1248results about How to "Improve rescue efficiency" patented technology

Vectors and methods for the production of influenza viruses suitable as recombinant influenza vaccines in cell culture are provided. Bi-directional expression vectors for use in a multi-plasmid influenza virus expression system are provided. Additionally, the invention provides methods of producing influenza viruses with enhanced ability to replicate in embryonated chicken eggs and/or cells (e.g., Vero and/or MDCK) and further provides influenza viruses with enhanced replication characteristics. In addition, the present invention includes an improved method of rescue, wherein animal cells (e.g., SF Vero cells) are electroporated with plasmids and vectors of the invention.

The invention relates to an emergency rescuing system, which comprises an emergency response system, an emergency interlocking server and a rescuing terminal, wherein the emergency response system is connected with the emergency interlocking server and the rescuing terminal; the emergency response system comprises a response module and an emergency processing module; the emergency interlocking server comprises a positioning module, a geological position information module, a decision dispatch module and a database subsystem; and the rescuing terminal is used for receiving orders and for feeding an in-situ situation back to the emergency processing module. Due to the adoption of the emergency rescuing system, a position of an appeal terminal (emergency reporter) can be automatically received by the positioning module, and an emergency plan is provided to police through the emergency response system so as to assist the police to carry out the salvation treatment, so the rescuing efficiency can be improved.

A method and apparatus are disclosed for efficiently synchronizing the transmission and reception of the rescue channel from the network and to the failing MS, respectively, to communicate the rescue channel to the failing MS and rescue the connection. The cycling through of BSs by the MS and the network is preferably coordinated according to a certain set of strategies to guarantee some transmission overlap for at least a predetermined number of frames, and therefore permit a rescue. To improve the efficiency of rescue, in embodiments of the present invention the MS can execute a more sophisticated detection scheme to determine which BSs are actually transmitting a good rescue channel. This scheme includes a combined detection component and a learning progression component.

The invention provides an implementation method for emergency rescue. The method is in combination of a mobile terminal for requesting for rescuing, a central system rescue processing server, a rescuing mechanism operation terminal and a rescue terminal; and the method adopts an automatic and intelligent rescue centre processing system which supports non-seat condition. The implementation method provides the all-weather quick-responding and efficient emergency rescue service without being limited by the regions.

The invention provides an intelligent drowning-prevention system and method. The system comprises a swimming bracelet, a wireless node, a monitoring terminal and a server, wherein the swimming bracelet is connected with the server through the wireless node; the monitoring terminal is connected with the server; the swimming bracelet comprises a sensor module, an alarm device, a timer and a wireless communication device.

The invention provides a train coupling failed train rescue method and system. The method comprises the steps that when a dispatch center confirms that a failed train cannot move, a coupling order and a continuous operation order are sent to a rescue train through an integrated monitoring system so as to enable the rescue train to travel towards, approach and couple the failed train, and after coupling succeeds, the integrated monitoring system sends a coupling operation order to the rescue train; the rescue train sends a brake relieving order to the failed train so as to enable the failed train to relive emergency brake and parking brake; and the rescue train travels towards a destination and is braked after reaching the destination. According to the train coupling failed train rescue method and system, under the condition that the rescue train is unpiloted, the rescue train can rapidly couples the failed train to achieve rescue under control of the integrated monitoring system, the rescue efficiency is improved, the labor cost is reduced, and the equipment modification cost is low.

The invention discloses a wall surface detecting rescue robot and a control method thereof. An overall structure of the wall surface detecting rescue robot comprises a robot main body, a control system and a roof safety protecting system. The robot main body comprises a rotating platform, a driving wheel, a driving motor, a sucker, a mechanical arm, a camera, a spraying device and so on; the roof safety protecting system comprises a follow-up trolley, a hoisting mechanism, a steel wire rope and so on, is used for bearing partial deadweight of the system and moves together with the robot. The wall surface detecting rescue robot disclosed by the invention is advantaged in that the robot can detect laminating situations and cracking statuses of ceramic tiles, glasses and so on on the surface of a high-rise building; when the ceramic tiles or the glasses are loose, pigments can be automatically sprayed to loose parts through the spraying device so that the loose parts are marked to be convenient for maintenance personnel to replace; in addition, the window can be broken for rescuers to enter interior for rescue in case of emergency situations.

The invention relates to a real-time detecting system for a state of a roller coaster passenger. The real-time detecting system comprises a main controller, a plurality of image recognition devices and a plurality of blood pressure detectors; each seat of a roller coaster is equipped with one image recognition device and a blood pressure detector; the image recognition devices are used for recognizing the passenger action in a passenger image of the passenger on a corresponding seat; the blood pressure detector is used for detecting the heart rate of the passenger on the corresponding seat; the main controller is respectively connected with the plurality of image recognition devices and the plurality of blood pressure detectors and used for controlling the running speed of the roller coaster according to the recognition results of the plurality of image recognition devices and the detection results of the plurality of blood pressure detectors. With the adoption of the real-time detecting system for the state of the roller coaster passenger, the state of the roller coaster passenger can be determined under the combined effects of the image recognition devices and the blood pressure detectors, and the running speed of the roller coaster can be accurately determined according to the state of the passenger, and therefore, the personal safety of the passenger can be ensured while enjoying and playing.

