JP6363928B2 - Play facilities - Google Patents

Description

  The present invention relates to an amusement facility.

  Patent Document 1 discloses a conventional amusement facility. The amusement facility described in Patent Document 1 is a game system in which a user moves while obtaining information in an attraction area.

  This game system has a plurality of game areas, and a doll is arranged in each game area. The doll is provided with a connection terminal, and a user obtains information by electrically connecting a terminal device to the connection terminal. Thereby, the user can obtain different information for each game area while sequentially moving the game area.

JP 2000-176181 A

  By the way, in the game system described in Patent Document 1, a connection terminal is provided for each game area, and in order for the user to obtain information, the terminal device must be connected to the connection terminal. For this reason, when a game is played by a large number of users, there is a problem that it is necessary to wait for the turn.

  In addition, as in this game system, when the character information is displayed on the terminal device and the puzzle is solved, there are some people who do not find the fun according to the age of the user, and it is difficult to set the target age widely.

  The present invention has been made in view of the above circumstances, and the object of the present invention is to be able to take action on the information terminal of each user regardless of the number of people when passing through a specific place. An object of the present invention is to provide an amusement facility in which the age can be set widely and the user can be provided with an unprecedented interest.

Play facilities of the present invention, and attractions area the user passes is disposed in the attraction area, a beacon module for transmitting a beacon signal, which moves with the user, the beacon signal transmitted from the beacon module An information terminal that receives the beacon signal. The information terminal includes an imaging unit that generates real image data obtained by imaging a scene in the attraction area, and a monitor. Then, the image data associated with the beacon signal is acquired, and a composite image generated by superimposing the image data on the actual image data is displayed on the monitor in accordance with the imaging of the scene in the attraction area. It is characterized by that.

  According to the play facility of the present invention, when passing through a specific place, regardless of the number of people, it is possible to take action on the information terminal of each user, and also appeal to the sight that another image is superimposed on the actual image. Since the display is used, it can be enjoyed by a wide age group, and an unprecedented interest can be given to the user.

It is a schematic perspective view of the play facility of this embodiment. It is a top view of the play facility of this embodiment. It is a side view of the vehicle of the play facility of this embodiment. FIG. 4A is a diagram in which a scene of an attraction area according to the present embodiment is captured by an information terminal. FIG. 4B is a perspective view of the information terminal. It is a block diagram of the play facility of this embodiment. It is a flowchart for demonstrating operation | movement of the play facility of this embodiment. It is the block diagram which showed the modification of the game facility of this embodiment.

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

  As shown in FIG. 1, the play facility of the present embodiment is such that the vehicle 2 travels on a rail 17 laid in the attraction area 1. The user gets on the vehicle 2 while holding the information terminal 3 and points the information terminal 3 with the camera to the scene of the attraction area 1. When the vehicle 2 enters a specific place and the user moves the information terminal 3, a specific image (for example, a character) is displayed in the scene on the information terminal 3. The user can touch the character and compete with other users for the number of touches. That is, according to this play facility, the user can be actively involved in the play.

  As shown in FIG. 2, the amusement facility includes an attraction area 1, a rail 17 laid on the attraction area 1, a vehicle 2 driven along the rail 17, an information terminal 3 attached to the vehicle 2, an attraction A beacon module 4 arranged in the area 1 and a server 6 (FIG. 5) are provided.

  The attraction area 1 is an area through which a user passes. In the attraction area 1 of the present embodiment, a user on the vehicle 2 moves. In the attraction area 1, a show set 7 (see FIG. 1) such as a forest or the sea is installed indoors, and a scene according to the theme is formed. The attraction area 1 is divided into a plurality of areas. Specifically, the first area 11, the second area 12, the third area 13, the fourth area 14, and the fifth area It is divided into an area 15 and a start / goal area 16.

  The first area 11 is provided with a show set 7 with a forest theme. The second area 12 is provided with a show set 7 with a sea theme. The third area 13 is provided with a show set 7 with the theme of sky. The fourth area 14 is provided with a show set 7 on the theme of space. The fifth area 15 is a closing area after passing through the first to fourth areas 14, and a show set 7 with the theme of game clear is installed. The start / goal area 16 is an area where the vehicle 2 starts and stops.

  The attraction area 1 of the present embodiment is divided into walls for each theme, but each area may be divided without being divided by a wall, and is made from one theme from the start to the goal. May be.

