KR20180120878A - Experience vehice system for fire fighting safety education - Google Patents

Abstract

The present invention provides a fire safety education experiencing vehicle system which enables a large number of experiential educations at one time and enables efficient experience training by changing a structure of the vehicle on which a training system is mounted on a structure suitable for education and training. The system of the present invention comprises: a mobile vehicle; an earthquake experience device; a side monitor device; a monitor storing unit; a monitor storing and taking-out device; and a training control system.

Description

[FIELD FITNESS SAFETY EDUCATION SYSTEM]

The present invention relates to a fire safety education experience vehicle system, and more particularly, to a fire safety education experience vehicle system in which a system for fire safety education such as fire, earthquake and CPR can be installed in a mobile vehicle will be.

Recently, it is still in a state of safety insufficiency of concerned institutions and citizens, and it is not able to escape from the damage of a major disaster accident. Fire and safety accidents caused by carelessness, earthquake accidents that are not exceptional in Korea, and emergency measures that can occur anytime and anywhere are becoming frequent.

As a result, the need for social safety net education has been highlighted, and the need for precautionary measures is increasing due to the experience of safety experience devices for training and training that suits the circumstances. In Korea, existing educational water fire extinguishers, educational fire extinguishers, and simulation systems for disaster prevention drills have been introduced, but experience of indoor digestion is difficult due to limitation of experience environment, and space and facility construction have been difficult.

In view of such problems, Korean Patent Laid-Open Publication No. 10-2016-0108885 (2016.09.21) "Vehicle Mobile Type Self-Safety Education System" (hereinafter referred to as "prior art") has been proposed. Background Art [0002] A vehicle-mounted self-safety education system according to the related art includes: a vehicle capable of moving and having an internal space; A safety education system control device installed in the internal space; A monitor for outputting images according to the safety education system control device; A sound output device for outputting sound data corresponding to an output image of the monitor; A safety device provided to perform safety education according to the guidance of the output image and the voice data; And an earthquake experience device installed in the inner space to experience earthquake strength.

However, in the conventional technology as described above, a self-safety education system is installed in a general large-sized vehicle, and a trainee can receive education and training only when he enters a room of a vehicle. In order to provide various kinds of education, In one case, the size of each room is very limited and closed space, so the number of entrance trainees is very limited and it is difficult to confirm the training effect. Even if the whole car is used as an open space, the number of available trainees is limited, and all the trainees conduct the same training. Therefore, it takes a lot of time to carry out various types of training experience, so that it takes a long time to train a large number of trainees, and the trainees who can not enter the top car must be in a simple waiting state from the outside, .

Korean Patent Publication No. 10-2016-0108885 (2016.09.21) "Vehicle Mobile Type Self-Safety Training System"

SUMMARY OF THE INVENTION It is an object of the present invention to improve the above-mentioned problems by changing the structure of a vehicle on which a training system is mounted to a structure suitable for education and training so that a large number of experiential education can be performed at one time, To provide a fire safety education experience vehicle system.

In order to achieve the above-mentioned object of the present invention,

A portable vehicle provided with a loading box;

An earthquake experience apparatus installed in the loading box;

A side monitor device disposed on an outer side of the side of the loading box;

A monitor storage unit installed at a front end of the loading box to store the side monitor device;

A monitor storage and retrieval device for fixing the side monitor device and sliding the monitor device into the monitor storage part to take out the stored monitor device,

A training control system for storing training images and audio for a fire safety education experience and controlling the image output in cooperation with the educational equipment and the earthquake experience apparatus and controlling the earthquake experience apparatus;

And a control unit.

The present invention configured as described above is different from a conventional fire fighting safety education experience vehicle in which a vehicle is equipped with an earthquake experience apparatus and a monitor apparatus in that a monitor storage unit is provided in a vehicle and the monitor apparatus can be housed inside the housing, And a monitor storage and retrieval device for taking out the monitor device and facing outward from the side of the loading car.

