123results about How to "Increase authenticity" patented technology

The application provides a vectorization reverse construction method of an existing building indoor structure scene, and relates to the field of data processing. In the method, laser point cloud data and panoramic image sequences are synchronously acquired, and building structure semantics are extracted by image semantic segmentation. The image semantics are robustly migrated to the point cloud to form structure semantic point clouds. On the basis of eliminating non-building structure elements, a structure point cloud skeleton is constructed, and virtual placeholder point clouds are generated for open structures such as doorways and window openings. Then, continuous structure geometry is recovered by combining voxelization blocking completion and a three-dimensional convolution completion network. Finally, a three-dimensional structure grid model binding structure semantics is generated, and a two-dimensional structure vector drawing meeting engineering drawing rules is obtained by projection vectorization. The technical solution provided by the application facilitates improving the accuracy of the vectorization reverse construction of the existing building indoor structure scene.

This invention relates to the field of concrete process temperature control technology, and discloses a method and system for continuous regulation of the concrete steam curing process based on temperature gradient feedback. The method includes: constructing a steam curing temperature time-series dataset; reconstructing the temperature field inside the steam curing kiln; compensating for ambient temperature on the original temperature measurement data of the component surface; forming a steam regulating valve opening control sequence; and performing online parameter correction. Compared to existing technologies that directly use the component surface temperature measurement value as the steam valve regulation feedback, this invention addresses the technical problem of failing to obtain an effective surface temperature gradient reflecting the component's hydration heat release state, especially under conditions of uneven steam injection and localized heat dissipation differences within the steam curing kiln. This application improves the accuracy of temperature gradient feedback control during the concrete steam curing process by reconstructing the temperature field inside the steam curing kiln and incorporating the estimated ambient temperature at the component surface measurement points into the surface temperature compensation and differential gradient calculation process.

The application provides a high-hypersonic wind tunnel piece water-cooled hinge torque balance measurement system and belongs to the technical field of wind tunnel test measurement.The application aims to solve the problem that the rudder surface is difficult to be externally cooled due to thin structure and the hinge torque is difficult to be measured in the prior art.The aircraft fuselage is connected with the aircraft wing and the piece water-cooled hinge torque balance in the application.The top and bottom of the piece water-cooled hinge torque balance are respectively provided with a balance upper cover plate and a balance lower cover plate.The upper end surface of the balance lower cover plate is flush with the aircraft fuselage.The balance free end, the balance measurement element and the fuselage mounting base of the piece water-cooled hinge torque balance are sequentially connected.The balance free end is connected with the measured rudder surface through an angle ear.The balance measurement element is pasted with a strain gauge, and the balance measurement element is internally provided with a water-cooled groove circuit.The application solves the problem that the measurement precision is greatly reduced due to high temperature in the high-hypersonic wind tunnel test, and the rudder surface is difficult to be externally cooled due to thin structure and the hinge torque is difficult to be measured.

The present application provides a method, apparatus, and computer device for processing a virtual cloud model, belonging to the field of computer technology. The method includes: generating a cloud texture material according to the position information of an initial rendering model in the virtual scene and a preset moving speed; assigning the cloud texture material to the initial rendering model to obtain and display a virtual cloud model; determining an area to be adjusted and adjustment parameters of the virtual cloud model according to the position information of the virtual cloud model and the distance fields of the candidate virtual objects, where the adjustment parameters include: an offset intensity and an offset direction of the area to be adjusted; adjusting the area to be adjusted of the virtual cloud model according to the adjustment parameters to obtain and display the processed virtual cloud model. The present application can reduce the repetition degree and patchiness of the virtual cloud layer, improve the authenticity of the virtual cloud layer, and thus improve the display effect of the virtual cloud layer.

A method and device for evaluating the influence effect of an academic recommendation algorithm based on a social robot, the method comprising: collecting academic papers, citation relationships and author information through a data interface or a web crawler, and screening target personnel data according to a research field; constructing a virtual social robot and establishing a research interest vector of the virtual social robot based on historical literature and research theme information of the target personnel; presetting multiple literature acquisition strategies for the social robot to form differentiated experimental conditions; controlling the social robot to perform operations such as paper retrieval, access and click recommendation on an academic platform, and recording literature access paths, recommendation results and browsing sequence data in real time; calculating the research theme distribution of the social robot according to a literature set contacted in the experiment, and comparing the research theme distribution with the initial research interest, so as to obtain the change degree of the research direction; and comparing the change results of the research direction of the social robot under different strategies, and quantitatively evaluating the influence degree of the recommendation system on the research direction evolution of the scientific researchers.