  The rail 17 is disposed on the installation surface (for example, floor) of the attraction area 1. The rail 17 is laid across the respective regions in the order of the start / goal region 16, the first region 11, the second region 12, the third region 13, the fourth region 14, and the fifth region 15. Yes. The rail 17 is formed in an annular shape.

  Although the rail 17 of this embodiment is laid on the same plane, for example, undulations may be provided. Moreover, you may be comprised by the rail 17 arrange | positioned by the ceiling so that the vehicle 2 may be suspended.

  The vehicle 2 moves along the rail 17. A plurality of vehicles 2 are provided on the rail 17. The vehicle 2 is provided with a drive device, and the vehicle 2 moves on the rail 17 by this drive device. The drive device is constituted by a motor, for example. A driving device may be attached to the rail 17 side, and the vehicle 2 may be driven from the rail 17 side.

  As shown in FIG. 3, the vehicle 2 is provided with a seat 21. Thereby, the vehicle 2 is comprised so that a some user can be conveyed. A plurality of information terminals 3 that can be used by each user are attached to the vehicle 2 (four in this embodiment). A battery 22 for the information terminal 3 is stored below the seat 21.

  The battery 22 below the seat 21 may not be provided, and a battery may be attached to each information terminal 3. The power supply to the information terminal 3 may not be a battery. For example, the information terminal 3 may be supplied by a trolley including a power supply unit provided on the rail side and a contact provided on the vehicle so as to be in contact with the power supply unit. There is no particular limitation.

  As illustrated in FIG. 4B, the information terminal 3 includes a grip portion 31, and the user can have the grip portion 31. Thereby, the information terminal 3 moves with the user. The information terminal 3 is a portable information terminal such as a smartphone, and is configured to be able to communicate with the server 6 in both directions. Further, the information terminal 3 can receive a signal (beacon signal) transmitted from the beacon module 4.

  Here, the beacon module 4 is a transmitter capable of transmitting a beacon signal. The beacon module 4 broadcasts a beacon signal periodically (for example, every 100 milliseconds) to all information terminals 3 in the network. As shown in FIG. 2, a plurality of beacon modules 4 are provided, and at least one beacon module 4 is arranged in each area of the attraction area 1 (hereinafter, the beacon modules 4 arranged in the first area 11 are the first ones). 1 transmitter 41, the beacon module 4 arranged in the vicinity of the entrance of the second region 12 is called the second transmitter 42).

  The beacon signal is a signal including a beacon ID. The beacon ID is identification information for identifying a beacon signal. For example, the beacon ID identifies the first transmitter 41 and the second transmitter 42. Thereby, the information terminal 3 that has received the beacon signal can identify which beacon module 4 has received the signal.

  The beacon module may be any transmitter that can transmit a signal including a beacon ID, such as an infrared transmitter that transmits an infrared beacon, a wireless LAN access point, a Bluetooth transmitter that transmits a Bluetooth beacon, An active RFID tag may be used.

  As shown in FIG. 4B, the information terminal 3 can display an image corresponding to the area of the attraction area 1 on the monitor 38 so as to overlap the image of the scene by receiving this beacon signal. In addition, the code | symbol 82 in a figure is real images, such as a show set, and the code | symbol 81 is an image superimposed virtually. As illustrated in FIG. 5, the information terminal 3 includes an imaging unit 32, a control unit 33, a monitor 38, a detection output unit 39, and an acceleration sensor 91.

  The acceleration sensor 91 detects that the information terminal 3 has moved. The acceleration sensor may be a three-axis acceleration sensor or a six-axis acceleration sensor (so-called gyro sensor). Detection information detected by the acceleration sensor is output to the control unit 33.

  The imaging unit 32 captures a scene in the attraction area 1 and converts it into image data (this image data is referred to as actual image data). The imaging unit 32 is configured by a camera. The real image data generated by the imaging unit 32 is output to the control unit 33.

  When the real image data is input, the control unit 33 acquires the image data from the server 6 and superimposes the image data on the real image data to generate composite image data. The control unit 33 is configured to output the composite image data to the monitor 38. The control unit 33 includes a reception unit 34, an ID information transmission unit 35, an image composition unit 36, and an image display unit 37.

