KR101202188B1 - Simulation experience center - Google Patents

Abstract

The present invention relates to a simulation experience hall where visitors can experience disaster suppression on a simulation. Simulation experience hall according to the present invention, the waiting room is provided with a first display for displaying a video on the virtual disaster planning site; A preshow room connected to the waiting room and having a second display installed to display a video for monitoring the disaster scheduled place; A main show room connected to the preshow room and having a third display for displaying an image of the disaster suppression equipment being input when a virtual disaster occurs at the disaster scheduled place; A simulator installed in the main showroom and moving in conjunction with the disaster suppression apparatus after a visitor is on board; And a post show room connected to the main show room and having a fourth display for displaying a video in which a virtual person suppresses the disaster at a disaster occurrence place.

Description

Simulation Experience Center {SIMULATION EXPERIENCE CENTER}

The present invention relates to a simulation experience hall that enables a user to cope with a disaster by virtually experiencing a disaster situation.

In general, exhibits and screenings of various types are displayed in the exhibition or exhibition hall according to the purpose. When an exhibition or fair is held for visitors, various exhibits related to the disaster are displayed.

However, these exhibits are designed to simply display the images or sculptures related to the disaster, so that visitors can perceive the disaster situation superficially. Therefore, it was required to allow visitors to virtually experience disaster situations and cope with them.

An object of the present invention for solving the above problems is to provide a simulation experience hall that allows visitors to cope with the actual disaster situation by virtually experiencing the disaster situation.

According to an aspect of the simulation experience hall according to the present invention for achieving the above object, the waiting room is provided with a first display for screening the image of the virtual disaster planning site; A preshow room connected to the waiting room and having a second display installed to display a video for monitoring the disaster scheduled place; A main show room connected to the preshow room and having a third display for displaying an image of the disaster suppression equipment being input when a virtual disaster occurs at the disaster scheduled place; A simulator installed in the main showroom and moving in conjunction with the disaster suppression apparatus after a visitor is on board; And a post show room connected to the main show room and having a fourth display for displaying a video in which a virtual person suppresses the disaster at a disaster occurrence place.

The simulator may include: a boarding vehicle which forms a boarding space for spectators to board; A seat installed to allow a passenger to sit after boarding the boarding body; A plurality of pistons coupled to the vehicle body to a support to be suspended from the vehicle body; And a simulator controller for controlling the plurality of pistons to interlock with the disaster suppression equipment so that the vehicle body is interlocked with the disaster suppression equipment.

A pair of pistons are hinged to a point forming a triangle on the upper surface of the vehicle body, and the vehicle body performs a pitching motion, a rolling motion, a moving motion, a surging motion, a swaging motion and a yawing motion by operating the pistons. You can do that.

According to the present invention, it is possible to experience the disaster situation virtually so that visitors can cope with the actual disaster situation.

1 is a plan view showing a simulation experience hall according to the present invention.
FIG. 2 is a side view illustrating the structure of a main showroom of the simulation experience hall of FIG. 1.
FIG. 3 is a perspective view illustrating a simulator installed in the main memory of FIG. 2.
FIG. 4 is an operational state diagram illustrating a state in which the simulator of FIG. 4 performs a pitching motion.
FIG. 5 is an operational state diagram illustrating a state in which the simulator of FIG. 4 performs a rolling motion.
FIG. 6 is an operational state diagram illustrating a state in which the simulator of FIG. 4 performs a moving motion.
FIG. 7 is an operational state diagram illustrating a state in which the simulator of FIG. 4 performs surging motion.
FIG. 8 is an operational state diagram illustrating a state in which the simulator of FIG. 4 performs a swaying motion.
FIG. 9 is an operational state diagram illustrating a state in which the simulator of FIG. 4 performs yawing motion.

Specific embodiments of the simulation experience hall according to the present invention for achieving the above object will be described.

1 is a plan view showing a simulation experience hall according to the present invention.

