46results about How to "Effective countermeasures" patented technology

A dangerous chemical detection and long-distance alarm device comprises a detector, an electric source management module, an information transmitting/receiving device, a background information management system, a signal processing module and a signal transmitting/receiving module, wherein the detector comprises a gas detection module used for accurate detection and identification of gas leakage and gas concentration; the electric source management module is used for the electric source supply and management of the dangerous chemical detection and long-distance alarm device; the information transmitting/receiving device is in electrical connection with the detector; the background information management system is in electrical connection with the information transmitting/receiving device to complete data exchange with the device; the signal processing module is in electrical connection with the detection module to complete conditioning and analysis of the signal collected by the detection module; and the signal transmitting/receiving module, which is respectively in electrical connection with the signal processing module and the information transmitting/receiving device, sends the data processed by the signal processing module and transmitted by the gas detection module to the background information management system through the information transmitting/receiving device, and receives the signal sent from the background information management system. The dangerous chemical detection and long-distance alarm device can grasp the real-time condition of an accident scene to adopt effective measures and reduce and avoid losses.

The invention discloses a handheld unmanned aerial vehicle countering security device. The handheld unmanned aerial vehicle countering security device comprises an antenna, an interference signal generator, a power supply, a device switch, a device manager, a sighting device and a handheld protective housing, wherein the antenna, the interference signal generator and the power supply are located in the handheld protective housing, and the device switch and the sighting device are mounted on the outer surface of the handheld protective housing; the power supply and the sighting device are detachable, the device manager is connected with the interference signal generator and is used for configuring working time of the interference signal generator, monitoring working temperature of the interference signal generator, displaying residual capacity of the interference signal generator and prompting working of the interference signal generator. According to the handheld unmanned aerial vehicle countering security device, through a modular design, on the basis of ensuring the implementation of an unmanned aerial vehicle countering function, a handheld unmanned aerial vehicle countering design is achieved; the size is small, portability is achieved, movement is easy, imperceptibility is good, and the handheld unmanned aerial vehicle countering security device is conveniently and lightly used like a common handheld loudspeaker and is easy to sight.

The invention discloses an obese gene detection and evaluation system and a data processing method. An evaluation system is used for collecting at least two groups of personal data and gene detection data and transmitting the same to a personal data base for storage and a gene detection data base for data exchange; when an evaluation server obtains a gene detection result through the gene detection data base and transmits the gene detection result to a gene risk analysis data base to obtain an obesity occurrence rate can be obtained the evaluation server carries out data analysis according to the personal data, the gene detection result and the obesity occurrence rate; then information of an analysis result is sent to a report data base, corresponding advice data can be automatically generated, and a user can obtain relevant information of obese genes conveniently through the above system and the above method.

The invention relates to a smart socket, which comprises a socket body, an electric energy sensing module, a processor and a communication module, wherein the electric energy sensing module, the processor and the communication module are arranged on the socket body; the electric energy sensing module which is used as a signal acquisition end of the smart socket is connected with electric signal ends of a fire wire and a zero wire in the socket body; the signal output end of the electric energy sensing module is connected with the signal input end of the processor; the communication signal end of the processor is connected with the communication module; and the communication module is in communication with a controller in a remote control center. The smart socket disclosed by the invention is a wireless smart socket design scheme under an Internet of things environment and has wireless communication capability, electricity consumption perception capability and automatic on-off capability except for having the functions of the traditional power socket.

The invention discloses a control method for parameters self-tuning of tobacco shred production process, comprising the steps of: collecting process parameters of all the processes in the tobacco shred production process; establishing a regression model by adopting process parameters, training the regression model, validating a target variable and an argument, selecting several arguments that havea significant influence on the target variable from the target variable and the argument, screening the independent variable according to a coefficient weight, obtaining an independent variable corresponding to the weight in a preset range, performing a cross validation, taking the process parameters into the targeted regression model, and obtaining a targeted regression model of the corresponding class; when an exception occurs in the process parameters in any category, removing the exception occurred in process parameters of the current process and the output parameters in the next processthrough the targeted regression model corresponding to abnormal process parameters, thereby realizing the control process of the parameters self-tuning. According to the control method and the systemfor the parameters self-tuning of the tobacco shred production process, multi-parameter correlation model of each monitoring control parameter is obtained, and the invention can be used for global parameter optimization of tobacco shred making process.

