67results about How to "Accurate response" patented technology

This application discloses a corner module steering mechanism based on a rolling screw pair, comprising: a drive motor fixedly mounted on the vehicle body; a steering knuckle connected to the wheel hub, the steering knuckle having a steering arm and a lower connection point formed thereon, a steering tie rod connected to the steering arm, and the lower connection point being the lower point of the kingpin; and a rolling screw pair connected to the vehicle body, comprising a screw, a nut, and rolling elements, the nut being fitted onto the screw, the rolling elements being disposed between the nut and the screw, the nut being connected to the output end of the drive motor, and one end of the screw being connected to the steering tie rod, the screw being configured to move linearly only along the axial direction of the nut; when the wheel steers, the drive motor drives the nut to rotate and transmits the rotation through the rolling elements, causing the screw to move axially, which in turn drives the steering knuckle to rotate around the kingpin via the steering tie rod. This application eliminates the complex piping and pump structure of the hydraulic system, resulting in a simple and compact structure, and eliminating the possibility of hydraulic oil leakage.

The invention discloses a scene-driven multi-mode coordinated regulation system for external counterpulsation treatment. The scene-driven multi-mode coordinated regulation system comprises a central processing unit, the signal acquisition module is used for acquiring physiological signals of a patient in real time; the temperature and humidity adjusting module monitors the temperature and humidity of the environment where the patient is located in real time through a temperature and humidity sensor; the illumination intensity adjusting module adopts a mode of combining natural light and artificial illumination, and uses a soft light source to reduce light pollution; the air quality adjusting module is used for reducing the concentration of pathogens in air through a fresh air system, exhaust equipment and an air purification device; the sound adjusting module is provided with an audio player; the signal processing module is used for processing data of the signal acquisition module and other modules; the system has the advantages that timely and accurate response is made to environmental changes, and environmental parameters are automatically adjusted according to monitored physiological signals of a patient, so that the optimal comfort level is achieved.

The invention discloses an etching machine for a display screen PCB, and relates to the technical field of wet etching, the etching machine comprises a workbench, a rotating roller device, a first hydraulic cylinder, a second hydraulic cylinder, a motor, an air blowing fan and a rotating sprayer, the bottom of the inner wall of the workbench is provided with a water storage tank, the bottom of the water storage tank is provided with a water outlet, the rotating roller device is arranged on the inner wall of the workbench, and the rotating roller device is arranged on the inner wall of the workbench. The first hydraulic cylinder is fixedly installed on the outer wall of the workbench, the second hydraulic cylinder is fixedly installed on the outer wall of the workbench, and the control device is used for controlling whether the rotating spray head is communicated with the first hydraulic cylinder or not and arranged on the inner wall of the workbench and controls fluid to be connected or disconnected through mechanical coincidence and dislocation of through holes of the second water conveying opening and the first water conveying opening. Rapid and accurate response without an intermediate link is realized, and uneven etching caused by spraying angle deviation or valve delay is effectively eliminated.

This invention belongs to the field of virtual power plant technology and relates to a dynamic resource aggregation method for virtual power plants oriented towards the electricity spot market. The invention extracts distributed resource feature vectors and maps them to response type labels; determines the price fluctuation cycle based on the spot electricity price sequence, calculates the temporal matching degree between each resource and the market rhythm based on the feature vectors, and integrates clustering weights and response type labels to construct a comprehensive distance; clusters resources into dynamic aggregation units with the objective of minimizing the variance of the comprehensive distance; generates resource aggregation strategies based on the aggregation units and issues control commands; iteratively updates the clustering weights and aggregation parameters based on the clearing deviation rate fed back by market clearing feedback. This invention solves the technical problems of existing static partitioning ignoring market dynamics, clustering models easily merging heterogeneous resources, and lacking closed-loop optimization, achieving improved market responsiveness of virtual power plants, consistency of aggregation unit control, and adaptive optimization effects for continuous transactions.

The invention discloses an oil and gas pipeline risk gradient dynamic management and control method based on multi-dimensional risk data, and particularly relates to the technical field of risk identification. The method comprises the steps of collecting structural data, environmental data, operation monitoring data and human factor data, and constructing a unified risk feature vector; extracting dominant risk factors based on principal component analysis, constructing a space-time joint risk evolution model, and identifying risk abrupt change points; calculating risk levels according to the risk change gradient and a scoring function, and dividing multiple levels of risk gradient intervals; constructing a resource matching priority table, calling a strategy library to implement differential processing, and updating a risk level based on a feedback result; according to the method, dynamic risk identification and optimal resource configuration are realized, and the intelligence and refinement level of oil and gas pipeline risk management and control is improved.

