30results about How to "Realize verification" patented technology

This invention provides an automated assembly and tightening device for shaft-end nuts that is easy to verify, belonging to the field of industrial manufacturing technology. This invention achieves full automation of the nut assembly process by integrating components such as a base, conveying mechanism, nut supply device, assembly robotic arm, tightening mechanism, and verification system. Its core lies in employing a two-stage tightening control strategy, dividing the tightening process into preliminary tightening and reinforcement tightening stages. In the preliminary tightening stage, a low-speed, high-precision mode and dynamic damping control ensure correct thread engagement. The intermediate verification stage measures axial displacement values ​​to promptly detect anomalies. In the reinforcement tightening stage, a stepped torque-increasing algorithm ensures uniform stress distribution. Finally, multi-parameter comprehensive verification evaluates the tightening quality and generates a traceability code, effectively solving the quality instability problem caused by a single-stage tightening method for shaft-end nuts.

The present application relates to the technical field of optical fiber fault diagnosis, and particularly relates to an optical fiber line fault diagnosis remote positioning control system, comprising an optical fiber line management center, a deployment collection module, a marking and association module, an anomaly verification module, a section division module, an interval positioning module and an execution control module; the present application is a full-process closed-loop mechanism through collection-preprocessing-fault identification-anomaly verification, uses a fault identification model to preliminarily determine a fault type, uses a weighted matching algorithm to accurately verify an anomaly detection point, effectively filters false positives caused by parameter fluctuations, greatly improves the accuracy and reliability of fault identification, avoids the waste of invalid maintenance costs, simultaneously realizes accurate landing from "interval positioning" to "point positioning" in single anomaly detection point and multiple anomaly detection point scenarios, and realizes dynamic adjustment and verification of a repair scheme by monitoring the parameter compliance in a real-time repair process, thereby improving the intelligent level of operation and maintenance.

This invention provides a method and system for constructing a negative obstacle risk map, relating to the field of robot environmental perception technology. The method includes: acquiring multimodal sensing data of a legged robot in the current operating environment to obtain the types of negative obstacles, multiple candidate regions, and the corresponding confidence and uncertainty of each candidate region; using a risk diffusion algorithm, performing ink blurring processing based on the type, confidence, and uncertainty to generate a continuous risk field corresponding to each candidate region; dividing the continuous risk field to generate a continuous risk gradient distribution corresponding to each candidate region; performing terrain modeling based on laser point clouds, updating the continuous risk gradient distribution using Bayesian fusion to obtain a multi-level grid map, and then performing tactile closed-loop correction on the multi-level grid map to generate a risk cost map. This invention improves the accuracy of constructing a negative obstacle risk map.

This invention discloses an automated settlement system for cross-regional power trading based on smart contracts. A feature recording module records multi-dimensional settlement characteristics of settlement data packets from power generation companies. A data preparation module, responding to the power generation company's need to send settlement data packets, generates a sending request based on the multi-dimensional settlement characteristics. A sending module processes the settlement data packets based on the sending request, encapsulating the access sequence number and key segment sequence number for synchronous transmission. A verification module verifies the settlement data packets, and the verified data packets are used to generate a trading contract through a contract trading module. Based on the trading contract, a transaction fund transfer instruction is generated. This invention automates the entire power trading settlement process, reconstructs the trust system for power trading settlement, and lays a solid foundation for building a new generation of transparent, intelligent, and efficient power market operation ecosystem.

This application provides a full-system cold flow test system for a liquid rocket pressurization and delivery system. The system includes: a storage tank, a pressurization system, a delivery system, and a water tank. The storage tank contains liquid. The pressurization system is connected to the top of the storage tank and is used to increase the pressure in the storage tank. The delivery system includes a drain pipe and a liquid discharge flow limiting device. The liquid discharge flow limiting device is installed on the drain pipe. One end of the drain pipe is connected to the bottom of the storage tank, and the other end extends into the water tank. The drain pipe is used to deliver the liquid from the storage tank to the water tank. The liquid discharge flow limiting device is used to control the discharge flow rate of the liquid from the storage tank. This application comprehensively simulates a full-system cold flow test without engine ignition, improving the realism and reliability of the test.