In addition, the present invention is characterized in that two monitor devices are provided so that the side monitor device can be arranged on both left and right sides, two monitor receiving / withdrawing devices are provided to fix each monitor device, By arranging the two monitor devices to be double-housed, the monitor can be drawn out to the left and right sides of the loading tray and rotated.

In addition, the present invention further includes a central monitor device installed on the outer wall of the monitor compartment of the monitor compartment, so that three monitor devices can be installed to receive safety education while watching the monitor on the loading box and on the left and right sides of the vehicle.

In addition, the present invention may further include a training equipment storage unit installed in a lower portion of the central monitor unit so as to store a plurality of training equipment for a fire safety education experience, so that a plurality of fire safety education equipment can be stored in the vehicle have.

Educational equipment includes an electronic virtual fire extinguisher that generates a fire extinguisher operating condition as an electrical signal, a cardiopulmonary resuscitation experience device, a gas mask and other fire safety education equipment, transports it to a training site, Simulation control can be done.

In the central monitor apparatus,

And a monitor protective cover which is installed as a cover for covering the monitor device and can be opened to the top and fixed with a light shield.

Further, the present invention provides a fire extinguishing system, comprising: a plurality of photographing devices for photographing and storing fire safety training courses under the control of the training control system or outputting them through a monitor device; And may further include a broadcasting apparatus.

The present invention further provides a plurality of head mounted display (HMD) apparatuses for storing virtual reality simulation training contents in the training control system and outputting the virtual reality simulation training contents in cooperation with each other under the control of the training control system So that fire safety education can be carried out using VR simulation.

Further, the present invention is an earthquake experience apparatus having a feature of being installed in a vehicle,

A composite vibration module installed in a base portion fixed to a loading box of the vehicle and capable of horizontally, vertically, torsionally, and rotationally vibrating;

An earthquake generation device for controlling the complex vibration module under the control of the training control system based on control information such as an earthquake intensity set for generation of a virtual earthquake, an earthquake type, and an earthquake time;

An experience floor plate that is vibrated by the complex vibration module;

A chair and a table installed on the experience floor;

A safety fence fixed to a periphery of the experience floor and installed at a predetermined height;

And a control unit.

When such a seismic experience device is installed in a vehicle, it is possible to experience an earthquake experience on a loading box while viewing a virtual reality seismic experience image through an HMD device or an earthquake experience image through a monitor device.

Since the present invention has a fire safety education experience system installed in a vehicle, it is possible to easily move to a place where education is required, experiential learning using equipment installed in the vehicle, and outdoor training using a vehicle monitor, Experience-based learning is not limited to places.

In addition, according to the present invention, a truck having a loading box is retrofitted to provide an experience vehicle for a small-sized vehicle and a large-sized vehicle, so that a corresponding vehicle can be moved according to the number of objects,

In addition, in the embodiment of the present invention, the monitor device housed in the monitor compartment can be pulled out and rotated to both sides of the loading case to display an image. Also, since the loading device can output video images from other monitor devices, It is possible to carry out different education at the same time, monitor the outside of the vehicle, and educate a lot of people quickly.

In addition, the present invention has the effect of enhancing the educational effect by installing the virtual reality simulation contents and educating the students wearing the HMD by using the virtual reality simulation contents.

In addition, the vehicle according to another embodiment of the present invention can slide the intermediate left, right, and rear sides of the loading box to expand the indoor space, thereby enabling a large number of people to experience in the loading room of the vehicle, It is possible to provide experiential learning irrespective of external weather and environmental influences.

