CN114049807A - Disaster emergency simulation training system and method for energy supply station - Google Patents
Disaster emergency simulation training system and method for energy supply station Download PDFInfo
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Abstract
The invention belongs to the technical field of emergency treatment, and discloses a disaster emergency simulation training system and method for an energy supply station, wherein the method comprises the following steps: s1, setting passenger flow parameters, equipment parameters and disaster parameters in the energy supply station; s2, performing 3D simulation display on each area scene in the energy supply station according to the passenger flow parameters, the equipment parameters and the disaster parameters in the energy supply station; s3, training personnel to perform virtual operation in each area scene in the energy supply station; s4, deducing each area scene in the energy supply station according to the passenger flow parameters, the equipment parameters, the disaster parameters and the virtual operation in the energy supply station; and S5, training scoring is carried out on the training personnel according to the deduction result of each area scene in the energy supply station. The invention has the advantages that: the simulation training system can be used for carrying out simulation training aiming at various natural disasters and combining actual conditions of different energy supply stations so as to improve the emergency handling capacity of workers in the energy supply stations aiming at various natural disasters.
Description
Technical Field
The invention belongs to the technical field of emergency treatment, and particularly relates to an energy supply station disaster emergency simulation training system and method.
Background
The energy supply station belongs to a fire-fighting key unit and is also a key department for safety precaution. The geographical positions are far away and scattered mostly, and a large number of inflammable and explosive articles are stored. In addition, the number of the network points of the gas station is large, and the accident probability is high. Once an accident occurs, the consequences are unpredictable. Therefore, the safe production work of the gas station directly influences the public safety and the normal operation of the production and operation activities in the petroleum industry, and has great significance. At present, natural disasters in China are various, the natural disasters are more and more frequent, and the influence on energy supply stations is larger and larger. How to deal with various natural disasters, reduce personnel's injury and loss of property, realize the safety control of energy supply station, be the difficult point that the enterprise urgently needed to solve.
The existing system for safety monitoring and emergency treatment of the energy supply station mainly aims to solve the problem of daily irregular operation and avoid accidents caused by the irregular operation. No mention is made of how to cope with the external harsh environment and the associated treatment. For example, chinese patent publication No. CN112464817A discloses an intelligent gas station environmental risk prevention and control detection system and method, which aims to solve the problem that in the prior art, dangerous behaviors such as no safety helmet wearing, no smoke of personnel, and no mobile phone hitting for personnel in a gas station cannot be found in time, alarm information is given in time, and accidents are avoided. For example, chinese patent publication No. CN101533551A discloses a system and a method for security monitoring, early warning and emergency management of a gas station, which integrates video monitoring, liquid level and temperature of an oil tank, oil leakage of the oil tank and an oil filling machine, concentration of combustible gas, static monitoring, early warning and network communication in an oil unloading process, and the method realizes daily monitoring, early warning, security supervision, oil distribution optimization management and emergency rescue aid decision support of the gas station. No emergency treatment method is provided for natural disasters.
More importantly, the emergency treatment capacity of workers in the energy supply station is generally low, so that a method for rapidly improving the emergency treatment capacity of the workers is urgently needed.
Disclosure of Invention
Aiming at the problems in the prior art, the invention provides an energy supply station disaster emergency simulation training system and method, which can carry out corresponding simulation training aiming at various natural disasters and give corresponding scores so as to improve the emergency handling capacity of workers in the energy supply station aiming at the natural disasters.
The invention adopts the following technical scheme: an energy supply station disaster emergency simulation training system comprises an energy supply station internal parameter setting module, a disaster parameter setting module, a virtual operation module, a grading module and an energy supply station scene 3D display module; the energy supply station internal parameter setting module, the disaster parameter setting module, the virtual operation module and the scoring module are respectively connected with the energy supply station scene 3D display module; the energy supply station scene 3D display module comprises a scene deduction unit;
the energy supply station internal parameter setting module is used for setting passenger flow parameters and equipment parameters in the energy supply station;
the disaster parameter setting module is used for setting disaster parameters;
the energy supply station scene 3D display module is used for carrying out 3D simulation display on scenes of all areas in the energy supply station according to the passenger flow parameters, the equipment parameters and the disaster parameters in the energy supply station;
the virtual operation module is used for the training personnel to perform virtual operation in each area scene in the energy supply station;
the scene deduction unit is used for deducting scenes of all areas in the energy supply station according to the passenger flow parameters in the energy supply station, the equipment parameters in the energy supply station, the disaster parameters and the virtual operation;
and the scoring module is used for training and scoring the training personnel according to the deduction result of each region scene in the energy supply station.
Preferably, the equipment parameter setting in the energy supply station comprises equipment basic parameters and equipment operation parameters, wherein the equipment basic parameters comprise quality attributes and old and new degrees.