The invention aims to provide a mining safety helmet with functions of perceiving vital signs and dangerous environment of miners and early warning. The mining safety helmet is formed by a safety helmet shell, a safety helmet liner, a loudspeaker, a human body temperature sensor, a pressure sensor, a methane detection sensor, a carbon oxide detection sensor, an external temperature sensor, an air ventilating opening, a microprocessor, a wireless transmission module, a rechargeable battery, a horizontal speed detection sensor, a vertical speed detection sensor, a gravity induction sensor, a loudspeaker acoustic transmission opening, a power supply switch, a charging interface and a system updating interface. Temperatures, moving speeds, body gestures, head pressure information and underground environment monitoring data of underground personnel can be collected in real time and uploaded. When an accident happens, services are provided for formulating a rescuing scheme according to the collected vital signs and movement state information of the miners; and before the accident happens, early warning can be carried out according to environment monitoring information; and a working condition of the underground personnel can be evaluated according to the personnel movement and the body gesture information under the normal condition.

The embodiment of the invention relates to a method for positioning an underground pipeline and a system thereof. The method comprises the following steps of: transmitting an electromagnetic wave signal to a wireless radio-frequency positioning marker containing an ID code; receiving a wireless signal which is fed back by the wireless radio-frequency positioning marker and contains the ID code and the underground pipeline information; carrying out checking treatment on the ID code and the underground pipeline information; determining an embedded place name of the wireless radio-frequency positioning marker according to the ID code; determining the embedded concrete position of the pipeline; and determining the trend of the pipeline according to the orientation information of the adjacent wireless radio-frequency positioning marker. The embodiment of the invention also provides a positioning system of the underground pipeline. The positioning method and the positioning system in the embodiment of the invention can realize the accurate positioning of the underground pipeline, find fault points as soon as possible when faults happen, reduce the digging area and the compensation cost,furthermore help maintainers establish the records of maintaining in normal times and overhauling the underground pipeline.

The invention relates to an agricultural deep-well aid device, belonging to the technical field of aid salvage equipment, which comprises a foldable external device and a winding engine arranged on the top of the foldable external device in a matched mode, wherein the winding engine is in wireless communication connection with a signal transceiver; the foldable external device is a hollow cylinder with the interior capable of containing the well aid device; the top of the well aid device is provided with a rope mounting bracket in a matched mode; a rope on the well aid device passes through the rope mounting bracket and is connected with the winding engine; and the well aid device, the winding engine, the signal transceiver and a control system of a computer are connected through wireless signals. The invention adopts the above technology and has the advantages that the time and the labor are saved; the stability is good; the aid device is controlled and operated by a computer in the course of aid; the flexibility of the aid device in the course of well activities is enhanced; the flexibility of aid is increased; and the success rate of the aid is enhanced.

The invention discloses an implementation method for emergency rescue progress query. The method integrates mobile terminal equipment, a center system rescue progress query server and rescue mobile terminals of a rescue organization; an automatic and visualized rescue progress query system which supports no operator attendance can be implemented, timely, whole-process, accurate and rapid rescue progress query service can be provided, and the efficiency of whole rescue, the effect of a rescue activity and user satisfaction can be improved at the same time.

The invention discloses an emergency vehicle navigation system and method based on real-time traffic flow in the era of the Internet of Things, and relates to the technical field of intelligent traffic management of the Internet of Things. The invention discloses an emergency vehicle navigation system based on real-time traffic flow in the era of the Internet of Things. The system is composed of an Internet of Things cloud platform, a road information acquisition module, a vehicle driving parameter acquisition module, a vehicle-mounted GNSS, a traffic signal lamp information acquisition module, an LED display screen scheduling module and a video linkage module. According to the invention, the driving parameters of the emergency vehicle and the real-time information of the urban road are collected and analyzed; the driving path of the emergency vehicle is continuously corrected; the emergency vehicle can be ensured to go to an accident site at the fastest speed in the shortest time, theinterference of road conditions and traffic lights on the emergency vehicle in the driving process is expected to be reduced to the greatest extent by calculating the driving time and setting the LEDdisplay screen and the traffic lights, and the rescue efficiency of the emergency vehicle is improved.

The invention provides a natural gas pipeline tiny leakage detection method based on a sound signals. By taking the sound signal fluctuating most intensely during pipeline tiny leakage as a main signal, and temperature, pressure and flow rate signals as secondary signals, a deep convolution neural net based on multiparameter is established, and the probability of tiny leakage of a natural gas pipeline is determined through studying data of the main signal and the secondary signals; in addition, a deep restricted boltzmann machine model is designed specifically for the isomerism of multiparameter data, the multiparameter data is subjected to pre-training, an optimal weight value matrix and an optimal offset value are obtained and act as a weight initial value and an offset value initial value of a deep convolution neural net model. With the adoption of the method, an accuracy rate of pipeline tiny leakage accident judgment is increased greatly, the probability of a large safety accident is reduced, and the rescue efficiency of a natural gas pipeline accident is improved.