Referring to FIG. 1, the simulation experience hall includes a waiting room 110, a preshow room 120, a main show room 140, a simulator 150, and a post show room 170. In this simulation experience hall, various videos such as fire-extinguishing video, fire-saving video, and flood-saving video are shown so that you can experience training to cope with disaster. The following description will be based on the video of the fire extinguishing in the simulation experience hall.

The main show room 140 may be disposed at the center of the simulation experience hall, and the waiting room 110 and the post show room 170 may be disposed at both sides of the main show room 140. In addition, the preshow room 120 is located at the central side of the main showroom 140 (the lower side of the main showroom 140 in FIG. 1) so as to contact the main showroom 140, the waiting room 110, and the post showroom 170. Is installed.

The waiting room 110 is provided with an entrance door 113 to allow visitors to enter the simulation experience hall.

In this case, a first display 111 may be installed in the waiting room 110 to display an image of a virtual disaster planning place. As the first display 111, a beam projector, a TFT / LCD panel, an LED panel, and the like may be applied.

The preshow room 120 is connected to the waiting room 110 so that visitors who are waiting in the waiting room can move. In this case, a door 123 is installed at the entrance of the preshow room 120 so that visitors can enter the preshow room 120.

In the preshow room 120, a second display 121 for displaying an image monitoring a disaster scheduled place is installed. At this time, in the second display of the preshow room 120, an image of a controller watching multiple screens is screened at the central control station.

The preshow room 120 has an entrance door for spectators to enter, and an exit door 125 to enter the main showroom 140.

The bypass passage 130 may be installed at one side of the preshow room 120 (the lower side of FIG. 1) so that visitors may enter the post show room 170 without entering the main show room 140. The bypass passage 130 forms a passage so that visitors who do not enter the disabled or the preshow room 120 may immediately enter the post show room 170.

The main showroom 140 is connected to the preshow room 120. Third displays 141 and 143 are installed in the main showroom 140. At this time, the third display (141, 143) screens the video that the disaster suppression equipment is input when a virtual disaster occurs in the disaster planning place. At this time, the disaster entry equipment may be a helicopter that can drop the water to the fire place or rescue lives.

The simulator 150 is installed in the main showroom 140. The simulator 150 enters the spectators entering the main showroom 140. The simulator 150 moves in conjunction with the disaster suppression apparatus after the visitor boarding. This simulator 150 will be described in detail below.

The post show room 170 is connected to the main show room 140. The post show room 170 is provided with a fourth display 171 for displaying an image of the virtual person finishing the disaster suppression at the disaster occurrence place. In this case, a scene in which the virtual person lifts a fire extinguisher and removes the embers remaining in the fire place may be screened.

The post show room 170 is provided with an exit door 173 so that visitors who have completed the experience can exit the simulation experience hall.

2 is a side view showing the structure of the main showroom of the simulation experience hall, and FIG. 3 is a perspective view showing a simulator installed in the main showroom.

2 and 3, the simulator 150 may include a boarding body 151 forming a boarding space for a visitor to board, and a seat installed to allow a seated passenger to sit on the boarding body 151 ( 153, a plurality of pistons 155 for coupling the vehicle body 151 to the support 140a to hang the vehicle body 151, and a plurality of pistons 155 to interlock with the disaster suppression equipment. It includes a simulator control unit 157 to control the vehicle body 151 is linked with the disaster suppression equipment.

In the simulator controller 157, a program is pre-inputted to control the pistons 155 to interlock with the vehicle body 151 and the disaster suppression equipment so as to be interlocked with the images displayed on the third displays 141 and 143. In this case, as the program is driven, the passenger vehicle body 151 moves as the pistons 155 are individually extended and contracted.

The boarding vehicle 151 may be provided with 2-4 seats 153 so that 2-4 viewers can each sit. In addition, the protective equipment 152 is installed in front of the seat 153 to promote the safety of the viewer.

A pair of pistons 155 are hinged to the upper surface of the vehicle body 151 by a pair of triangles. As the pistons 155 are actuated, the vehicle 151 may be pitched, rolling, heaviing, surging, or swiveling. And yawing motion to move the vehicle 151 in three dimensions.

