阅读说明：本技术 一种战场心理应激模拟训练系统 (Battlefield psychological stress simulation training system ) 是由 乔娟 于浩天 杨建设 于 2021-09-06 设计创作，主要内容包括：本发明提供了一种战场心理应激模拟训练系统。信息录入模块：用于录入应激模拟训练人员的人员信息,根据所述人员信息生成唯一代号,并确定对应的训练模式；训练模块：用于根据所述训练模式,启动对应的训练区,对所述应激模拟训练人员进行训练；效果判定模块：用于通过传感设备采集所述训练区的训练设备的使用数据和应激模拟训练人员的训练反应数据,并所述应激模拟训练人员的状态阈值,根据所述状态阈值,输出训练结果。(The invention provides a battlefield psychological stress simulation training system. The information input module: the system comprises a training mode input module, a training mode output module, a training mode input module and a training mode input module, wherein the training mode input module is used for inputting personnel information of stress simulation training personnel, generating a unique code number according to the personnel information and determining a corresponding training mode; a training module: the training area is used for starting a corresponding training area according to the training mode and training the stress simulation training personnel; an effect determination module: the device is used for acquiring the use data of the training equipment in the training area and the training response data of the stress simulation training personnel through the sensing equipment, simulating the state threshold of the training personnel according to the stress, and outputting a training result according to the state threshold.)

1. A battlefield psychological stress simulation training system, comprising:

the information input module: the system comprises a training mode input module, a training mode output module, a training mode input module and a training mode input module, wherein the training mode input module is used for inputting personnel information of stress simulation training personnel, generating a unique code number according to the personnel information and determining a corresponding training mode;

a training module: the training area is used for starting a corresponding training area according to the training mode and training the stress simulation training personnel;

an effect determination module: and the device use data of the training device in the training area and the training response data of the stress simulation training personnel are acquired through the sensing device, the state threshold of the stress simulation training personnel is calculated, and the training result is output according to the state threshold.

2. The system for simulated training of battlefield psychological stress as claimed in claim 1, wherein said information entry module comprises:

identity information entry unit: the system comprises a dual information acquisition device, a training system and a control system, wherein the dual information acquisition device is used for acquiring fingerprints and irises of stress simulation training personnel through the dual information acquisition device which is arranged in advance, calling identity information of the stress simulation training personnel in the military net according to the fingerprints and irises and inputting the identity information into the training system; wherein the content of the first and second substances,

the dual acquisition apparatus includes: fingerprint acquisition equipment and iris acquisition equipment;

the identity information includes: weapons, military ages, and mission experience;

an information hiding unit: the system is used for judging the weight of the user relative to the stress training item according to the identity information and generating a unique code of the stress simulation training personnel according to the weight; wherein the content of the first and second substances,

the unique code number also corresponds to the training standard of the stress simulation training personnel;

an information judgment unit: the system is used for determining whether the stress simulation training personnel has historical training data or not according to the unique code; wherein the content of the first and second substances,

when the stress simulation training personnel have historical training data, determining the historical training progress of the stress simulation training personnel, and executing a continuous training mode for training;

and when the stress simulation training personnel do not have historical training data, setting a training level according to the training standard, and training by adopting an initial training mode according to the training level.

3. The system of claim 1, wherein the training module comprises:

an area start unit: the training equipment is used for acquiring the training mode and the unique code, determining a corresponding training area and starting the training area; wherein the content of the first and second substances,

the training area comprises: an electric shock training area, a smoke explosion training area, a simulation training area, an obstacle training area and a recovery training area;

a scene preparation unit: after the training area is started, the training amount is adjusted through the unique code number to generate a training scene;

a training module: and the real-time behavior module is used for determining the real-time behavior of the stress simulation training personnel according to the training scene and executing training.

4. The system of claim 3, wherein the shock training area comprises:

a projection device: used for projecting the light shadow of the battlefield, produce the simulation picture of the battlefield; wherein the content of the first and second substances,

the projection device includes: projectors and curtains;

a first sound device: the system is used for matching corresponding battlefield sounds according to the battlefield simulation pictures;

simulation of the electric shock pen: the system is used for generating click voltage when the stress simulation training personnel carries out signature; wherein the content of the first and second substances,

the electric shock pen includes: the touch switch arranged in the metal pen shell and the trigger end arranged on the pen core:

simulation of a blood vessel device: is used for arranging a criminal method imitation vestige in the pot body; wherein the content of the first and second substances,

the imitation criminal law vestige includes: simulating finger vestige, viscera vestige, blood stain, blood plasma and key;

simulation of trampling equipment: the device is used for simulating plasma splashing and simulating treading sound when the stress simulation training personnel steps on the pedal;

simulation of organisms: the device is used for being placed on the pedal and carrying out biological behavior simulation.

5. A battlefield psychological stress simulation training system as claimed in claim 3, wherein the smoke explosion training area comprises:

produce cigarette device: the smoke generator is used for generating smoke when the stress simulation training personnel is induced; wherein the content of the first and second substances,

the cigarette producing device comprises: the tobacco cake is arranged in the flame-proof container and is combusted;

a lightning explosion device: the device is used for simulating the contact response of a training person according to the stress after the smoke is generated, and generating explosion acousto-optic light; wherein the content of the first and second substances,

the lightning explosion device comprises a lightning bomb shell, a lightning explosion simulation device and a lightning explosion touch switch, wherein after the lightning explosion touch switch is triggered by a stress simulation trainer, the lightning explosion simulation device generates lightning explosion sound and pops out of the lightning explosion shell.

6. The system as claimed in claim 3, wherein the simulation training area comprises:

a simulation component: the method is used for human body simulation and cobweb simulation; wherein the content of the first and second substances,

the human body simulation comprises the following steps: simulating a stem corpse and a skeleton simulation frontal limb;

the spider web simulation comprises: indoor spider web simulation and outdoor spider web simulation;

a second sound device: for generating scene noise during said human simulation and spider web simulation.

