KR20220000879A - No power roller-coaster system with virtual reality content - Google Patents

Abstract

The present invention relates to a non-powered roller coaster system including virtual reality content, which is conveniently maintained, comprising: a viewing rail for providing a viewing path; a spectator transport mechanism for seating a spectator; a content output device for sequentially outputting virtual reality content to the spectator; and a signal generator.

Description

{NO POWER ROLLER-COASTER SYSTEM WITH VIRTUAL REALITY CONTENT}

The present invention relates to a roller coaster system, and more particularly, to a roller coaster system including virtual reality content that provides virtual reality content to viewers watching the roller coaster.

A roller coaster that can be viewed at an amusement park is a tracked train made to run up and down the rails by installing supports from the ground to the air at a certain height, and then connecting rails between the supports.

The roller coaster is equipped with a transport mechanism that can board a large number of visitors in order to move the spectators on the rail. The transfer mechanism on board is raised to a high place to increase the potential energy, and then dropped onto the formed rail to convert the potential energy into kinetic energy to move the transfer mechanism.

The roller coaster is one of the most popular rides in amusement parks because it forms various inclinations for each rail section and provides pleasure to the visitors on the transport by forming a variety of straight and curved sections.

Meanwhile, in recent years, as VR equipment that can provide virtual reality content has become common and spread, various entertainment services using VR equipment are being provided. In addition to providing viewing of the coaster, it also provides virtual reality content.

However, in the case of the conventional VR roller coaster, there is a problem in that it is not possible to provide a lot of viewing in a limited time because the viewing start and the viewing end are sequentially performed at the same place.

In addition, since a separate power unit must be provided to move the roller coaster transport mechanism to a high place, there is a problem in that the provided power unit must be frequently checked.

In addition, there is a discrepancy between the virtual reality content provided through the VR equipment and the viewing state of the actual viewer, resulting in cognitive dissonance, resulting in motion sickness, and lowering the sense of reality of roller coaster viewing.

Korean Patent Publication No. 10-2013-0035780 (published on October 16, 2013)

Accordingly, the present invention has been devised in the background described above, and a roller coaster that can provide more roller coaster services at the same time by separating the start and end points of the viewing so that the start and end of the viewing can be made at the same time The purpose is to provide a system.

In addition, an object of the present invention is to provide a roller coaster system that allows the operation of the roller coaster even if a separate power supply device is not provided by configuring the visitor to move directly to the point where the viewing starts.

Another object of the present invention is to provide a roller coaster system capable of preventing cognitive dissonance and providing more colorful virtual reality content by controlling the output of virtual reality content by installing a plurality of signal generators on the viewing path.

The object of the present invention is not limited thereto, and other objects not mentioned will be clearly understood by those skilled in the art from the following description.

In order to achieve this object, an embodiment of the present invention provides a viewing rail that provides a viewing path through which visitors move while forming at least one or more inclined sections having different height differences; a spectator transport mechanism coupled to the spectator rail to be movable and seating the spectator; a content output device for sequentially outputting virtual reality content pre-formed to correspond to each section of the viewing route to the viewer when the viewer moves along the viewing route; and a signal generator installed in each section of the viewing path to transmit a content control signal for controlling the output of the virtual reality content for each section of the viewing path on the viewing path; including, the lower part of the viewing rail A departure zone is formed on the ground of the ground at the point where the spectator's viewing starts, and on the ground of the ground where the spectator's viewing ends among the ground under the viewing rail, it is spaced apart from the starting zone and is lower than the starting zone It provides a non-motorized roller coaster system including virtual reality content, characterized in that the arrival zone of the height is formed.

In addition, between the departure zone and the arrival zone among the ground under the viewing rail, a viewing movement path that allows the viewer to move to the departure point is formed along the path of the viewing rail. It provides a non-motorized roller coaster system that includes

In addition, provided in the departure zone, it provides a non-motorized roller coaster system including virtual reality content, characterized in that it further comprises a content reader that generates a content type signal according to the tag of the RF card possessed by the visitor.

In addition, the content output device, virtual reality, characterized in that provided to receive the content type signal from the content reader, and output the virtual reality content of a specific concept selected by the viewer according to the received content type signal It provides a non-motorized roller coaster system that includes content.

According to an embodiment of the present invention, since the start of the viewing and the end of the viewing may proceed simultaneously at different points on the viewing route, there is an effect that more viewing services can be provided at the same time.

In addition, since the visitor moves directly to the point where the viewing starts, a device for providing a separate power to the visitor transport mechanism is not required, so maintenance and repair of the roller coaster system is convenient.

In addition, when the visitor moves the viewing path, the virtual reality content is provided together, but by controlling the output of the virtual reality content according to the viewing path, it is possible to provide more realistic virtual reality content and various virtual reality contents.

1 is a diagram showing the overall configuration of a roller coaster system including virtual reality content according to an embodiment of the present invention.
Figure 2 is a view showing the detailed configuration of the visitor transport mechanism according to an embodiment of the present invention.
3 is a view showing the detailed configuration of the connecting device provided in the visitor transport mechanism according to an embodiment of the present invention.
4 is a view showing a distance maintaining device according to an embodiment of the present invention.
5 is a view showing distance maintaining devices according to another embodiment of the present invention.
6 is a view showing a distance maintaining device according to another embodiment of the present invention.
7 is a diagram illustrating a detailed configuration of a viewing path provided in a roller coaster system including virtual reality content according to an embodiment of the present invention.
8 is a block diagram showing the overall configuration of an embodiment of a roller coaster system including virtual reality content according to a non-streaming method among embodiments of the present invention.
9 is a conceptual diagram illustrating operations of a content output device and a signal generator of a roller coaster system including virtual reality content according to a non-streaming method according to an embodiment of the present invention.
10 is a block diagram illustrating an overall configuration of another embodiment of a roller coaster system including virtual reality content according to a non-streaming method among embodiments of the present invention.
11 is a block diagram illustrating an overall configuration of a roller coaster system including virtual reality content according to a streaming method according to an embodiment of the present invention.
12 is a conceptual diagram illustrating operations of a content output device, a signal generator, and a server of a roller coaster system including virtual reality content according to a streaming method according to an embodiment of the present invention.
13 is a block diagram illustrating an overall configuration of another embodiment of a roller coaster system including virtual reality content according to a streaming method among embodiments of the present invention.
14 is a plan view illustrating a partial configuration of a roller coaster system including virtual reality content according to embodiments of the present invention, and a diagram illustrating a state in which unsynchronized virtual reality content is output to a viewer through a content output device.
15 is a plan view illustrating a partial configuration of a roller coaster system including virtual reality content according to embodiments of the present invention, and a diagram illustrating a state in which virtual reality content synchronized through a content output device is output to a viewer.
16 is a plan view illustrating a partial configuration of a roller coaster system including virtual reality content according to embodiments of the present invention, and a diagram illustrating a state in which only theme content among virtual reality content is output to viewers through a content output device.
17 is a plan view showing a partial configuration of a roller coaster system including virtual reality content according to embodiments of the present invention, and a view showing a state in which event content is added to the theme content and output to the viewer through the content output device.
18 is a flowchart illustrating a method of providing a service of a roller coaster including virtual reality content according to embodiments of the present invention.