This invention proposes a two-stage super-resolution reconstruction method and system for three-dimensional downscaled wind fields in bridge sites with complex terrain. First, the invention utilizes a WRF model and explicitly enables large eddy simulation to construct a high-fidelity training set. To build a spatially three-dimensional reconstruction result, the invention extracts dynamic meteorological sequences and static geographical features for different feature height layers. After filtering out invalid regions using a mountain occlusion mask matrix, three parallel cascaded reconstruction models are independently trained to significantly improve the real-time performance of data acquisition. The model training innovatively integrates terrain-forced physical loss and frequency domain energy constraints. Finally, the two-dimensional reconstruction results from each height layer are combined in vertical space to construct a high-precision three-dimensional microscale meteorological field ensemble, providing reliable technical support for three-dimensional wind energy resource assessment and bridge health monitoring in complex terrain.

This application relates to a method and system for training neurosurgical specialist nurses based on a virtual teaching and research room. The method includes: acquiring patient data and clinical scenario parameters corresponding to preset neurosurgical training tasks from a medical database; constructing a virtual training environment using virtual simulation technology based on the patient data and clinical scenario parameters; collecting user interaction behavior data in real time through a sensor network deployed in the environment; analyzing the behavior data in real time and driving the virtual environment to generate real-time feedback effects; identifying key operation points using a pre-trained LSTM analysis model based on the behavior data and feedback effects; and generating a training feedback report based on the key operation points. This method can improve the realism of neurosurgical specialist nurses' operations in the virtual environment, the assessability of the training process, and the real-time nature of feedback, effectively assisting in professional skills training and assessment.

This invention discloses a smart production training system and method for facility horticulture based on digital twins, belonging to the field of smart production training technology. It includes: a smart horticulture production training module, a virtual twin module, a smart control module, and a training and intelligent evaluation module. The invention uses the smart horticulture production training module to collect environmental, equipment, and crop growth data and execute control commands; the virtual twin module constructs a one-to-one mapped virtual three-dimensional scene, realizing real-time virtual-real mapping between physical entities and the virtual scene; the smart control module generates control strategies based on simulated data and training conditions and issues control commands; the training and intelligent evaluation module provides operation guidance, visual display, data recording, and automated scoring and comprehensive evaluation, improving the safety of smart production training in facility horticulture and solving the problems of low safety in existing technologies due to long cycles, high costs, slow rotation, and high risks.

A flame imitation manufacturing device of a fireplace relates to a flame imitation manufacturing device for simulating the burning state in a fireplace in the field of household appliances. Said device comprises a housing, a cross flow fan and a light source mounted on a base plate of the housing, a simulated fire chamber mounted on a back plate of the housing, ribbons mounted on the back plate of the housing by means of upper and lower strip bars and above the cross flow fan, and a light-transmitting glass plate mounted on the housing and in front of said ribbons. This invention, characterized in that said cross flow fan is a swinging one, is advantageous in that supplying wind non-directively by utilizing the swinging of said fan improves the flying state of ribbons so as to make the image state of burning flames more vivid, greatly enhances the authenticity of flames and lowers the cost thereof, and thus is adaptable to various flame imitation electrical-heated fireplaces and electrical appliances.

The application relates to the technical field of testing, and particularly discloses a protective sleeve testing method and testing equipment. The protective sleeve testing method comprises the following steps: determining a position, at which a pressing part of an inner pressing head replacing a mobile phone key is flush with a side wall of a mobile phone model, as an alignment position and a standard position; retracting the inner pressing head to a first zero position; sleeving a mobile phone protective sleeve on the mobile phone model; moving the inner pressing head outward and detecting pressure received by the inner pressing head in real time; when the pressure reaches a contact pressure value, recording a moving distance of the inner pressing head and recording the pressure received by the inner pressing head when the inner pressing head is located at the alignment position; judging whether the inner pressing head reaches the standard position; if yes, recording the pressure received by the inner pressing head when the inner pressing head reaches the standard position; otherwise, the inner pressing head continues to move outward to the standard position and the pressure received by the inner pressing head is recorded. The method improves the authenticity of detection and the reliability of detection results.

