application. According to the invention, a pair of specific SSR core primers (CHSSR1F / CHSSR1R) are screened by using a microsatellite molecular marker development technology. The primer combination can specifically amplify a characteristic band of 136 bp in a Chinese thorowax root variety with high saikosaponin, so that the Chinese thorowax root variety with low saikosaponin can be quickly and accurately identified and distinguished from other Chinese thorowax root varieties with low saikosaponin. The SSR core primer combination, the kit and the identification method provided by the invention overcome the defects that the traditional chromatographic identification method is time-consuming, high in cost, dependent on equipment and the like, have the advantages of reliable result, simplicity and convenience in operation, high detection efficiency and the like, and are beneficial to popularization and protection of a'high saikosaponin 'radix bupleuri variety and medicinal material quality control.

The utility model discloses a pull type plane lock which comprises a lock body, an inner panel and an outer panel. The lock body comprises a lock shell and a spring bolt, the rear end of the spring bolt is connected with an unlocking matching piece, and the unlocking matching piece is provided with a matching through hole. An inner pulling plate and an outer pulling plate are rotationally arranged on the inner panel and the outer panel respectively, the lower end face of the inner pulling plate is connected with an inner push rod, and the lower end face of the outer pulling plate is connected with an outer push rod; the lower end of the inner push rod and the lower end of the outer push rod penetrate into the matched through holes from the corresponding sides of the lock shell respectively. Unlocking is achieved by pulling the inner pulling plate or the outer pulling plate; the door lock is used for replacing the unlocking mode that a traditional door lock is unlocked by rotating a door handle, and the problem that after an existing door lock is used for a period of time, the door handle shakes up and down and droops due to spring fatigue is effectively solved. Meanwhile, the unlocking operation of the door lock is realized by pulling the inner pulling plate or the outer pulling plate, so that the unlocking operation of the door lock is simpler and more convenient; the door lock is simple in structure, and the manufacturing cost is reduced.

The application discloses a kind of equipment monitoring method and system for oil chromatography detection, it is related to power equipment state monitoring technical field, the oil dissolved gas concentration data in the historical operation time of target equipment is collected and the operation condition data of corresponding moment;The oil dissolved gas concentration data and operation condition data collected are cleaned and pretreated, and structured data set is constructed;Based on structured data set, for each oil dissolved gas, the threshold prediction model of fusion operation condition data is constructed;Real-time operation condition data and oil dissolved gas concentration data of target equipment are collected, and the concentration threshold of each oil dissolved gas is obtained according to threshold prediction model;The oil dissolved gas concentration of each real-time acquisition is compared with corresponding concentration threshold, and the abnormal condition of oil dissolved gas is judged;The operation state of target equipment is judged according to the abnormal condition of oil dissolved gas.

The application discloses a multiplex PCR primer set for simultaneously detecting multiple symbiotic bacteria and viruses in Bemisia tabaci, comprising the following: a primer pair for detecting TYLCV, the nucleotide sequences of which are shown as SEQ ID NO:1 and SEQ ID NO:2; a primer pair for detecting Rickettsia , the nucleotide sequences of which are shown as SEQ ID NO:3 and SEQ ID NO:4; a primer pair for detecting Cardinium , the nucleotide sequences of which are shown as SEQ ID NO:5 and SEQ ID NO:6; and a primer pair for detecting Hamiltonella , the nucleotide sequences of which are shown as SEQ ID NO:7 and SEQ ID NO:8. The application solves the technical problems of low detection efficiency, large sample consumption, high reagent cost, inconvenient data comparison and poor compatibility of primers in a multiplex PCR system in the prior art.