The invention discloses a remote intelligent unmanned aerial vehicle countering method which comprises the steps: an unmanned aerial vehicle monitoring system, an unmanned aerial vehicle countering system and a remote control system are installed in a sensitive area to form an unmanned aerial vehicle no-fly zone, wherein after the unmanned aerial vehicle monitoring system monitors an unmanned aerial vehicle, the flight state and radio signal information of the unmanned aerial vehicle are sent to a control center; the control center identifies the model of the unmanned aerial vehicle and the flight direction and speed of the unmanned aerial vehicle after receiving the unmanned aerial vehicle radio signal; and the control center sends an instruction to the unmanned aerial vehicle counteringsystem to counter the unmanned aerial vehicle, wherein countering comprises interference, forced landing, return voyage, navigation decoy and the like. According to the remote intelligent unmanned aerial vehicle countering system adopted by the invention, the unmanned aerial vehicle can be effectively detected and countered in the sensitive area, and the safety of the sensitive area is effectivelyprotected.

The invention discloses a novel corridor elevator. The novel corridor elevator comprises an elevator rail mounted on a stair handrail, an elevator power system, an elevator pedal bracket, an elevator pedal, and two induction lines arranged and mounted on a part which can be touched on the corridor wall, wherein the elevator rail mounted on the stair handrail is provided with three rails which are butted with a power gear, a vertical sliding roller and a high magnetism group in the elevator power system; two universal protective free deformable mechanical rods, a foldable seat plate and a foldable and telescopic elevator pedal are simultaneously mounted on the elevator pedal bracket; a front telescopic landing gear, a rear telescopic landing gear, an edge landing gear and a steel bar capable of controlling the inclination of the elevator pedal are arranged on the elevator pedal. Through the novel corridor elevator, the technical difficulties of small corridor space and low in possibility of turning of the mounted elevator are solved; meanwhile, the novel corridor elevator is simple in structure, comprehensive in functions and low in manufacturing cost, is safe and reliable, is applicable to most ordinary residential buildings at present and can effectively solve a problem that people go upstairs and downstairs difficultly at present.

The invention discloses a low-altitude defense system based on artificial intelligence. The low-altitude defense system comprises a sensor device and a comprehensive control system, wherein the sensordevice comprises a frequency spectrum detection device, a radar detection device and photoelectric detection device; and the comprehensive control system is connected with the frequency spectrum detection device, the radar detection device and the photoelectric detection device and is used for receiving original signals of the frequency spectrum detection device, the radar detection device and the photoelectric detection device, carrying out comprehensive processing on the original signals, carrying out target detection and identification through an artificial intelligence algorithm and sending out corresponding defense measures according to target detection and identification results. According to the low-altitude defense system, the comprehensive control system is used for carrying outcomprehensive processing on the original signals of the frequency spectrum detection device, the radar detection device and the photoelectric detection device, and the frequency spectrum detection device, the radar detection device and the photoelectric detection device are only used as terminal sensors; the low-altitude defense system is easy to expand, reconfigurable, wide in application range and flexible in configuration; and false alarms and missed alarms, caused by target detection through a single means, are reduced, so that a black flying unmanned aerial vehicle is effectively countered.