1 is a block diagram of a fire safety education experience vehicle according to the present invention.
2 is an exemplary view of a fire safety education experience vehicle system according to the present invention.
3 is a schematic view of a monitor fetch device of a fire fighting safety education experience vehicle system according to the present invention.
5 (A) to 5 (D) are explanatory views of an operation flow of a fire safety education experience vehicle according to the present invention.
FIG. 6 and FIG. 7 are diagrams showing a fire safety education experience vehicle according to another embodiment of the present invention; FIG.
FIG. 8 is a configuration diagram of a fire safety education experience vehicle system according to another embodiment of the present invention; FIG.
FIG. 9 and FIG. 10 are explanatory views of a loading box expansion of a fire safety education experience vehicle according to another embodiment of the present invention. FIG.
11 is an information processing outline diagram using an HMD device of a fire safety education experience vehicle system of the present invention.
Fig. 12 (a) through 12 (d) illustrate examples of experience in fire safety education in accordance with the present invention;
Fig. 13 is a top view virtual view of a fire safety education experience vehicle according to the present invention shown in Fig. 1; Fig.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 2 is a block diagram of a fire safety education experience vehicle system according to the present invention. FIG. 3 is a block diagram of a fire safety education experience vehicle system according to the present invention. Outline drawing of the monitor.

The present invention is characterized in that an earthquake-proofing apparatus (60) is mounted on a loading box of a vehicle (100), and a monitor housing section (10) is provided in front of a loading box and is stored inside the monitor housing section Two left and right monitor devices 52 and 53 and a central monitor device 51 provided on the outer wall of the monitor housing 10 in the loading direction. A training control system 40 for storing educational contents and outputting education and training contents through a monitoring device and a broadcasting device and for controlling the seismic experience device 60 and virtual reality simulation control through the HMD device 70 ) Are installed and configured.

13, the vehicle 100 is provided with a roof and a wall covering a loading box of a truck, a side door formed on both side walls is opened to the upper side, and a rear door is opened as an entrance Can be used.

A monitor protection cover 54 covering and covering the central monitor unit 51 and fixed to the upper end thereof is installed. A training device for storing educational equipment that can be used for fire fighting education experience training is installed under the central monitor unit 51 A storage portion 30 is provided.

In addition, it includes a broadcasting device 90 for audio output and broadcasting of a training person, a photographing device 80 for photographing, and an HMD device 70 for outputting a virtual reality simulation.

Educational equipment used in the present invention may be a fire extinguisher, a defibrillator, a cardiopulmonary resuscitation experience device (mannequin device), a gas mask, and the like. An electronic virtual extinguisher 110 for transmitting a wireless signal through a wireless communication module, and a CPR experience device 120 for transmitting an operating state through a wireless communication module using a wireless signal.

The training control system 40 includes a communication device connected to the network, a communication module for wirelessly communicating with educational devices stored in the training device storage 30, various fire fighting training experience training A data storage means for storing education and training information and history information, and a data storage means for storing user information such as a user's mobile terminal application An application interlocking means for providing fire safety education and training information and individual history information in cooperation with the power supply unit, and a power supply unit for supplying operation power of each device by receiving power from an independent battery or external power supply.

The training control system 40 wirelessly communicates with the educational equipment, while outputting an image suitable for the content to the monitor device in the corresponding direction, and controls the training and video and audio.

In addition, the training control system 40 controls the training video and audio by outputting the audio broadcast through the broadcasting device 90 while the training instructor sends the video shot through the photographing device 80 to the monitor.

In addition, the user can experience the fire safety education in the virtual reality by interlocking with the HMD device 70 using the virtual image VR prepared in advance. For example, when the HMD device 70 is worn and fire drills are performed, the virtual reality fire image is simulated through the HMD device 70, and based on the movement and movement of the HMD device 70 and the user behavior information When the fire is suppressed by using the electronic virtual fire extinguisher 110, an operation signal such as fire extinguisher operation and fire extinguishing direction and time of the electronic virtual fire extinguisher 110 is generated and sent to the training control system 40 And the training control system 40 outputs a virtual reality simulation image for varying and extinguishing a fire image of the VR by the virtual operation signal of the electronic virtual extinguisher 110 to the HMD device 70 and the corresponding monitor device . Likewise, the training information of the CPR experience device 120 may be received as wireless information, and the corresponding virtual reality image information may be output to the HMD device 70 and the monitor device for experiential education.

As shown in FIG. 1, the present invention is a structure in which a vehicle 100 equipped with a loading box, that is, a truck is remodeled and installed with the fire safety education experience system of the present invention mounted thereon. Install the monitor compartment (10) in front of the loading box of the truck. The monitor housing section 10 is formed as a housing and has openings through which the monitor storage and retrieval apparatus 20 is inserted into and out of the left and right sides of the monitor housing section 10, A storage and retrieval device 20 is provided. In the present invention, the left and right monitor devices 52 and 53 are housed in a double structure.