The utility model discloses an smt reflector production device, which belongs to the technical field of smt, and comprises a base, four corners of the lower surface of the base are fixedly provided with fixing seats, the fixing seats are provided with fixing bolts in a threaded manner, the side surface of the base is fixedly provided with a first cylinder, and the first cylinder is provided with a second cylinder. A lower supporting plate is fixedly installed at the end of a piston rod of the first air cylinder, a second air cylinder is fixedly installed on the upper surface of the lower supporting plate, an upper supporting plate is fixedly installed at the end of a piston rod of the second air cylinder, and rotating shafts are rotationally installed on the opposite faces of the lower supporting plate and the upper supporting plate. The lower supporting plate and the upper supporting plate are arranged to be matched with the rotating shaft and the clamping plates for use, the upper supporting plate can move up and down so that the two clamping plates can fix and clamp the reflecting plate, four-side switching adjustment of the reflecting plate is achieved through the rotating shaft, and then four-side rotating adjustment of the reflecting plate can be achieved on the premise of fixing; and operation and adjustment are convenient, and the structure is simple.

This invention discloses a method for calculating and evaluating gear knocking on balance shaft scissor teeth, comprising the following steps: constructing a rigid model of an engine balance shaft system; performing mesh generation to obtain a finite element model; setting condensed nodes on the finite element model and coupling the condensed nodes with the contact boundaries; performing condensation processing on the finite element model and using the generated condensed model to replace the finite element model for mechanical analysis; making the gears flexible; applying excitations at various speeds on the crankshaft and starting simulation calculations; extracting the meshing force on the tooth surface of each gear pair at each speed; processing the meshing force data to obtain the peak meshing force, obtaining the impact index based on the peak meshing force, and obtaining the knocking evaluation based on the impact index. The method described in this invention can establish a fully flexible balance shaft system simulation model and quantitatively evaluate the knocking noise of balance shaft scissor teeth, providing a basis for the analysis and optimization of gear knocking problems on balance shaft scissor teeth.

This invention provides a method and apparatus for measuring the intensity distribution of high-energy laser light, relating to the field of laser intensity measurement technology. The apparatus includes: a beam sampling element, a sampling material, a sampling material control platform, a damage spot monitoring system, and a data processing terminal. The beam sampling element is used to sample a single beam of fixed diameter from the high-energy laser to be measured, obtaining the incident laser. The sampling material control platform, connected to the sampling material, is used to adjust the incident angle of the incident laser onto the surface of the sampling material and to adjust the position of the incident laser acting on the surface of the sampling material. The damage spot monitoring system is used to monitor the radius of the laser damage spot on the surface of the sampling material. The data processing terminal determines the intensity distribution of the high-energy laser to be measured based on the prior data of the damage threshold of the sampling material and the radius of the laser damage spot. This invention achieves direct measurement of the intensity and intensity distribution of high-energy laser light without using a beam attenuation element, providing intuitive results and simple operation.

The invention discloses a biomarker detection kit and a detection method for prognosis evaluation of multiple myeloma, and relates to the technical field of biological medicine detection.According to the kit, circMYC and circSETD2 bicyclic RNA combination in serum exosomes serves as a core prognosis marker, and the kit contains an exosome solid phase capture reagent, sulfydryl modified silicon dioxide magnetic beads and the like; the isothermal amplification detection reagent contains a specific SDA primer pair and the like; a double quality control reagent containing a CD63 peptide fragment marker and the like; positive control and negative control are provided; the serum exosome bicyclic RNA is selected as a core prognostic marker, a complete detection system is constructed, an exclusive reagent efficiently enriches and purifies the exosome, the detection specificity and accuracy are improved, a reliable basis is provided for prognostic layering, integrated operation is achieved, the process is simplified, clinical application is achieved, quantitative analysis is matched with a clear interpretation standard, and the detection efficiency is improved. The reagent is stable and convenient, the result is comparable, and the clinical application value is improved.

The application discloses a kind of to beat leaf redrying finished product sheet tobacco comprehensive quality characterization method, comprising:1 collection the leaf redrying quality index of the nth processing batch,2 to leaf redrying quality index sequence is pretreated,3 using KMO test and Bartlett sphericity test respectively to the applicability of standardized data verification,4 calculate the correlation coefficient matrix of all processing batch leaf redrying quality index,5 calculate the eigenvalue and unit eigenvector of correlation coefficient matrix,6 calculate cumulative variance contribution rate, determine the number of principal components and calculate principal component score,7 calculate the nth processing batch to beat leaf redrying sheet tobacco finished product comprehensive quality score.The application can quantitatively, objectively, accurately characterize the comprehensive quality of beat leaf redrying finished product sheet tobacco, so as to solve the deficiency that traditional evaluation index is single and relatively rough.