The invention discloses an annotation result verification method, electronic equipment and a computer readable storage medium. The method comprises the steps of obtaining a pre-annotation result of a first image; wherein the first image comprises at least one target object, and the pre-labeling result is obtained by performing target behavior attribute pre-labeling on each target object in the first image; determining a first area and a second area corresponding to the target part of each target object from the first image; wherein the second area is an area through which the target part of the target object can pass under the condition that the target object has the target behavior attribute; and based on the position relationship between each first region and the second region, verifying the pre-labeling result of the first image to obtain a first labeling verification result corresponding to the pre-labeling result. In this way, verification of the pre-labeling result can be achieved.

This application relates to a time compensation method, a battery management system, a vehicle, a server, and a service system. It includes: obtaining a temperature difference threshold relationship, which includes the correspondence between temperature difference ranges and temperature thresholds; compensating for the battery's static dormancy time based on the temperature difference threshold relationship; where the temperature difference range characterizes the degree to which the battery's temperature deviated from a reference temperature during the previous power-off, and the temperature threshold characterizes the amount of temperature change corresponding to the duration of static dormancy during the power-off to power-on period within the corresponding temperature difference range. This method can compensate for the battery's static dormancy time in the event of an RTC failure, thereby enabling the BMS's functions such as SOC static correction, SOH online calculation, and static equalization calculation to operate normally.

The application discloses a kind of interface parameter verification method, device, server and storage medium, wherein, method includes: obtaining the signing rule and the signature verification rule of engineering project;The first calling mark and / or second calling mark of each subproject in the multiple subprojects of engineering project is configured as a requestor and / or as a responder, wherein, the first calling mark is used to call the signing rule, and the second calling mark is used to call the signature verification rule;The verification of interface parameter between the subproject as a requestor and the subproject as a responder is realized using the first calling mark and / or second calling mark.Thereby, it is solved that each project in the related art independently writes verification code, cannot guarantee that the signing and un-signing mechanism in the same micro-service system is consistent, there is the problem such as verification code redundancy, high maintenance cost of project.

The utility model provides an upgrading device for an integrated product. The upgrading device is used for upgrading software of the integrated product. The upgrading device comprises a jig, a host and power supply equipment, the jig comprises a jig body, a control switch and a socket. The control switch and the socket are respectively arranged on the jig body, and the control switch and the socket are arranged at an interval; the jig body is used for fixing an integrated product, the socket is used for being connected with the integrated product, and the control switch is used for controlling connection and separation of the socket and the integrated product. The power supply equipment is electrically connected with the socket and is used for supplying power to the integrated product; and the host is electrically connected with the socket and is used for upgrading the integrated product. Through cooperative work of the jig, the host and the power supply equipment, automatic writing and verification of product software are achieved, through integrated automatic control, the efficiency of the writing process is improved, and the mistake-proof and fool-proof effects are achieved.

The application provides a centering driving verification method and system, electronic equipment and storage medium. The centering driving verification method comprises the following steps: acquiring driving track information, vehicle speed information and a current road image of a lane where a vehicle to be controlled is located; extracting left and right lane line feature points in the current road image; performing curve fitting on the left and right lane line feature points respectively to obtain left and right lane line equations; performing curve fitting based on the driving track information to obtain a driving track equation; determining a track relative deviation amount, a position relative deviation amount and a heading relative deviation amount according to the left and right lane line equations, the driving track equation and the vehicle speed information; and performing centering driving verification based on the track relative deviation amount, the position relative deviation amount and the heading relative deviation amount.

The application relates to the technical field of intelligent decision-making, and discloses a text detection method, a text detection device, equipment and a medium: a to-be-detected text is acquired, multi-modal analysis is performed on the to-be-detected text, and a multi-modal text fingerprint is obtained; when a text verification result of the to-be-detected text represents that all text verifications pass, a text semantic version graph is acquired; text matching is performed on the multi-modal text fingerprint and historical text fingerprints in the text semantic version graph, and a target detection text is obtained; a difference between the to-be-detected text and the target detection text is determined as a semantic difference, and when the semantic difference is key field information and a state of the target detection text is completed, the to-be-detected text is determined as a risk text. The application is applied to a financial scene. Through the multi-modal text fingerprint and the text semantic version graph, subtle information in the to-be-detected text and overall text fingerprint detection are realized, and the accuracy and reliability of risk text detection are improved.