7. A battlefield psychological stress simulation training system as claimed in claim 3, wherein the obstacle training area comprises:

obstacle component simulation: the system is used for setting simulation obstacles and generating simulation channels;

temperature rise simulation: the temperature raising device is used for raising the temperature of the simulation channel;

a third sound device: the system is used for setting combat sound in the simulation channel;

a counting unit: counting the number of stress simulation trainers in the simulation channel;

electronic gate simulation: the system is used for being arranged at the starting place of the simulation channel and being opened when the preset number of people is reached;

simulating a fan: for generating a simulated airflow in the simulation channel.

8. A battlefield psychological stress simulation training system as claimed in claim 3, wherein said recovery training area comprises:

a recovery device: the stress simulation training personnel can lie down and massage the body; wherein the content of the first and second substances,

the recovery apparatus includes: massage chairs and massage pillows;

an audio device: is used for voice hypnosis when the body is massaged.

9. The system of claim 1, wherein the effect determination module comprises:

a sensing unit: the sensor equipment is used for installing the sensing equipment on the training area and the body of the stress simulation training personnel and acquiring training data of the stress simulation training personnel in the training process through the sensing equipment; wherein the content of the first and second substances,

the sensing device includes: training device sensors and body state sensors;

the training data includes: training device usage data and body real-time status data;

a data acquisition unit: the training data acquisition module is used for acquiring the training data and dividing the training data according to the equipment use data and the training response data;

a threshold calculation unit: calculating the equipment use data and the training response data through critical comparison respectively, and determining the state threshold of the stress simulation training personnel;

a result output unit: and the system is used for judging the psychological gain degree of the stress simulation training personnel according to the state threshold value and determining a training result according to the psychological gain degree.

10. The system of claim 1, wherein the threshold calculation unit comprises the following calculation processes:

step 1: acquiring a use intensity standard of training equipment and a reaction state standard of a human body;

step 2: calculating a use intensity threshold of the training device according to the use intensity standard and the device use data;

and step 3: calculating a human body reaction threshold value of the stress simulation training personnel according to the training reaction data and the reaction state standard;

and 4, step 4: and determining a use threshold curve and a human body threshold curve of the human body according to the use intensity threshold and the human body reaction threshold, calculating the correlation between the use threshold curve and the human body threshold curve, and taking the correlation as a state threshold.

Technical Field

The invention relates to the technical field of psychological stress training, in particular to a battlefield psychological stress simulation training system.

Background

The informationized war is in a local war space, more modern weapon equipment is invested, firepower is concentrated and violent, the striking is more accurate, the space is more transparent, the situation changes instantly, and the terrorism is easy to be caused to officers and soldiers especially due to the violent nature of battlefield confrontation of both the enemy and the my. The use of a large amount of modern weapon equipment, the damage of thing and the disabled scene of people, the psychological damage to officers and soldiers is very big, often can appear command error, antecedent escape, self-injuring and self-disabled, frightened phenomenon such as misdisposition. The accurate strike and the rapid combat of the informatization war, the danger of the military operation is harsh and intense, and the official and soldiers are easy to generate adverse emotional reactions. Therefore, the device adapts to war requirements, makes psychological stress training, improves psychological stress ability, and is an important support for ensuring troops to play a role in fighting and winning a role in fighting.

When an individual is in a psychological stress state, some emotional and cognitive changes occur, and the body also has a series of physiological reactions, including nervous, respiratory, circulatory, digestive, skeletal muscle, endocrine, urogenital and immune systems, and practically all the vital organs of the whole body are changed physiologically. The moderate psychological stress response is beneficial to individuals, can improve the immunity of the human body, mobilize the potential of the individuals, and lead people to be quick in thinking and quick in response, but the excessive psychological stress response can lead people to feel tired, the mental capacity is reduced, the environmental adaptability is reduced, and even diseases can be caused. In the future battlefield, the quick rhythm, the fine strike and the strong stimulation of the information war enable the officers and the soldiers to face strong impact at all times, so that the psychological stress response of the officers and the soldiers is aggravated, even the physical and mental systems of the officers and the soldiers are broken down, and the military effectiveness of troops is influenced. Therefore, a battlefield psychological stress training system is urgently needed to improve the psychological stress capability of officers and soldiers.

Disclosure of Invention

The invention provides a battlefield psychological stress training system which is used for solving the problem that the military effectiveness of troops is influenced because the body and mind systems of officers and soldiers are easy to collapse due to severe stress reaction of the officers and soldiers on a battlefield.

A battlefield psychological stress simulation training system, comprising:

the information input module: the system comprises a training mode input module, a training mode output module, a training mode input module and a training mode input module, wherein the training mode input module is used for inputting personnel information of stress simulation training personnel, generating a unique code number according to the personnel information and determining a corresponding training mode;

a training module: the training area is used for starting a corresponding training area according to the training mode and training the stress simulation training personnel;

an effect determination module: and the device use data of the training device in the training area and the training response data of the stress simulation training personnel are acquired through the sensing device, the state threshold of the stress simulation training personnel is calculated, and the training result is output according to the state threshold.

As an embodiment of the present invention: the information entry module includes:

identity information entry unit: the system comprises a dual information acquisition device, a training system and a control system, wherein the dual information acquisition device is used for acquiring fingerprints and irises of stress simulation training personnel through the dual information acquisition device which is arranged in advance, calling identity information of the stress simulation training personnel in the military net according to the fingerprints and irises and inputting the identity information into the training system; wherein the content of the first and second substances,

the dual acquisition apparatus includes: fingerprint acquisition equipment and iris acquisition equipment;

the identity information includes: weapons, military ages, and mission experience;

an information hiding unit: the system is used for judging the weight of the user relative to the stress training item according to the identity information and generating a unique code of the stress simulation training personnel according to the weight; wherein the content of the first and second substances,

the unique code number also corresponds to the training standard of the stress simulation training personnel;

an information judgment unit: the system is used for determining whether the stress simulation training personnel has historical training data or not according to the unique code; wherein the content of the first and second substances,

when the stress simulation training personnel have historical training data, determining the historical training progress of the stress simulation training personnel, and executing a continuous training mode for training;

and when the stress simulation training personnel do not have historical training data, setting a training level according to the training standard, and training by adopting an initial training mode according to the training level.