The utility model discloses a pressure control device based on amination reactor, including the reaction kettle, the bottom both sides symmetry fixed connection of reaction kettle have the foot, the top one side fixed connection of reaction kettle has the pressure gauge, the inside of reaction kettle is equipped with pressure control mechanism, pressure control mechanism includes two pressure regulating assembly and fixed component, the bottom fixed connection of pressing board has rubber pad, the top fixed connection of lifting rod has the sealing disc, the top of reaction kettle and located below sealing disc has set up the sealing groove. The utility model discloses a pressure control device based on amination reactor, through setting's pressure control mechanism, can realize the adjustment work to the pressure of reaction kettle inside, makes the pressure inside reaction kettle always keep constant and stable, to ensure the effect accurate of reaction, simple structure, and the practicality is stronger.

The application discloses a kind of methods and systems for the adaptive control of automatic shift commercial vehicle's hill start assist function, the main design concept of the application is, by reading current speed information, gradient information, accelerator brake pedal information, transmission gear information and hill start assist function working condition information, whether to activate or exit hill start assist function is automatically identified, in addition to taking into account different load weight conditions, without artificial judgment activation or release, without manual operation (for example, open hill start assist switch), vehicle ignition can be normally started driving, and hill start assist function is adaptively activated and exited, and the disadvantages of flat road hill start assist function being activated are avoided, so it is more in line with actual use, so that flat road start is more smooth, more intelligent, accurate and comfortable.

The utility model discloses a kind of endoscope host equipment matched with multiple handles, including interface module and signal processing system, interface module is structured as MXM interface, for receiving the image data of handle image sensor acquisition, including digital interface and analog interface for connecting digital signal line and analog signal line respectively.Signal processing system is connected to interface module, including analog-digital converter, synchronous FIFO module, line buffer module and output port.Wherein, analog-digital converter is connected to the analog interface, for receiving analog signal and converting it into digital signal;Synchronous FIFO module is connected to the analog-digital converter and the digital interface, for receiving digital signal, and realizing data buffering;Line buffer module is connected to the synchronous FIFO module, for rearranging to form the image data of RAWData format to image data, and buffering to image data;Output port is connected to the line buffer module, for outputting digital signal.

This invention discloses an infusion device for bone marrow aspiration, belonging to the field of medical device technology. The invention includes a base, a counterweight, and an infusion assembly. The key features are: the base contains multiple pressure sensing mechanisms, a balancing and stabilizing mechanism, and a protective mechanism. The pressure sensing mechanism includes a pressure groove and a sensing piston, connected to a large air reservoir and a small air reservoir; the balancing and stabilizing mechanism includes a balancing groove, a moving slider, a telescopic spring, a stabilizing plate, and a lifting piston. The lifting piston is connected to the moving slider via a traction line, and the small air reservoir is connected to a limiting cavity via an air inlet pipe; the protective mechanism includes a fixed support, a rotating shaft, a protective cloth, and a reinforcing rope. The large air reservoir is connected to an adjusting cavity, and the adjusting piston is driven by the rotating shaft; the rotating shaft is also connected to a limiting assembly for controlling the extension length of the stabilizing plate. This invention achieves dynamic stabilization, intelligent protection, and coordinated adjustment through pneumatic linkage, effectively preventing needle displacement and ensuring infusion safety.

This invention relates to a membrane tension compensation method based on the detection of uniformity in the thickness of water-soluble membranes produced by dishwashing pods. Addressing the problem that membrane thickness distribution is sensitive to nonlinear tension disturbances under high-speed operation conditions during water-soluble membrane production, and that traditional thickness control methods struggle to achieve precise closed-loop compensation, this invention proposes a method that continuously collects cross-sectional thickness information of the membrane material, constructs a time-space thickness sequence, extracts thickness gradient topological features, combines a multidimensional tension sensitivity feature vector with a dynamic thickness gradient topological graph, and uses a layer-by-layer sparsely connected lightweight graph convolutional network to infer the tension compensation amount. After median filtering and denoising, the result drives the actuator to adjust in real time, achieving high-precision closed-loop compensation for the uniformity of the water-soluble membrane thickness. This method improves the sensitivity and stability of thickness control under nonlinear disturbance environments, while also possessing both real-time performance and computational efficiency.