As shown in Fig. 3, the monitor storage and retrieval device 20 is provided with a vertical fixed frame 22 in a storage compartment formed inside the monitor storage compartment 10. A conveying guide rail 24 is provided on the upper and lower fixing frame 22 and conveying and rotating means 26 capable of moving left and right on the conveying guide rail 24 and rotatably installed at the outer end, The monitor support portion 28 is fixed to the conveying and rotating means 26 and is capable of being inserted into and out of the accommodating chamber and rotatable at a right angle after being drawn out.

The conveying and rotating means 26 can be realized by various devices or structures. For example, a roller capable of rolling movement can be installed on the conveying guide rail 24, and the fixing shaft of the roller can be rotated So that it can be implemented. As another structure, a roller may be provided as the transport structure, and a hinge device may be provided as the rotating structure.

The monitor storage and retrieval device 20 can be installed in a dual structure inside the monitor compartment 10 to accommodate the two monitor devices 52 and 53 and can store the stored two monitor devices on the left and right sides So as to be able to rotate in parallel with the side surface of the loading box.

Therefore, monitor devices are fixedly mounted on the monitor support portions 28 of the respective monitor storage and retrieval apparatuses 20. That is, in the present invention, two monitor devices 52 and 53 are provided. The two monitor devices 52 and 53 are respectively drawn out to the left and right in a state of being housed in the monitor compartment 10 and are rotated and fixed in parallel with the side surface of the loading box in the drawn out state, And the monitor can be stored in the monitor compartment 10 during the movement and storage.

4 is a schematic diagram of an earthquake experience apparatus according to the present invention. As shown in Fig. 4, the seismic experience-enhancing device 60 is installed in a loading box of the vehicle 100. Fig. The earthquake-viewing experience apparatus 60 includes a composite vibration module 63 installed in the base portion 62 and capable of horizontally, vertically, torsionally, and rotationally oscillating, and control means An experience floor plate 64 that is vibrated by the complex vibration module 63; a chair and a table (not shown) installed on the experience floor plate 64; And a safety fence 66 fixed to a periphery of the experience floor plate 64 and installed at a predetermined height. The base portion 62 may be fixedly installed in a loading box of a vehicle .

It is preferable that the vibration mode at the time of occurrence of an earthquake is set as the default vibration information in advance by the program and the simple setting such as the vibration time and the vibration intensity can be added or subtracted during the training . The user can directly experience the earthquake vibration while watching the support training image provided through the central monitor 51. In addition, the HMD device 70 can be worn to enable the user to experience an earthquake with a VR simulation image.

2, a central monitor device 51 is provided on the outer wall of the monitor housing compartment 10 in the loading direction, and a monitor protective cover (not shown) for protecting the central monitor device 51 54 are installed. The monitor protection cover 54 can be used as a sunshade by being opened and fixed to the upper side as shown in Fig.

5 (A) to 5 (D) are explanatory diagrams of an operation flow of a fire safety education experience vehicle system according to the present invention.

5A is a basic state when the vehicle is moving or when no experiential learning is performed. A monitor storage compartment 20 is provided in front of the loading compartment and a central monitoring device 51 is installed on the outer wall of the monitor compartment 20 in the loading direction of the loading compartment, And a monitor protective cover 54 covering the monitor device 51 is additionally provided.

The vehicle can be moved to a place where fire-fighting safety training experiential learning is required in the state of step (A) of FIG. 5. After the vehicle is parked at the learning site, the monitor monitor lid 54 is opened and fixed to the upper portion as shown in step (B) 2 of FIG. 5, whereby the central monitor 51 is exposed.