As an embodiment of the present invention: the training module comprises:

an area start unit: the training equipment is used for acquiring the training mode and the unique code, determining a corresponding training area and starting the training area; wherein the content of the first and second substances,

the training area comprises: an electric shock training area, a smoke explosion training area, a simulation training area, an obstacle training area and a recovery training area;

a scene preparation unit: after the training area is started, the training amount is adjusted through the unique code number to generate a training scene;

a training module: and the real-time behavior module is used for determining the real-time behavior of the stress simulation training personnel according to the training scene and executing training.

As an embodiment of the present invention: the shock training zone includes:

a projection device: used for projecting the light shadow of the battlefield, produce the simulation picture of the battlefield; wherein the content of the first and second substances,

the projection device includes: projectors and curtains;

a first sound device: the system is used for matching corresponding battlefield sounds according to the battlefield simulation pictures;

simulation of the electric shock pen: the system is used for generating click voltage when the stress simulation training personnel carries out signature; wherein the content of the first and second substances,

the electric shock pen includes: the touch switch arranged in the metal pen shell and the trigger end arranged on the pen core:

simulation of a blood vessel device: is used for arranging a criminal method imitation vestige in the pot body; wherein the content of the first and second substances,

the imitation criminal law vestige includes: simulating finger vestige, viscera vestige, blood stain, blood plasma and key;

simulation of trampling equipment: the device is used for simulating plasma splashing and simulating treading sound when the stress simulation training personnel steps on the pedal;

simulation of organisms: the device is used for being placed on the pedal and carrying out biological behavior simulation.

As an embodiment of the present invention: the smoke explosion training area comprises:

produce cigarette device: the smoke generator is used for generating smoke when the stress simulation training personnel is induced; wherein the content of the first and second substances,

the cigarette producing device comprises: the tobacco cake is arranged in the flame-proof container and is combusted;

a lightning explosion device: the device is used for simulating the contact response of a training person according to the stress after the smoke is generated, and generating explosion acousto-optic light; wherein the content of the first and second substances,

the lightning explosion device comprises a lightning bomb shell, a lightning explosion simulation device and a lightning explosion touch switch, wherein after the lightning explosion touch switch is triggered by a stress simulation trainer, the lightning explosion simulation device generates lightning explosion sound and pops out of the lightning explosion shell.

As an embodiment of the present invention: the simulation training area comprises:

a simulation component: the method is used for human body simulation and cobweb simulation; wherein the content of the first and second substances,

the human body simulation comprises the following steps: simulating a stem corpse and a skeleton simulation frontal limb;

the spider web simulation comprises: indoor spider web simulation and outdoor spider web simulation;

a second sound device: for generating scene noise during said human simulation and spider web simulation.

As an embodiment of the present invention: the obstacle training area includes:

obstacle component simulation: the system is used for setting simulation obstacles and generating simulation channels;

temperature rise simulation: the temperature raising device is used for raising the temperature of the simulation channel;

a third sound device: the system is used for setting combat sound in the simulation channel;

a counting unit: counting the number of stress simulation trainers in the simulation channel;

electronic gate simulation: the system is used for being arranged at the starting place of the simulation channel and being opened when the preset number of people is reached;

simulating a fan: for generating a simulated airflow in the simulation channel.

As an embodiment of the present invention: the recovery training area includes:

a recovery device: the stress simulation training personnel can lie down and massage the body; wherein the content of the first and second substances,

the recovery apparatus includes: massage chairs and massage pillows;

an audio device: is used for voice hypnosis when the body is massaged.

As an embodiment of the present invention: the effect determination module includes:

a sensing unit: the sensor equipment is used for installing the sensing equipment on the training area and the body of the stress simulation training personnel and acquiring training data of the stress simulation training personnel in the training process through the sensing equipment; wherein the content of the first and second substances,

the sensing device includes: training device sensors and body state sensors;

the training data includes: training device usage data and body real-time status data;

a data acquisition unit: the training data acquisition module is used for acquiring the training data and dividing the training data according to the equipment use data and the training response data;

a threshold calculation unit: calculating the equipment use data and the training response data through critical comparison respectively, and determining the state threshold of the stress simulation training personnel;

a result output unit: and the system is used for judging the psychological gain degree of the stress simulation training personnel according to the state threshold value and determining a training result according to the psychological gain degree.

As an embodiment of the present invention: the threshold calculation unit includes the following calculation processes:

step 1: acquiring a use intensity standard of training equipment and a reaction state standard of a human body;

step 2: calculating a use intensity threshold of the training device according to the use intensity standard and the device use data;

and step 3: calculating a human body reaction threshold value of the stress simulation training personnel according to the training reaction data and the reaction state standard;

and 4, step 4: and determining a use threshold curve and a human body threshold curve of the human body according to the use intensity threshold and the human body reaction threshold, calculating the correlation between the use threshold curve and the human body threshold curve, and taking the correlation as a state threshold.

Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and drawings.

The technical solution of the present invention is further described in detail by the accompanying drawings and embodiments.

Drawings

The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention and not to limit the invention. In the drawings:

FIG. 1 is a system diagram of a battlefield psychological stress simulation training system according to an embodiment of the present invention;

FIG. 2 is a system block diagram of a battlefield psychological stress simulation training system according to an embodiment of the present invention;

FIG. 3 is a system block diagram of a shock pen of the battlefield psychological stress simulation training system according to an embodiment of the present invention;

fig. 4 is a system flowchart of a battlefield psychological stress simulation training method according to an embodiment of the invention.

Detailed Description

The preferred embodiments of the present invention will be described in conjunction with the accompanying drawings, and it will be understood that they are described herein for the purpose of illustration and explanation and not limitation.