The application relates to the technical field of low-voltage electrical apparatus, in particular to a magnetic flux tripping device, a disconnecting switch and a power supply system, which comprise a support, an electromagnetic coil and a top rod; the electromagnetic coil is installed on the support, and the top rod is slidably arranged in the electromagnetic coil; at least two moving iron cores are arranged on the top rod in the electromagnetic coil and are axially spaced; when the electromagnetic coil is electrified, at least one moving iron core moves along the top rod in the axial direction and drives the top rod to move. According to the embodiment of the application, at least two moving iron cores are arranged in the magnetic flux tripping device, which is beneficial to realizing differentiated responses for different faults.

The application provides a kind of fan blade state monitoring system and method for production in transport process, belong to wind turbine fan blade online monitoring field, the system includes multidimensional sensing data acquisition terminal and blade state early warning terminal;Multidimensional sensing data acquisition terminal includes vibration acceleration acquisition module, multi-node strain monitoring module, first control module and first wireless transmission module;Multi-node strain monitoring module includes a plurality of strain monitoring nodes distributed in blade vulnerable loss site, each strain monitoring node includes two groups of mutually perpendicular strain monitoring components, each group of strain monitoring components includes monitoring strain sensor and compensation strain sensor, monitoring strain sensor is arranged on blade, and compensation strain sensor is arranged on compensation plate of same material with blade.By the monitoring system provided in the application, the strain signal can be compensated, the influence of environmental temperature and other factors on strain monitoring can be effectively inhibited, and the blade state estimation accuracy can be effectively improved.

The utility model discloses a kind of high-purity membrane box absolute pressure vacuum switches, it is related to high-purity technical field, including lower connector, the middle part of lower connector is provided with vertical through-hole, vertical through-hole is fixed with flow guide pipe inside, the upper end of flow guide pipe is fixed with membrane box assembly, the inner chamber of flow guide pipe and membrane box assembly is communicated, the upper end of lower connector is threadedly connected with upper connector, the upper end of lower connector inside is threadedly connected with switch fixing sleeve, the surface of switch fixing sleeve is threadedly connected with limiting nut, the lower end in switch fixing sleeve inside is fixed with microswitch by switch fixed pin, the upper end of microswitch and membrane box assembly is inlaid, the upper end of upper connector is fixed with serial port connector by two hexagonal fixed screws, can accurately monitor tiny absolute pressure change, and can avoid damage under instantaneous overvoltage or impact condition.

The present application relates to a kind of computing method for realizing wide range dynamic noise map system fast update, comprising the following steps: using the data information of system database, based on existing day and night period and city road grade, simplify the structure of traditional road sound level mechanism model;Using big data technology, using hybrid modeling method, regression each grade road sound source (day and night) sound level contribution amount prediction model;Road noise fast calculation method based on sound level contribution amount prediction model is constructed, the fast update of dynamic noise map is realized.Compared with prior art, while ensuring the calculation precision, the operation and update efficiency of noise map system is greatly improved, and the technical constraints of foreign core computing software are broken, the localization of noise map core computing technology is realized, which provides technical support for wide range deep development of noise map.

The invention relates to the technical field of production and manufacturing, and discloses a vibroseis earth parameter identification method, device and equipment, and the method comprises the steps: obtaining a function model built based on the system parameters of a vibroseis system; on the basis of the function model, parameter vectors needing to be identified are determined through an index window function and by means of least square; solving process parameters of parameter vectors on the basis of the collected acceleration of the heavy hammer and the acceleration of the flat plate, and determining the parameter vector at the current moment; and based on the parameter vector at the current moment, identifying the earth damping coefficient and the earth elastic coefficient. According to the scheme of the invention, on the basis of the function model, the exponential window function is introduced, and the forgetting factor adapting to the time variation is added for the least square, so that the process parameters for solving through the acceleration of the heavy hammer and the acceleration of the flat plate can accurately reflect the system condition at the current moment, thereby reflecting the time variation of the data, and improving the accuracy of the calculation. And a guarantee is provided for the accuracy of subsequent data identification.