  The receiving unit 34 receives a beacon signal emitted from the beacon module 4. When receiving the beacon signal, the receiving unit 34 outputs identification information including the beacon ID to the ID information transmitting unit 35.

  When the identification information is input from the reception unit 34, the ID information transmission unit 35 outputs identification data including a beacon ID to the server 6.

  Here, the server 6 is configured to be able to communicate with the information terminal 3 in both directions. The server 6 includes a communication unit 61, an image acquisition unit 62, and a memory 63.

  The communication unit 61 is a part for communicating data with the information terminal 3. When the ID information transmission unit 35 of the information terminal 3 outputs the identification data, the communication unit 61 receives the identification data. When the identification data is input from the ID information transmission unit 35, the communication unit 61 outputs the identification data to the image acquisition unit 62.

  When the identification data is input from the communication unit 61, the image acquisition unit 62 acquires the image data from the memory 63 based on the beacon ID.

  The memory 63 stores a plurality of image data. This image data is data of a CG image (computer graphic image; hereinafter referred to as a virtual image), and is stored in association with the beacon ID. The virtual image data is associated with a plurality of virtual image data with respect to one beacon ID, but may be associated with one virtual image data.

  Specifically, the first image data is associated with the beacon ID of the beacon signal emitted from the first transmitter 41. Further, the second image data is associated with the beacon ID of the beacon signal transmitted from the second transmitter 42. For example, the first image is an image related to a forest that is the theme of the first region 11, and a monster that appears in the forest is exemplified. The second image is an image related to the sea that is the theme of the second region 12, and examples thereof include deep-sea fish that appears in the sea.

  When acquiring virtual image data from the memory 63, the image acquisition unit 62 outputs the acquired data to the communication unit 61. Then, when the virtual image data is input from the image acquisition unit 62, the communication unit 61 outputs the virtual image data to the image composition unit 36 of the information terminal 3.

  When the real image data generated by the imaging unit 32 is input and the virtual image data transmitted from the communication unit 61 is input, the image composition unit 36 superimposes the virtual image data on the real image data and generates a composite image. Is generated. When superimposing the virtual image data on the real image data, the image composition unit 36 superimposes the virtual image at an arbitrary position of the real image (that is, does not perform alignment). Note that one of a plurality of types of virtual images may be selected at random, or a plurality of types may be overlapped.

  Specifically, for example, the image composition unit 36 renders a virtual image at a random position after rendering a real image in the main memory of the information terminal 3 based on the real image data. Is generated. Then, the image composition unit 36 outputs the generated composite image data to the image display unit 37.

  Further, the image composition unit 36 determines whether to superimpose the virtual image data on the actual image data based on the detection information acquired from the acceleration sensor 91. That is, when the acceleration sensor 91 detects that the information terminal 3 has moved, the virtual image data is superimposed on the real image data to generate a composite image, and the composite image data is output to the image display unit 37. In a state where the acceleration sensor 91 does not detect that the information terminal has moved, the actual image data is output to the image display unit 37 without superimposing the virtual image data on the actual image data.

  Note that, when virtual image data is not input from the server 6 (that is, when no beacon signal is received), the image composition unit 36 outputs only real image data to the image display unit 37.

  The image display unit 37 outputs the data input from the image composition unit 36 to the monitor 38 and displays the composite image or the actual image on the monitor 38.

  The monitor 38 is configured by a touch panel monitor. The monitor 38 outputs the touched position information (coordinate information on the monitor 38) to the detection output unit 39.

  When the information on the position touched on the monitor 38 is input, the detection output unit 39 acquires the position information in the actual image of the virtual image from the image composition unit 36. When the touch position matches the position of the virtual image, the detection output unit 39 outputs information to that effect to the image composition unit 36 and the external counting device 51.

  When the information indicating that the touch position matches the position of the virtual image is input from the detection output unit 39, the image composition unit 36 deletes the corresponding virtual image and generates a composite image again. Then, the image composition unit 36 outputs the data to the image display unit 37 and performs data processing in the same manner as described above. At this time, the image compositing unit 36 may not only eliminate the virtual image but also emphasize that the image has disappeared by superimposing images that express an explosion, for example.

  The counting device 51 counts scores for each information terminal 3. When information indicating that the touch position matches the position of the virtual image is input from the detection output unit 39, the totaling device 51 counts the number of times (the counted numerical value is referred to as a total value). For example, when the image portion of the first image data is touched, one point is counted.