This invention relates to an apparatus and method for the efficient capture of iodine-containing exhaust gas, comprising a tower system, a gas supply system, an absorbent system, an exhaust gas detection system, and a control system. Iodine-containing exhaust gas enters from the bottom of the tower system via the gas supply system and flows upward within the tower. The absorbent system enters from the top of the tower system via a nozzle and flows downward. The two gases come into countercurrent contact within the tower. Sodium hydroxide in the absorbent reacts with iodine in the exhaust gas to form iodide, thus converting iodine from the gas phase to the liquid phase, achieving iodine absorption and capture. After absorption and capture, the exhaust gas passes through a demisting section to capture entrained droplets before being discharged from the top of the tower system. The exhaust gas detection system measures the concentration of iodine in the exhaust gas. This method enables efficient gas-liquid contact and mass transfer, and achieves constant-temperature circulation and composition control of the alkaline solution. Through optimized tower structure and control system, it achieves stable and efficient capture of iodine from iodine-containing exhaust gas, possessing good potential for scientific research verification and engineering scale-up.

The invention discloses a method and a device for verifying structural design parameters of an extruded insulated high-voltage direct-current cable. The method comprises the following steps: determining a conductivity model of an extruded insulating material and rated current-carrying capacity of a single direct-current cable; determining a heat source of the extruded insulated high-voltage direct-current cable according to the rated current-carrying capacity of the single direct-current cable, and calculating the thermal resistance of the extruded insulated high-voltage direct-current cable and the environmental thermal resistance; according to the heat source, the cable thermal resistance and the environment thermal resistance, the high-voltage direct-current cable insulation internal temperature is calculated, and according to the conductivity model and the high-voltage direct-current cable insulation internal temperature, the high-voltage direct-current cable insulation internal electric field is calculated; according to the internal temperature and the internal electric field of the high-voltage direct-current cable insulation, the insulation expected life of any radial position in the high-voltage direct-current cable insulation is estimated; and verifying the insulation internal temperature, the insulation internal electric field and the insulation expected life of the high-voltage direct-current cable according to preset constraint conditions to obtain a verification result.

The present application relates to sensing technology and seabed topography monitoring field, aims at providing a kind of test device and method for analyzing the coupling law of sensing array and soil deformation.The device includes the main box of top opening and the scanning mechanism arranged at the opening, side push mechanism and vertical push mechanism are arranged in the main box;Variable volume test cavity is formed by deformable side plate and multiple side push oil cylinders arranged in side push mechanism, and vertical push bottom plate and multiple side push oil cylinders arranged in vertical push mechanism, for containing test soil and burying sensing array.The present application uses telescopic oil cylinder and push plate combined mechanism to simulate soil settlement, lifting and collapse, which can realize the simulation of soil in multiple directions, different displacement deformation variables and deformation speed, and the main device is simple to process and low in material cost.The deformation coupling law of sensing array with different scales and different burial depths, different soil, different scales, different deformation variables can be studied.

The invention discloses a device and method for testing the detection distance of an infrared camera, and solves the technical problems that an indoor test device is large in size and an external field test is seriously influenced by weather, and the device for testing the detection distance of the infrared camera comprises a collimator, an electric target wheel, a surface source black body, an infrared camera installation position and a control computer. An infrared camera mounting position is arranged at a preset distance away from the exit port of the collimator; an electric target wheel is arranged at an incident port of the collimator; the control computer is electrically connected with the electric target wheel and is used for controlling the automatic switching of a plurality of target positions of the electric target wheel, so that the target on any one of the plurality of target positions is positioned at the focal plane of the collimator; the surface source black body is located on the side, away from the collimator, of the electric target wheel and used for irradiating the target, and the radiation aperture of the surface source black body completely covers the target located on the focal plane of the collimator. The control computer is connected with the surface source black body to control the temperature of the surface source black body; and the control computer is connected with the infrared camera so as to receive an infrared image shot by the infrared camera.