The invention provides a cloud intelligent low-altitude intrusion linkage defense system and method. The system comprises a cloud computing center, a full-band passive detection system and a full-bandcountering system; the full-band passive detection system comprises a plurality of detection channels, detects full-band radio frequency signals, detects the presence or absence of the radio frequency signals, determines the parameters of the radio frequency signals, sorts intrusive signals, pairs the intrusive signals detected by the detection channels, and determines the spatial domain attribute of an intrusive target. Ander the guidance of the control instruction or the full-band passive detection system, the full-band countering system generates countering signals corresponding to the intruding target characteristics, and intelligent countering of the low-altitude intruding object is completed. According to the invention, full-band effective detection and countering of low-altitude intrusions can be realized, a frequency domain blind area is avoided, blind frequency sweeping interference is avoided, energy is not wasted, adverse environmental hazards are avoided, and safety protection of government agencies, military facilities, energy storage warehouses/stations, large-scale commercial venues, private places and sensitive areas is effectively realized.

The invention provides a terminal unlocking method associated with weather, and relates to the technical field of intelligent terminals. The method comprises the steps that weather information is obtained; different lock screen modes are used according to different weather information; unlocking operations are obtained, the unlocking operations correspond to the used lock screen modes respectively, and the unlocking operations can remind users to pay attention to matters needing attention corresponding to the weather information; screens are unlocked. Compared with the prior art, according tothe terminal unlocking method associated with the weather, different unlocking modes are adopted according to the different weather information, and accordingly the method can remind the users of thecurrent weather information through the different unlocking modes. What is particularly important is that the different unlocking modes correspond to the different unlocking operations, interactions between the users and terminals can enhance attention to the weather, meanwhile the unlocking operations can also remind the users of the matters needing attention corresponding to the weather information, and accordingly the users can easily take effective countermeasures against the weather.

The invention relates to an intelligent inspection robot monitoring system for an electric power pipe gallery. The intelligent inspection robot monitoring system comprises an intelligent inspection robot, a mobile inspection module, an online monitoring module and an AI decision module. Intelligent inspection of the electric power pipe gallery is achieved through the intelligent inspection robot,the analysis, storage, mining, monitoring, application and presentation of related information and corresponding autonomous analysis and diagnosis are carried out through the AI decision module, the state of the electric power pipe gallery can be effectively monitored in real time, and abnormal conditions in the electric power pipe gallery can be found in time. On-line monitoring and robot inspection are adopted to replace manual inspection, so that people can be liberated from dangerous and complex work, and the operation and maintenance efficiency can be greatly improved.

The invention discloses an obesity gene detection and evaluation system and a data processing method, and belongs to the technical field of gene detection and evaluation.The technical scheme comprises the steps that personal basic information and gene detection data are collected through an information acquisition module; the personal basic information and the gene detection data are respectively transmitted to the personal database for storage, the gene detection data database carries out data exchange to obtain one or more corresponding detection results, and the gene evaluation module inputs the one or more detection results into a preset analysis model and carries out data interaction with the gene risk analysis database to obtain a gene risk analysis result. The report generation module judges the personal basic information, comprehensively analyzes and judges whether the personal basic information has the risk of obesity or not, generates an exclusive personal evaluation report according to the analysis result if the personal basic information has the risk of obesity, and transmits the personal evaluation report to the mobile terminal of the medical staff; a user can conveniently put forward effective countermeasures in a rapid and detailed mode, so that the incidence rate of obesity is reduced.

The invention discloses an unmanned aerial vehicle bee colony countering method based on swarm cooperation information. The method comprises the following steps: step 1, detection and early warning; step 2, tracking and positioning; step 3, judging whether countering is carried out or not; step 4, countering a bee colony target; and step 5, determining a countering effect. Aiming at an unmanned aerial vehicle bee colony for realizing autonomous navigation and swarm cooperation based on sonar information/visual information perception, the method adopts a sound wave attack and strong light interference mode to effectively destroy the autonomous navigation capability of part of unmanned aerial vehicles and the distributed cooperation capability with adjacent unmanned aerial vehicles, so that the unmanned aerial vehicles cannot acquire navigation positioning information and position information of the adjacent unmanned aerial vehicles in the sound wave attack and strong light interference range, the expected formation of a bee colony is difficult to maintain, effective countering of the unmanned aerial vehicle bee colony is further achieved, and the method has the advantages of being high in attack angle and aiming position precision and high in attack efficiency and countering success rate.