  Note that a weighting coefficient may be multiplied according to the image data. For example, the weighting coefficient corresponding to the first image data can be set to 1.0, and the weighting coefficient corresponding to the second image data can be set to 2.0. That is, in this case, two points are counted when the image portion of the second image data is touched.

  The total value calculated by the totaling device 51 is output to the result display unit 52.

  The result display unit 52 displays the total value calculated by the totaling device 51. The result display unit 52 is configured by a large display device such as a television monitor. The result display unit 52 may display a total value for each information terminal 3, or may display an addition value for each vehicle 2 (a value obtained by adding the total values of the four information terminals 3).

  In FIG. 6, the flowchart of the play facility of this embodiment is shown. Hereinafter, the operation of the amusement facility of the present embodiment will be described along this flowchart.

  As shown in FIG. 2, the vehicle 2 stopped in the start / goal area 16 departs from the start / goal area 16 after the user has boarded. When leaving the start / goal area 16, the vehicle 2 enters the first area 11. When entering the first area 11, the information terminal 3 receives the beacon signal transmitted from the first transmitter 41 (S1).

  When receiving the beacon signal by the receiving unit 34, the information terminal 3 outputs the identification information including the beacon ID from the ID information transmitting unit 35 as shown in FIG. 5 (S2). Then, the server 6 receives the identification information through the communication unit 61, and the image acquisition unit 62 acquires virtual image data associated with the beacon ID from the memory 63. Thereafter, the image acquisition unit 62 outputs the virtual image data to the communication unit 61, and the communication unit 61 outputs the virtual image data to the image composition unit 36 of the information terminal 3 (S3).

  Next, in the information terminal 3, when virtual image data is input to the image composition unit 36, the image composition unit 36 acquires actual image data from the imaging unit 32. The image composition unit 36 determines whether the information terminal 3 has moved based on the detection information from the acceleration sensor (S4). Then, when the information terminal 3 has not moved, the image composition unit 36 outputs the actual image data to the image display unit and displays the actual image on the monitor (S5).

  When the information terminal 3 is moving, the image composition unit 36 generates a composite image by superimposing the virtual image data and the real image data (S6). Thereafter, the image display unit 37 displays the composite image on the monitor 38 (S7).

  Next, the detection output unit 39 determines whether or not the user has touched the touch panel (S8), and if it is determined that the user has touched the touch panel, whether or not the touched location corresponds to a virtual image is determined. Is determined (S9).

  When the touched part is a part corresponding to the virtual image, the touched virtual image is erased, and information indicating that the touch has been made is output to the counting device 51, and a value corresponding to the weighting coefficient is added. (S10). If the touched location is not a location corresponding to the virtual image, the process returns to step 8 again to continue determining whether or not the touch panel is touched.

  When the touch panel is not touched, it is determined whether or not a beacon signal different from the beacon signal transmitted from the first transmitter 41 is received (S11). As the vehicle 2 travels, the vehicle 2 enters the second region 12. Then, since the information terminal 3 receives the beacon signal transmitted from the second transmitter 42, it determines whether or not the beacon signal of the goal area has been received (S12), and returns to step 1 for processing. Continue.

  In step 11, until the vehicle 2 enters the second area 12, no beacon signal other than the first transmitter 41 is received, so the process returns to step 8 to determine whether or not the touch panel has been touched. Do.

  When the vehicle 2 travels and enters the start / goal area 16, the information terminal 3 receives the beacon signal of the goal area, and thus the process ends.

  As described above, the amusement facility according to the present embodiment has the attraction area 1 through which the user passes, the beacon module 4 arranged in the attraction area 1, and the information for receiving the beacon signal transmitted from the beacon module 4. And a terminal 3. The information terminal 3 moves with the user. The information terminal 3 includes an imaging unit 32 that generates actual image data obtained by imaging a scene in the attraction area 1 and a monitor 38. When receiving the beacon signal, the information terminal 3 acquires image data associated with the beacon signal, and causes the monitor 38 to display a composite image generated by superimposing the image data on the actual image data.