This invention discloses a VR ventricular surgery teaching method and system based on force-tactile feedback, comprising: acquiring a multimodal biomechanical annotation dataset and a virtual surgical scene model; constructing a force-tactile feature waveform retrieval and synthesis model based on the two; dynamically matching and generating corresponding force feedback driving signals from the multimodal biomechanical annotation dataset according to the real-time interaction state between the virtual instruments and the virtual surgical scene model; using the force-tactile feature waveform retrieval and synthesis model to drive the force feedback device to perform ventricular puncture operation training, and simultaneously collecting the trainee's surface electromyography signal data and virtual instrument interaction data; based on the collected data and expert data, generating a comprehensive evaluation report including spatial accuracy, operation quality, and electromyography control efficiency indicators through a multi-dimensional operation quantitative evaluation model. This invention achieves high-fidelity force-tactile feedback and in-depth quantitative analysis of operational skills.

This invention discloses a fully automated atmospheric and topographic radiometric correction method and device for high-resolution remote sensing imagery, belonging to the field of remote sensing science and technology. The method includes: constructing a fully automated batch processing framework; developing an atmospheric correction module based on the 6S radiative transfer model to automatically retrieve atmospheric parameters and eliminate their influence; and developing a topographic radiometric correction module based on the digital elevation model (DEM) and VECA model to compensate for radiometric distortion caused by complex terrain. The key innovation lies in constructing a joint correction framework and integrating a geomorphic feature recognition algorithm, which can automatically identify and select to execute either single atmospheric correction or a combined atmospheric-topographic correction process based on the degree of topographic relief in the image. This invention achieves fully automated batch processing from data input to result output, requiring no manual intervention, significantly improving the processing efficiency, intelligence level, and adaptability to different terrain scenarios in high-resolution image radiometric correction.

This invention discloses a method for detecting the aging state of asphalt pavement by integrating hyperspectral imagery and deep learning, relating to the field of deep learning technology. The method includes: acquiring and preprocessing hyperspectral images of the target road section to obtain surface reflectance images; dynamically identifying and masking vehicles and their shadows in the images using a spectral angle matching method to extract effective pixel spectral datasets; performing hybrid pixel decomposition on the effective pixel spectral datasets using a non-negative matrix factorization algorithm to obtain asphalt endmember spectra and aggregate endmember abundance maps; inputting the asphalt endmember spectra into a pre-trained oxidation degree assessment model to output asphalt oxidation degree values; overlaying the aggregate endmember abundance map with near-infrared band images and inputting it into a pre-trained exposure rate segmentation network to output a binary mask of aggregate exposure areas and calculate the aggregate exposure rate. This method solves the technical problem that existing technologies cannot quickly and non-destructively detect the aging state of asphalt pavement.

This invention discloses a standardized management system and method for raw material testing and inspection, relating to the field of information management technology for testing and inspection. It addresses issues such as unstable method selection, fragmented record-result chain, weak report version control, and insufficient traceability throughout the raw material testing and inspection process. The system establishes a task-level testing context around the testing task, performs gating verification on samples, equipment, environment, personnel, and candidate testing methods, and determines the target testing method based on processing time sequence, time drift, conditional coupling, and continuous applicable segments. Furthermore, it completes the collection, identification, verification, calculation, rounding, judgment, report freezing, and version replacement control of original records, forming a task-level evidence package, thus achieving standardized, traceable, and closed-loop management of the entire testing process.