The utility model discloses a linear motor coil back structure applied to automobile suspension belongs to linear motor technical field, including the magnetic yoke board, the inside middle of magnetic yoke board is provided with the core, and the side of core is provided with a plurality of coils, and is provided with permanent magnet between two groups of coils, the utility model discloses a package to magnetic yoke board is carried out by adopting epoxy potting, improves the reliability of motor use, and the sealing and protection structure effectively prevent the erosion of dust, moisture and other impurities to motor, reduce motor failure risk, at the same time, the reasonable structure design has improved the wear resistance and the impact resistance of motor, reduced maintenance cost, and single group coil back -to -back installation is arranged in the circumferential direction array, promotes motor performance, increases the output force and electromagnetic efficiency, makes the suspension system can be more fast, accurately responds the road surface change, realizes the accurate control of vehicle height optimization the performance of suspension under different road conditions, improves the ride comfort and the control performance.

This invention discloses a method, system, and device for detecting weak seismic signals based on instantaneous phase analysis, relating to the field of reservoir prediction. The method includes: 1. Inputting a three-dimensional seismic data volume; 2. Extracting the amplitude data of the current seismic trace and recording it as a one-dimensional array; 3. Performing a -90° phase shift on the one-dimensional array to obtain a phase shift array; 4. Performing a time-frequency continuous wavelet transform on the phase shift array to obtain multiple common-frequency amplitude arrays; 5. Performing a Hilbert transform on each common-frequency amplitude array to obtain the corresponding instantaneous phase array; 6. Calculating the second derivative of each instantaneous phase array with respect to the time variable n to obtain a three-dimensional data volume indicating weak signals at the current seismic trace's common frequency; 7. Changing the seismic trace and repeating steps 2-6 to obtain multiple three-dimensional data volumes indicating weak signals at the common frequency; 8. Selecting the optimal weak signal indicator data volume. This invention can effectively find the three-dimensional data volume indicating weak signals, improving the accuracy of detection.

The invention belongs to the technical field of elevator anti-falling, and particularly relates to a freight elevator with a car anti-falling brake mechanism, which comprises a freight platform, a safety clamp, a traction rod, a sleeve, a speed limiting index and an auxiliary clamp, the freight platform is arranged at the bottom of a car and used for carrying passengers, and guide rails are arranged on two sides of the freight platform; the two safety tongs are arranged at the bottom of the cargo carrying platform, ascending connecting rod mechanisms for triggering linkage are arranged on the side faces of the safety tongs and used for enabling the safety tongs to grasp the guide rail, the traction rod is arranged between the two safety tongs, the two ends of the traction rod are connected to the ascending connecting rod mechanisms on the safety tongs respectively, and the sleeve is arranged on one side of each ascending connecting rod mechanism. The sleeve is used for limiting the movement range of the ascending connecting rod mechanism, and the sleeve is arranged outside the speed limiting index in a sleeving mode and is in sliding fit with the speed limiting index. Two-stage braking can be achieved, it is ensured that multiple sets of braking units respond quickly and synchronously during triggering, the safety margin is prolonged, reliable parking within a preset distance is achieved, and the safety of personnel and equipment is guaranteed.

The application discloses a kind of over-fire cable protection multi-material path micrograph generation methods based on Mamba, it is related to bridge cable protection material microstructure intelligent characterization field after fire.The method obtains the micrograph of different materials in cable protection system under different over-fire temperatures and different electron microscope magnifications, and constructs material micrograph sample library;Classify, differentially pretreat and conditionally label material micrograph, form conditional sample set;Construct micro-morphology generation model based on Mamba, and use latent space condition generation training strategy and multi-path parameter optimization method to train;The micro-morphology generation model that completes verification is encapsulated as lightweight plug-in, and target micrograph generation and output are realized.The application can realize the controllable generation of multi-material micrograph under small sample condition, and improve the characterization ability of material specific micro-morphology feature.

A kind of multi-point temperature measuring structure for all-glass IH heating health-care pot, comprising: all-glass kettle body, base and master unit;First temperature detection unit includes at least three first temperature sensors corresponding to heating area;First temperature sensor is distributed in an asymmetric manner to monitor the temperature of different positions on heating area;Second temperature detection unit includes at least one second temperature sensor corresponding to low temperature area;Second temperature sensor is used to detect the temperature of all-glass kettle body body.Master unit is electrically connected with electromagnetic heating module, first temperature detection unit and second temperature detection unit;Master unit can control electromagnetic heating module to stop power supply or reduce its heating power according to the detection temperature of first temperature detection unit and / or second temperature detection unit.The utility model, this design ensures the fast, accurate response to dry burning, local dry burning and overall overheating and other dangerous working conditions, protects no dead angle, greatly improves the intrinsic safety of product.