The invention discloses a mine fire escape route cellular automaton optimizing and guiding method, and belongs to mine fire safe escape methods. An underground monitoring subsystem, a smoke plume migration simulation subsystem, an escape route selection subsystem and a rescue and escape command guiding subsystem are included, and the monitoring system is composed of a ground central station and various underground sensors and monitors temperature, gas and flue gas parameters in real time; the smoke plume migration simulation system simulates dynamic evolution rules of underground fire smoke through FDS software; the escape route selection subsystem applies a cellular automaton for building a mathematical physical model under the mine ventilation network structure actual condition, dynamically quantizes the complex roadway environment and the smoke pollution range, calculates the escape efficiency and determines the best escape route; the rescue and escape command guiding subsystem provides guidance for underground escape persons on the basis of the escape route calculation result, and the best escape route is fed back to underground workers by means of an upper computer and an underground voice alarm system, the escape efficiency is comprehensively improved, and casualties are reduced to the maximum extent.

The invention discloses an underground personnel positioning system comprising a positioning server, a monitoring terminal, a wired communication subsystem, wireless communication base stations and a positioning device, wherein the wired communication subsystem mainly comprises an optical fiber, an optical splitter and a wireless switch; the wireless communication base station mainly comprises an anti-explosion box, a power source, a spare battery, wireless access equipment, an antenna and the like; the wireless communication base stations are mounted inside an underground channel at intervals with a certain distance; the wireless communication base stations are connected with the wireless switch and the positioning server above a well through optical fibers; the positioning device and the wireless communication base stations are communicated in a wireless manner; and the system realizes personnel accurate positioning based on a combined field intensity distance measurement and step counting distance measurement manner through a positioning device carried by the underground personnel. The positioning system provided by the invention has the advantages of high positioning precision, low cost and simple structure of system equipment, is convenient for dispatching management of management personnel in safe production, and can provide more accurate personnel position information for rescue personnel, so as to improve the rescue efficiency and rescue rate of trapped people; and the underground personnel positioning system is a comprehensive system integrating underground personnel attendance, dispatching management, tracking and positioning, after-calamity rescue and the like.

The purpose of the invention is to provide a method and equipment for realizing dynamic allocation of rescue guaranteed resources. Compared with the prior art, the method comprises the steps of: determining safety demand information corresponding to a sub-region according to personnel density information included in the sub-region of a guaranteed region; acquiring resource configuration information which represents the rescue guaranteed resources allocated to the sub-region; determining a matching degree between current resource configuration information and the safety demand information corresponding to the sub-region; and allocating the rescue guaranteed resources when the matching degree is less than or equal to a first preset value, or transferring the rescue guaranteed resources out of the corresponding sub-region when the matching degree is great than or equal to a second preset value. Thus the standby rescue guaranteed resources are allocated to sub-regions where on-site safety demands cannot be satisfied, the on-site available rescue guaranteed resources are regulated so that the available rescue guaranteed resources in the sub-regions with many persons are adequate, the rescue guaranteed resources are fully utilized and meanwhile the rescue timeliness and the success rate are improved.

The invention provides a foundation brake device for rail transit, wherein a parking cylinder of a manual release device is connected on a brake cylinder, the parking cylinder is connected with two release guy cables, and the two release guy cables are respectively mounted on the two sides of a vehicle; and by pulling any one release guy cable, a ratchet wheel seat of the manual release device can be separated from a locking ratchet tongue so as to release the brake of a parking brake unit of the vehicle which is not in a main air parking brake state. According to the embodiment disclosed by the invention, operation staff can completely release all the parking brake of the vehicle on only one side of the vehicle; and furthermore, according to the embodiment disclosed by the invention, the convenience in operation can be improved during daily use, the safety of the vehicle can be ensured under emergencies and the rescue efficiency can be improved.

The invention discloses a wireless camera sensor network position and posture calibration method for a wireless camera sensor network, and the method comprises the steps: enabling an unmanned plane carrying a photoelectric identification to enter a region covered by the wireless camera sensor network; taking a plurality of pictures comprising the photoelectric identification at equal intervals in a recognition range of one wireless camera sensor; carrying out the decoding of the photoelectric identification, extracting the pictures which have no overlapped view and are taken by the wireless camera sensor at three different moments, solving and obtaining the position and posture information of the wireless camera sensor; carrying out the feature matching of the wireless camera sensors which have an overlapped view, calculating an intrinsic matrix, decomposing and obtaining a rotation matrix; solving and obtaining the position and posture information of the wireless camera sensors which have the overlapped view, and determining the rotation matrix and a translation amount. The method achieves the quick, simple and precise calibration of the wireless camera sensor, and the wireless camera sensor network calibrated through the method can be quickly applied to disaster relief and other situations where the cameras need to be calibrated.