As the preferred scheme, the equipment in the energy supply station comprises an oiling machine, an oil tank, an oil-submerged pump, a liquid level meter, an air-entraining machine, a hydrogenation machine, a compressor, a charging pile, a battery changing device, a photovoltaic device, a monitoring camera, a switch, a firewall and an intelligent cabinet.
Preferably, the disaster parameter includes a disaster type, a disaster level, a predicted disaster occurrence time, and a predicted disaster maintenance time.
Preferably, the disaster type includes earthquake, flood, fire, typhoon and snow.
As a preferred scheme, the system also comprises a training data storage module which is respectively connected with the energy supply station internal parameter setting module, the disaster parameter setting module, the virtual operation module, the energy supply station scene 3D display module and the grading module;
and the training data storage module is used for storing the training process of the training personnel to form a training data database.
Preferably, the training data comprises passenger flow parameters in the energy supply station, equipment parameters in the energy supply station, disaster parameters, virtual operation information, region scene deduction animation and training scoring information.
As a preferred scheme, the system also comprises a training data extraction module connected with the training data storage module;
and the training data extraction module is used for extracting corresponding training data so as to be referred to when training personnel carry out disaster emergency simulation training.
Preferably, the system further comprises a role selection module coupled with the energy station scene 3D display module;
the role selection module is used for training personnel to select corresponding training roles;
and the energy supply station scene 3D display module is also used for displaying the corresponding area scene in the energy supply station according to the selected training role.
Correspondingly, the emergency simulation training method for the disaster of the energy supply station is also provided, and comprises the following steps:
s1, setting business passenger flow parameters, equipment parameters and disaster parameters in the energy supply station;
s2, performing 3D simulation display on each area scene in the energy supply station according to business passenger flow parameters, equipment parameters and disaster parameters in the energy supply station;
s3, training personnel to perform virtual operation in each area scene in the energy supply station;
s4, deducing each area scene in the energy supply station according to business passenger flow parameters, equipment parameters, disaster parameters and virtual operation in the energy supply station;
and S5, training scoring is carried out on the training personnel according to the deduction result of each area scene in the energy supply station.
The invention has the beneficial effects that:
(1) the system can be used for carrying out simulation training aiming at various types and grades of natural disasters and the predicted occurrence time and the predicted maintenance time of the natural disasters and combining the actual conditions of different energy supply stations so as to improve the emergency handling capacity of workers in the energy supply stations aiming at various natural disasters.
(2) The training process of the training personnel can be stored to form a training data database for reference when other training personnel train in similar conditions.
(3) Training personnel can select various training roles and carry out corresponding training so as to achieve targeted training.
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In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
FIG. 1 is a schematic structural diagram of a disaster emergency simulation training system of an energy supply station according to the invention;
FIG. 2 is a flow chart of a disaster emergency simulation training method for an energy supply station according to the invention.
Detailed Description
The following description of the embodiments of the present invention is provided by way of specific examples, and other advantages and effects of the present invention will be readily apparent to those skilled in the art from the disclosure herein. The invention is capable of other and different embodiments and of being practiced or of being carried out in various ways, and its several details are capable of modification in various respects, all without departing from the spirit and scope of the present invention. It is to be noted that the features in the following embodiments and examples may be combined with each other without conflict.
The first embodiment is as follows:
referring to fig. 1, the embodiment provides an energy supply station disaster emergency simulation training system, which includes an energy supply station internal parameter setting module, a disaster parameter setting module, a virtual operation module, a scoring module, and an energy supply station scene 3D display module; the energy supply station internal parameter setting module, the disaster parameter setting module, the virtual operation module and the scoring module are respectively connected with the energy supply station scene 3D display module; the energy supply station scene 3D display module comprises a scene deduction unit;
the energy supply station internal parameter setting module is used for setting passenger flow parameters and equipment parameters in the energy supply station;
the disaster parameter setting module is used for setting disaster parameters;
the energy supply station scene 3D display module is used for carrying out 3D simulation display on scenes of all areas in the energy supply station according to the passenger flow parameters, the equipment parameters and the disaster parameters in the energy supply station;
the virtual operation module is used for the training personnel to perform virtual operation in each area scene in the energy supply station;
the scene deduction unit is used for deducting scenes of all areas in the energy supply station according to the passenger flow parameters in the energy supply station, the equipment parameters in the energy supply station, the disaster parameters and the virtual operation;
and the scoring module is used for training and scoring the training personnel according to the deduction result of each region scene in the energy supply station.
The simulation training system can be used for carrying out simulation training aiming at various natural disasters and combining actual conditions of different energy supply stations so as to improve the emergency handling capacity of workers in the energy supply stations aiming at various natural disasters.
Specifically, the method comprises the following steps:
the interior passenger flow parameter of energy supply station is the average passenger flow in the unit interval of energy supply station promptly, and when the average passenger flow in the unit interval was great, the training personnel can carry out personnel evacuation operation through virtual operation module to avoid the casualties that natural disasters caused.