As shown in fig. 1, the present invention is a battlefield psychological stress simulation training system, comprising:

the information input module: the system comprises a training mode input module, a training mode output module, a training mode input module and a training mode input module, wherein the training mode input module is used for inputting personnel information of stress simulation training personnel, generating a unique code number according to the personnel information and determining a corresponding training mode;

a training module: the training area is used for starting a corresponding training area according to the training mode and training the stress simulation training personnel;

an effect determination module: and the device use data of the training device in the training area and the training response data of the stress simulation training personnel are acquired through the sensing device, the state threshold of the stress simulation training personnel is calculated, and the training result is output according to the state threshold.

The working principle of the technical scheme is as follows: the invention relates to a comprehensive system for comprehensive battlefield psychological stress simulation training by combining virtual reality and real world actual equipment. The training mode is distinguished through different modes according to personnel who trains for the first time and the personnel that have the training experience, and simultaneously, the training district has a plurality ofly, can carry out the training in different training districts, at last through the data of gathering in the training process, calculates the difference between training personnel and the critical value through these data, judges out concrete training result.

The beneficial effects of the above technical scheme are: the invention can adapt to the training scenes required by the training personnel and can also carry out flexible combined training on the training personnel through multiple scenes, thereby relieving the psychological stress disorder of the training personnel and finally outputting the training result of each training.

The invention has a corresponding training method, as shown in fig. 4, the training method of the invention comprises the following steps:

1. firstly projecting battlefield light and shadow, generating battlefield sound synchronous with the battlefield light and shadow to simulate a battlefield environment, enabling the paramedics to sign on the sign-in piece, and generating electric shock voltage to electrically shock the paramedics during signing;

2. smoke in a battlefield is generated, and explosion sound and light are emitted when the trainee relieves the thunder explosion device;

3. driving the trainees to check the simulation components and identifying the simulation corpses;

4. heating the air in the training area IV and playing the battle sounds of the battlefield; counting the number of people who enter the tortuous passage and participate in training, and opening the electronic door when the counted number of people reaches a preset number of people;

5. music or voice information is played to relax the trainees on the rehabilitation device.

In the process of inputting the personnel information of the stress simulation training personnel, because the information of the stress simulation training personnel is hidden, the encryption of the information of the training personnel is needed before the unique code is generated, and the stress simulation training personnel are divided into: identity information and training information, wherein both information have corresponding set identity information set S ═ S₁，s₂……s_iAnd a set of training information X ═ X₁，x₂……x_j}; the identity information set is name, army, new and old battle or task information and the like; the invention is realized by the unique code number finally because of the automatic information hiding function. The training information is the training content, training times, new trained psychological state and the like and the expectation of training; i belongs to n and j belongs to m and are positive integers, and n represents the number of the identity information; m represents the number of training information;

in the process of encryption, the acquisition and judgment of an encrypted code are realized in a gradient ascending mode: an acquisition decision model of the encrypted code is constructed:

in the above formula, P is an encryption value; f is a decision function which is used at S_iWhen it is brought in, it is judged S_iWhether the identity information is the highest in weight; (for example, many tasks in the task information, the identity information with the highest weight corresponds to the task which most affects the trainee) G (x)_j) For in x_jWhen bringing in, judge x_jWhether it is the maximum weight value; f (G (x)_j) Is training information for judging whether this maximum weight value is training information with the highest weight; (the training information of the maximum weight value is not equal to the highest weight; this is to determine the weight from two aspects, the maximum weight value beingDetermine whether he is a weight value for the most trained item; the highest weight indicates that the training information is not the training item with the largest influence on people in all training items, which is considered from two aspects; the resulting result of P is the encrypted value. Because the encryption value is related to the training condition and the identity information and is a code value in a unique code, the code value is constantly changed, so that the unique code is constantly changed, and a new unique code is declared at each training time. The encryption has the function that when the unique code is set, the unique code is related to the stress trainer.

As an embodiment of the present invention: the information entry module includes:

identity information entry unit: the system comprises a dual information acquisition device, a training system and a control system, wherein the dual information acquisition device is used for acquiring fingerprints and irises of stress simulation training personnel through the dual information acquisition device which is arranged in advance, calling identity information of the stress simulation training personnel in the military net according to the fingerprints and irises and inputting the identity information into the training system; wherein the content of the first and second substances,

the dual acquisition apparatus includes: fingerprint acquisition equipment and iris acquisition equipment;

the identity information includes: weapons, military ages, and mission experience;

an information hiding unit: the system is used for judging the weight of the user relative to the stress training item according to the identity information and generating a unique code of the stress simulation training personnel according to the weight; wherein the content of the first and second substances,

the unique code number also corresponds to the training standard of the stress simulation training personnel;

an information judgment unit: the system is used for determining whether the stress simulation training personnel has historical training data or not according to the unique code; wherein the content of the first and second substances,

when the stress simulation training personnel have historical training data, determining the historical training progress of the stress simulation training personnel, and executing a continuous training mode for training;

and when the stress simulation training personnel do not have historical training data, setting a training level according to the training standard, and training by adopting an initial training mode according to the training level.

The working principle of the technical scheme is as follows: when the identity information is input, the fingerprint and the iris are input so as to confirm the identity information, and then the training personnel can be trained in any mode according to whether historical training data exists in the training data or not.

The beneficial effects of the above technical scheme are: when the information is input, the accuracy of the personnel information is ensured by two information receiving modes. And the confidentiality of the information of each training person is ensured through the unique code. And finally, training can be carried out according to the experience of the training personnel by selecting the training mode.

As an embodiment of the present invention: the training module comprises:

an area start unit: the training equipment is used for acquiring the training mode and the unique code, determining a corresponding training area and starting the training area; wherein the content of the first and second substances,

the training area comprises: an electric shock training area, a smoke explosion training area, a simulation training area, an obstacle training area and a recovery training area;

a scene preparation unit: after the training area is started, the training amount is adjusted through the unique code number to generate a training scene;

a training module: and the real-time behavior module is used for determining the real-time behavior of the stress simulation training personnel according to the training scene and executing training.