Hereinafter, some embodiments of the present invention will be described in detail with reference to exemplary drawings. In adding reference numerals to the components of each drawing, it should be noted that the same components are given the same reference numerals as much as possible even though they are indicated on different drawings. In addition, in describing the present invention, if it is determined that a detailed description of a related known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted.

In addition, in describing the components of the present invention, terms such as first, second, A, B, (a), (b), etc. may be used. These terms are only for distinguishing the elements from other elements, and the essence, order, or order of the elements are not limited by the terms. When it is described that a component is “connected”, “coupled” or “connected” to another component, the component may be directly connected or connected to the other component, but another component is formed between each component. It should be understood that elements may also be “connected,” “coupled,” or “connected.”

As shown in the drawing, the roller coaster system including virtual reality content according to an embodiment of the present invention forms at least one or more inclined sections having different height differences, while providing a viewing path through which the spectators move. rail 100; a visitor transport mechanism 200 coupled to the viewing rail 100 so as to be movable and seated therein; When the visitor moves along the viewing path, the content output device 300 for sequentially outputting the virtual reality content (C) preformed to correspond to each section of the viewing path to the visitor; and a signal generator 400 that is installed for each section of the viewing path and transmits a content control signal (SC) for controlling the output of virtual reality content (C) for each section of the viewing path on the viewing path; characterized in that

Hereinafter, each configuration of the present invention will be described in detail with reference to FIGS. 1 to 18 .

First, as shown in FIGS. 1 and 2 , the viewing rail 100 according to an embodiment of the present invention provides a viewing path through which viewers move while forming at least one or more inclined sections having different height differences. do.

The viewing rail 100 is installed at a position having a predetermined height from the ground, and may be configured in various closed loop shapes including straight track and curved track, and provides various viewing routes to visitors according to the shape of the closed loop will do

In addition, each section of the viewing rail 100 may be formed to have a different height difference from the ground. The roller coaster system including virtual reality content according to an embodiment of the present invention provides each section of the viewing path without additional power. Since potential energy is converted into kinetic energy according to the height difference of A slope section should be formed in consideration of the loss.

Then, the spectator transport mechanism 200 is movably coupled to the spectator rail 100 and seated the spectator.

The spectator transport mechanism 200 is a means provided for the movement of spectators along the viewing path, and the spectators move along the spectating path while seated on the spectator transport device 200 coupled to the spectator rail 100 to be movable. do.

More specifically, as shown in FIG. 2 , the visitor transport mechanism 200 according to an embodiment of the present invention is coupled to a seating device 210 worn by a visitor and one end to be movable to the viewing rail 100 , , the other end is characterized in that it includes a connection device 230 that is detachably coupled to the mounting device (210).

First, the seating device 210 may be, for example, harness equipment, and is formed extending from the fixing part 211 and the fixing part 211 that are worn on the viewer's body, arms, legs, etc. to support the viewer when moving the viewing path. It may include a first fastening portion 213 coupled to the other end of the connection device 230 to be described later.

The fixing unit 211 may be formed in the form of a plurality of belts that can be detached from each part of the viewer's chest, waist, thighs, etc., and the plurality of belts may be interconnected to support the viewer as one body.

In addition, the belt is manufactured in the form of a strap having a buckle, and may be configured to be easily detachable from the viewer.

On the other hand, the first fastening portion 213 is formed to extend from the fixing portion 211, a ring-shaped member such as a carabiner is provided at the end of the connection device 230 by coupling with the other end, the fixing portion 211 is connected to the device (230).

Subsequently, the connecting device 230 is, as shown in FIG. 3 , a roller shaft 231 formed at one end, a roller 233 rotatably coupled to the roller shaft 231 , and a second fastening part formed at the other end. (235).

At one end of the connecting device 230 according to an embodiment of the present invention, a roller shaft 231 is formed in the width direction or the height direction of the viewing rail 100 so that the connecting device 230 can move on the viewing rail 100 . and a roller 233 may be rotatably coupled to the roller shaft 231 .

At this time, the guide part 110 of various shapes may be formed in the viewing rail 100 so that the connecting device 230 can be coupled thereto. 100), the roller 233 is rotated while being supported by the guide unit 110, so that the connection device 230 can be configured to slide along the viewing path. .

As shown in FIGS. 3 (a) and 3 (b), the connecting device 230 has a roller shaft 231 and a roller 233 rotatably coupled to the roller shaft 231 as a basic configuration, It can be movably coupled to the viewing rail 100 in various forms.

Subsequently, the second fastening part 235 is formed at the other end of the connecting device 230 , and may be formed as a ring-shaped member to be coupled to the above-described first fastening part 213 , and the first fastening part 213 . ) is coupled with the second fastening part 235 and ultimately the seating device 210 and the connecting device 230 are coupled to each other, and the viewer can move the viewing path by the visitor transfer mechanism 200 .

On the other hand, as shown in Figures 4 and 5, the audience transport mechanism 200 according to an embodiment of the present invention is a distance for maintaining a certain distance between the audience transport mechanism 200 moving along the viewing path. Retaining devices (250a, 250b, 250c); characterized in that it further comprises.

Since the audience transport mechanism 200 of the present invention wears a seating device 210 for each visitor, and the seating device 210 is coupled to each connection device 230, each audience transport mechanism 200 is mutually will move separately.

Therefore, since there is a possibility that the visitor transport mechanism 200 having different moving speeds collides with each other, and there is a possibility that a collision accident may occur between the spectators, a distance maintaining device 250a for maintaining a constant distance between the spectator transport mechanisms 200, 250b and 250c) are provided.

As shown in FIG. 4 , the distance maintaining device 250a according to an embodiment of the present invention enables sliding movement in the longitudinal direction of the base member 251a coupled to the connection device 230 and the base member 251a. It may include a buffer member 253a coupled thereto and an elastic member 255a provided between the base member 251a and the buffer member 253a to elastically support the buffer member 253a.

At this time, of course, the distance maintaining device 250a according to an embodiment of the present invention may be formed only in the front or rear direction, as well as in the front and rear directions of the audience transport mechanism 200 .

By being provided with the distance maintaining device (250a) in the connecting device 230, the audience transport mechanism 200 is able to maintain a mutual safety distance, when the audience transport mechanism 200 is close to within a safe distance, the elastic member (255a) This is because the buffer member (253a) elastically supported by the can push the other audience transfer port (200).

