46 results about "Emergency training" patented technology

The invention discloses a general nuclear power station accident emergency rescue simulation training system. The system comprises a simulation training module, a nuclear power station simulation module, a command control module and a training special communication module; the simulation training module is used to train participating trainees' nuclear emergency rescue skills through virtual reality means; the nuclear power station simulation module is used to train the participating trainees' nuclear emergency rescue skills in a nuclear power station simulation building and simulate a nuclear accident phenomenon through nuclear accident phenomenon simulation equipment; the command control module is used to train participating trainees' nuclear emergency command skills and remotely control the nuclear accident phenomenon simulation equipment in the nuclear power station simulation module; and the training special communication module is used to achieve communication between the command control module, the nuclear power station simulation module and participating trainees, and achieve uploading and release of a rescue command password and acquisition of video, audio and training parameter data of a rescue training site. The system solves the problem that different pile types are difficult to be compatible in nuclear emergency training, and the system solves the problems of difficult realistic simulation, expensive training cost, difficult quantification assessment and the like in the nuclear emergency training.

The invention discloses a high-efficiency emergency training system. The high-efficiency emergency training system comprises an application terminal, a theoretical training terminal, a practical operation training terminal, a certificate taking terminal and a training management system. Application of emergency training, theoretical training, practical operation training and issuing of emergency training electronic certificates and entity certificates can be realized. The invention further discloses a high-efficiency emergency training method. A student performs application on the applicationterminal, performs theoretical training on the theoretical training terminal, performs practical operation training on the practical operation training terminal, and takes and checks an emergency training electronic certificate on the certificate taking terminal; the training management system receives application information, automatically establishes the file of the student, and stores related learning and check data and results; and, after training is completed, a training management terminal issues the emergency training electronic certificate to the certificate taking terminal. Paperlesstraining and datamation in the whole process can be realized; and thus, high-efficiency and intelligent emergency training can be realized.

The invention discloses an electric shock emergency training platform based on a VR simulation site and a training method thereof. The electric shock emergency training platform comprises a computer platform, VR glasses and gloves, wherein each joint of each glove is provided with a detection sensor, a palm of each glove is provided with an air cushion, the sensors of each glove are electrically connected with the computer platform through leads, the VR glasses are electrically connected with the computer platform through leads, earphones are connected to the sides of the VR glasses, and microphones are connected to the earphones. A live scene of an electric shock accident is generated through the computer platform and the VR glasses, the live scene can be a historical scene in which the accident happens before, so that workers can better summarize experience and lessons from the accident, the scene can be randomly generated, the strain capacity can be exercised, the purpose of live training of the workers is achieved, and good effects are achieved.

An apparatus for motion tracking during a simulation of a clinical emergency setting includes a camera configured to capture a clinical emergency training area used for the simulation, a wearable microphone associated with a participant in the simulation, a wearable identifier associated with the participant, and a computer system interoperably coupled to the camera and the microphone and configured to capture data received during the simulation from the camera and data received during the simulation from the wearable microphone, process the data received from the camera and the data received from the wearable microphone, present visual traces indicative of position of the participant on a map of the clinical emergency training area as a function of time, and present audio derived from the wearable microphone in synchronization with the presented visual traces.

The invention belongs to the field of virtual emergency training equipment, and specifically relates to a virtual fire extinguishing training device. The virtual fire extinguishing training device hasthe advantages of strong interaction, safety, no pollution, reuse, low cost and the like. A fire extinguisher filled with tap water is driven by compressed air to form a fire extinguishing water column, and the fire extinguishing water column is jet to a projection display glass curtain wall of a fire video. The position of the water column is detected through a photoelectric sensor array and compared with the position of a fire source in the video to judge whether the fire extinguishing position is correct and to further control the position and speed of video playback, thereby achieving a virtual fire extinguishing operation. The virtual fire extinguishing device can satisfy single-person and multi-person experience, and plays a very important role in cultivating firefighting ability, raising fire safety awareness, grasping fire extinguishing skills, cultivating cooperative fire extinguishing capability and accumulating fire extinguishing operation experience.

An endotracheal intubation training device includes a head portion comprising an open mouth, a jaw located below the mouth, a tongue inside the mouth, and an elastic member disposed below the tongue; an airway portion comprising a trachea extending from the head and communicating with the mouth, and a glottis positioned inside the trachea; and a glottis narrowing portion disposed to surround the airway portion and configured to control a size of the glottis.