The utility model relates to the technical field of tire burst devices, in particular to a tire burst device for automobile detection, which comprises a detection table, a pair of support frames moving towards each other or away from each other is arranged at the top end of the detection table, and the opposite inner sides of the pair of support frames are rotatably connected with turntables. Clamping assemblies used for fixing a tire are arranged on the opposite inner sides of the rotating discs, a fixing table is fixedly connected to the middle of the top end of the detection table, the tire is placed at the top end of the fixing table, a mounting groove is formed in the top end of the fixing table, a blade is slidably connected into the mounting groove, and a second servo motor drives a pair of supporting frames to move oppositely. A first servo motor is started to drive a turntable to rotate, so that the tire can simulate the state in the running process, and a blade is pricked into the tire and slides out of a mounting groove in cooperation with the arrangement of a hydraulic cylinder, so that the accidental explosion of the tire in the running process of a vehicle is simulated.

The application discloses a dual-energy ray bone density evaluation method based on a flat panel detector and relates to the technical field of ray evaluation.The direct conversion mode of the flat panel detector is used to realize high-precision collection of low-energy and high-energy ray images, and noise and resolution loss caused by traditional indirect imaging are significantly reduced;one-time and two-time corrections are completed in an edge computing node, the problem of gray scale discontinuity and energy ratio distortion in the joint area of bones and soft tissues is effectively solved, and the authenticity of the image boundary is improved;further dynamic smoothing processing of the energy ratio is combined to obtain a stable ratio image, the stability and repeatability of bone density measurement are significantly enhanced, and more accurate bone density evaluation is realized.

The application discloses a food additive production management and control system and method based on intelligent scheduling, and relates to the technical field of additive production.The application comprises a printing step and an extraction step, and the printing step comprises the following steps: a scheduling unit acquires scheduling records of a production workshop and uniformly uploads the scheduling records to a processing unit; the processing unit saves the scheduling records to a database, and simultaneously executes a data classification program according to the data length L of the scheduling records to obtain data blocks and a compression algorithm; the processing unit acquires packaging pictures from the database; the processing unit executes a picture fusion program according to the data blocks and the compression algorithm to obtain fused pictures; and the processing unit synchronously saves the fused pictures to the database.The application hides the scheduling records in the packaging pictures of each product through the data blocks and the compression algorithm, can realize distributed storage of the scheduling records, improves data security, avoids artificial tampering of the scheduling records, and improves the authenticity of the scheduling records.

This invention provides a synchronous grouting model test device and method for shield tunnels, belonging to the field of shield tunnel construction technology. The synchronous grouting model test device for shield tunnels includes a working condition simulation base; a model box is set on the working condition simulation base; the interior of the model box is divided into a stratum simulation layer, a tail grouting cavity layer, and a segment simulation layer from top to bottom; a tail grouting simulation box is set in the tail grouting cavity layer; the tail grouting simulation box is provided with grouting holes for grouting; a grouting system has grouting pipelines; the grouting pipelines are connected to the grouting holes; the grouting system injects grout into the tail grouting simulation box through the grouting pipelines and grouting holes. The synchronous grouting model test device for shield tunnels provided by this invention collects grouting pressure and grouting flow data in real time during the test. The controller can quickly complete parameter comparison and calculation based on the collected real-time data. The system can automatically adjust the grouting output state to keep the grouting pressure and flow stable within a preset range.

This invention specifically discloses a test device for testing the reflective performance of traffic road markings. The device includes a test chamber, with an asphalt road sample placed at the bottom. Reflective road markings are applied to the road surface, and a drainage device is provided on the side of the asphalt road. An environmental simulation device and a road marking light-sensing test device are respectively installed above the road markings to be tested. The environmental simulation device consists of a heating device, a cooling device, a raindrop device, and a friction device, simulating the effects of different environmental and vehicle factors on traffic markings. The road marking light-sensing test device consists of a sliding block, a rotating shaft, an illumination lamp, and a retroreflection coefficient measuring instrument. This invention can simulate complex environments such as wet-dry cycles, wheel friction, and alternating hot and cold temperatures on the road markings on the asphalt sample. Finally, the data received by the retroreflection coefficient measuring instrument is used to analyze the reflective performance of the road markings, thus more realistically reflecting the reflective performance of traffic road markings.