  For this reason, according to the amusement facility of the present embodiment, when the user images the scene of the attraction area 1 through the information terminal 3, the superimposed image is displayed on the monitor 38 according to the scene. Since the user cannot grasp where the image is displayed in the attraction area 1, the user can enjoy the suddenly appearing image. That is, according to the amusement facility of the present embodiment, when passing through a specific place, an action can be taken on the user's information terminal 3, and a visual appeal is displayed that another image is superimposed on the actual image. Therefore, it can be enjoyed by a wide age group, and the user can be provided with unprecedented interest.

  Moreover, since the amusement facility according to the present embodiment performs broadcast transmission using the beacon module 4, the same processing can be performed regardless of the number of users.

  In addition, the amusement facility of the present embodiment further includes a server 6 capable of bidirectional communication with the information terminal 3 and storing image data associated with a beacon signal. When receiving the beacon signal, the information terminal 3 outputs a signal indicating that the beacon signal has been received to the server 6. The server 6 outputs the image data associated with the beacon signal to the information terminal 3. The information terminal 3 generates a composite image using the image data.

  For this reason, the amusement facility of this embodiment does not need to record a large number of images in each information terminal 3, and can be an information terminal 3 having excellent portability. As a result, the user's ease of handling the information terminal 3 can be improved.

  The attraction area 1 of the present embodiment includes a first area 11 and a second area 12. The beacon module 4 includes a first transmitter 41 disposed in the first region 11 and a second transmitter 42 disposed in the second region 12. When the information terminal 3 receives the beacon signal transmitted from the first transmitter 41, the information terminal 3 acquires the first image data related to the first area 11 and displays the generated composite image on the monitor 38. Further, when the information terminal 3 receives the beacon signal transmitted from the second transmitter 42, the information terminal 3 acquires the second image data related to the second area 12 and displays the generated composite image on the monitor 38.

  For this reason, according to the play facility of this embodiment, a different image can be displayed for every area | region, and it can give a user more interesting.

  Further, the monitor 38 of the present embodiment is a touch panel monitor 38. The information terminal 3 includes a detection output unit 39 that outputs information obtained by touching an area corresponding to an image composed of image data in the composite image displayed on the monitor 38. The amusement facility further includes a counting device 51 that counts the information output from the detection output unit 39.

  Therefore, according to the amusement facility of the present embodiment, the user can touch the virtual image appearing on the monitor 38, and the points can be totaled to score, so that the user can compete with other users for the score. be able to. As a result, game characteristics can be added, and the user can actively participate in the game.

  Further, the information terminal 3 of the present embodiment includes an acceleration sensor 91 that detects the movement of the information terminal 3. When the acceleration sensor 91 does not detect the movement of the information terminal 3, an actual image is displayed on the monitor 38. When the acceleration sensor 91 detects the movement of the information terminal 3, the composite image is displayed on the monitor 38-.

  For this reason, according to the play facility of the present embodiment, the user cannot find an image superimposed on the actual image unless the user moves the information terminal 3 positively and performs an operation of looking over the scene of the attraction area 1. Therefore, user participation can be further actively encouraged.

  In the play facility of the present embodiment, a virtual image by computer graphics is superimposed on a real image, but a composite image may be generated by superimposing photographic data on the real image.

  Moreover, since the play facility of this embodiment can specify the position of the information terminal 3 also in each area | region (area), it is also possible to make a specific character appear at the exit of each area | region, for example. In this case, the character can be set to disappear by a plurality of touches, thereby further adding game characteristics.

  In the game facility of the present embodiment, the information terminal 3 is the information terminal 3 attached to the game facility. However, for example, a user-owned smartphone can be used as the information terminal 3.

  Moreover, although the user moved the inside of the attraction area 1 with the vehicle 2, the game facility of this embodiment may be moved on foot without using the vehicle 2.

  In the amusement facility of the present embodiment, the beacon module 4 is arranged so that the beacon signals do not overlap, but the beacon module 4 may be arranged so that the beacon signals overlap. In this case, the control part 34 should just perform the process which permits only the beacon signal from the beacon module 4 in the nearest position, and does not permit other beacon signals.

  In the amusement facility of the present embodiment, the virtual image is stored in the server 6, but the virtual image may be stored in the memory of each information terminal 3. For this reason, the server 6 is not an essential component in the present invention. Hereinafter, an example configuration in which a virtual image is stored in the memory of the information terminal 3 will be described.