In addition, as shown in FIG. 5 , the distance maintaining device 250b according to another embodiment of the present invention is formed of a member having a predetermined length in the front-rear direction or a disk-shaped member to be coupled to the connecting device 230 . can

More specifically, the distance maintaining device 250b may be formed of a member having a cushioning function, such as a sponge, and has a predetermined length in the front-rear direction and is coupled to the connecting device 230 to move the viewing path. (200) and the spectators are configured not to collide with each other, or formed in a disk shape and the center is coupled to the connecting device 230 to move the spectator transport mechanism 200 and the spectators can be configured so as not to collide with each other .

In addition, as shown in FIG. 6 , the distance maintaining device 250c according to another embodiment of the present invention may be configured as a chain, and both ends may be coupled to the front and rear connection devices 230 , respectively.

At this time, when the front audience transfer mechanism 200 is going to move quickly, the rear audience transfer mechanism 200 connected to the distance maintaining device 250c blocks the front audience transfer mechanism 200, so that the safety distance of the front and rear visitors can be kept constant.

Conversely, when the rear audience transfer mechanism 200 moves slowly, the front audience transfer mechanism 200 connected to the distance maintaining device 250c pulls the rear audience transfer mechanism 200, thereby increasing the safety distance of the front and rear visitors. can be kept constant.

As described above, the distance maintaining devices 250a, 250b, and 250c are provided in the audience transport mechanism 200 movably coupled to the viewing rail 100, so that the visitors moving on the viewing route do not collide with each other and watch safely. can proceed.

Subsequently, as shown in FIG. 7 , according to an embodiment of the present invention, the departure zone As is formed on the ground at the point where the viewer's viewing starts on the viewing route, and on the ground at the point where the viewer's viewing ends The arrival area (Aa) is formed, and between the departure area (As) and the arrival area (Aa), the departure area (As) and the arrival area (Aa) are connected to allow the visitor to move to the departure area (As). It is characterized in that the movement path (R) is formed.

In the departure zone As, a visitor wearing a seating device 210 is waiting, and a connecting device 230 coupled to the seating device 210 worn by the waiting visitor so as to be movable to the viewing rail 100 is installed. It is a point where the viewer can start viewing along the viewing path.

The arrival zone (Aa) is a point at which the viewer's viewing ends by separating the connecting device 230 from the seating device 210 of the visitor who has finished viewing by moving the viewing path, and as described above, in one embodiment of the present invention Since the roller coaster system including virtual reality contents according to is formed with

That is, the roller coaster system including virtual reality content according to an embodiment of the present invention is formed by separating the departure area (As) from which the viewer's viewing starts and the destination area (Aa) where the viewer's viewing ends, respectively. , it is configured so that the start and end of the viewing are made at the same time in each zone, so that more viewing services can be provided at the same time.

On the other hand, between the departure zone As and the arrival zone Aa, a viewing path R is formed that connects the departure zone As and the arrival zone Aa so that visitors can move to the departure zone As. do.

The viewing movement path R may be formed as a staircase, for example, and the visitor may move to the departure area As along the viewing movement path R in a state in which the seating device 210 is worn or not.

That is, the visitor does not move to the departure area As by the connecting device 230 moving along the viewing rail 100, but directly moves to the departure area As through the viewing movement path R, at this time The visitor can move while holding the connecting device 230 moving along the viewing rail 100 and pulling up the connecting device 230 to the starting area As.

Accordingly, the connection device 230 can move from the arrival zone Aa to the departure zone As without providing power from a separate power device.

In the conventional roller coaster system, in order to move the spectators to a predetermined height, constant power must be provided to the transport mechanism on which the spectators are mounted through a separate power device. As it moves directly to the departure area As through the R, it is necessary to provide power with a separate power device from the outside not only when the visitor proceeds to view along the viewing route but also when the visitor moves to the departure area As It is a roller coaster system without

On the other hand, the ground of the viewing path may be provided with a buffer member (m) in preparation for a fall accident of the viewer, the buffer member (m) may be composed of, for example, a mattress.

Subsequently, the content output device 300 sequentially outputs virtual reality content C that is preformed to correspond to each section of the viewing route to the viewer when the viewer moves along the viewing route.

The roller coaster system including the virtual reality content of the present invention may provide virtual reality content (C) as an embodiment in a non-streaming manner, and as another embodiment, virtual reality content (C) may be provided in a streaming method.

Hereinafter, with reference to FIGS. 8 and 9, the roller coaster system including virtual reality content according to an embodiment of the present invention provides virtual reality content (C) in a non-streaming manner. .

First, the content output device 300 is provided, for example, in the form of a head mounted display worn on the head of a viewer, etc., and can output virtual reality content C to a viewer moving along a viewing path.

At this time, the virtual reality content (C) output from the content output device 300 is the theme content (Ct) that is output with the start of the viewer's viewing, and the event content (Ce) that is additionally output on the theme content (Ct). may include

Here, the theme content (Ct) is content pre-formed in the content output device 300 to correspond to each section of the viewing route, and the event content (Ce) is the theme content (Ct) when the viewer passes a specific section on the viewing route. This is the content that is additionally output to .

Meanwhile, in one embodiment of the present invention, it is described that the content output by the content output device 300 is content related to virtual reality, but the present invention is not limited thereto, and the content output device 300 outputs the content. The content to be used may be content related to augmented reality or mixed reality.

Meanwhile, referring to FIG. 8 , the content output apparatus 300 according to an embodiment of the present invention includes a communication unit 310 , a content generation unit 330 , a display unit 350 , a sensor unit 370 , and an operation unit 390 . may include

First, the communication unit 310 is provided to be connected to the signal generator 400, the server 500 or the content reader 600 to be described later by wireless communication, and the wireless communication method may be, for example, a Wi-Fi method. have.

The communication unit 310 may receive the content control signal SC from the signal generator 400 and transmit it to the content generator 330 to be described later, and also receives the content type signal ST from the content reader 600 . , may be transmitted to the content generating unit 330 to be described later.

Subsequently, the content generating unit 330 stores predetermined virtual reality contents (C), and generates and views various virtual reality contents (C) according to a content type signal (ST) or a content control signal (SC) to be described later. It can be provided to visitors moving along the route.

Then, the display unit 350 outputs the virtual reality content (C) generated by the content generation unit 330 to the viewer, so that the viewer can recognize the virtual reality content (C) through sight or hearing.

Next, the sensor unit 370 is provided to detect the movement of the head of the viewer wearing the content output device 300, and more specifically, an acceleration sensor, a tilt sensor, and a gyro sensor are provided for the viewer. It can detect actions such as turning the head or moving it up and down.

The sensor unit 370 may acquire the gaze information of the visitor through the movement of the head of the visitor, and accordingly generate the gaze information signal SS and transmit it to the content generation unit 330, The content generating unit 330 receiving the information signal SS may generate virtual reality content C in which the gaze information of the viewer is reflected and output to the viewer.