The equipment parameter setting in the energy supply station comprises equipment basic parameters and equipment operation parameters. The basic parameters of the equipment include quality attributes and old and new degrees, and the parameters of the equipment in the energy supply station in the embodiment include the quality attributes and the old and new degrees of the equipment because the different qualities and the different damage resistance of the old and new equipment in the disaster area are different. The equipment in the energy supply station comprises an oiling machine, an oil tank, an oil-submerged pump, a liquid level meter, an air-entraining machine, a hydrogenation machine, a compressor, a charging pile, an electricity-exchanging device, a photovoltaic device, a monitoring camera, a switch, a firewall and an intelligent cabinet. The operation parameters of the equipment comprise the closing and sealing conditions of an oil tank oil discharge valve and a metering port, the liquid level of the oil tank and the leakage condition; the flow and leakage condition of the oiling machine and the gas-liquid ratio condition of oil gas recovery; the rotation speed, flow and leakage of the submersible pump; high and low oil levels and high and low water level alarm conditions of the liquid level meter; the pressure, flow and leakage of the gas dispenser; the pressure, flow and leakage of the hydrogenation machine; air inlet pressure, air outlet pressure, in-cylinder temperature, motor rotation speed and leakage condition of the compressor; the voltage and current conditions of the charging pile; the voltage, current, load and temperature conditions of the battery replacement device; voltage, current, power generation capacity and component temperature conditions of the photovoltaic device; monitoring the power supply, IP networking, image acquisition and storage conditions of the camera; power, access, networking conditions of the switch; power supply, access, networking and attack defense of the firewall; power, temperature, air conditioner operational aspect of intelligence rack etc.
And subsequent training personnel can perform corresponding virtual operation according to the set parameters of the equipment in the energy supply station and the corresponding disaster parameters. For example, in flood, the oil discharge valve and the metering port are guaranteed to be closed and sealed, and the oil tank is filled with water to prevent floating. And for example, when oil products escape and leak due to the breakage of an oil pipe of the oil tank during earthquake, the oil products overflowing due to the breakage in the oil tank are recovered by using an aluminum barrel in time so as to prevent soil pollution and property loss.
The disaster parameters comprise disaster types, disaster grades, predicted disaster occurrence time and predicted disaster maintenance time, and the disaster types comprise natural disasters such as earthquakes, floods, fires, typhoons, snow disasters and the like.
The system also comprises a training data storage module which is respectively connected with the energy supply station internal parameter setting module, the disaster parameter setting module, the virtual operation module, the energy supply station scene 3D display module and the grading module;
and the training data storage module is used for storing the training process of the training personnel to form a training data database. The training data comprise passenger flow parameters in the energy supply station, equipment parameters in the energy supply station, disaster parameters, virtual operation information, region scene deduction animation and training scoring information.
The system also comprises a training data extraction module connected with the training data storage module;
and the training data extraction module is used for extracting corresponding training data so as to be referred to when training personnel carry out disaster emergency simulation training.
The training data storage module is used for storing the training process of each training staff, and when other subsequent training staff train in similar conditions, the training data extraction module can be used for extracting the corresponding training data with higher training scores for reference.
The system also comprises a role selection module connected with the energy supply station scene 3D display module;
the role selection module is used for training personnel to select corresponding training roles;
and the energy supply station scene 3D display module is also used for displaying the corresponding area scene in the energy supply station according to the selected training role.
As the single worker in the energy supply station does not need to be responsible for all the areas in the energy supply station, the training personnel can select the corresponding training role through the role selection module, the energy supply station scene 3D display module displays the corresponding area scene in the energy supply station according to the selected training role at the moment, and further, the training personnel can conduct corresponding training in the corresponding area scene of the energy supply station.
Since different energy supply station internal passenger flow parameters, energy supply station internal equipment parameters, disaster parameters and different virtual operations all affect the development in the functional station, the scene deduction unit deduces each regional scene in the energy supply station based on big data according to the energy supply station internal passenger flow parameters, the energy supply station internal equipment parameters, the disaster parameters and the virtual operations. Further, the scoring module is used for training and scoring training personnel according to the deduction result of each area scene in the energy supply station, and particularly scoring can be carried out according to the final casualty condition, the damage condition of each device and the like. And will not be described in excessive detail herein.
Example two:
referring to fig. 2, in the present embodiment, a disaster emergency simulation training method for an energy supply station is provided, including the steps of:
s1, setting passenger flow parameters, equipment parameters and disaster parameters in the energy supply station;
s2, performing 3D simulation display on each area scene in the energy supply station according to the passenger flow parameters, the equipment parameters and the disaster parameters in the energy supply station;
s3, training personnel to perform virtual operation in each area scene in the energy supply station;
s4, deducing each area scene in the energy supply station according to the passenger flow parameters, the equipment parameters, the disaster parameters and the virtual operation in the energy supply station;
and S5, training scoring is carried out on the training personnel according to the deduction result of each area scene in the energy supply station.
