12 results about "SAFE AIR" patented technology

The present application relates to the technical field of aviation safety and artificial intelligence, in particular to an ADS-B time series data adversarial sample generation method based on improved WGAN-GP, comprising the following steps: obtaining ADS-B historical flight data, extracting the longitude, latitude, height, speed and heading five-dimensional features to construct a time series data set; building an adversarial sample generation model based on an improved Wasserstein distance generative adversarial network, and configuring a multi-objective composite loss function for the generator; the present application builds a generator and a discriminator based on LSTM, designs a composite loss function that integrates adversarial loss, concealment loss and time series smoothness loss, adopts gradient penalty and asymmetric update strategy to train the model, and the generated adversarial sample has high concealment and physical consistency, can effectively avoid various unsupervised anomaly detection models, the model training is stable, and technical support is provided for building a safer air traffic control defense mechanism.

The invention discloses a civil air defense emergency command and dispatch method and system based on an unmanned aerial vehicle, and relates to the technical field of emergency command and control. According to the invention, data fusion is carried out through Kalman filtering to obtain a three-dimensional disaster situation entropy map; a disaster core area is identified based on an entropy threshold value, a dynamic weight centroid is calculated, and adaptive task partitioning is realized through a weighted Voronoi graph; a millimeter wave radar and binocular vision are fused to construct a three-dimensional grid map, a safe air route is generated through heuristic sampling and air route smoothing under flight constraints, and a collision avoidance mechanism is integrated to guarantee navigation safety; dynamically selecting a communication link, and matching the similarity of historical scheduling schemes or generating a scheduling scheme through a GRU model; optimizing the objective function, outputting an optimal scheduling instruction in combination with endurance and material matching constraints, and triggering closed-loop dynamic re-partitioning through periodic entropy re-evaluation until the disaster situation is relieved; a traditional one-way command mode is broken through, a perception-decision-execution full-chain closed loop is formed, and rescue timeliness and safety are remarkably improved.

The invention discloses a public event disaster exploration safety air-ground cooperative monitoring unmanned aerial vehicle system. The system comprises an exploration task preprocessing module, an air-ground cooperative monitoring module, an exploration terminal monitoring and early warning module and an emergency auxiliary processing module. Based on the unmanned aerial vehicle platform, the artificial investigation process of the public event risk disaster hidden danger point is monitored in real time, and air-ground cooperative artificial investigation safety monitoring, early warning and rescue guarantee of the public event risk disaster hidden danger point is provided, so that the safety guarantee capability of the artificial investigation work of the public event risk disaster hidden danger point can be effectively improved; and the life and property safety of public event risk disaster exploration personnel is guaranteed to the maximum extent.

This invention provides a temperature sensor for underground monitoring, comprising a temperature sensor and a circular plate. A fixing assembly is mounted on the circular plate, including a support plate and a screw pin. A tightening assembly is mounted on the support plate, including a worm gear and a first motor. A telescopic assembly is mounted inside the screw pin, including a second motor and a sleeve. A cleaning assembly is mounted at the bottom of the circular plate, including a retaining sleeve and an inner cavity. This temperature sensor for underground monitoring and its installation method can prevent organic fertilizer particles from disintegrating due to internal air expansion, ensuring the integrity of the organic fertilizer particles, preventing organic fertilizer debris, and preventing organic fertilizer from sticking together during storage. This facilitates uniform fertilization operations and allows the organic fertilizer to absorb debris, odors, and water vapor, reducing water vapor consumption and ensuring a safe air environment. It is suitable for real-time monitoring of underground temperatures.