Subsequently, the manipulation unit 390 may be provided on the outside of the content output device 300 in the form of a button, and as the viewer presses the button, a manipulation signal SW is generated and transmitted to the content generating unit 330 . .

Here, the manipulation signal SW is a signal for controlling the content generating unit 330 so that preset content that may be generated in the virtual reality content C according to the manipulation of the manipulation unit 390 is reflected in the virtual reality content C to be.

The content generating unit 330 that has received the manipulation signal SW generates virtual reality content (C) in which preset content that may occur on the virtual reality content (C) is reflected according to the manipulation of the manipulation unit 390 and outputs it to the viewer. can make it happen

Subsequently, the signal generator 400 is installed for each section of the viewing path, and transmits a content control signal SC for controlling the output of the virtual reality content C for each section of the viewing path on the viewing path.

The signal generator 400 may be provided, for example, as a beacon, and the content control signal SC transmitted by the signal generator 400 is a Bluetooth type having an ID value and an RSSI value for each signal generator 400 . It could be a signal.

In one embodiment of the present invention, the signal generator 400 is described as being provided as a beacon, but it is not necessarily limited thereto. Of course, it may be provided as a device.

As shown in Fig. 9, the signal generator 400 is installed for each section of the viewing path and periodically transmits a content control signal (SC) for controlling the output of the virtual reality content (C) on the viewing path, When the visitor passes around the signal generator 400 while passing through each section of the viewing route, the content output device 300 transmits the content control signal SC transmitted from the signal generator 400 through the communication unit 310 . be able to receive

The content control signal SC is transmitted to the content generator 330 of the content output device 300 through the communication unit 310 to control the output of the virtual reality content C of the content generator 330 .

More specifically, the content control signal SC transmits the virtual reality content (C) so that the content output device 300 outputs the virtual reality content (C) corresponding to the specific section when the viewer passes a specific section on the viewing route. It is characterized in that it includes a content synchronization signal (SC-s) for changing the output point of C).

The roller coaster system according to an embodiment of the present invention, according to each section (straight section, curved section, uphill section, downhill section, etc.) when the viewer moves along the viewing route due to the characteristics of the viewer transport mechanism 200, or the viewer The speed of moving the viewing path may vary due to the body movement of A phenomenon in which the virtual reality content C is output may occur.

That is, when the visitor passes through a specific section on the viewing route, virtual reality content (C) that does not correspond to the specific section is output, so that information recognized through the viewer's sense of balance, etc. along the viewing route, and the content output device 300 ) through which the virtual reality content (C) perceived from the viewer's point of view does not match, a cognitive dissonance phenomenon may occur.

In order to prevent this phenomenon, a plurality of signal generators 400 are installed in each section of the viewing route to periodically transmit the content synchronization signal (SC-s) on the viewing route, and the viewer can use the content synchronization signal (SC-) s) When passing around the signal generator 400 that transmits, the communication unit 310 of the content output device 300 receives the content synchronization signal SC-s and the content generator 330 of the content output device 300 ) to transmit the content synchronization signal (SC-s).

At this time, the content generator 330 receiving the content synchronization signal SC-s outputs virtual reality content (C) corresponding to a specific section through which the viewer passes on the display unit 350, the virtual reality content ( The output point of C) can be changed.

Furthermore, the content synchronization signal (SC-s), when the visitor passes a specific section on the viewing path, the content output device 300 to output the virtual reality content (C) corresponding to the specific section, the virtual reality content (C) ) to change the output speed.

As described above, the speed at which the visitor moves along the viewing path may vary depending on a specific section (a straight section, a curved section, an uphill section, a downhill section, etc.) on the viewing path through which the visitor passes. In order to be provided with the virtual reality content (C) corresponding to a specific section passing through, the output speed of the virtual reality content (C) output by the content output device 300 needs to be changed.

At this time, the content output device 300 that has received the content synchronization signal SC-s from the signal generator 400 installed in a specific section is output speed of the virtual reality content C according to the content synchronization signal SC-s. can be changed

For example, the content generation unit 330 changes the frame rate (frame rate, fps) for the output of the virtual reality content (C) according to the content synchronization signal (SC-s) to increase the output speed of the virtual reality content (C) Depending on the specific section, if the moving speed of the visitor increases, the frame rate (fps) for the output of the virtual reality content (C) is increased, and if the moving speed of the visitor becomes slow, the output of the virtual reality content (C) is decreased. frame rate (fps) may be reduced.

Accordingly, as shown in FIG. 15 , even if the moving speed of the visitor on the viewing path is changed, the contents generating unit 330 is controlled by the contents synchronization signal SC-s, and on the viewing path through which the visitor is passing. Virtual reality content (C) corresponding to a specific section can be output to the viewer.

In this way, by preventing the cognitive dissonance phenomenon of the audience by the content synchronization signal (SC-s), it is possible to prevent motion sickness caused by the mismatch between the sense of sight and the sense of balance, and also virtual reality content (C) with a higher sense of reality to the audience. ) can be provided.

On the other hand, the content control signal SC is virtual reality so that when the visitor passes a specific section on the viewing route, the content output device 300 additionally outputs a predetermined event content Ce on the theme content Ct. It is characterized in that it includes a content addition signal (SC-a) for changing the output content of the content (C).

The signal generator 400 according to an embodiment of the present invention is installed for each section of the viewing route and periodically transmits the content addition signal SC-a on the viewing route, and the viewer receives the content addition signal SC-a. When passing around the signal generator 400 for transmitting A content addition signal SC-a may be transmitted.

As described above, the virtual reality content (C) according to an embodiment of the present invention includes the theme content (Ct) pre-formed in the content output device 300 to correspond to each section of the viewing path, and the spectators on the viewing path. It may include event content (Ce) that is additionally output to the theme content (Ct) when passing through the section, the content generator 330 receiving the content addition signal SC-a, the display unit 350 The output content of the virtual reality content (C) can be changed so that the event content (Ce) is additionally output to the theme content (Ct) being output in the .

As shown in FIGS. 16 and 17 , the content generating unit 330 receiving the content addition signal SC-a receives the theme content Ct that is output under the control by the content addition signal SC-a. The event content (Ce) can be added and outputted, and accordingly, visitors can be provided with various event content (Ce) while passing through each section of the viewing route.

Here, the event content Ce added and output on the theme content Ct may be, for example, content such as flying soap bubbles as shown in FIG. 17 .

On the other hand, as shown in FIG. 10, the roller coaster system according to another embodiment of the present invention may include a section detection sensor unit 700 that is provided in the visitor transport mechanism 200 and detects specific sections on the viewing path. have.

The viewing rail 100 is manufactured in various shapes for each part, so that specific sections of various shapes can be formed on the viewing route, for example, a sharp ascent section, a sharp descent section, a sharp curve section, a left-right vibration section, a vertical vibration section, etc. Various types of sections can be formed.

