CN110085076B - A kind of brave quality training system and training method - Google Patents

Abstract

The invention provides a brave quality training system, which includes a data processing center, a physical quality measuring instrument, a visual stimulation instrument, and a training induction area, and the training induction area, the physical fitness measuring instrument, and the visual stimulation instrument are all electrically connected to the data processing center ; The brave quality training system provides more realistic scene information, can present more real details, and responds to the trainee's response, so that the trainee has a visual sense of proximity or distance; Based on the training results, follow-up training plans can be made. Through repeated intensive training, the trainees can form the automatic approach bias of the set environment-related stimulus pictures, so as to achieve the effect of improving the trainees' adaptation to the set environment quality.

Description

A kind of brave quality training system and training method

technical field

The invention belongs to the technical field of simulation training, and in particular relates to a brave quality training system and training method.

Background technique

Human beings' adaptability to a specific environment is not something that can be acquired naturally, but can only be gradually established after various training and indoctrination in the acquired consciousness. Some existing training methods, such as psychological and behavioral expansion training, exercise the courage of the trainees through specially designed activities. However, the scenes designed for psychological and behavioral expansion training have little correlation with the actual environment, and the most direct manifestation of the specific qualities of the trainees is to make correct behaviors in the real environment. Although these outward bound trainings are highly interesting and welcomed by the trainees, they can only adjust the fatigue of the trainees' daily training, and it is difficult to really improve the specific qualities of the trainees in the real environment. In a real environment, when encountering danger, it is human instinct to seek advantages and avoid disadvantages. However, trainees often need to overcome this instinct. If trainees show indecision in a real environment, it can lead to serious consequences.

Therefore, the specific qualities of the trainees in the real environment are very important. However, there is currently no system and method for systematically training the specific qualities of the trainees in the real environment. Systematic training is imminent.

Contents of the invention

In view of the above problems, the purpose of the present invention is to solve the problems that the existing specific quality training methods are greatly different from the actual combat environment, and the training methods are not scientific and systematic enough.

For this reason, the present invention provides a kind of brave quality training system, data processing center, physical fitness measuring instrument, visual stimulation instrument, training induction area, described training induction area, physical fitness measuring instrument, visual stimulation instrument are all connected with data processing center electrical connection.

The said voice output unit is also included, and said voice output unit is electrically connected with the data processing center.

The training sensing area is a position sensing floor module of 60cm*200cm.

The visual stimulation device is stereo vision glasses.

The method for carrying out the specific quality training of trainees by the brave quality training system includes the following steps:

Step 1. Training preparation;

Step 2, training starts;

Step 3, training data collection;

Step 4. Obtain the training result.

The step 1, training preparation specifically collects the height and weight data of the trainee, the trainee is familiar with the training process, wears the training equipment, and checks the working status of the equipment.

The step 2, the start of training is specifically that the trainee enters the training area, and the system sends a preparation message.

The step 3, training data collection is specifically that the trainees make corresponding physical responses according to the scene information played by the specific quality training system, and the system collects the trainees' response data.

The step 4, obtaining the training result is specifically that the quality-specific training system judges the trainee's training effect according to the collected data, and formulates a follow-up training plan.

Beneficial effects of the present invention: the brave quality training system provided by the present invention provides more real scene information, can present more real details, and gives feedback to the trainee's response, so that the trainee has visual Sense of proximity or distance; follow-up training plans can be made according to the training results of the trainees. Through repeated intensive training, the trainees can form an automatic approach bias to the set specific environment-related stimulus pictures, so as to improve the trainees' adaptation The effect of setting the quality of the environment.

The present invention will be described in further detail below in conjunction with the accompanying drawings.

Description of drawings

Fig. 1 is a schematic diagram of the brave quality training system of the present invention.

Fig. 2 is a training workflow flow chart of the brave quality training system.

In the figure: 1. Data processing center; 2. Physical fitness measuring instrument; 3. Visual stimulation equipment; 4. Training induction area; 5. Voice output unit; 6. Training equipment.

Detailed ways

In order to further illustrate the technical means and effects adopted by the present invention to achieve the intended purpose, the specific implementation, structural features and effects of the present invention will be described in detail below in conjunction with the accompanying drawings and examples.