The monitoring apparatuses 52 and 53 housed in the monitor compartment 10 are taken out as shown in FIG. 5 (C). When the monitor apparatuses 52 and 53 are pulled to the right and left sides in a state accommodated by the monitor storage and retrieval apparatus 20 as shown in FIG. 3, the monitor apparatuses 52 and 53 are guided by the guide rail 24, (C) Monitor devices 52 and 53 are drawn out to the right and left sides of the monitor compartment 10, respectively, as in step (3).

When the monitor devices 52 and 53 are folded in the same state as the third step of FIG. 5 (C), the monitor devices 52 and 53 are rotated in the direction parallel to the side face of the loading box as shown in FIG. And is fixed in a state as shown in FIG. 5 (D).

The central monitoring device 51 and the left and right monitor devices 52 and 53 are ready for use as shown in step (D) 4 of FIG. 5, and then the fire safety education and training experience is started. On the other hand, if necessary, only one of the left and right monitoring devices 52 and 53 can be selectively pulled out, and rotated and fixed so as to be parallel to the side surface of the loading box, and training can be started. Since the left and right monitor devices 52 and 53 are provided so as to face the outward direction of the screen, they can be trained while watching the monitor in the left and right side directions of the vehicle. Therefore, it is possible to train in the outdoor space without boarding the vehicle, so that a large number of people can participate at once.

6 and 7 are views showing a fire fighting safety training experience vehicle according to another embodiment of the present invention, and FIG. 8 is a configuration diagram of a fire fighting safety training experience vehicle system according to another embodiment of the present invention. 10 is an explanatory view of a loading box expansion of a fire safety education experience vehicle according to another embodiment of the present invention.

As shown in FIGS. 6 to 10, another embodiment of the present invention is characterized in that the loading box of the vehicle is virtually divided into the first zone, the second zone and the third zone from behind the driver's seat, and the second zone, (141) and (142), respectively, so that the loading box can be extended by sliding it to the left and right. An earthquake experience device (60) and a central monitor device (51) are installed in the first area behind the driver's seat. Left and right monitor devices 52 and 53 are installed on the left and right extension parts 141 and 142 respectively and a cardiopulmonary resuscitation experience device 120 is disposed on the center floor of the second area. Monitor devices 52 and 53 (30) and educational equipments (eg fire extinguisher) are arranged in the third area, and a ladder is installed in the third area.

Here, the third area, that is, the rear portion of the loading unit may be configured to extend rearward by providing the rear extension 150. The support legs 141a, 142a, and 150a are mounted on the lower surface of each extension portion so as to be vertically movable in the cylinder type. Further, grooves for inserting the legs are formed in the loading main main body, .

In the drawings of the present invention, although the roof is shown as being open without a roof, the roof 170 and the left and right extending portions 141 and 142 are provided with a roof 170, And the rear extension 150 may also include a roof so as to be overlapped with the loading roof 170.

9, when the left and right extending portions 141 and 142 and the rear extending portion 150 are inserted in a stacked state, the roof is overlapped and the left and right extending portions 141 and 142 and the rear It is preferable that the roof 170 of the loading box and the roof of the extended portion are partially overlapped with each other so that the entire roof structure is obtained even if the extending portion 160 is extended to the outside.

An entrance door is formed at the rear side surface of the loading box, an upper door is opened downward at the entrance door, a ladder is formed at an inner side surface of the door, and an entrance door is formed at an outer side surface of the entrance door. The ladder lifting device is further provided.

If a door is formed by forming a simple doorway, a separate ladder must be installed in order to climb onto the loading platform. In order to solve this inconvenience, a ladder lift device is installed. When the ladder is lifted and closed, the door is closed. When the ladder is closed, the upper end is turned downward to open the ladder.

When the ladder lift device 160 is constructed so that it can be lifted up to the wall surface of the loading car, it can be shaped like a general top car when the ladder is folded. In the drawing, reference numeral 160 denotes a ladder, but refers to a ladder lift apparatus including a ladder.

8, the electronic virtual extinguisher 110, the resuscitation experience device 120, the HMD device 70, and the training control system 40 are connected to the respective wireless communication modules And the photographing apparatus 80, the broadcasting apparatus 90, the earthquake experience apparatus 60 and the monitor apparatus 50 are controlled by the training control system 40 to perform operation and operation control respectively .