The working principle of the technical scheme is as follows: after the training mode and the unique code are determined, whether the training personnel with the current code has a historical training record or not is determined, then the corresponding training areas are started, training is carried out through the training areas, the training scenes are raised during training, the scenes are scenes combining virtual reality and reality, and training is realized through the scenes. The embodiment provides a battlefield psychological stress simulation training system which comprises an electric shock training area, a smoke explosion training area, a simulation training area, an obstacle training area and a recovery training area. Wherein, standard electric shock training district, smoke and explode training district, emulation training district, obstacle training district and laminate the setting side by side, and communicate in proper order to all keep apart a section distance with the training interval of resuming. In other embodiments, the battlefield psychological stress simulation training system can further comprise other training areas, and the specific functions of the training areas can be set according to actual needs.

The beneficial effects of the above technical scheme are: the invention is trained by two ways of training according to the training progress of the training personnel or executing the initial training through a plurality of training areas, and a virtual and real combined training scene is established for implementing training according to the training requirements during training.

During specific implementation, if a training scene is constructed, consistency check is also carried out on the training scene, and the consistency is to judge whether the training requirements of stress simulation training personnel are consistent with the existing scene;

in this process:

determining specific condition coincidence values in advance according to the requirement conditions and five scenes of stress trainers, wherein the values are all default, a scene table is provided, and each scene element has a corresponding value;

the invention is internally provided with a training requirement construction condition function based on stress simulation training personnel, and is used for judging whether a training requirement scene of the training personnel meets the following conditions:

in the above conditional function, Q_lA condition parameter indicating an l-th demand condition of the user; a represents a condition set in an electric shock training area, B represents a condition set in a smoke explosion training area, C represents a condition set in a simulation training area, and D represents a condition set in an obstacle training area; e represents a condition set for restoring the training area;

the meaning of the above formula is to calculate whether each requirement condition of the stress simulation training personnel is in A representing condition set of electric shock training area, B representing condition set of smoke explosion training area, C representing condition set of simulation training area, D representing condition set of obstacle training area(ii) a E represents that the condition of the recovery training area is within five sets; n represents the normal distribution of the demand characteristics; the final calculation result of the above formula is a positive integer value; for example: a represents a condition set in an electric shock training area, B represents a condition set in a smoke explosion training area, C represents a condition set in a simulation training area, and D represents a condition set in an obstacle training area; e represents the condition set of the recovery training area, and each time a condition is met, a value is obtained, (Q)_l| A) meets a condition, the result is 1; the result of meeting the two requirements is 2; the calculation mode of each set has a specific region segment, so that the final result represents an independent condition meeting condition value; for example: the interval of A is (0-1)' the interval of B is (100-10000); the final result can judge the condition of the requirement, and after the condition is met, a scene is established;

then calculating whether the established real-time scene is consistent with the user requirement;

after the training requirement scenes are consistent, whether the training requirement scenes are consistent is judged through the formula, and the consistency is shown only when the training requirement scenes are equal to 1. S_kAn element feature representing a kth scene element of an actually set scene; the mode of whether the calculation is consistent is to ensure that the scene set actually meets the requirements of stress trainers and the optimal training result can be obtained.

As an embodiment of the present invention: the shock training area as shown in fig. 2 comprises:

a projection device: used for projecting the light shadow of the battlefield, produce the simulation picture of the battlefield; wherein the content of the first and second substances,

the projection device includes: projectors and curtains;

a first sound device: the system is used for matching corresponding battlefield sounds according to the battlefield simulation pictures;

simulation of the electric shock pen: the system is used for generating click voltage when the stress simulation training personnel carries out signature; wherein the content of the first and second substances,

the electric shock pen includes: the touch switch arranged in the metal pen shell and the trigger end arranged on the pen core:

simulation of a blood vessel device: is used for arranging a criminal method imitation vestige in the pot body; wherein the content of the first and second substances,

the imitation criminal law vestige includes: simulating finger vestige, viscera vestige, blood stain, blood plasma and key;

simulation of trampling equipment: the device is used for simulating plasma splashing and simulating treading sound when the stress simulation training personnel steps on the pedal;

simulation of organisms: the device is used for being placed on the pedal and carrying out biological behavior simulation.

The working principle and the beneficial effects of the technical scheme are as follows: the device comprises a projection device, a first sound device, a shocking pen and a check-in piece, and also comprises a table and a blood vessel device. The projection device is used for projecting battlefield light and shadow, and in the embodiment, the projection device comprises a projector and a curtain. Specifically, the projector is used to project battlefield light and shadow on the curtain, and the content of the battlefield light and shadow may be preset in the projector in advance. Here, when the person to be trained enters the training area in advance, the projector may be turned on in advance, so that the projector directly projects a battlefield shadow on the screen, thereby rendering a light effect on a real battlefield. The sound device is used for generating battlefield sound synchronous with the battlefield light and shadow, such as playing music or noise for rendering terrorist environment and tense atmosphere to simulate the battlefield environment, so that the sound and light effect in the battlefield can be simulated together, and the trainees can enter the real battlefield as if the trainees enter the real battlefield. The electric shock pen is used for the training personnel to sign on the sign-in piece and generates electric shock voltage when signing. Particularly, the electric shock pen can carry out electric shock on the paramedics when signing, so that the stress response capability of the paramedics can be improved on a simulated battlefield, and a primary stress simulation training effect is achieved. The blood vessel device is placed on a table, and the table may be disposed within the interior region of the shock training area. The blood basin device comprises a basin body, a simulation finger, a simulation viscera, blood plasma and a key, wherein the simulation finger, the simulation viscera, the blood plasma and the key are arranged in the basin body. The pot body is sprayed with red paint, and the simulated fingers, the simulated viscera and the keys are all positioned in the blood plasma. In the first training area, the first task can be arranged for the personnel to be trained, the task is to require the personnel to be trained to sign the name of the personnel on the attendance piece, although the personnel cannot be actually signed, only the aim of electrically shocking the personnel to be trained can be fulfilled, but the stress capability of the personnel to be trained can be improved; and after the personnel of participating in is shocked by the electricity, require the personnel of participating in to take out the training that the key could pass through the electric shock training district from the basin body, can further improve the psychological stress bearing capacity of the personnel of participating in like this, promote the courage of the personnel of participating in, and then promote the stress ability of the personnel of participating in, improve the actual psychological stress ability of official soldier promptly.