The invention provides a wheelchair posture change control method and system, and relates to the technical field of medical instruments.The wheelchair posture change control method comprises the steps that a posture change instruction is responded, historical operation data of a current user is obtained, an early warning reference range is determined based on the historical operation data, a wheelchair is controlled to execute posture change, and operation parameters of a driving motor are collected in real time; the operation parameters are compared with an early warning reference range and a preset fault safety threshold value, if the operation parameters exceed the early warning reference range and are smaller than the preset fault safety threshold value, the driving motor is controlled to operate according to a preset tentative strategy, a torque signal in the operation process is collected, and the resistance type is judged based on the torque signal; the technical problem that reliable application of an existing intelligent wheelchair in high-risk user groups is seriously restricted due to the fact that the safety guarantee capacity of the existing intelligent wheelchair in the posture changing process is insufficient is solved, and the effect of improving the posture changing safety of the wheelchair is achieved.

The invention discloses a time delay test method for loading a live broadcast picture, and relates to the technical field of streaming media live broadcast time delay test, and the method comprises the steps: obtaining a video stream fingerprint, an audio stream fingerprint and a network message time sequence mark which are synchronously collected by a live broadcast stream in a complete playing period, and forming a native data array; performing time delay trace separation and marking on the native data array, and generating a time delay trace initial contour associated with rendering, playing and transmission links; and applying disturbance simulation to the initial contour through an environment perception model to obtain a time delay trajectory extension contour. On the basis, a causal inference graph of time delay propagation is constructed, and the emergence position and aggregation intensity of potential time delay are obtained through traversal calculation. And according to a calculation result, reversely generating a compensation vector aiming at each link, and acting on the native data array to complete a time delay simulation test. According to the invention, multi-link refined traceability and causal reasoning of live broadcast time delay are realized, and the depth and accuracy of time delay testing are improved.

This application relates to the field of intelligent transportation technology, and in particular to a traffic event verification and adaptive optimization system based on a large-scale model. The system includes: a video preprocessing module for image enhancement processing of the input video stream and generating keyframe data containing scene labels, time information, and location information; a video traffic event detection model module for detecting traffic events on the keyframe data and outputting preliminary detection results containing event type, event region, confidence level, time information, and location information; and a large-scale view model verification module for performing semantic analysis on the keyframe data and the preliminary detection results based on a pre-trained large-scale view model and outputting verification results. This application enables efficient collaboration between traffic event detection and verification, and improves the model's continuous adaptability in complex scenarios and dynamically changing environments through an adaptive optimization mechanism, thereby improving verification accuracy and reducing false positive and false negative rates.

This invention belongs to the field of molecular biology detection technology, and provides a primer composition, gDNA, probe, and method for detecting amino acid mutation sites in ALS of Amaranthus retroflexus. This invention is the first to construct a method for detecting multiple resistance mutations at multiple sites based on the synergistic effect of multiplex PCR and PfAgo. Through multiplex PCR amplification and PfAgo specific recognition and cleavage, it achieves simultaneous detection and mutation type identification of multiple resistance target sites in the ALS gene of Amaranthus retroflexus. Based on the multiple constraint mechanism of multiplex PCR amplification, PfAgo guided sequence recognition, and fluorescent probe cleavage, it achieves stepwise identification and verification of target sites, exhibiting excellent specificity, sensitivity, and robustness, reducing the risk of false positives, ensuring accurate and reliable results, and requiring no standards for interpretation. It is suitable for rapid and simultaneous multi-site detection of resistance to ALS inhibitors in Amaranthus retroflexus in the field, is simple to operate, and has low cost, providing technical support for resistance monitoring and precision herbicide management.