1. Name of the Design Product: Graphical User Interface with Environmental Monitoring (TVOC) for Electronic Devices. 2. Use of the Design Product: The design product is an electronic device. 3. Design Key Points of the Design Product: Lies in the content of the graphical user interface. 4. Picture or Photo that Best Illustrates the Design Key Points: Front View. 5. Use of the Graphical User Interface: The front view is the user interface after the monitor is turned on, also known as the full display interface; this interface is used to display the humidity display of the pet monitor, TVOC alarm ringing, low power display relative to the wireless sensor transmitter box, humidification suggestion display, too low / too dry humidity display, too cold display, too hot display, temperature display, good comfort display, wireless sensor cyclic switching display, too high / too humid humidity display, dehumidification suggestion display, mildew display, maximum temperature and humidity (24 hours) and minimum temperature and humidity (24 hours); it also includes TVOC air quality display and corresponding measures, including good air quality, safe air quality, mild pollution corresponding to moderate ventilation required, moderate pollution corresponding to strong ventilation required, severe pollution corresponding to opening windows throughout the house for ventilation, harmful corresponding to leaving the indoor area as soon as possible (dangerous); the interface change state diagrams 1 to 9 are interface diagrams according to preset various parameters at present, and all change by downloading data from sensors or WIFI; the interface function description refers to Figures 1 to 3, and the reference text introduces the function description of the design product; when the built-in sensor monitors, if the humidity RH < 30%, it means the humidity is too low, and the upper left side of the corresponding interface shows red, too dry, as shown in Figure 3 of the interface function description, with a humidification suggestion prompt; if the humidity RH > 70%, it means the humidity is too high, and the upper right side of the corresponding interface shows blue, with a risk prompt of mildew / bacterial growth inside the blue bar and a dehumidification suggestion prompt; the green bar at the top of the interface represents good comfort, with a temperature of 22°C - 24°C and a humidity of 40% - 60%; if the temperature < 15°C, a snowflake symbol appears on the interface, showing too cold; if TVOC < 0.3mg / m3, the middle left side of the corresponding interface shows green, indicating that the air quality display is safe, good, and equipped with a smiling face emoji; if TVOC is 0.3 - 0.6mg / m3, the air quality display is safe; if TVOC is 0.61 - 1.0mg / m3, the air quality display indicates mild pollution has been reached, and moderate ventilation needs to be turned on, and it is shown as a yellow bar at this time; if TVOC is 1.1 - 3.0mg / m3, the air quality display indicates moderate pollution has been reached, and strong ventilation needs to be turned on, and it is shown as a red bar at this time; if TVOC is 3.1 - 7.0mg / m3, the air quality display indicates severe pollution has been reached, and windows throughout the house need to be opened for ventilation, and it is shown as a brown bar at this time; if TVOC is 7.1 - 10.0mg / m3, the air quality display indicates harmful, and you need to leave the indoor area as soon as possible, and it is shown as a purple bar at this time.

The present invention provides a disturbance rejection suspension control method and system for a maglev train, belonging to the technical field of maglev train suspension control. The vertical dynamic equation of the maglev train suspension system is established to obtain the nonlinear dynamic model of the maglev train suspension system, and the tracking error model of the suspension system is obtained according to the tracking target. Using the feedback linearization method, the tracking error model of the maglev train suspension system is linearized to obtain the linear tracking error model of the maglev train suspension system. A disturbance observer is designed to actively compensate for the disturbance. According to the tracking error model of the disturbed maglev train suspension system, a tube model predictive controller is designed to calculate the robust tightening constraint. The disturbance observer and the tube model predictive controller are used to control the suspension system of the maglev train within the safe air gap range and keep it stable. The present invention solves the influence of vertical disturbance on the maglev train and realizes the stable suspension of the maglev train within the safe range.

The present invention relates to a method, device, electronic device and storage medium for early warning of vehicle air pressure leakage, belonging to the field of automotive braking technology. The method includes: obtaining the parking duration of the target vehicle and the braking air pressure when the target vehicle starts the engine; determining the safe air pressure range of the vehicle under different parking durations according to a preset data analysis method, and constructing a relationship model between the parking duration and the safe air pressure range; determining the safe air pressure range corresponding to the parking duration of the target vehicle according to the relationship model between the parking duration and the safe air pressure range; and determining the air pressure leakage state of the target vehicle according to the relationship between the braking air pressure when the target vehicle starts the engine and the safe air pressure range. The present invention solves the technical problem that in the detection method for whether the braking air pressure leaks, more parameters need to be obtained, and it is difficult to accurately collect, upload and store the parameters offline.