The invention discloses a method for determining the effective bonding width between friction stir deposition additive layers. The method comprises the following steps that S1, all the surfaces of a test bar used for friction stir deposition are pretreated; s2, prefabricating markers on the surface of the test bar, wherein the prefabricating markers are distributed on a part of the surface of the test bar or a shallow layer area of all the surfaces of the test bar; s3, depositing an upper deposition layer and a lower deposition layer on at least the same track under the to-be-detected process condition by using the test bar with the prefabricated marker; s4, sampling is carried out between the two deposition layers; s5, carrying out industrial CT (Computed Tomography) detection on the obtained sample; carrying out visualization processing on the CT detection result; and S6, calculating the width of the interlayer effective combination area. By quantitatively determining the interlayer effective bonding width, a direct basis can be provided for technological parameter optimization, deposition path planning and edge removal amount design, the material utilization rate can be increased, the overall performance of the blank can be guaranteed, and technical reference can be provided for establishment of related industrial standards or specifications.

The invention relates to a code merging conflict automatic resolution method based on editing script recognition and pre-training supervision fine tuning, and mainly solves the problem of code merging conflicts in the field of software development. The method comprises the following steps: firstly, extracting all merging submissions in a submission history from a screened open source Git code warehouse; replaying and merging to extract information construction features such as contents and contexts of all conflict blocks, extracting an editing script positioning solution by using an algorithm, sending the editing script into a pre-training model to output embedding of code change, sending the editing script into a downstream recurrent neural network to output a prediction condition accepted by the script, and meanwhile, finely adjusting the pre-training model; and processing the prediction result to generate a recommended solution. The method has the advantages of being high in interpretability, capable of adapting to the production environment in a non-invasive mode, high in expansibility and the like, automatic resolution of code conflicts can be achieved, and the working efficiency of developers for solving code merging conflicts is improved.

The application belongs to the technical field of biological medicine, and particularly relates to RAB8A as a biomarker for predicting the curative effect and prognosis of immunotherapy of non-small cell lung cancer (NSCLC) patients and application thereof. Through independent discovery and verification queues, it is proved that high expression of RAB8A in tumor tissues is significantly related to longer progression-free survival of NSCLC patients after receiving immunotherapy, and the expression level has good prediction efficiency on the curative effect and prognosis of immunotherapy. Detection of RAB8A protein expression can be used as an effective auxiliary tool for guiding the clinical decision of NSCLC immunotherapy.

The utility model discloses a wire sequence detection device, which is characterized in that a primary side terminal and a secondary side terminal are detachably inserted into the front side of a circuit board respectively, and are arranged in rows; and the detection circuit module is integrated in the circuit board and is electrically connected with the instrument wiring terminal, the primary side terminal and the secondary side terminal. The primary side terminal and the secondary side terminal can quickly replace an adaptive terminal group according to the type of a wire harness interface, and are matched with a terminal array arranged in rows to realize multi-channel parallel detection; a detection circuit module integrated in the circuit board synchronously completes signal excitation, acquisition and logic analysis through a closed-loop signal processing mechanism, so that the detection period is remarkably shortened; the guiding structure of the terminal plugging area ensures accurate alignment of the wire harness plug, contact damage caused by misplaced plugging is avoided, and the problems that a traditional detection method is low in efficiency, high in misjudgment rate and poor in equipment reusability are effectively solved.

The invention discloses a local sequence alignment algorithm and device for detecting the number of continuous similar rows of a file, and belongs to the technical field of code clone detection. The method comprises the following steps: carrying out preprocessing of blank removal, blank line removal and annotation removal on two files to obtain a line sequence; an improved Smith-Waterman algorithm is utilized, a'row 'is taken as a unit, difflib.Sequence Matcher > = 0.8 is taken as a similar threshold to construct a score matrix, and all continuous matching fragments with the length > = minlines are extracted through backtracking; and outputting starting and stopping line numbers and line-by-line contrast contents of each segment in a descending order according to the similar line number. According to the method, a language parser and time complexity O (n.m) are not needed, continuous similar regions of Type-1 to Type-3 clone can be positioned at one time, the result is visual, parameters can be configured, and the method is suitable for repeated code cleaning, plagiarism detection and reuse rate measurement of million row-level codes.