The invention belongs to the technical field of aviation turbine power generation system control, and particularly relates to an aviation turbine power generation system high-frequency control semi-physical platform and a test method. The platform comprises a semi-physical simulation model which is used for realizing test working condition state simulation of the aviation turbine power generation system; the generator physical controller is connected with the semi-physical simulation model and is used for realizing voltage stabilization control of different test working condition states; and the upper computer is connected with the generator physical controller and is used for realizing switching of different test working condition states. The HIL semi-physical simulation platform is constructed in combination with the CPU and the FPGA, the problem that the sampling precision of a high-frequency control system is insufficient can be effectively solved, various verifications of the physical controller are practically and reliably achieved, and the verification efficiency of the whole system is greatly improved.

The utility model belongs to the field of electric power test equipment, and particularly discloses a direct current test transmission instrument with a self-checking function, which comprises a box body, a power supply module, a high voltage generating module, a measuring module and a single chip microcomputer are arranged in the box body, a fixed seat and a checking module are arranged on the box body, and the checking module comprises a standard resistor module. The standard resistance module is detachably connected to the fixed seat, the power supply module, the high-voltage generation module and the fixed seat are sequentially connected, the standard resistance module is connected with the output end of the high-voltage generation module, and the high-voltage generation module and the measurement module are respectively connected with the single chip microcomputer. According to the utility model, the standard resistance module is used as an output load of the high-voltage generation module, the current of the standard resistance module is collected through the measurement module, and the actual output voltage of the high-voltage generation module is calculated according to the resistance, so that the voltage output function verification of the direct-current test transmission instrument before the test is realized.

The application provides a kind of verification equipment and verification method for MEMS sensor, it is related to MEMS sensor verification equipment technical field.Verification equipment includes shell, test mechanism, driving mechanism and signal output unit, the sealed cavity is formed in the inside of shell, test mechanism is located in sealed cavity and includes center axis and multiple two two opposite connecting arms, the inside of each connecting arm is formed with gas pipeline, gas pipeline is configured to controllably pass into gas, one end of each connecting arm is connected with center axis, the other end is equipped with test seat, test seat is used to install MEMS sensor, driving mechanism is connected to the center axis of test mechanism, driving mechanism is set to drive all connecting arms of test mechanism to rotate around center axis by preset angle, signal output unit is connected with the MEMS sensor currently connected on test seat and is used to output the detection signal of MEMS sensor.The verification equipment of the application can realize the verification of multiple types of MEMS sensors by controlling different verification conditions, and the structure is simple, the cost is lower.

The application relates to the technical field of bridge structure health, in particular to a cable-stayed bridge cable force intelligent monitoring method and system based on multi-modal data fusion, which comprises the following steps: acquiring gray-scale images and strain data of each cable of a cable-stayed bridge at each moment in each monitoring period; extracting the cable skeleton in the gray-scale images; calculating the linear deviation and stress unevenness of each cable in each monitoring period to obtain the first evaluation value of each cable in each monitoring period; calculating the nonlinear strength and energy migration degree of each cable in each monitoring period to determine the second evaluation value of each cable in each monitoring period; and determining the abnormal coefficient of each cable in each monitoring period to perform abnormal evaluation on the cable force state of the cable of the cable-stayed bridge. The application realizes complementation and verification of multi-source information at a higher level, improves the accuracy of cable force abnormal monitoring of the cable-stayed bridge, and effectively guarantees the safe operation of the cable-stayed bridge.

The invention discloses a turbine guide vane upper and lower margin plate inner and outer arc machining device and method.The machining device comprises a base, a centering clamping mechanism and a measuring mechanism, the centering clamping mechanism and the measuring mechanism are arranged on the base, on-machine measurement of the arc faces and the end faces of turbine guide vanes is achieved, repeated clamping of parts and clamping errors caused by the repeated clamping are avoided, and the machining precision is improved. The measurement efficiency and the measurement stability are improved, and the processing quality risk is reduced; in addition, the invention further provides a turbine guide blade upper and lower margin plate inner and outer arc machining method, a formed grinding wheel with the inner circle, the outer circle and the end face shape combined is designed in combination with the part machining angle, the use efficiency of the grinding wheel is improved, the machining feeding frequency is reduced, and the machining cost is reduced. And in combination with the machining device, one-time clamping and measuring in the machining process are achieved, and the machining efficiency is multiplied.