In one particular embodiment:

referring to fig. 3, the check-in piece of the present embodiment is a paper check-in watch, and the electric shock pen includes a metal pen shell 1, a pen core 2, an electric shock power supply module 3, and a first touch switch 4. The pen core 2 is arranged in the metal pen shell 1, and the pen head is exposed out of the metal pen shell 1; the first touch switch 4 is arranged in the metal pen shell 1 and is connected in series in a circuit of the electric shock power supply module 3; one end of the pen core 2, which is positioned in the metal pen shell 1, abuts against the trigger end of the first touch switch 4; the electric shock power supply module 3 is installed in the metal pen shell 1, and generates an electric shock voltage output to the metal pen shell 1 when the first touch switch 4 is pressed by the pen core 2. It should be noted that the shock power supply module 3 may include a power supply module and a voltage boosting circuit. The power module and the booster circuit are both arranged in the metal pen shell 1. The booster circuit is used for boosting the output voltage of the power supply module and transmitting the output voltage to the outer wall of the metal pen shell 1, so that the metal pen shell 1 is provided with electric shock voltage. In this embodiment, power module includes the battery to set up the mouth that charges on metal pen shell 1, the personnel of participating in can charge the battery through the mouth that charges. The battery is mounted in the pen housing 1 and is used to supply power to the boost circuit. The booster circuit can adopt the existing booster circuit, can boost the low voltage output by the storage battery to high voltage, and can boost the low voltage to pulse voltage of 500-1000V, so that the outer wall of the metal pen shell 1 is provided with the pulse voltage to electrically shock the hands of the trainees. It should be noted here that, the boost circuit of this embodiment can adopt the boost circuit of current electronic mosquito swatter, also can adopt other boost circuits to produce the impulse voltage that can not produce health hazard to the training personnel, on the one hand can shock the training personnel, and on the other hand avoids causing harm on the health to the training personnel. It should be understood that the voltage output by the voltage boosting circuit is relatively large, but the current output by the voltage boosting circuit is very small, so that the voltage boosting circuit does not affect the human body and only generates the electrical stimulation for the trainee.

As an embodiment of the present invention: as shown in fig. 2, the smoke explosion training area comprises:

produce cigarette device: the smoke generator is used for generating smoke when the stress simulation training personnel is induced; wherein the content of the first and second substances,

the cigarette producing device comprises: the tobacco cake is arranged in the flame-proof container and is combusted;

a lightning explosion device: the device is used for simulating the contact response of a training person according to the stress after the smoke is generated, and generating explosion acousto-optic light; wherein the content of the first and second substances,

the lightning explosion device comprises a lightning bomb shell, a lightning explosion simulation device and a lightning explosion touch switch, wherein after the lightning explosion touch switch is triggered by a stress simulation trainer, the lightning explosion simulation device generates lightning explosion sound and pops out of the lightning explosion shell.

The working principle and the beneficial effects of the technical scheme are as follows: comprises a smoke generating device and a thunderstorm device, and also comprises a pedal, a simulated worm and snake and a barrier component. The smoke generating device is used for generating smoke in a battlefield so as to simulate the smoke diffusing effect of a real battlefield. In this embodiment, the smoke producing device may comprise a flame retardant container and a plurality of tobacco cakes. The plurality of cigarette cakes are arranged in the flame-proof container, and the smoke generated after ignition emerges from the smoke through holes of the flame-proof container. The thunder explosion device is arranged in smoke and emits explosion sound and light when the trainees relieve the thunder explosion device. The lightning device of the embodiment can comprise a lightning shell, a lightning simulation module and a plurality of touch switches. The plurality of touch switches are arranged in the shell of the bomb and enable the thunderstorm simulation module to emit explosion sound and light when being touched and pressed. Therefore, the smoke effect on the battlefield can be generated, and the thunder explosion device can generate the explosion effect when the trainee relieves the thunder explosion device, so that the thunder explosion situation on the battlefield is simulated, and the stress response capability of the trainee to the thunder explosion is further improved. In this regard, in the smoke burst training area, the trainee may be scheduled a number of tasks, including requiring the trainee to release the detonator device from the smoke.

The pedal is positioned at the entrance of the smoke explosion training area, is splashed with simulated plasma, and makes a sound when a person taking part in training steps. The simulated worm snake is arranged on the pedal. Barrier components are randomly distributed within an interior region of the smoke burst training area to impede passage of the paramedics through the smoke burst training area. In this embodiment, the pedal can be a large thin iron plate, which ensures that the trainee can step on the pedal and make a sound when entering the door. The simulated snake can embody the severe environment in the actual battlefield, and the applicability of the training personnel to the environment is improved.

As an embodiment of the present invention: the simulation training area comprises:

a simulation component: the method is used for human body simulation and cobweb simulation; wherein the content of the first and second substances,

the human body simulation comprises the following steps: simulating a stem corpse and a skeleton simulation frontal limb;

the spider web simulation comprises: indoor spider web simulation and outdoor spider web simulation;

a second sound device: for generating scene noise during said human simulation and spider web simulation.