The present application relates to the field of semiconductor device detection, specifically relates to spatial spectral irradiance consistency measurement device, data acquisition and determination method, the device includes: external frame module, the inside of external frame module defines test space, external frame module has support structure for bearing to be measured light source on it;Test module is arranged in the test space, and it includes: object table;Positioning system, including horizontal translation mechanism and vertical lifting mechanism;Through the horizontal translation mechanism, the irradiance meter probe and the spectrometer integrating sphere are installed on the object table, and the irradiance meter probe and the spectrometer integrating sphere move in the test space through the positioning system;Processing module is electrically connected to the external frame module and the test module.It is used for measuring the spatial spectral irradiance consistency of high-power microwave ultraviolet light source for semiconductor, solves the problem of how to measure and evaluate the spatial spectral irradiance consistency of microwave ultraviolet light source.

The invention provides a large overflow discharge port pollution load capacity calculation method and system, and the method comprises the steps: deploying a robust multi-mode sensing array with a self-cleaning function and / or a redundancy calibration function in an overflow discharge port, and optimizing the layout position to obtain real-time synchronous flow and pollutant concentration data with high representativeness; a graded variable-frequency dynamic acquisition strategy is adopted, different sampling frequencies are adapted according to hydraulic and water quality characteristics of different overflow stages, and data precision and energy consumption control are both considered; dividing a normal period and an overflow period based on the flow data, respectively calculating pollution load of each stage by adopting a time weighted average method and a real-time integral method, and accumulating to obtain the annual total amount; regular standard solution calibration and laboratory data verification are matched, and the result accuracy is further guaranteed. According to the method, dependence on theoretical model parameters is eliminated, the precision and reliability of pollution load calculation are remarkably improved, the adaptability of system modular design is high, the operation and maintenance cost is low, and data support is provided for drainage basin water environment management, sewage right verification and the like.

This utility model relates to the field of inspection fixture technology, specifically to an inspection fixture for detecting the curvature of a part, comprising: a base plate, a positioning component disposed on the base plate, a curvature measuring component disposed on the base plate, and a replaceable curvature gauge disposed on the base plate; the positioning component is provided with a positioning pin, the curvature measuring component includes an arc-shaped slide rail disposed on the base plate and a measuring instrument slidably disposed on the arc-shaped slide rail, and the replaceable curvature gauge includes a curvature detection gauge and a mounting block, the curvature detection gauge being slidable relative to the base plate. By sliding the measuring instrument on the arc-shaped slide rail, the curvature position on the part to be inspected is measured, the actual deviation of each inspection point is calculated, and the actual deviation is compared with the allowable error to draw a conclusion, and the error points and error values ​​can be recorded; simultaneously, for the bottom curvature part, by checking whether the slidable standard curvature detection gauge fits the bottom curvature surface, it is possible to intuitively determine whether the bottom curvature surface of the part to be inspected is qualified.

The present application relates to a kind of based on electrodeless resistivity Reinforced concrete corrosion state detection method, comprising the following steps: the prepared reinforced concrete sample vacuum drying treatment is placed in test device, with electrolyte solution composition series circuit, electrodeless resistivity meter is tested to obtain system total resistance, again test obtains electrolyte solution resistance, the resistance of steel in concrete is obtained by calculation.By the change of steel in concrete in different curing age, the corrosion rate of steel in concrete is calculated, compared with relevant standard, the corrosion state of steel in concrete is obtained.The present application adopts electrodeless non-contact method, eliminates the influence of contact resistance and contact capacitance between electrode and concrete on measurement, will not produce electrode polarization and other problems, it is convenient and fast, the result is expressed in the form of steel corrosion depth rate, the result is more intuitive, consistent with the result of weight loss rate of steel corrosion in the current national standard, the same state of steel is distinguished.