At this time, the section detection sensor unit 700 may be provided in the spectator transport mechanism 200 to detect various types of specific sections formed in the viewing path.

More specifically, the section detection sensor unit 700 may include a gyro sensor, an acceleration sensor, a tilt sensor, and the like, and may be provided in the connection device 230 of the visitor transport mechanism 200 .

Each sensor included in the section detection sensor unit 700 generates detection values having different patterns according to a specific section on the viewing path when the visitor transport mechanism 200 moves the viewing path, and the section detection sensor unit 700 ) generates a section detection signal SP corresponding to each specific section based on each detected value.

For example, when the visitor transport mechanism 200 passes through a sharp curve section on the viewing route, each sensor included in the section detection sensor unit 700 generates detected values having a certain pattern according to the sharp curve section, The section detection sensor unit 700 may generate a section detection signal SP for a sharp curve section based on the generated detection values.

The section detection signal SP generated by the section detection sensor unit 700 may be transmitted to the content output device 300 , and the content generator 330 of the content output device 300 generates the section detection signal SP. After receiving the information, it is possible to determine the specific section through which the visitor is passing by comparing it with the pre-stored information on the specific section.

Accordingly, the content generation unit 330 outputs the virtual reality content (C) so that the virtual reality content (C) corresponding to the specific section through the display unit 350 is output according to the section detection signal (SP). point can be changed.

In addition, the content generation unit 330 according to the section detection signal (SP) generated by the section detection sensor unit 700, when the visitor passes a specific section on the viewing path, the event content (Ce) to the theme content (Ct) It is possible to change the output content of the virtual reality content (C) so that the additional output.

For example, when the visitor transport mechanism 200 passes the vertical vibration section on the viewing path, the content output device 300 may be set to provide the above-described predetermined event content (Ce) to the viewer, and corresponds to the vertical vibration section The content generation unit 330 receiving the section detection signal SP may additionally output predetermined event content Ce set in response to the vertical vibration section to the theme content Ct.

On the other hand, the roller coaster system of the present invention may be provided with a section detection sensor unit 700 to replace the signal generator 400, and further, a section detection sensor unit 700 in a state in which the signal generator 400 is provided. may include

As described above, the roller coaster system of the present invention synchronizes the virtual reality content (C) by at least one of the signal generator 400 and the section detection sensor unit 700, or the event content (Ce) according to each embodiment. ) can be additionally output on the theme content (Ct).

On the other hand, as shown in FIG. 8 , the roller coaster system including virtual reality content according to an embodiment of the present invention is connected to the content output device 300 by wireless communication and receives an operation information signal from the content output device 300 . It may further include a server 500 for receiving (SM).

More specifically, the server 500 receives the operation information signal SM from the communication unit 510 and the communication unit 510 for performing wireless communication with the content output device 300 and provides information on the operation of the roller coaster system. It may include a system management unit 530 for recording and managing.

First, the communication unit 510 is provided to be connected to the content output device 300 by wireless communication, and the wireless communication method may be, for example, a Wi-Fi method.

The communication unit 510 is connected to the communication unit 310 provided in the content output device 300 by wireless communication, and may receive the operation information signal SM generated by the content output device 300, and the received operation information The signal SM is transmitted to the system management unit 530 .

The system management unit 530 performs a function of managing the operation of the roller coaster system including virtual reality content according to an embodiment of the present invention, and receives the operation information signal SM from the communication unit 510 to receive the operation information signal. Information on the operation of the roller coaster system included in (SM) will be recorded and managed.

Here, the operation information signal (SM) may be generated from the content generating unit 330 provided in the content output device 300, for example, the content output device 300 provides the virtual reality content (C) to the viewer for viewing. The start time and time information (operating time information) at which the viewing ends when the viewer moves all the viewing paths may be included.

In addition, information about the type of virtual reality content (C) selected by the viewer received through the content reader 600 to be described later may be further included.

The system management unit 530 receives the operation information signal SM as described above from the communication unit 510 and records and manages information on the operation of the roller coaster system. For example, the system management unit 530 is provided in the roller coaster system. By assigning a serial number to a plurality of content output apparatuses 300, the operation time information and operation frequency information of each content output apparatus 300 can be recorded and managed separately.

That is, operation time information and operation frequency information for each content output device 300 may be recorded, and operation time information and operation frequency information of the entire content output device 300 may be calculated.

At this time, through the information on the type of virtual reality content (C) selected by the viewer included in the operation information signal (SM), the viewer prefers any virtual reality content (C) among the preset types of virtual reality content (C) You might even figure out what to do.

As described above, the operator of the roller coaster system including virtual reality content according to an embodiment of the present invention acquires and manages information on the operation of the content output device 300 and the roller coaster system through the system management unit 530 . be able to do

On the other hand, as shown in FIGS. 7 and 8 , the roller coaster system including virtual reality content according to an embodiment of the present invention is connected to the content output device 300 through wireless communication to transmit the content type signal ST. It may further include a content reader 600 to deliver.

The content reader 600 may be provided, for example, as an RF card reader that reads information about the type of virtual reality content (C) included in the RF card held by the visitor using a radio frequency, and also the above-mentioned departure zone ( As) can be installed.

The RF card carried by the visitor includes information on the type of virtual reality content (C) to be output by the content output device 300 to the viewer, for example, the content generator 330 provided in the content output device 300 . can generate virtual reality content (C) of various concepts such as space, forest, sea, etc. and output it to the audience, and the audience includes information of a specific concept in order to receive the virtual reality content (C) of the concept they want. RF card can be selected.

At this time, as described above, the virtual reality content (C) according to an embodiment of the present invention may include the theme content (Ct) and the event content (Ce). It is possible to select an RF card related to the theme content (Ct).

When a visitor who selects an RF card including information of virtual reality content (C) of a desired concept tags the RF card in possession to the content reader 600 installed in the departure area (As), the content reader ( 600) reads information about the type of virtual reality content (C) included in the RF card to generate a content type signal (ST), and wirelessly communicates the generated content type signal (ST) to the content output device (300) convey in a way

The content output device 300 receives the content type signal ST from the communication unit 310 and transmits it to the content generation unit 330, which is selected by the viewer according to the content type signal ST. Virtual reality content (C) of a specific concept (space, forest, sea, etc.) is created and output to the audience.

On the other hand, as described above, the content output device 300 may generate an operation information signal (SM) including information on the type of virtual reality content (C) selected by the viewer and transmit it to the communication unit 310 , and the communication unit 310 . ) may transmit the operation information signal SM to the server 500 .

Next, the roller coaster system including virtual reality content according to another embodiment of the present invention will be described with reference to FIGS. 11 and 12 to provide virtual reality content (C) in a streaming method. The same part as that of a non-streaming method will be omitted and described.