Example 1

The present embodiment provides a kind of courage quality training system as shown in Figure 1, data processing center 1, physical fitness measuring instrument 2, visual stimulation instrument 3, training induction area 4, described training induction area 4, physical fitness measuring instrument 2. The visual stimulation instruments 3 are all electrically connected with the data processing center 1; the physical fitness measuring instrument 2 is used to measure the height and weight information of the trainee; The data processing center 1 is electrically connected, and receives pictures of simulated real scenes and non-real scenes so as to stimulate the trainee; the training induction area 4 is used to detect the trainee's reaction time, correct rate, distance/height, pressure when making a moving response /weight data.

The brave quality training system also includes a voice output unit 5, which is electrically connected to the data processing center 1, and is used for outputting a 440HZ prompt tone and inputting a "start" voice command.

The training induction area 4 is a position sensing floor module of 60cm*200cm. Specifically, it is a floor area provided with multiple piezoelectric sensors. The multiple piezoelectric sensors are arranged in a density of no more than 5cm apart to form a pressure detection system. area, when the trainee is in the pressure detection area, the pressure sensor is stressed and the received pressure information is transmitted to the data processing center, and the data data processing center locates the trainee according to the information received from different pressure sensors, and records the The response to receive image information.

Further, the visual stimulation instrument 3 is stereo vision glasses, the physical fitness measuring instrument 2 can be a height and weight measuring instrument, the data processing center 1 can be a computer for data processing, and the voice output unit 5 can be a sound system, a microphone wait.

The brave quality training system can also be used in conjunction with the training equipment 6 to make the trainees closer to the fighting state, thereby improving the training effect.

The brave quality training system uses virtual reality and somatosensory technology to train the trainees. The computer transmits the picture stimulation of real scenes and unreal scenes to the stereoscopic vision glasses to generate virtual reality training scenes, and through the position pressure sensing floor module Capture every action information of the trainee and store the information in the computer. Through multiple adaptive guidance and improvement, an automatic forward action in the face of real environmental stimuli, that is, decisive forward movement, is formed to improve the trainee's specific qualities in the real environment. The invention is easy to use, safe and reliable, and low in cost, can be closely combined with the actual combat environment, and effectively improve the specific qualities of trainees.

Further, the method for training trainees' specific qualities in the bravery quality training system includes the following steps:

Step 1. Training preparation;

Step 2, training starts;

Step 3, training data collection;

Step 4. Obtain the training result.

The step 1, training preparation specifically collects the height and weight data of the trainee, the trainee is familiar with the training process, wears the training equipment, and checks the working status of the equipment.

The step 2, the start of training is specifically that the trainee enters the training area, and the system sends a preparation message.

The step 3, training data collection is specifically that the trainees make corresponding physical responses according to the scene information played by the specific quality training system, and the system collects the trainees' response data.

The step 4, obtaining the training result is specifically that the quality-specific training system judges the trainee's training effect according to the collected data, and formulates a follow-up training plan.

Example 2

The brave quality training system described in application embodiment 1 carries out the training of simulated battlefield to the trainee, adopts a computer 1, and its hardware configuration is: double Intel E5 10 nuclear CPU, 64G memory, 1T hard disk, NVIDIA, K4000 graphics card, 24 inch display screen; the software configuration is: Windows 7 operating system, E-prime 3.0 and other development plug-ins and corresponding device drivers. The stereo vision glasses 30 adopt Oculus Rift Dev.2, and are connected to the computer module 10 through an HDMI cable. The height and weight measuring instrument adopts HY-STL170, the button type pressure sensor of model PC210 is used to form the training induction area, and the audio microphone system adopts WESTDING/Westin V1.

The training method of the trainee's specific quality system is carried out according to the following training steps:

S1: The preparation stage includes height and weight collection, the trainer dictating the training process, the trainee arriving at the starting position, wearing the simulated gun and body armor, stereo vision glasses, starting the audio microphone system and computer program and connecting to the stereo vision glasses, stereo vision The visual glasses present the picture and introduce it again. After the trainee confirms his understanding, he activates the floor sensor and prepares to enter the training stage;

S2: The training stage includes the starting position detection pressure is stable, the system sound prompts, the trainee sends out the voice of "start" to start the picture stimulus, the trainee responds to the stimulus, the computer gives feedback to the trainee's reaction, and the picture prompts the trainee after the feedback is completed Return to the starting position and prepare for the next session, and repeat until the end of the session.

S3: The data statistics stage includes counting the reaction time, correct rate, distance/height, pressure/weight of each training session and drawing a line graph to view the training effect of the trainees.