Third displays 141 and 143 are installed in the main showroom 140. In this case, the third displays 141 and 143 are installed on the screen 141 installed in front of the simulator 150 and the support 140a disposed above the simulator 150 to display an image on the screen 141. It includes a beam projector 143 for projecting.

A plurality of simulators 150 are arranged in the main showroom 140, and a screen 141 and a beam projector 143 are installed in each simulator 150. In this case, each of the simulators 150 operates separately from the other simulators 150, and the third displays 141 and 143 corresponding to the respective simulators 150 operate in conjunction with the corresponding simulators 150. Thus, disaster suppression experiences can be made at each simulator 150 at some intervals.

A bottom 145 is formed below the simulator 150 so that the viewer can move, and more specifically, the bottom 145 side, below the screen 141 to prevent the viewer from approaching the screen 141. An access preventing moat 147 (moat) of the recessed form is formed.

The access prevention moat 147 is provided with a safety device 161 to prevent visitors from falling into the access prevention moat 147.

The safety device 161 provides a guide post 161 rotatable about a hinge axis, a cylinder 163 for rotating the guide post 161 at a predetermined angle, and provides pneumatic or hydraulic pressure to the cylinder 163. By means of a compressor 165 to operate the cylinder 163.

The safety device 161 operates to raise the guide post 161 before the visitor rides on the boarding vehicle 151, and the guide post 161 gazes after the visitor boards the boarding vehicle 151. It is operated to rotate down so as not to obstruct.

The operation of the simulator experience hall according to the present invention configured as described above will be described.

1 is a block diagram showing a simulator experience hall according to the present invention, Figure 4 is an operational state diagram showing a state in which the simulator is pitching motion (pitching motion). FIG. 5 is an operational state diagram illustrating a state in which a simulator performs a rolling motion, and FIG. 6 is an operational state diagram illustrating a state in which a simulator performs a moving motion, and FIG. It is an operation state diagram which shows the state which performs surging motion. FIG. 8 is an operational state diagram illustrating a state in which the simulator performs a swaying motion, and FIG. 9 is an operational state diagram illustrating a state in which the simulator performs a yawing motion.

Referring to FIG. 1, the spectator moves to the waiting room 110 through the entrance. At this time, in the first display 111 of the waiting room 110, a virtual disaster planning place is screened so that visitors can recognize the disaster planning place.

Visitors who visited the disaster scheduled place in the waiting room 110 move to the preshow room 120. In the second display 121 of the preshow room 120, an image monitoring a disaster scheduled place is screened. Visitors are aware of the fact that disasters are being monitored at the central station as they watch video from the central station.

Visitors of the preshow room 120 move to the main showroom 140. At this time, the visitors of the main showroom 140 form a group of 2-4 persons and board the simulator 150. When the boarding of the simulator 150 is completed, the guide post 161 is rotated as the safety device 161 is operated, and then descends downward.

In addition, the image of the disaster suppression equipment is projected from the beam projectors 143 of the simulators 150. At this time, when the disaster suppression equipment is flying and the image to suppress the disaster comes out, the simulator 150 moves in six directions in conjunction with the disaster suppression equipment flying by the action of the piston 155. Here, the six-way motion means a pitching motion, a rolling motion, a moving motion, a surging motion, a swinging motion, and a yawing motion. do. Hereinafter, the six-way motion of the simulator 150 will be described in detail.

Referring to FIG. 4, the pitching motion is a motion of rotating the vehicle body 151 back and forth within a predetermined angle range by the action of the pistons 155.

Referring to FIG. 5, the rolling motion is a motion of rotating the vehicle body 151 from side to side within a predetermined angle range by the action of the pistons 155.

Referring to FIG. 6, the moving motion is a motion of vertically elevating the vehicle body 151 vertically.

Referring to FIG. 7, the surging motion is a motion of moving the vehicle body 151 back and forth in parallel.

Referring to FIG. 8, the swaying motion is a motion of reciprocating the vehicle body 151 in parallel from side to side.