The utility model discloses a long -type structure for cultural travel large -scale bionics beast, including head steel structure, nose main part steel structure part and nose head steel structure part, nose main part steel structure part includes the N motion joint that connects in proper order, and each motion joint includes deflector, pitch, deflection driver and pitch driver, and deflector is connected with the rotation of pitch, and deflection driver drives deflector to deflect motion relative to pitch, the pitch of N motion joint is connected with the deflector of N 1 motion joint, and the pitch driver of N motion joint drives the pitch to deflect motion relative to the deflector of N 1 motion joint. The utility model discloses through setting N motion joint realizes the action simulation of multiple degrees of freedom, has realized the swing of up and down and left and right and the rolling in the space different direction, has reached the excellent bionic effect and the high authenticity, can use to bionics elephant trunk to carry out the high -quality performance to satisfy the demand of cultural travel market.

The application relates to a multimedia type-based communication method and device, computer equipment, a storage medium and a computer program product. The method comprises the following steps: querying each media type and a data transmission sequence between each media type according to user information and service information; finding a resource transmission threshold of each media type in a communication process according to each media type and the data transmission sequence; and controlling data of each media type to communicate through the resource transmission threshold of each media type. The method can enable terminal to synchronously display data of each media type, and improve the authenticity of data received by the terminal. In addition, each service end does not need to be greatly adjusted based on the data transmission sequence, which helps to improve the service deployment range and efficiency.

The utility model discloses a kind of fatigue test device for mining high-strength chain, it is related to chain testing technical field, it includes support frame, the top of support frame is equipped with chain support plate, and the front and rear ends of chain support plate are all equipped with side plate.This kind of fatigue test device for mining high-strength chain, the rotation movement of impact cylinder is driven by three L-shaped supporting arms, and the accurate guidance of cooperation arc-shaped guide plate is realized, the working condition that chain directly bears lateral impact in dynamic rotation process is realized, the sudden impact scene such as underground ore drop is perfectly reproduced, the authenticity and accuracy of test are greatly improved, and the rotation structure of three groups of supporting arms evenly distributed, cooperation continuous drive of driving motor, high-frequency cyclic impact can be implemented to chain, effectively simulate the complex alternating load environment in well.

This invention proposes a test apparatus and method for measuring the damper load of an aircraft APU intake system, belonging to the field of aerodynamics technology. The aim is to solve the problem that existing technologies cannot provide comprehensive and reliable test data, thus failing to meet the engineering requirements for precise design and optimization of APU intake systems. In this invention, a vacuum tank, an external ejector pipe, a flow meter, and an internal ejector pipe are connected sequentially. A large plate is installed on one side of the wind tunnel test section, and the damper frame is installed in the mounting opening of the large plate and connected to one end of the air collection chamber pipe. The intake damper is hinged to the damper frame via an intake damper pivot, and the other end of the air collection chamber is connected to the internal ejector pipe. A rod-type balance is installed on the intake damper and the large plate, and a balance line is installed on the rod-type balance, which is connected to a dynamic measurement system. This invention solves the problem that existing technologies cannot provide comprehensive and reliable test data, thus failing to meet the engineering requirements for precise design and optimization of APU intake systems.

The application discloses a kind of multi-scale modeling and fracture simulation method for compressed air energy storage cover layer integrity evaluation, steps include: constructing multi-scale heterogeneous geomechanics model;Establish the fatigue damage constitutive relationship under rock loading and unloading condition;Establish fracture simulation control equation;Multi-scale calculation strategy and local adaptive grid are constructed;Cyclic loading condition simulation and integrity quantitative evaluation are carried out.The application is designed for the core damage mode of CAES gas storage low pressure fatigue, compared with general structure analysis software, the pertinence and accuracy of cover layer integrity evaluation are higher, the heterogeneous geological characteristics of cover layer are truly reflected, the process of crack initiation and propagation in cover layer under cyclic injection and production conditions is accurately simulated, and the advanced prediction and quantitative evaluation of cover layer integrity failure risk are realized.

This invention relates to the fields of unmanned aerial vehicles (UAVs) and computer vision technology, and particularly to a UAV-based method for classifying bridge components. The technical problem is that existing point cloud-based automatic classification methods for bridge components suffer from issues such as scarce samples, high annotation costs, insufficient model generalization ability, and low processing efficiency. The technical solution is a UAV-based method for classifying bridge components, comprising a data acquisition step, a data augmentation step, a data preprocessing step, a model training step, and a component classification step. In the model training step, preprocessed 3D point cloud data and its corresponding component category labels are used to train a deep learning-based point cloud semantic segmentation model, enabling the model to learn the feature representations of different bridge components. This invention uses a systematic data augmentation strategy to simulate real-world acquisition interference, combined with an efficient point cloud deep learning model, to achieve accurate, robust, and efficient classification of various bridge components.