First, the content output apparatus 300 includes a communication unit 310 , a display unit 350 , a sensor unit 370 , and an operation unit 390 like the content output apparatus 300 according to an embodiment of the present invention. However, instead of outputting the virtual reality content (C) generated by the content generating unit 330 to the viewer, the server 500 receives the virtual reality content (C) and outputting it to the viewer.

Accordingly, the content output device 300 transmits the gaze information signal (SS), the manipulation signal (SW), the content control signal (SC), and the content type signal (ST) for the generation of the virtual reality content (C) to the communication unit 310 . ) to the server 500 through the

Accordingly, the sensor unit 370 and the manipulation unit 390 according to another embodiment of the present invention transmit the gaze information signal SS and the manipulation signal SW to the communication unit 310 .

On the other hand, the server 500 according to another embodiment of the present invention may include a content generating unit 550 for generating virtual reality content (C) to provide to the audience, the communication unit provided in the server 500 ( 510 receives the gaze information signal (SS), the manipulation signal (SW), the content control signal (SC), and the content type signal (ST) from the content output device 300 and transmits it to the content generator 550, The content generating unit 550 generates virtual reality content (C) according to the gaze information signal (SS), the manipulation signal (SW), the content control signal (SC), and the content type signal (ST) and delivers it to the communication unit (510) do.

In addition, as shown in FIG. 13 , when the section detection sensor unit 700 is provided in the roller coaster system of the present invention, the content generation unit 550 generates a section detection signal generated by the section detection sensor unit 700 . According to the (SP), virtual reality content (C) may be generated and transmitted to the communication unit (510).

The communication unit 510 delivers the virtual reality content (C) to the content output device 300, and the communication unit 310 provided in the content output device 300 displays the received virtual reality content (C) on the display unit 350 and the display unit 350 can output the virtual reality content (C) to the viewer.

On the other hand, the content generating unit 550 provided in the server 500 may generate and transmit the operation information signal SM as described above to the system management unit 530 , and the system management unit 530 may generate the operation information signal SM as described above. ) to record and manage operation information about the roller coaster system.

Meanwhile, although the content generating unit 330 is not shown in the content output apparatus 300 in FIGS. 11 and 13 , the content generating unit 330 may be provided in the content output apparatus 300 according to another embodiment of the present invention. Of course you can.

In addition, although the content generating unit 550 is not shown in the server 500 in FIGS. 8 and 10 , the content generating unit 550 may be provided in the server 500 according to an embodiment of the present invention. to be.

That is, although the roller coaster system including virtual reality content according to the present invention has been described above by dividing it into a non-streaming method and a streaming method, it is necessarily limited to this and a non-streaming method It is not carried out separately from the streaming method and may be operated in a non-streaming mode or a streaming mode depending on the setting, including all of the above-described configurations in one roller coaster system. is of course

Next, in the method for providing a service of a roller coaster including virtual reality content according to an embodiment of the present invention, the content output device 300 provides the viewer who moves the viewing route through the viewer transport mechanism 200 of the viewing route. A content output step (S10) of outputting preformed virtual reality content (C) to correspond to each section; A control signal for receiving a content control signal (SC) for controlling the output of the virtual reality content (C) for each section of the viewing route from the signal generator 400 installed in each section of the viewing route in which the content output device 300 is installed Receiving step (S20); and a control content output step (S30) in which the content output device 300 outputs the changed virtual reality content (C) according to the content control signal (SC).

On the other hand, as described above, the roller coaster system including the virtual reality content of the present invention can provide virtual reality content (C) in a non-streaming manner as an embodiment, and as another embodiment The virtual reality content (C) may be provided in a streaming method. Hereinafter, with reference to FIGS. 1 to 18, the roller coaster service including the virtual reality content according to an embodiment of the present invention is non-streaming (Non-streaming). -streaming) method is explained.

First, in the content output step (S10), the content output device 300 outputs the preformed virtual reality content (C) to correspond to each section of the viewing route to the viewer moving the viewing route through the viewer transport mechanism 200. is a step

When the spectators start watching from the aforementioned departure zone As, the content generating unit 330 provided in the content output device 300 generates a predetermined virtual reality content (C), and the generated virtual reality content (C) ) is a step of outputting the display unit 350 to the viewer.

More specifically, in the content output step (S10), the content reader 600 installed in the departure zone As reads information about the type of the virtual reality content C from the tagged RF card, and the content type signal ST ) to create a content selection step (S11); And the content output device 300 receives the content type signal (ST) from the content reader 600, the content generation unit 330 according to the content type signal (ST) virtual reality content (C) of a specific concept selected by the viewer ), a selection content generation step (S13) of generating; may include.

In the content selection step (S11), the audience tags the RF card including information on the type of virtual reality content (C) of the concept desired by the content reader 600 installed in the departure area (As), and the content reader ( 600) reads information on the type of virtual reality content (C) included in the RF card to generate a content type signal (ST), and the content reader 600 outputs the content type signal (ST) as content It is a step of transmitting to the device 300 .

In the selection content creation step (S13), the communication unit 310 provided in the content output device 300 receives the content type signal ST from the content reader 600, and the content generation unit 330 receives the content type signal ST from the communication unit 310. It is a step of receiving the content type signal ST, generating virtual reality content C of a specific concept selected by the viewer, and outputting it to the viewer through the display unit 350 .

Meanwhile, as described above, the virtual reality content (C) according to an embodiment of the present invention may include the theme content (Ct) and the event content (Ce), in which case the content reader 600 reads the virtual reality content (C). The information about the type of the content C may be information about the type of the theme content Ct.

Subsequently, in the control signal receiving step (S20), the content output device 300 is provided for each section of the viewing route from the signal generator 400 installed in each section of the viewing route, content for controlling the output of the virtual reality content (C) for each section It is a step of receiving the control signal SC.

When the viewing starts, the visitor moves along the viewing route. At this time, the content output device 300 worn by the viewer receives the content control signal SC from a plurality of signal generators 400 installed in each section of the viewing route. is a step to

As described above, the signal generator 400 according to an embodiment of the present invention may be provided as a beacon as an example, and the signal generator 400 is content for controlling the output of the virtual reality content (C). The control signal SC is periodically transmitted on the viewing route, and when the viewer passes each section of the viewing route in which the signal generator 400 is installed, the communication unit 310 of the content output device 300 sends the content control signal SC ) is received and delivered to the content generating unit 330 .

At this time, as described above, when the viewer passes a specific section on the viewing path, the content control signal (SC) outputs the virtual reality content (C) corresponding to the specific section. It may include a content synchronization signal (SC-s) for changing the output point of (C), and accordingly, the control signal receiving step (S20) corresponds to the specific section when the visitor passes a specific section on the viewing route. Includes a content synchronization step (S20-s) in which the content output device 300 changes the output point of the virtual reality content (C) according to the content synchronization signal (SC-s) so that the virtual reality content (C) is output; can do.