The application discloses a kind of user perceivable safe air car structure design method based on AI.First, by structural equation model path analysis, with structural safety as independent variable, willingness to use as dependent variable, determine attitude, initial trust, perceived ease of use as psychological intermediary path, and verify the nonlinear regulation effect of empathy characteristic;Then the psychological path is parameterized as engineering design constraint rules, including basic constraints and adjustment constraints;Again, the constraint rule is encoded as a multi-role collaborative prompt word, input into the generative AI model, sequentially output by psychological semantics, engineering structure, kansei engineering role, generate air car three-dimensional structure form scheme;Finally, the scheme is displayed on the user terminal, and the compliance judgment result input by the user based on the preset engineering logic rule is obtained, and the constraint is updated according to the correction instruction and iteratively optimized.The application embeds user psychological perception into AI design process, and the generated scheme is superior to conventional design without constraints in the evaluation of perceived safety.

This application discloses a grinding head motor, relating to the field of motor technology. It includes a motor body, an output shaft disposed at one end of the motor body, and a controller. The controller is integrated and installed on the port section of the motor body away from the output shaft, and the controller and motor body are designed as a single integrated housing. The surfaces of the motor body housing, output shaft, and exposed connecting parts are coated with an anti-corrosion coating. In this application, when positive pressure is generated inside the motor, the seal is automatically enhanced to prevent internal humid and hot gas from carrying trace amounts of moisture from leaking out. When the motor stops cooling and generates negative pressure, a unique pressure balance channel with a hydrophobic and breathable membrane becomes the only safe air intake path. It effectively blocks external liquid water, water mist, and dust, allowing only dry air to slowly enter to balance the pressure. This fundamentally eliminates the possibility of internal component corrosion and short circuits caused by the intake of moisture and contaminants due to negative pressure.

This invention relates to the interdisciplinary field of aviation safety and artificial intelligence, specifically to an improved WGAN-GP method for generating adversarial examples from ADS-B time-series data. The method includes the following steps: acquiring historical ADS-B flight data and extracting features from five dimensions—longitude, latitude, altitude, speed, and heading—to construct a time-series dataset; building an adversarial example generation model based on an improved Wasserstein distance generative adversarial network and configuring a multi-objective composite loss function for the generator. This invention constructs an LSTM-based generator and discriminator, designs a composite loss function integrating adversarial loss, concealment loss, and temporal smoothness loss, and trains the model using gradient penalty and asymmetric update strategies. The generated adversarial examples possess both high concealment and physical consistency, effectively circumventing various unsupervised anomaly detection models. The model training is stable, providing technical support for building a safer air traffic control defense mechanism.

The application discloses a metal pipe inner diameter laser measuring device, and relates to the technical field of inner diameter laser measuring, comprising a machine table; the hollow compressor and the air inlet pipe of the cleaning assembly are matched, high-pressure gas can be delivered to the base, sufficient power is provided for impurity cleaning, the convenience and completeness of cleaning are improved, and the functions of stable high-pressure gas supply and laying a foundation for inner wall cleaning are realized; the total weight of impurities estimated by the impurity judging module is compared with a preset threshold value through the air injection control module, the minimum effective air pressure, linear air pressure adjustment or the maximum safe air pressure is dynamically selected; the problem that traditional cleaning methods adopt fixed air pressure to cause insufficient cleaning or energy waste is solved, on-demand air supply and accurate cleaning are realized, the cleaning effect is ensured, damage to the pipe caused by excessively high air pressure and energy waste are avoided, and the cleaning efficiency and equipment operation economy are remarkably improved.