It should be noted that, similar to the embodiment, the emergency simulation training method for disaster of energy supply station provided in this embodiment is not described herein for further details.
The above-mentioned embodiments are merely illustrative of the preferred embodiments of the present invention, and do not limit the scope of the present invention, and various modifications and improvements of the technical solutions of the present invention by those skilled in the art should fall within the protection scope of the present invention without departing from the design spirit of the present invention.
Claims (10)
1. An energy supply station disaster emergency simulation training system is characterized by comprising an energy supply station internal parameter setting module, a disaster parameter setting module, a virtual operation module, a grading module and an energy supply station scene 3D display module; the energy supply station internal parameter setting module, the disaster parameter setting module, the virtual operation module and the scoring module are respectively connected with the energy supply station scene 3D display module; the energy supply station scene 3D display module comprises a scene deduction unit;
the energy supply station internal parameter setting module is used for setting passenger flow parameters and equipment parameters in the energy supply station;
the disaster parameter setting module is used for setting disaster parameters;
the energy supply station scene 3D display module is used for carrying out 3D simulation display on scenes of all areas in the energy supply station according to the passenger flow parameters, the equipment parameters and the disaster parameters in the energy supply station;
the virtual operation module is used for the training personnel to perform virtual operation in each area scene in the energy supply station;
the scene deduction unit is used for deducting scenes of all areas in the energy supply station according to the passenger flow parameters in the energy supply station, the equipment parameters in the energy supply station, the disaster parameters and the virtual operation;
and the scoring module is used for training and scoring the training personnel according to the deduction result of each region scene in the energy supply station.
2. The disaster emergency simulation training system for the energy supply station as claimed in claim 1, wherein the equipment parameter settings in the energy supply station comprise equipment basic parameters and equipment operation parameters, and the equipment basic parameters comprise quality attributes and old and new degrees.
3. The disaster emergency simulation training system for the energy supply station as claimed in claim 2, wherein the equipment in the energy supply station comprises an oiling machine, an oil tank, an oil-submersible pump, a liquid level meter, an air-entraining machine, a hydrogenation machine, a compressor, a charging pile, an electricity changing device, a photovoltaic device, a monitoring camera, a switch, a firewall and an intelligent cabinet.
4. The energy supply station disaster emergency simulation training system as claimed in claim 1, wherein the disaster parameters comprise disaster type, disaster grade, predicted disaster occurrence time and predicted disaster maintenance time.
5. The energy supply station disaster emergency simulation training system as claimed in claim 4, wherein the disaster category comprises earthquake, flood, fire, typhoon and snow.
6. The disaster emergency simulation training system for the energy supply station as claimed in claim 1, wherein the system further comprises a training data storage module respectively connected with the parameter setting module, the disaster parameter setting module, the virtual operation module, the 3D display module for the scene of the energy supply station and the scoring module in the energy supply station;
and the training data storage module is used for storing the training process of the training personnel to form a training data database.
7. The disaster emergency simulation training system of the energy supply station as claimed in claim 6, wherein the training data includes passenger flow parameters, equipment parameters, disaster parameters, virtual operation information, region scene deduction animation, and training scoring information.
8. The energy station disaster emergency simulation training system as claimed in claim 6, wherein the system further comprises a training data extraction module coupled to the training data storage module;
and the training data extraction module is used for extracting corresponding training data so as to be referred to when training personnel carry out disaster emergency simulation training.
9. The energy station disaster emergency simulation training system as claimed in claim 1, wherein the system further comprises a character selection module coupled with the energy station scene 3D display module;
the role selection module is used for training personnel to select corresponding training roles;
and the energy supply station scene 3D display module is also used for displaying the corresponding area scene in the energy supply station according to the selected training role.
10. An energy supply station disaster emergency simulation training method is characterized by comprising the following steps:
s1, setting passenger flow parameters, equipment parameters and disaster parameters in the energy supply station;
s2, performing 3D simulation display on each area scene in the energy supply station according to the passenger flow parameters, the equipment parameters and the disaster parameters in the energy supply station;
s3, training personnel to perform virtual operation in each area scene in the energy supply station;
s4, deducing each area scene in the energy supply station according to the passenger flow parameters, the equipment parameters, the disaster parameters and the virtual operation in the energy supply station;
and S5, training scoring is carried out on the training personnel according to the deduction result of each area scene in the energy supply station.
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2021
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| CN104699871A (en) * | 2013-12-06 | 2015-06-10 | 大连灵动科技发展有限公司 | Simulation drill control method for analogue simulation training |
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