In the content synchronization step (S20-s), the content generating unit 330 provided in the content output device 300 receives the content synchronization signal SC-s from the communication unit 310, and the viewer selects a specific section on the viewing route. When passing, as a step of changing the output point of the virtual reality content (C) so that the content output device 300 outputs the virtual reality content (C) corresponding to a specific section, the virtual reality content (C) to the viewer As the content synchronization step (S20-s) is included in the process of providing, it is possible to prevent cognitive dissonance caused by a change in the moving speed of the viewer's viewing path.

Furthermore, in the content synchronization step (S20-s), when the visitor passes a specific section on the viewing path, the content output device 300 outputs the content synchronization signal (SC) so that the virtual reality content (C) corresponding to the specific section is output. -s), the output speed of the virtual reality content (C) may be changed.

On the other hand, as described above, when the viewer passes a specific section on the viewing path, the content control signal SC additionally outputs a predetermined event content Ce on the theme content Ct. In order to do so, it may include a content addition signal (SC-a) for changing the output content of the virtual reality content (C), and accordingly, the control signal receiving step (S20) is when the visitor passes a specific section on the viewing route, Event in which the content output device 300 changes the output content of the virtual reality content (C) according to the content addition signal (SC-a) so that a predetermined event content (Ce) is additionally output on the theme content (Ct) content adding step (S20-a); may include.

In the event content addition step (S20-a), the content creation unit 330 provided in the content output device 300 receives the content addition signal SC-a from the communication unit 310, and allows the visitor to view a specific section on the viewing route. When passing through, the content output device 300 outputs the virtual reality content (C) according to the content addition signal (SC-a) so that a predetermined event content (Ce) is additionally output on the theme content (Ct). As a step of changing the content, as the event content addition step (S20-a) is included in the process of providing the virtual reality content (C) to the audience, the virtual reality content (C) when the audience passes a specific section on the viewing route ), various event contents (Ce) can be additionally provided.

Subsequently, the control content output step S30 is a step in which the content output device 300 outputs the changed virtual reality content C according to the content control signal SC.

As a step in which the content output device 300 outputs the virtual reality content (C) changed by the content control signal (SC) to the viewer through the display unit 350, at this time the changed virtual reality content (C) passes through the viewer and Virtual reality content (C) corresponding to a specific section on the viewing path or theme content (Ct) to which a predetermined event content (Ce) is added may be included.

On the other hand, in the method of providing a service of a roller coaster including virtual reality content according to an embodiment of the present invention, the content output device 300 and the server 500 connected by wireless communication receive an operation information signal from the content output device 300 . The operation information recording step (S40) of receiving (SM) to record and manage information on the operation of the content output device 300; may further include.

As described above, the content generating unit 330 provided in the content output device 300 determines the time at which the content output device 300 provides virtual reality content (C) to the viewer to start viewing, and the viewing path of the viewer. Create an operation information signal (SM) including information on the type of virtual reality content (C) selected by the viewer received through the content reader 600 and time information (operating time information) when viewing is finished by moving all can do.

The content output device 300 may transmit the operation information signal SM through the communication unit 310 to the server 500 , and the server 500 receives the operation information signal SM through the communication unit 510 and receives the system It is transmitted to the management unit 530 , and the system management unit 530 may receive the operation information signal SM to record and manage operation time information and operation frequency information regarding each content output device 300 .

In addition, operation time information and operation frequency information of the entire roller coaster system may be calculated through operation time information and operation frequency information about each content output device 300 .

Next, a method of providing a roller coaster service including virtual reality content in a non-streaming manner according to another embodiment of the present invention will be described.

First, in the content output step (S10), the content output device 300 outputs the preformed virtual reality content (C) to correspond to each section of the viewing route to the viewer moving the viewing route through the viewer transport mechanism 200. is a step

When the spectators start viewing from the aforementioned departure zone As, the content generating unit 550 provided in the server 500 generates a predetermined virtual reality content (C), and the content output device through the communication unit 510 . It is a step in which the virtual reality content (C) is delivered to the 300, and the display unit 350 of the content output device 300 outputs the virtual reality content (C) to the viewer.

More specifically, in the content output step (S10), the content reader 600 installed in the departure zone As reads information about the type of the virtual reality content C from the tagged RF card, and the content type signal ST ) a content selection step of generating (S11); And when the content output device 300 receives the content type signal ST from the content reader 600 and transmits the content type signal ST to the server 500 through the communication unit 310, The provided content generation unit 550 generates a virtual reality content (C) of a specific concept selected by the viewer according to the content type signal (ST), a selection content creation step (S13); may include.

In the content selection step (S11), the audience tags the RF card including information on the type of virtual reality content (C) of the concept desired by the content reader 600 installed in the departure area (As), and the content reader ( 600) reads information on the type of virtual reality content (C) included in the RF card to generate a content type signal (ST), and the content reader 600 outputs the content type signal (ST) as content It is a step of transmitting to the device 300 .

In the selected content generation step (S13), the communication unit 310 provided in the content output device 300 receives the content type signal ST from the content reader 600, and the content to the server 500 through the communication unit 310 The type signal ST is transmitted, and the content generation unit 550 provided in the server 500 receives the content type signal ST from the communication unit 510 and generates virtual reality contents (C) of a specific concept selected by the viewer. This is the creation step.

In addition, the generated virtual reality content (C) is transmitted to the content output device 300 through the communication unit 510, the content output device 300 receives the virtual reality content (C) through the communication unit 310 to display It is output to the viewer through the unit 350.

Meanwhile, as described above, the virtual reality content (C) according to an embodiment of the present invention may include the theme content (Ct) and the event content (Ce), in which case the content reader 600 reads the virtual reality content (C). The information about the type of the content C may be information about the type of the theme content Ct.

Subsequently, in the control signal receiving step (S20), the content output device 300 is provided for each section of the viewing route from the signal generator 400 installed in each section of the viewing route, content for controlling the output of the virtual reality content (C) for each section It is a step of receiving the control signal SC.

When the viewing starts, the visitor moves along the viewing route. At this time, the content output device 300 worn by the viewer receives the content control signal SC from a plurality of signal generators 400 installed in each section of the viewing route. is a step to

As described above, the signal generator 400 according to another embodiment of the present invention may be provided as a beacon, for example, and the signal generator 400 is a content for controlling the output of the virtual reality content (C). The control signal SC is periodically transmitted on the viewing route, and when the viewer passes through each section of the viewing route in which the signal generator 400 is installed, the communication unit 310 of the content output device 300 sends the content control signal SC ) can be received, and the received content control signal SC is transmitted to the server 500 .