  As shown in FIG. 7, the information terminal 3 includes a memory 94, a control unit 33, a monitor 38, a detection output unit 39, a counting device 95, an acceleration sensor 91, and an imaging unit 32. The control unit 33 includes a reception unit 34, a beacon determination unit 92, an image acquisition unit 93, an image composition unit 36, and an image display unit 37.

  Based on the beacon ID of the beacon signal received by the reception unit 34, the beacon determination unit 92 determines from which beacon module the received signal is transmitted, and outputs the beacon ID to the image acquisition unit. In addition, when receiving a plurality of beacon signals, the beacon determination unit 92 selects only a beacon signal having a high radio field intensity (that is, a signal from a beacon module at the nearest position), and images only the beacon ID. Output to the acquisition unit.

  The image acquisition unit acquires virtual image data stored in the memory based on the beacon ID input from the beacon determination unit 92.

  Similar to the above embodiment, the memory stores a plurality of images associated with the beacon ID.

  The image acquisition unit outputs the virtual image data acquired from the memory to the image composition unit.

  That is, when receiving the beacon signal, the control unit 33 acquires actual image data from the imaging unit 32, acquires image data from the memory 94, and superimposes the image data on the actual image data to generate composite image data. . Then, the control unit 33 outputs the composite image data or the actual image data to the monitor and displays it on the monitor.

  In addition, the information terminal 3 includes a counting device 95. The totaling device 95 totals the information output from the detection output unit. When the information indicating that the touch position matches the position of the virtual image is input from the detection output unit 39, the counting device 95 counts the number of times. The total value counted by the total device 95 is output to the result display unit 52.

  Thus, in the present invention, the server 6 may not be provided. Further, the counting device 95 may be provided separately from the information terminal 3 or may be provided in the information terminal 3.

DESCRIPTION OF SYMBOLS 1 Attraction area 11 1st area | region 12 2nd area | region 13 3rd area | region 14 4th area | region 15 5th area | region 16 Start goal area | region 17 Rail 2 Vehicle 21 Seat 22 Battery 3 Information terminal 31 Grip part 32 Imaging part 33 Control Unit 34 Receiving Unit 35 ID Information Transmitting Unit 36 Image Composition Unit 37 Image Display Unit 38 Monitor 39 Detection Output Unit 4 Beacon Module 41 First Transmitter 42 Second Transmitter 51 Counting Device 52 Result Display Unit 6 Server 61 Communication Unit 62 Image acquisition unit 63 Memory 7 Show set 91 Accelerometer

Claims (5)

An attraction area for the user and
A beacon module that is placed in this attraction area and transmits a beacon signal;
It moves with the user, and comprises an information terminal that receives a beacon signal transmitted from the beacon module,
The information terminal
An imaging unit that generates real image data obtained by imaging a scene in the attraction area;
With a monitor,
When the information terminal receives the beacon signal, the information terminal acquires image data associated with the beacon signal, and superimposes the image data on the actual image data to generate a composite image generated in the scene in the attraction area. An amusement facility which is displayed on the monitor in accordance with the imaging of the game. Further comprising a server capable of bidirectional communication with the information terminal and storing the image data associated with the beacon signal;
Upon receiving the beacon signal, the information terminal outputs a signal indicating that the beacon signal has been received to the server,
The server outputs the image data associated with the beacon signal to the information terminal,
The amusement facility according to claim 1, wherein the information terminal generates the composite image using the image data. The attraction area includes a first area and a second area;
The beacon module includes a first transmitter disposed in the first region and a second transmitter disposed in the second region;
The information terminal
Upon receiving a beacon signal emitted from the first transmitter, the first image data related to the first region is acquired, and the generated composite image is displayed on the monitor,
The second image data related to the second area is acquired when a beacon signal transmitted from the second transmitter is received, and the generated composite image is displayed on the monitor. The amusement facility according to claim 2. The monitor is a touch panel monitor;
The information terminal includes a detection output unit that outputs information obtained by touching an area corresponding to an image composed of the image data in the composite image displayed on the monitor,
The amusement facility according to any one of claims 1 to 3, further comprising a counting device that counts the information output from the detection output unit. The information terminal has an acceleration sensor for detecting movement of the information terminal,
When the acceleration sensor does not detect the movement of the information terminal, a real image is displayed on the monitor, and when the movement of the information terminal is detected, the composite image is displayed on the monitor. The amusement facility according to any one of claims 1 to 4, wherein:

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