The working principle and the beneficial effects of the technical scheme are as follows: the simulation training area comprises a simulation component and a second sound device, and can also comprise a black cloth and a red cloth. The simulation component comprises a plurality of simulation corpses, a plurality of simulation skulls, a plurality of simulation limbs and a plurality of simulation spider nets. Two simulation corpses are arranged at two sides of an inlet of the simulation training area, and other simulation corpses and all simulation skulls are suspended in the internal area of the simulation training area. A plurality of round cards are respectively arranged on the plurality of simulated corpses, and each round card is provided with a mark corresponding to the simulated corpses. All the simulation limbs are scattered on the ground of the simulation training area, and the simulation spider web is randomly suspended in the inner area of the simulation training area. The second sound device is for emitting music or noise associated with the simulated component within the interior region of the simulated training zone. The black cloth can hang in the edge of the inner region of simulation training district, can shelter from the staff. The red cloth can be hung at the entrance and exit of the simulation training area to shield the light outside the simulation training area, so as to create the environment in the simulation training area. In this embodiment, the task of the simulated training area is to require the trainee to look at all simulated cadavers and to find the designated markers. In the training area, the simulated corpse, the simulated skeleton and the simulated limb can simulate the scene after engagement in a real battlefield, and the second sound device can send out a sound effect associated with the simulation component, so that the psychological stress response capability of the participators to the scene after engagement in the battlefield can be improved, the physical and mental system collapse of the participators caused by the intense scene after engagement can be avoided, and the military efficiency of the army can be favorably exerted.

As an embodiment of the present invention: as shown in fig. 2, the obstacle training area includes:

obstacle component simulation: the system is used for setting simulation obstacles and generating simulation channels;

temperature rise simulation: the temperature raising device is used for raising the temperature of the simulation channel;

a third sound device: the system is used for setting combat sound in the simulation channel;

a counting unit: counting the number of stress simulation trainers in the simulation channel;

electronic gate simulation: the system is used for being arranged at the starting place of the simulation channel and being opened when the preset number of people is reached;

simulating a fan: for generating a simulated airflow in the simulation channel.

The working principle and the beneficial effects of the technical scheme are as follows: the obstacle training area comprises a first obstacle component, a warming device, a third sound device, a counting device and an electronic door, and further comprises at least two fans and a plurality of seat cushions. The barrier assembly is disposed within the interior region of the barrier training area and forms at least one tortuous passageway from the entrance of the barrier training area to the electronic door. The temperature rising device is used for heating the air in the obstacle training area, and the third sound device is used for playing the fighting sound of a battlefield. The counting device is used for counting the number of people who get into the tortuous passage and participate in training personnel, and the electronic door is opened when the number of people counted by the counting device reaches a preset number of people. The task in the obstacle training area is therefore to require the trained personnel to leave the obstacle training area smoothly from the electronic gate. Two fans are arranged on two opposite sides of the electronic door, and a plurality of cushions are arranged in the zigzag channel for the trainers to use. When training the training personnel in this training district, the training personnel can only train along tortuous passageway, with the tortuous route in the simulation real battlefield, heat and play battlefield sound the air simultaneously, the real environment in the simulation battlefield, and through counting the training personnel, just can open the electronic gate when training personnel's total number reaches the predetermined number, can guarantee the wholeness of team in the training like this, guarantee the effect of team training, and then improve the holistic battlefield psychological stress simulation training effect of official and soldier.

As an embodiment of the present invention: as shown in fig. 2, the recovery training area includes:

a recovery device: the stress simulation training personnel can lie down and massage the body;

wherein the content of the first and second substances,

the recovery apparatus includes: massage chairs and massage pillows;

an audio device: is used for voice hypnosis when the body is massaged.

The working principle and the beneficial effects of the technical scheme are as follows: the rehabilitation training area comprises a rehabilitation device and a fourth sound device. The recovery device is used for the trainees to lie, and the fourth sound device is used for playing music or voice information to enable the trainees on the recovery device to relax. In this embodiment, the recovery device includes a yoga mat, a pillow, and a sheet. The recovery training area can provide a lying place for the training personnel, and music or voice information is played simultaneously to enable the training personnel to be in a relaxed state so as to ensure the stress training effect before the mild training personnel. The bed sheet is used for the trainees to lie down, and the yoga mat and the pillow are placed on the bed sheet.

In one embodiment: the five training areas can be combined as required, so that various flexibly combined scenes can be formed, such as a noise scene (generated by each sound device), a hot scene (generated by a heating device), a smoke scene (generated by a smoke generating device), a storm scene (generated by a fan), an odor scene (rotten meat, onions and the like are placed in the training areas), an explosion scene (generated by a lightning device), a tragic scene (generated by a projection device and a sound device), a snake insect scene (generated by a simulated snake and the like), a bloody smell scene (generated by a simulation component), an adaptation scene (generated by a training area five) and the like, so that the stress management training of officers and soldiers is enhanced, the psychological stress tolerance of the officers and the soldiers in a stress state is enhanced, the psychological pressure of the officers and the soldiers in the stress state is timely solved, and the occurrence probability of the psychological stress reaction of the officers and the soldiers is reduced, the body and mind of the robot are in a good state, and the robot is beneficial to officers and soldiers to fully exert military efficiency and finish combat missions.

In an alternative embodiment: the invention adds a tent I, a tent II, a tent III, a tent IV and a tent V. The first sound device, the second sound device, the third sound device and the fourth sound device are all sound devices, and the first sound device, the second sound device, the third sound device and the fourth sound device correspond to the electric shock training area, the smoke explosion training area, the simulation training area, the obstacle training area and the recovery training area respectively.