At this time, as described above, when the viewer passes a specific section on the viewing path, the content control signal (SC) outputs the virtual reality content (C) corresponding to the specific section. It may include a content synchronization signal (SC-s) for changing the output point of (C), and accordingly, the control signal receiving step (S20) corresponds to the specific section when the visitor passes a specific section on the viewing route. A content synchronization step (S20-s) in which the server 500 changes the output point of the virtual reality content (C) according to the content synchronization signal (SC-s) so that the virtual reality content (C) is output; may include; have.

In the content synchronization step (S20-s), the content generation unit 550 provided in the server 500 receives the content synchronization signal SC-s from the communication unit 510, and the viewer passes a specific section on the viewing route. When, as a step in which the server 500 changes the output point of the virtual reality content (C) according to the content synchronization signal (SC-s) so that the virtual reality content (C) corresponding to the specific section is output, the virtual reality content (C) to the viewer As the content synchronization step (S20-s) is included in the process of providing the real content (C), it is possible to prevent cognitive dissonance caused by the change in the moving speed of the viewer's viewing path.

Furthermore, in the content synchronization step (S20-s), when the visitor passes a specific section on the viewing path, the server 500 outputs the virtual reality content (C) corresponding to the specific section, the content synchronization signal (SC-s) ), the output speed of the virtual reality content (C) may be changed.

On the other hand, as described above, when the viewer passes a specific section on the viewing path, the content control signal SC additionally outputs a predetermined event content Ce on the theme content Ct. In order to do so, it may include a content addition signal (SC-a) for changing the output content of the virtual reality content (C), and accordingly, the control signal receiving step (S20) is when the visitor passes a specific section on the viewing route, Event content in which the server 500 changes the output content of the virtual reality content (C) according to the content addition signal (SC-a) so that a predetermined event content (Ce) is additionally output on the theme content (Ct) step (S20-a); may include.

In the event content addition step (S20-a), the content creation unit 550 provided in the server 500 receives the content addition signal SC-a from the communication unit 510 and passes through a specific section on the viewing route. , The server 500 changes the output content of the virtual reality content (C) according to the content addition signal (SC-a) so that the predetermined event content (Ce) is additionally output on the theme content (Ct) As a step , as the event content addition step (S20-a) is included in the process of providing the virtual reality content (C) to the audience, when the audience passes a specific section on the viewing route, in addition to the virtual reality content (C), various event content (Ce) can be additionally provided.

Subsequently, the control content output step S30 is a step in which the content output device 300 outputs the changed virtual reality content C according to the content control signal SC.

As a step in which the content output device 300 outputs the virtual reality content (C) changed by the content control signal (SC) to the viewer through the display unit 350, as described above, the content output device 300 is the server ( 500) can receive the changed virtual reality content (C) and output it to the audience, and in this case, the changed virtual reality content (C) includes virtual reality content (C) corresponding to a specific section on the viewing route through which the visitor passes or a predetermined The theme content (Ct) to which the event content (Ce) is added may be included.

Meanwhile, in the method of providing a service of a roller coaster including virtual reality content according to another embodiment of the present invention, the system management unit 530 of the server 500 transmits the operation information signal SM from the content generation unit 550 . The operation information recording step (S40) of receiving and recording and managing information on the operation of the content output device 300; may further include.

As described above, the content generating unit 550 provided in the server 500 provides both the time when the content output device 300 provides the virtual reality content C to the viewer and the viewing start time and the viewing route of the viewer. Operation information signal (SM) including information on the type of virtual reality content (C) selected by the visitor received through the content reader 600 and time information (operating time information) at which the viewing ends by moving can be generated have.

The content output device 550 generates an operation information signal SM and transmits it to the system management unit 530 , and the system management unit 530 receives the operation information signal SM and sends it to each content output apparatus 300 . It is possible to record and manage operation time information and operation frequency information.

In addition, operation time information and operation frequency information of the entire roller coaster system may be calculated through operation time information and operation frequency information about each content output device 300 .

As described above, according to an embodiment of the present invention, since the start of the viewing and the end of the viewing may proceed simultaneously at different points on the viewing path, there is an effect that more viewing services can be provided at the same time.

In addition, since the visitor moves directly to the point where the viewing starts, a device for providing a separate power to the visitor transport mechanism 200 is not required, so maintenance and repair of the roller coaster system is convenient.

In addition, the virtual reality content (C) is provided together when the visitor moves the viewing route, but by controlling the output of the virtual reality content (C) according to the viewing route, the more realistic virtual reality content (C) and colorful virtual reality content ( There is an effect that can provide C).

In the above, even though all the components constituting the embodiment of the present invention are described as being combined or operated in combination, the present invention is not necessarily limited to this embodiment. That is, within the scope of the object of the present invention, all the components may operate by selectively combining one or more.

The above description is merely illustrative of the technical spirit of the present invention, and various modifications and variations will be possible without departing from the essential characteristics of the present invention by those skilled in the art to which the present invention pertains. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical spirit of the present invention, but to explain, and the scope of the technical spirit of the present invention is not limited by these embodiments. The protection scope of the present invention should be construed by the following claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

100: viewing rail 110: guide hall
200: visitor transport mechanism 210: seating device
230: connection device 250: distance maintaining device
300: content output device 310: communication unit
330: content generating unit 350: display unit
370: sensor unit 390: operation unit
400: signal generator
500: server 510: communication unit
530: system management unit 550: content generation unit
600: content reader
700: section detection sensor unit
As : Departure area Aa : Arrival area
R: Circular road
C: Virtual reality content CS: Content control signal
CT: content type signal SS: gaze information signal
SW: operation signal SM: operation information signal

Claims (4)

a viewing rail providing a viewing path through which visitors move while forming at least one or more inclined sections having different height differences;
a spectator transport mechanism coupled to the spectator rail to be movable and seating the spectator;
a content output device for sequentially outputting virtual reality contents pre-formed to correspond to each section of the viewing route to the viewers when the viewer moves along the viewing route; and
a signal generator installed in each section of the viewing path to transmit a content control signal for controlling the output of the virtual reality content for each section of the viewing path on the viewing path; and
A departure zone is formed on the ground at the point where the spectator's viewing starts among the ground under the viewing rail, and on the ground of the ground where the spectator's viewing ends among the ground under the viewing rail, spaced apart from the starting zone, Non-motorized roller coaster system including virtual reality content, characterized in that the arrival zone is formed at a height lower than the departure zone. According to claim 1,
Between the departure zone and the arrival zone among the ground under the viewing rail, a viewing movement path that allows the viewer to move to the departure point is formed along the path of the viewing rail. Non-motorized roller coaster system. According to claim 1,
Non-motorized roller coaster system including virtual reality content, which is provided in the departure zone and further comprises a content reader that generates a content type signal according to the tag of the RF card possessed by the visitor. 4. The method of claim 3,
The content output device,
Non-motorized roller coaster system including virtual reality content, characterized in that it receives the content type signal from the content reader, and outputs the virtual reality content of a specific concept selected by the viewer according to the received content type signal .

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