Realistic fire-fighting training simulator
A fire-fighting virtual reality simulator allows the trainee to move in a virtual space in various complex virtual fire disaster situations and perform a suppression of a virtual fire and a confrontation training. An experience interactive simulator for providing a trainee with a floor movement that may occur in a fire disaster situation so that the trainee wearing HMD in a virtual fire-fighting training has the same sense of feeling as that in an actual fire-fighting training is provided. For the realistic content experience, a physical floor movement, such as tilting, falling, and shaking of the floor is reproduced using a base motion, thereby providing a floor movement that enables a sense of feeling similar to a fire disaster situation.
1. A virtual reality firefighting training simulator comprising:
a base motion unit configured to move a base, on which a trainee stands, to provide the trainee with a realistic situation;
a trainee movement recognition unit configured to acquire movement/state data related to a movement and a posture of the trainee according to an operation of the base motion unit to recognize viewpoint direction information, movement information, and posture information of the trainee;
a content operation/motion control unit configured to operate a firefighting training content application program and control the base motion unit; and
a safety support unit corresponding to a low posture of the trainee and including a safety wire whose length is flexible to be extended to provide the trainee with freedom in movement, wherein the safety support unit further comprises a limit switch configured to detect cutting of the safety line.
2. The virtual reality firefighting training simulator of claim 1 , further comprising:
a situation monitoring unit configured to visualize at least one of a virtual training image of a first-person view of the trainee and a training situation of the trainee in a virtual reality space,
wherein the content operation/motion control unit is configured to:
control the base motion unit on the basis of the firefighting training content application program to provide the trainee with a motion of the base;
receive the movement/state data of the trainee from the trainee movement recognition unit; and
analyze and process the received movement/state data of the trainee to perform an image visualization event inside the firefighting training content application program.
3. The virtual reality firefighting training simulator of claim 1 , wherein the base motion unit comprises a vertical movement shaft that raises, lowers, and tilts the base by a four-axis motion device controlled by the content operation/motion control unit on the basis of the firefighting training content application program.
4. The virtual reality firefighting training simulator of claim 1 , wherein the trainee movement recognition unit comprises at least one of an inertial measurement unit (IMU) sensor, a vibration sensor, an ultrasonic sensor, and a position tracking sensor to acquire the movement/state data of the trainee.
5. The virtual reality firefighting training simulator of claim 1 , wherein the trainee movement recognition unit comprises:
a sensor configured to acquire a point in time of the movement of the trainee; and
a sensor configured to track a posture height of the trainee.
6. The virtual reality firefighting training simulator of claim 1 , wherein the content operation/motion control unit is configured to:
control the base motion unit on the basis of the firefighting training content application program to provide the trainee with a motion of the base;
receive the movement/state data of the trainee from the trainee movement recognition unit; and
analyze and process the received movement/state data of the trainee to perform a floor motion event inside the firefighting training content application program.
7. The virtual reality firefighting training simulator of claim 1 , wherein the safety support unit further comprises a motor configured to adjust the length of the safety wire according to a height of the trainee.
8. The virtual reality firefighting training simulator of claim 1 , wherein the safety support unit further comprises a weight reducer connected to the safety wire to support a weight of the trainee to support the trainee in free motion and ensure safety of the trainee.
9. The virtual reality firefighting training simulator of claim 1 , wherein the safety wire of the safety support unit is coupled to a wire guard for length extension.
10. A virtual reality firefighting training simulator comprising:
a firefighting training content application program;
a device configured to move a base, on which a trainee stands, on the basis of the fire-fighting training content application program to provide a trainee with a realistic situation;
a device configured to acquire movement/state data related to a movement and a state of the trainee according to the motion of the base to recognize viewpoint direction information, movement information, and posture information of the trainee; and
a content operation/motion control unit including a device configured to analyze and process the acquired movement/state data of the trainee to perform a floor motion event inside the firefighting training content application program to execute a motion of the base.
11. The virtual reality firefighting training simulator of claim 10 , wherein the content operation/motion control unit further comprises a device configured to analyze and process the acquired movement/state data of the trainee to perform an image visualization event inside the firefighting training content application program to visualize at least one of a virtual training image of a first-person view of the trainee and a training situation of the trainee in a virtual reality space.
12. A virtual reality firefighting training simulation method comprising:
moving a base, on which a trainee stands, on the basis of a firefighting training content application program to provide the trainee with a realistic situation;
acquiring movement/state data related to a movement and a state of the trainee according to the motion of the base to recognize viewpoint direction information, movement information, and posture information of the trainee; and
analyzing and processing the acquired movement/state data of the trainee to perform a floor motion event inside the firefighting training content application program to execute a motion of the base.
13. The virtual reality firefighting training simulation method of claim 12 , further comprising analyzing and processing the acquired movement/state data of the trainee to perform an image visualization event inside the firefighting training content application program to visualize at least one of a virtual training image of a first-person view of the trainee and a training situation of the trainee in a virtual reality space.