This invention discloses an integrated sensing, storage, and computing linear array remote sensing system and its data processing method. The integrated sensing, storage, and computing linear array remote sensing system includes a host system, a slave system, a housing, and a standard reflector. The host system includes a central processing unit, a data storage device, a high-precision pose module, and an incident light calibration module. The high-precision pose module is used to acquire real-time geographical location and attitude information of the linear array remote sensing system during data acquisition while the external carrier is moving. The host system is installed on the back of the housing. The front of the housing includes several compartments. The slave system includes a linear array imaging sensor and a coprocessor, which are located in the compartments and connected to the host system via an electrical bus within the housing. The host system is used to control the slave system to acquire and process linear array remote sensing data. The standard reflector is used for the calibration of the linear array imaging sensor. The data processing method is used for real-time calibration and mapping of the linear array remote sensing data.

The invention relates to the technical field of articulated vehicle steering, aims to solve the problems that an existing hydraulic steering system is high in energy consumption, low in precision, slow in response, insufficient in transverse rigidity, prone to causing vehicle body oscillation and the like, and discloses drive-by-wire electromechanical steering equipment and method for an articulated mining vehicle. The required torque is calculated by the data processing terminal and then is transmitted to the inverter through the CAN bus so as to drive the servo motor; the servo motor drives the enveloping worm through the planetary reduction gear, so that the turbine set is driven, and steering of the rear vehicle body of the hinged type mining vehicle relative to the front vehicle body of the hinged type mining vehicle is achieved. The system has the advantages of energy conservation, high efficiency, accurate response, high stability, fault redundancy capability, simplified structure and low maintenance cost, and the steering performance and reliability of the articulated mining vehicle under severe working conditions are remarkably improved.

This utility model relates to an expansion joint structure, specifically a wear-resistant sleeve expansion joint structure with insert locking and sealing, comprising an outer cylinder and an inner cylinder. A layer of anti-friction filling material is provided between the outer cylinder and the inner cylinder. A flange connecting plate and a mounting bracket for bolting the flange connecting plate are connected to the inner cylinder. One end of the mounting bracket is connected to a damping insertion mechanism and an insertion mechanism disposed on one side of the damping insertion mechanism. The beneficial effects of this utility model are: through the cooperation between the damping insertion mechanism and the insertion mechanism, the inner cylinder and outer cylinder inside the sleeve expansion joint are installed using an insert locking method, enabling quick disassembly during routine maintenance or emergency handling. Simultaneously, relative sliding between the inner and outer cylinders is possible. When the size or position of the pipeline changes due to thermal expansion and contraction, vibration, or other external forces, the sleeve expansion joint can respond promptly and fully absorb the stress generated by these changes.

The invention provides an innovative train-ground joint control system and method based on real-time data aiming at the requirements of high efficiency and high safety in the current railway transportation field. According to the system, comprehensive intelligent management and optimization of the railway transportation process are realized by fusing advanced big data analysis technology, artificial intelligence algorithm, Internet of Things technology and cloud computing platform. The system can efficiently process and analyze mass transportation data, and uses an artificial intelligence algorithm to automatically learn and adjust a scheduling strategy, thereby realizing more accurate route planning and risk early warning. Meanwhile, information exchange among locomotives, vehicles and rail facilities is more real-time and accurate due to application of the Internet of Things technology, powerful data processing capacity and flexible resource allocation are provided for the system due to introduction of the cloud computing platform, and efficient operation and easy expansion of the system are ensured. The implementation of the invention is expected to obviously improve the railway transportation automation level, reduce the operation cost and enhance the reliability and stability of the system.

The invention discloses a data interaction method and related products thereof, and the method comprises the steps: carrying out the interpretation of obtained source data, and generating basic interpretation data; understanding the basic interpretation data by using the data understanding large model, and generating application understanding data expressing potential contents of the basic interpretation data; and in response to a user demand, processing the application understanding data and / or the basic interpretation data by using the data processing logic generated by the demand analysis large model to generate a data processing result. According to the scheme, the basic interpretation data can be understood by utilizing the large language model, and the application understanding data containing the potential content of the data is generated. The understanding data is used as the application link layer to establish a deepened link between the basic data layer and the demand response layer, so that accurate response to the user demand is realized, and the effective processing and generation speed of the data for the user demand is improved.