The first tent belongs to the electric shock training area, and the projection device, the first sound device, the electric shock pen and the sign-in piece are all located in the first tent. And the second tent belongs to a smoke explosion training area, and the smoke generating device and the thunder explosion device are both positioned in the second tent. And the third tent belongs to the simulation training area, and the simulation assembly and the second sound device are both positioned in the third tent. The fourth tent belongs to the obstacle training area, and the obstacle assembly, the temperature rising device, the third sound device, the counting device and the electronic door are all located in the fourth tent. Tent five belongs to the recovery training area, and the recovery device and the fourth sound device are both located in tent five. The tent comprises four tents in cold regions, wherein the four tents are tightly attached side by side, each tent in the cold regions is provided with 2 doors, and the doors between every two (2) tents are opposite to each other, so that the purpose of tent communication is achieved. And the tent five is used as a recovery training field and is independently arranged at a certain distance. The heating device can be an air conditioner, other high-power heating machines, a fire pan and the like. The counting means may include a photosensor installed at an entrance of the meandering passage and generating a switching signal every time the trainee passes, and a counter capable of counting the number of generation of the switching signal. Therefore, the counting device can count the number of the people participating in the training and entering the training area four, so that the electronic door can be conveniently controlled subsequently.

As an embodiment of the present invention: the effect determination module includes:

a sensing unit: the sensor equipment is used for installing the sensing equipment on the training area and the body of the stress simulation training personnel and acquiring training data of the stress simulation training personnel in the training process through the sensing equipment; wherein the content of the first and second substances,

the sensing device includes: training device sensors and body state sensors;

the training data includes: training device usage data and body real-time status data;

a data acquisition unit: the training data acquisition module is used for acquiring the training data and dividing the training data according to the equipment use data and the training response data;

a threshold calculation unit: calculating the equipment use data and the training response data through critical comparison respectively, and determining the state threshold of the stress simulation training personnel;

a result output unit: and the system is used for judging the psychological gain degree of the stress simulation training personnel according to the state threshold value and determining a training result according to the psychological gain degree.

The working principle of the technical scheme is as follows: the invention can divide the data into training device using data and body real-time state data, which can calculate the state threshold of the training personnel in two directions, and then judge the psychological gain to the personnel through the state threshold, thereby determining the training result.

The beneficial effects of the above technical scheme are: the sensing equipment can acquire and calculate the training condition and data in real time, and ensures the training effectiveness. By calculating the state threshold, the final result of the training can be judged.

As an embodiment of the present invention: the threshold calculation unit includes the following calculation processes:

step 1: acquiring a use intensity standard of training equipment and a reaction state standard of a human body;

step 2: calculating a use intensity threshold of the training device according to the use intensity standard and the device use data;

and step 3: calculating a human body reaction threshold value of the stress simulation training personnel according to the training reaction data and the reaction state standard;

and 4, step 4: and determining a use threshold curve and a human body threshold curve of the human body according to the use intensity threshold and the human body reaction threshold, calculating the correlation between the use threshold curve and the human body threshold curve, and taking the correlation as a state threshold.

The working principle of the technical scheme is as follows: when the state threshold of the human body is calculated, the use threshold of the equipment and the bearing threshold of the human body are respectively calculated according to the preset equipment use standard and the preset reaction state standard, and finally, a curve of the threshold is constructed through the threshold, and the correlation degree of the threshold curve is used as the final state threshold.

The beneficial effects of the above technical scheme are: the invention can enable the training personnel to truly experience the battlefield environment to achieve the training purpose, thereby strengthening the stress management training of officers and soldiers, enhancing the psychological stress tolerance of the officers and soldiers in the stress state, timely relieving the psychological pressure of the officers and soldiers in the stress state, avoiding the breakdown of the physical and mental systems of the officers and soldiers, reducing the probability of the occurrence of the psychological stress reaction of the officers and keeping the physical and mental systems of the officers and soldiers in a good state, and being beneficial to the officers and soldiers to fully exert military efficiency and finish combat tasks.

In summary, the battlefield psychological stress simulation training system of the embodiment has the following advantages:

the training system is provided with five training areas, the lightning stroke training area can simulate the acousto-optic effect of a battlefield by generating battlefield light and shadow and battlefield sound, so that the trainees can enter the real battlefield as if the trainees, and the electric shock pen can shock the trainees electrically, so that the stress response capability of the trainees can be improved on the simulated battlefield, and the primary stress simulation training effect is achieved. The smoke explosion training area can generate smoke effect on a battlefield, and the lightning explosion device can generate explosion effect when the trainee is relieved, so as to simulate the scene of the lightning explosion on the battlefield, and further improve the stress response capability of the trainee to the lightning explosion. The simulated corpse, the simulated skeleton and the simulated limb in the simulation component of the simulated training area can simulate the scene after engagement in a real battlefield, and the sound device can send sound effect associated with the simulation component, so that the psychological stress reaction capability of the participators to the scene after engagement in the battlefield can be improved, the physical and mental system collapse of the participators caused by the severe scene after engagement can be avoided, and the military efficiency of the army can be favorably exerted. Obstacle training district has set up tortuous passageway, the personnel of participating in training can only train along tortuous passageway like this, with the tortuous route in the real battlefield of simulation, heat and play battlefield sound to the air simultaneously, the real environment in the simulation battlefield, and through counting the personnel of participating in training, just can open the electronic door when the personnel of participating in training total number reaches the predetermined number, can guarantee the wholeness of team in the training like this, guarantee team training's effect, and then improve the holistic battlefield psychological stress simulation training effect of officer and soldier. Finally, the recovery training area can provide a lying place for the training personnel, and music or voice information is played simultaneously to enable the training personnel to be in a relaxed state so as to relax the psychology of the training personnel and guarantee the previous stress training effect. Moreover, a plurality of training areas that this embodiment set up can be convenient for carry out the nimble combination of multiple scene, thereby make the personnel of participating in training truly experience the battlefield environment, reach the training purpose, thereby strengthen the stress management training of official soldier, strengthen the psychological stress tolerance of official soldier under stress state, in time change the psychological pressure under official stress state, avoid the emergence of the collapse of official soldier's body and mind system, reduce the probability that official soldier psychological stress takes place, make its body and mind be in good state, help the official soldier fully to exert military efficiency, accomplish the combat mission.

It will be apparent to those skilled in the art that various changes and modifications may be made in the present invention without departing from the spirit and scope of the invention. Thus, if such modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include such modifications and variations.