The present application relates to the field of intelligent medical auxiliary decision-making technology, and discloses a ladder treatment scheme recommendation method based on asthma control level and drug response phenotype. The present application aims to solve the problem that the existing scheme cannot identify the deep reason of uncontrolled condition, leading to blind step-up treatment. The present application excludes non-compliance interference by checking the drug execution rate, and improves the authenticity of condition assessment. The present application uses environmental exposure characteristics to adaptively correct the exhaled nitric oxide determination threshold, and eliminates the deviation of smoking on inflammation recognition. The present application combines the logic tree voting of multi-dimensional biological indicators to lock the drug response phenotype. Finally, based on the double index of condition state and phenotype, the present application locates the upgrade or transformation treatment path and generates a recommended scheme. The present application realizes the precise typing and differentiated drug administration of asthma treatment, effectively reduces the drug exposure risk of hormone-insensitive patients while ensuring the clinical efficacy.

The application discloses a method for intelligently modeling rock mechanics properties of a tight sandstone reservoir, comprising the following steps: obtaining three-dimensional seismic interpretation data, well logging data and rock mechanics experiment data; establishing a three-dimensional geological structure model of the tight sandstone reservoir which fuses a fault structure; calculating a quantitative fitting relationship between static rock mechanics parameters and a sand ratio; extracting a lithology factor data body from the three-dimensional seismic interpretation data, discriminating the lithology factor data body, generating a three-dimensional spatial distribution of sandstone and mudstone, and thus obtaining a three-dimensional sand ratio distribution model; and based on the three-dimensional sand ratio distribution model and the quantitative fitting relationship, calculating initial values of rock mechanics parameters of each grid unit, and assigning values to the three-dimensional geological structure model and correcting the fault, so as to obtain a final three-dimensional rock mechanics property model. The application realizes multi-source data fusion and quantitative modeling of fault disturbance, and solves the problems of insufficient description of reservoir heterogeneity, lack of physical basis of the model and low reliability of modeling of a fracture zone in the prior art.

This invention relates to the field of medical high-fidelity training model technology, and discloses a multi-vascular network biomimetic hemostasis model and method for junctional wounds. The model includes a biomimetic model, a blood bank system, a control system, and a temperature control unit. A biomimetic multi-vascular network is embedded in the junction area of ​​the biomimetic model, and a biomimetic wound opening is provided at the corresponding position of the biomimetic multi-vascular network. The input end of the biomimetic multi-vascular network is connected to the output end of the blood bank system, and the output end of the biomimetic multi-vascular network is located inside the biomimetic wound opening. The temperature control unit is located at the input end of the biomimetic multi-vascular network. A pressure sensor is provided in the biomimetic wound cavity wall of the biomimetic wound opening, and hemostatic material is filled inside the biomimetic wound opening, with the hemostatic material in contact with the pressure sensor. The control terminal of the control system is electrically connected to the blood bank system, the temperature control unit, and the pressure sensor. This invention can realistically simulate the bleeding process of penetrating and blind-tube injuries in the junctional wound of the simulation model, facilitating simulation training.

The application relates to a survey scheme planning method and device, electronic equipment and a storage medium, which comprises the following steps: acquiring road network information, the road network information comprising roads and buildings in a target area; dividing the target area into a plurality of survey areas according to the road network information, and determining the operation information of all the survey areas, each operation information comprising an operation type, an operation difficulty and an operation amount; acquiring the business capabilities of a plurality of survey personnel, the business capabilities comprising a plurality of survey fields that can be surveyed by the corresponding survey personnel, and the survey efficiency and the survey level of each survey field; determining a target survey scheme according to the business capabilities of all the survey personnel and the operation information of all the survey areas, and assigning survey areas and survey routes to each survey personnel in the target survey scheme. The application can improve the overall survey efficiency.