Referring to FIG. 9, the yawing is a motion in which the yawing is rotated within a predetermined angle range in a horizontal direction (circumferential direction) around a vertical axis passing through the center in the vertical direction of the vehicle body 151.

As described above, as the simulator 150 moves in conjunction with the disaster suppression equipment, visitors can experience a disaster suppression directly on the disaster suppression equipment.

After the disaster suppression image is finished on the screen 141, the simulator controller 157 causes the simulator 150 to stop. In addition, as the safety device 161 is operated, the guide post 161 is erected on the floor 145 to help the visitor's safety.

Visitors get off at the vehicle body of the simulator 150 and then move to the post show room 170.

In the post show room 170, an image in which a virtual person suppresses a disaster at a disaster occurrence place is screened. Visitors feel that they have almost suppressed disaster in the main showroom 140, but are aware that they still need to remove the remaining embers. At this time, the viewers are aware of the tips on how the fictional character suppresses the remaining embers at the place of the disaster.

After the image is finished in the post show room 170, the viewers exit the simulation experience hall through the exit door 173.

As described above, the visitors experience the process of suppressing the disaster as a whole in the simulation experience hall, so that they can cope with the disaster when the disaster actually occurs. In addition, because the simulator directly experiences the disaster suppression process, the disaster suppression process can be vividly experienced and fun.

The present invention can reduce the damage to human life or property when a disaster actually occurs as the visitor experiences in advance coping with a disaster in a simulation, and thus, the present invention has a significant industrial applicability.

110: waiting room 111: first display
120: preshow room 121: second display
130: bypass passage 140: main showroom
141,143: Third display 141: Screen
143: beam projector 145: floor
147: Moat 150: Simulator
151: vehicle 153: seat
155: piston 157: simulator control unit
160: safety device 161: guide post
163: cylinder 165: compressor
170: Post Showroom 171: Fourth Display

Claims (3)

A waiting room in which a first display for displaying an image of a virtual disaster planning place is installed; A preshow room connected to the waiting room and having a second display installed to display a video for monitoring the disaster scheduled place; A main show room connected to the preshow room and having a third display for displaying an image of the disaster suppression equipment being input when a virtual disaster occurs at the disaster scheduled place; A simulator installed in the main showroom and moving in conjunction with the disaster suppression apparatus after a visitor is on board; And a post show room connected to the main show room and having a fourth display for displaying a video in which a virtual person suppresses the disaster at a disaster occurrence place.
The preshow room is installed at a central side of the main show room to be in contact with the main show room, the waiting room and the post show room, and on one side of the pre show room to allow visitors to enter the post show room without entering the main show room. A pass passage is installed, and a bottom is formed at the bottom of the simulator so that the viewer can move, and at the bottom side, an access prevention moat is formed to be recessed down to prevent the viewer from accessing the screen. Access control moat is equipped with a safety device to prevent visitors from falling into the access prevention moat,
The safety device includes a guide post rotatable about a hinge axis, a cylinder for rotating the guide post at a predetermined angle, and a compressor for operating the cylinder by providing pneumatic or hydraulic pressure to the cylinder,
The safety device is operable to stand the guide post before the spectator boarding the boarding body, and simulated experience hall, characterized in that the guide post is configured to be operated to rotate down so as not to obscure the gaze after the spectator boarding the boarding body . The method of claim 1,
The simulator
A boarding vehicle forming a boarding space for the spectator to board;
A seat installed to allow a passenger to sit after boarding the boarding body;
A plurality of pistons coupled to the vehicle body to a support to be suspended from the vehicle body; And
And a simulator controller for controlling the plurality of pistons to be linked with the disaster suppression equipment so that the vehicle body is linked with the disaster suppression equipment. The method of claim 2,
A pair of pistons are hinged to a point forming a triangle on the upper surface of the vehicle body, and the vehicle body performs a pitching motion, a rolling motion, a moving motion, a surging motion, a swaging motion and a yawing motion by operating the pistons. Simulation experience hall, characterized in that to be.

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