That is to say, when training, use the height and weight measuring instrument 2 to collect the basic height and weight information of the trainee, the trainer dictates the operation process and precautions of the training and guides the trainee to the starting position, and the trainee wears the training equipment 6. Wear the stereo vision glasses 3, the trainer activates the audio microphone system 5 and the computer module 1 and connects them to the stereo vision glasses 3, the stereo vision glasses presents a picture and briefly introduces the training process again, and the trainee confirms that he understands the training process and then signals the trainer , the trainer starts the position pressure floor sensor 4 and prepares to enter the training phase. In the training stage, the pressure signal detected by the floor sensor 4 at the starting position is input to the computer module 1. After the pressure is stable, the computer module 1 outputs the signal to the audio microphone system 5, which generates a system sound to prompt that the training can start, and the trainee sends out a "start" voice and is heard by the speaker. The microphone system 5 receives and inputs it to the computer module 1, and the computer module 1 starts the picture stimulation immediately, and the trainee responds to the stimulus, and the response is detected by the floor sensor 4 and input to the computer module 1, and the computer module 1 randomly responds to the trainee's response. Feedback and record the reaction time, correct rate, distance/height, pressure/weight data of the reaction. After the feedback is completed, the picture will prompt the trainee to return to the starting position and prepare for the next training.

Further, the size, shape and weight of the simulated gun and body armor are consistent with the real guns and body armor; the starting position detection pressure balance includes detecting that both feet are placed at the starting position and the pressure change within 1.5 seconds does not exceed 5%; the system sounds The prompt is "di" at 440HZ, which lasts for 1 second; the trainee sends out the voice of "start" to start the picture stimulus, and the trainee uses Mandarin to say "start"; after the picture stimulus is started, it lasts until the trainee responds; the trainee's response includes Two categories: see the pictures related to the real environment and move one step forward with the left foot, the step size is normal, and the center of gravity moves with the movement of the steps; see the pictures related to the non-real environment and move the left foot one step backward, the step size is normal size, and the center of gravity moves with the movement of steps; the ratio of real-environment-related picture stimuli to non-real-environment-related stimuli is 4:1, and the total number of stimuli is 150. In addition, the real-related picture stimuli are consistent with the non-real-environment-related picture stimuli except that the pictures have additional real elements; if the trainee responds correctly to the real-environment-related picture stimuli, the left foot moves forward one step. Immediately, the picture stimulus presents a magnification effect, which is magnified 3 times within 1 second, and then the picture prompts the trainee to return to the starting position and prepare for the next training session. If the trainee responds correctly to the non-real environment-related picture stimulus, that is, the left foot moves back one step. Immediately, the picture stimulus presents a shrinking effect, the effect is to shrink 3 times within 1 second, and then the picture prompts the trainee to return to the starting position and is ready to enter the next training; Relevant pictures have wrong stimulus responses, and red "X"s each occupying 30% of the picture's length and width appear. "X" lasts for 1 second, and then the picture prompts the trainee to return to the starting position and prepare for the next training; in the data statistics stage, the position pressure sensing floor module records and stores the data in real time for each time; when responding, it means starting from the picture stimulation Presentation counts the time it takes to sense the pressure for the first time in the sensing floor action position area; the correct rate refers to the percentage of trainees making correct responses to all training times; Distance between heel positions; pressure/weight Medium pressure refers to the maximum pressure that the floor can sense after reacting.

In the description of the present invention, it should be understood that the orientation or positional relationship indicated by the terms "front", "rear" and the like are for the convenience of describing the present invention and simplifying the description, rather than indicating or implying that the referred device must have a specific orientation, configuration and operation in a particular orientation, therefore, should not be construed as limiting the invention.

In the description of this specification, descriptions of the terms "one embodiment", "some embodiments", "specific embodiments" and the like mean that specific features, structures, materials or characteristics described in conjunction with the embodiment or example are included in the present invention In at least one embodiment or example of . In this specification, schematic representations of the above terms do not necessarily refer to the same embodiment or example. Furthermore, the specific features, structures, materials or characteristics described may be combined in any suitable manner in any one or more embodiments or examples.

The above content is a further detailed description of the present invention in conjunction with specific preferred embodiments, and it cannot be assumed that the specific implementation of the present invention is limited to these descriptions. For those of ordinary skill in the technical field of the present invention, without departing from the concept of the present invention, some simple deduction or replacement can be made, which should be regarded as belonging to the protection scope of the present invention.