The invention discloses an electronic standardized human body model system for emergency training and assessment. The system comprises an anatomical marker, an OLED simulated eyeball, a simulated carotid artery, a cardiopulmonary resuscitation module, a defibrillation module, an arm puncture module, an abdominal cavity puncture module, a lower limb module and a sensor mounted at the spine of a human body model; various test items are integrated on one human body model, so that the human body model is convenient to carry and store, and assessment data and scores can be integrated on the same report report; thepersonification degree is high, and the system is suitable for being used as tool for training and examination; and the model is electronized, and the positive characteristics of the model can be converted, so that the universality is stronger.

The invention discloses a subway emergency training drilling system and method based on BIM. The system comprises a guide and adjustment terminal, a storage module, a three-dimensional coordination module, a VR processing terminal, a command terminal, and an observation and simulation control terminal. Three-dimensional model data and emergency event analog simulation data based on BIM define a drilling theme through the guide and adjustment terminal. The three-dimensionalcoordination module is built based on a three-dimensional engine server, simulation deduction information defined by the three-dimensional coordination module is connected with the VR processing terminal, the command terminal and the observation and simulation control terminal, multi-level and multi-role coordination drilling is completed, the real processing process is restored, all the terminals are connected into an evaluation terminal, information flow of training drilling is captured, and unit classification evaluation is carried out to generate an evaluation report, support emergency capability verification and improve cooperation efficiency.

The invention relates to the field of nuclear facility accident emergency and the technical field of three-dimensional virtual reality, in particular to a nuclear accident emergency simulation training system. The system comprises an accident simulation module, a communication module, a VR simulation training module and a database module. The accident simulation module and the VR simulation training module perform data interaction with the communication module; the database module inputs data to the accident simulation module, the communication module and the VR simulation training module; andthe accident simulation module outputs data to the database module. According to the invention, while the cost is low, three-dimensional models of various types of nuclear facilities can be rapidly built, various types of nuclear accidents are set, various types of emergency scenes and training scripts are created by adopting a three-dimensional virtual reality simulation technology, and a new thought and a new way are provided for emergency training of the nuclear accidents.

The invention discloses a reasoning-based intelligent power failure emergency treatment training simulation method, the core of which is: simulating the occurrence of various power equipment failures, completely recording the emergency treatment process of power operation and maintenance personnel, and intelligently judging the accident emergency treatment process. The invention is convenient for electric power operation and maintenance personnel to carry out practical training in a simulation environment, accumulate experience in handling accidents, and improve emergency handling capabilities.

The invention provides a multi-person cooperative virtual reality emergency training system applied to a transformer substation. A plurality of trainers respectively enter the same virtual reality through wearable equipment of the virtual reality training system, barrier-free communication among the trainers is realized in the virtual reality, a management platform of the virtual reality trainingsystem displays pictures of the virtual reality entered by the trainers at a third-person visual angle, and the virtual reality training system is convenient to operate, vivid in scene and reasonablein training.

The invention relates to a petrochemical fire scene multi-perception emergency training system, which mainly solves the problems of insufficient interactivity and low scene perception in the prior art. The present invention provides a petrochemical fire scene multi-sensing emergency training system based on B / S architecture by adopting a petrochemical fire scene multi-sensing emergency training system, including a 3D drive engine, a heat flux sensor module, an equipment operation module, and a basic knowledge database The technical solutions of the module, the scene database module, the desktop deduction assessment module, the server and the client computer solve the above problems well, and can be used in multi-sensory emergency training for petrochemical fire scenes.

The invention provides an assembled downhill escape device for fire emergency training, comprising a winch, a rope and a plurality of downhill control devices; each of the downhill control devices is detachably clamped on the rope; Each downhill control device includes a left clamp and a right clamp; the adjacent ends of the left clamp and the right clamp are matched and connected by setting a bayonet step, and the left clamp and the right clamp are fixed by a plurality of bolts and nuts. In the fire emergency training, the device is used for rapid descent escape, the winch is fixed indoors, the other end of the rope is pulled and the rope is lowered to the ground, the rope on the winch is fixed, and the rapid descent control device is clamped It is installed on the rope, and the downhill personnel can downhill through the downhill control device, and can manually control the friction between the downhill device and the rope, which is convenient to control the descending speed; the downhill control device can be quickly assembled and disassembled, which improves the training efficiency.