The application provides a kind of construction engineering safety detection system and method, establish each measuring point alignment static response correlation degree and the mapping model of environmental physical quantity, and determine the normal prediction residual interval of mapping model, real-time environmental physical quantity and real-time quasi-static response sequence are input mapping model, obtain real-time prediction correlation degree, determine the real-time residual of real-time prediction correlation degree and real-time measured correlation degree, and the absolute value of real-time residual that exceeds normal prediction residual interval is as effective correlation deviation, and then obtain the spatial correlation anomaly index of each measuring point, locate the measuring point of spatial correlation anomaly index overrun, and determine according to the spatial distribution density of measuring point: the isolated measuring point anomaly is determined as sensor failure, and the coordinated anomaly of multiple measuring points showing regional aggregation is determined as structure real damage. The scheme of the application can effectively decouple the influence of environmental factors on the response correlation of measuring points to realize the automatic differentiation of sensor failure and structure real damage.

The application relates to a three-dimensional force sensor and belongs to the technical field of sensors. The three-dimensional force sensor comprises, in sequence, an electrode layer, a pressure-sensitive layer and a mechanical transmission layer. The mechanical transmission layer comprises mechanically-transmitting structures which are arranged at intervals. The mechanically-transmitting structures comprise integrally-formed lower parts and upper parts. The lower parts are curved bases, and the upper parts are flagelliform protrusions. The electrode layer is provided with a collecting unit corresponding to the mechanically-transmitting structures. The three-dimensional force sensor can increase the top contact sensitivity, realize high-precision three-dimensional force detection of shear forces such as torsion, and is easy to manufacture and low in cost.

The invention discloses a photovoltaic power station multi-source fusion remote monitoring method and system based on a cloud platform, and relates to the technical field of photovoltaic power generation, and the method comprises the steps: deploying a plurality of data collection units at a target photovoltaic power station, collecting the multi-source operation data of the target photovoltaic power station in real time, uploading the multi-source operation data to a cloud data processing platform, and carrying out the fusion and correlation analysis, power generation performance deviation is identified, an abnormal cause is positioned, and a fault analysis result is generated; and generating a fault processing scheme according to a fault analysis result, and pushing the operation and maintenance work order to an operation and maintenance personnel terminal to execute field processing. The technical problems that the operation and maintenance efficiency is low and the power generation efficiency is limited due to the fact that operation and maintenance of an existing photovoltaic power station depend on manual inspection, the fault diagnosis period is long and the accuracy is poor are solved, multi-source fusion remote monitoring based on the cloud platform is achieved, real-time accurate diagnosis and quick response to faults of the photovoltaic power station are achieved, and the working efficiency of the photovoltaic power station is improved. And the operation and maintenance efficiency and the power generation benefit are improved.

The utility model relates to the technical field of chemical equipment, and discloses a phenolic resin reaction kettle, which comprises a tank body, the inner wall of the tank body is fixedly connected with a blanking pipe, the outer wall of the blanking pipe is fixedly connected with a fixed shell, the inner wall of the fixed shell is fixedly connected with a driving motor, and the driving motor is fixedly connected with the tank body. The driving end of the driving motor is fixedly connected with a transmission gear, the inner wall of the fixed shell is rotatably connected with a main gear, the outer wall of the main gear is in meshed connection with the outer wall of the transmission gear, the outer surface of the discharging pipe is fixedly connected with a plurality of connecting rods, and the inner wall of the tank body is detachably connected with a filter screen. And a dismounting assembly for dismounting is mounted on the inner wall of the filter screen. According to the feeding device disclosed by the utility model, the limiting quantity of the discharging pipe during feeding is realized by rotating and opening the opening and closing plate, so that more accurate feeding is completed, the internal reaction can be more accurate, and the loss caused by incomplete reaction cannot be caused.

This invention discloses a method and system for assessing the risk of suicidal ideation in depressed patients based on a virtual high-altitude scenario. Subjects wear VR headsets, physiological monitoring devices, and eye-tracking glasses to record resting physiological data (I) and time deviation (I). In a "ground" scenario, a frame-and-bar test is performed, recording the error rate (ER_B). In the virtual high-altitude scenario, a high-altitude pain avoidance test and a time deviation test are performed at a certain height to establish a basis for assessing the subject's pain avoidance. At the maximum tolerable height, subjects perform a body balance test and a time deviation test, recording physiological data (II) and time deviation (III), and then perform the frame-and-bar test and time deviation test again, recording physiological data (III), time deviation (IV), and the error rate (ER_H). A basis for assessing the subject's fear of heights is established, and a risk level assessment of the subject's suicidal ideation risk is made. This invention objectively assesses the risk of suicidal ideation by observing the real performance of depressed patients in predicting effective factors for suicidal ideation.