Claims (1)

1. a brave quality training system, is characterized in that: comprise data processing center, physical fitness measuring instrument, visual stimulation instrument, training induction area, described training induction area, physical fitness measuring instrument, visual stimulation instrument are all connected with data processing center Electrical connection; the training induction area is a position induction floor module of 60cm*200cm; The brave quality training system also includes a voice output unit, and the voice output unit is electrically connected with the data processing center; The visual stimulation apparatus is stereo vision glasses; The method for carrying out brave quality training by the brave quality training system includes: Step 1. Training preparation stage: height and weight collection, trainer's oral introduction to the training process, trainees arrive at the starting position, wear simulation guns and body armor, stereo vision glasses, start the audio microphone system and computer program and connect to the stereo vision glasses , the stereoscopic vision glasses present the picture and introduce it again. After the trainee confirms the understanding, activate the floor sensor and prepare to enter the training stage; Step 2. Training stage: After the starting position detects that the pressure is stable, the system will prompt with a voice, and the trainee will issue a voice of "start" to start the picture stimulus, the trainee will respond to the stimulus, the computer will give feedback to the trainee's response, and the picture will prompt the trainee after the feedback is completed. Return to the starting position and prepare to enter the next training, and repeat this until the end of the training; Step 3, data statistics stage: count the reaction time, correct rate, distance/height, pressure/weight of each training and draw a line chart to view the training effect of the trainees; During the training, the basic height and weight information of the trainees is collected using a height and weight measuring instrument. The trainer dictates the operation process and precautions of the training and guides the trainees to the starting position. The trainees wear training equipment and stereo vision glasses , the trainer activates the audio microphone system and the computer module and connects them to the stereo vision glasses. The stereo vision glasses presents pictures and briefly introduces the training process again. After the trainee confirms that he understands the training process, he signals the trainer, and the trainer activates the position pressure floor sensor prepare to enter said training phase; In the training stage, the pressure signal detected by the floor sensor at the starting position is input to the computer module. After the pressure is stable, the computer module outputs the signal to the audio microphone system, and the system generates a voice prompting that the training can start. The trainee's "start" voice is accepted by the audio microphone system. Input to the computer module, the computer module then starts the picture stimulus, the trainee responds to the stimulus, the response is detected by the floor sensor and input to the computer module; The computer module randomly feeds back the trainee's response and records the reaction time, correct rate, distance/height, pressure/weight data of the reaction. After the feedback is completed, the picture prompts the trainee to return to the starting position and prepare for the next training; The starting position detection pressure balance includes detecting that both feet are placed at the starting position and the pressure change within 1.5 seconds does not exceed 5%; The system sound prompt is 440HZ "di", which lasts for 1 second; The trainee utters the voice of "start" to start the picture stimulus. The trainee uses Mandarin to say "start"; the picture stimulus persists until the trainee responds; The trainee's responses included two categories: seeing the pictures related to the real environment, the left foot moved forward one step, the step size was normal size, and the center of gravity moved with the step; , the stride size is normal, and the center of gravity moves with the stride; The ratio of real-environment-related picture stimuli to non-real-environment-related picture stimuli is 4:1, and the total number of stimuli is 150, and the real-related picture stimuli are consistent with the non-real-environment-related picture stimuli except that the pictures have additional real elements; If the trainee responds correctly to the real environment-related picture stimulus, that is, the left foot moves forward one step, then the picture stimulus will show a zoom effect, the effect is magnified by 3 times within 1 second, and then the picture prompts the trainee to return to the starting position and prepare Go to the next training session; If the trainee responds correctly to the non-real environment-related picture stimulus, that is, the left foot moves back one step, then the picture stimulus presents a shrinking effect, the effect is 3 times smaller in 1 second, and then the picture prompts the trainee to return to the starting position and Get ready for the next training session; If the trainee responds wrongly to either the real environment-related picture stimulus or the non-real environment-related picture stimulus, a red "X" each accounting for 30% of the picture's length and width will appear, and the "X" lasts for 1 second, and then the picture prompts the trainee to return to the starting position and ready for the next training session; In the stage of data statistics, the position pressure sensing floor module records and stores each data in real time; the response time refers to the time from the start of the picture stimulus to the time when the pressure is first sensed in the position area of the sensing floor action; the correct rate refers to the trainee’s response time Correct response times as a percentage of all training times; distance/height mid-distance refers to the distance between the heel position after the reaction and the original heel position; pressure/weight mid-pressure refers to the maximum pressure that the floor can sense after the reaction.

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