The left and right monitor devices 52 and 53 are provided on the inner wall of the side surface of the left and right extending portions 141 and 142. However, the present invention is not limited to this, Or may be installed on both the outer wall and the inner wall. The reason for the installation on the outer wall is that it can be educated from the outside of the vehicle or the training image can be shown to the trainees waiting for the training. Therefore, it is preferable that at least one monitor device is further installed on the outer wall, A protective door for treasure or a protective cover can be provided.

11 is an information processing outline diagram using an HMD device of a fire safety education experience vehicle system of the present invention.

The present invention relates to an electronic virtual extinguisher (110) for generating an electric signal of an operating state of a fire extinguisher and sending it out as a radio signal, a cardiopulmonary resuscitation experiencing device And a plurality of head mounted display (HMD) apparatuses 70 for controlling the training control system 40 to output the virtual reality simulation training contents in a linked manner,

The training control system (70) stores virtual reality simulation contents corresponding to each training, collects operating state information of the electronic virtual fire extinguisher, the cardiopulmonary resuscitation experience apparatus, and the seismic experience apparatus, The virtual reality contents are synchronized with the display (HMD), and the corresponding virtual reality contents are simulated and outputted to the head mount display and monitor device.

Therefore, it is possible to wear hands-on training (HMD) and experience-training while viewing virtual reality screen for each situation.

11, the user who wears the HMD device 70 performs the fire extinguishing exercise using the electronic virtual extinguisher 110, the earthquake experience device 60 through the earthquake experience device 60, The CP control system 40 controls the input / output signals of each operation information or transmits them to the wireless image. The training control system 40 can control wireless image transmission, VR image control, HMD operation control, and experience vehicle interlocking.

That is, according to the present invention, an electronic virtual extinguisher 110, an earthquake experience apparatus 60, and a cardiopulmonary resuscitation experience apparatus 120 are linked to a virtual image of an HMD (Head Mount Display) 70 through a user interface, The control can be performed by a composite simulation in which images are controlled according to driving, earthquake generator driving, and CPR operation.

12 (a) to 12 (d) are illustrations of experience on fire safety education according to the present invention. The learner wears the HMD device 70 and operates the electronic virtual extinguisher 110 while watching the fire VR simulation image provided in the training control system 40 to perform the fire fighting experience training . In addition, as shown in FIG. 12 (B), a large number of personnel can perform a fire suppression drill while watching a monitor, and it is possible to install a sensor device on a monitor and to sense and control the operation of the fire extinguisher. It is also possible to perform fire suppression experience learning by using image control using a virtual fire extinguisher. 12 (D), the user can perform the defibrillator operation experience learning, or can watch the monitor or wear the HMD device as shown in FIG. 12 (D), ride on the seismic experience device 60, Learning can be done.

According to the present invention, since the fire safety education experience vehicle system is provided, experience learning can be performed using equipment installed inside the vehicle by moving the vehicle to a place where education is required. In addition, outdoor training using an external monitor device and indoor training can be performed in parallel, and thus, a large number of trainees can provide experience training in a short period of time. In addition, according to the present invention, a truck having a loading box is retrofitted to provide an experience vehicle for a small-sized vehicle and a large-sized vehicle, so that a corresponding vehicle can be moved according to the number of objects, In addition, the present invention can implement VR simulation experience training using an HMD device, so that it is more interesting and can increase the reality, thereby improving the educational effect. In addition, the vehicle according to another embodiment of the present invention can slide the intermediate left, right, and rear sides of the loading box to expand the indoor space, thereby enabling a large number of people to experience in the loading room of the vehicle, It is possible to provide experiential learning irrespective of external weather and environmental influences.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is evident that many alternatives, modifications, and variations will readily occur to those skilled in the art without departing from the spirit and scope of the invention. Therefore, it should be understood that the disclosed embodiments are to be considered in an illustrative rather than a restrictive sense, and that the true scope of the invention is indicated by the appended claims rather than by the foregoing description, and all differences within the scope of equivalents thereof, .