This invention relates to the field of quantitative trading technology and provides a method and system for intelligent risk management in quantitative trading. The invention involves monitoring the trading environment in conjunction with other systems, acquiring manually input reference trading data when there are no risks, acquiring historical trading data and automatically generated quantitative trading data, performing profit and risk analysis, calculating the trading overlap rate when expected conditions are met, and determining whether the overlap conditions are satisfied. If the overlap conditions are satisfied, quantitative trading is executed. This system can acquire historical trading data, manually input reference trading data, and automatically generated quantitative trading data, perform profit and risk analysis, calculate the trading overlap rate when expected conditions are met, and then execute quantitative trading when the overlap conditions are satisfied. This ensures the security, compliance, and efficiency of quantitative trading while preventing the results from deviating significantly from the user's expectations, thus ensuring the stability of quantitative trading.

The invention discloses an equipment code design taboo checking method based on a Logistic regression correlation model, which comprises the following steps: collecting equipment software design taboo documents, and sorting the equipment software design taboo documents to obtain a structured design taboo knowledge base; cutting and processing the equipment software design taboo document in the structured design taboo knowledge base by using a finite-state machine to obtain a software code; performing large model detection on software codes to identify problems; the identified problem is filtered through a trained Logistic regression correlation model, and a filtered code quality problem is obtained; and inputting the filtered code quality problem into a multi-agent framework, and carrying out intelligent improvement and verification. According to the method, automatic identification, filtering and repair of code design taboo are realized, so that the accuracy and efficiency of code quality detection are remarkably improved, the false alarm rate is reduced, and automatic repair and verification of codes are realized.

A DNA tag for detecting a trace variation is provided, the tag having a sequence selected from at least one of: (1) HHATHHHTCACCHHATHHH; or (2) HHHTAHHTAHHHTAHH, wherein H represents A, T or C.

The application provides a blockchain-based verifiable keyword Top-K non-fuzzy query and fuzzy query method, and a scheme combines RSA accumulators, inverted indexes and prefix trees and other related technologies to construct an ADS, and realizes ranking search verification of non-fuzzy queries and fuzzy keywords. The framework of the application can enable light nodes to effectively verify the correctness of query results, and performs well in search, verification, storage and update operations, and has good practical value.

The invention relates to the technical field of electronics, and discloses a comprehensive analysis method for directly measuring dynamic parameters of a transistor and verifying circuit performance based on the slope of a direct current characteristic curve, which comprises the following steps of: constructing a transistor amplifying circuit on an electronic circuit simulation software platform, and determining a maximum undistorted output state and an optimal quiescent operating point; drawing a transistor direct-current characteristic curve by utilizing direct-current scanning analysis, and measuring a tangent slope at an optimal quiescent working point to directly extract a small-signal dynamic parameter; and a measured value and a theoretical value are obtained and are quantitatively compared to realize comprehensive analysis and verification. According to the method, the direct-current characteristic curve of the transistor is drawn based on the optimal quiescent operating point, the tangent slope of the curve at the optimal quiescent operating point is measured, small-signal dynamic parameters such as transconductance, an alternating-current amplification coefficient and transistor output resistance are directly extracted, and the accuracy of subsequent calculation of the theoretical value of the alternating-current performance index is improved.

An efficient data check system and method thereof. The efficient data check system comprises a storage module, an IO register, an IO port, a comparator, and an interrupt port. The IO register comprises a first GPIO register and a second GPIO register. The first and second GPIO registers are used to control the output and input of the IO port and to realize digital-to-analog conversion. The IO port comprises a first GPIO port and a second GPIO port. The comparator has two input terminals connected with the first and second GPIO ports respectively. The first and second GPIO ports read the converted analog quantity of the IO register and determine the high and low of the potential according to the analog quantity. The comparator receives the high potential or the low potential and compares them. The interrupt port judges whether the data is the same according to the output of the comparator, adopts the method of byte-by-byte comparison, and realizes the check. Thus, the process of temporarily storing the compared data is saved, and the process of calculating CRC is also saved. The speed is faster and the efficiency is higher.