10: Monitor compartment 20: Monitor compartment
22: upper and lower fixing frame 24: conveying guide rail
26: conveying and rotating means 28: monitor support
30: Educational Equipment Collection Section 40: Training Control System
50; 51, 52, 53: monitor device 60: earthquake experience device
61: Earthquake generating device 62: Base portion
63: composite vibration module 64: bottom plate
65: Chair and table 66: Safety fence
70: HMD device 80: photographing device
90: broadcasting apparatus 100: fire safety education experience vehicle
110: electronic virtual extinguisher 120: cardiopulmonary resuscitation device
141, 142: left and right extending portions 150: rear extending portions
160: Ladder lifting device 170: Roof of vehicle

Claims (9)

For a vehicle for a fire safety education experience,
A portable vehicle provided with a loading box;
An earthquake experience apparatus installed in the loading box;
A side monitor device disposed on an outer side of the side of the loading box;
A monitor storage unit installed at a front end of the loading box to store the side monitor device;
A monitor storage and retrieval device for fixing the side monitor device and sliding the monitor device into the monitor storage part to take out the stored monitor device,
A training control system for storing training images and audio for a fire safety education experience, controlling the video output in conjunction with the educational equipment and the earthquake experience apparatus, and controlling the earthquake experience apparatus;
Wherein the fire safety education experience vehicle system comprises:
For a vehicle for a fire safety education experience,
A portable vehicle provided with a loading box;
An earthquake experience apparatus installed in the loading box;
A left and right monitor device disposed in an outward direction of left and right sides of the loading box;
A monitor storage unit installed at a front end of the loading box to enclose the left and right monitor devices;
A monitor storage and retrieval device for fixing the left and right monitor devices and sliding the monitor devices into the monitor storage part to draw out the stored monitor devices and then rotating them to the left and right sides of the loading case;
A training control system for storing training images and audio for a fire safety education experience, controlling the video output in conjunction with the educational equipment and the earthquake experience apparatus, and controlling the earthquake experience apparatus;
Wherein the fire safety education experience vehicle system comprises:
The fire safety education experience vehicle system according to claim 1 or 2,
A central monitor device installed on the outer wall of the monitor compartment on the side of the loading compartment;
Further comprising a fire safety education experience vehicle system.
4. The method of claim 3,
A lower part of the central monitor unit is provided with a training equipment storage unit for storing a plurality of training equipment for a fire safety education experience;
Further comprising a fire safety education experience vehicle system.
The central monitor apparatus according to claim 3,
A monitor protective cover which is installed with a cover covering the monitor device and can be opened to the top and fixed with a light shield;
Further comprising a fire safety education experience vehicle system.
The fire safety education experience vehicle system according to claim 1 or 2,
A plurality of photographing devices for photographing and storing a fire safety training course under the control of the training control system or outputting the fire safety training course through a monitor device;
Further comprising a fire safety education experience vehicle system.
3. The method according to claim 1 or 2,
Storing virtual reality simulation training content in the training control system,
A plurality of head mounted display (HMD) devices coupled to the virtual reality simulation training contents under the control of the training control system and outputting the virtual reality simulation training contents;
Further comprising a fire safety education experience vehicle system.
The earthquake experiance device according to claim 1 or 2,
A composite vibration module installed in a base portion fixed to a loading box of the vehicle and capable of horizontally, vertically, torsionally, and rotationally vibrating;
An earthquake generation device for controlling the complex vibration module under the control of the training control system based on control information such as an earthquake intensity set for generation of a virtual earthquake, an earthquake type, and an earthquake time;
An experience floor plate that is vibrated by the complex vibration module;
A chair and a table installed on the experience floor;
A safety fence fixed to a periphery of the experience floor and installed at a predetermined height;
And a fire safety education experience vehicle system.
The vehicle according to claim 1 or 2,
A top car having a roof and a wall covering a loading box of a truck, a side door formed on both side walls opened to the upper side, and a rear door opened as an entrance;
And a fire safety education experience vehicle system.

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