WO2020090697A1 - Remote live video amusement facility and method for billing user using said remote live video amusement facility - Google Patents

Abstract

[Problem] The purpose of the present invention is to provide: a remote live video amusement facility that, even in the case where the number of objects capable of being displayed on a user device installed therein grows substantially, is less likely to confuse a user as to in which live video the user should take enjoyment or to require cumbersome operations in order to display live video in which the user would like to take enjoyment; and a remote live video amusement facility which enables appropriate billing according to a user's usage situation. [Solution] Provided is a remote live video amusement facility that has installed therein a plurality of "user devices each of which being equipped with a 'live video display means for displaying live video capturing an object located in a remote place'", wherein the object of which video can be displayed on the live video display means of said user device is configured to change according to a result selected or declared by a user using said user device.

Description

Remote live video entertainment facility and charging method for users who use the remote live video entertainment facility

The present invention relates to a remote live image entertainment facility where a user can enjoy a live image of a target existing in a plurality of remote areas while staying at one place. The present invention also relates to a charging method for a user who uses the remote live video entertainment facility.

The tourism industry now accounts for about 10% of the world's GDP, and it is predicted that it will become the “largest industry in the 21st century” in the future.
In this trend, there is a growing need for tourism in traditional tourist destinations, as well as in unexplored areas and frontier spaces such as outer space and the deep sea.

However, if many tourists rush to the unexplored area, the problem will occur that the rare natural environment and precious ruins will be destroyed. In addition, sightseeing in frontier spaces such as outer space and the deep sea not only costs a lot of money to go to the site, but it also puts an excessive load on the body due to the influence of the surrounding environment such as weightlessness and high pressure, and travel to the site. There is a risk of life being compromised if the means (spacecraft, deep-sea research vessel, etc.) is damaged.

As a method for solving the above-mentioned problem, by installing a plurality of “user devices equipped with“ live image display means for displaying a live image of an image of an object existing in a remote place ”inside, A remote live video entertainment facility has been proposed that allows people to experience sightseeing in multiple tourist destinations while staying in one place.

However, in a conventional remote live video entertainment facility, an object whose video can be displayed on the live video display means of the user device installed in the remote live video entertainment facility (hereinafter abbreviated as "displayable target of user device"). As the number of users increases, the number of choices for users to enjoy live video increases, but on the other hand, users may wonder which target live video should be enjoyed or to display the live video that they want to enjoy. However, there is a problem in that the user's convenience is reduced, since it requires complicated operations.

In general, in an entertainment facility where the user enjoys images, it is possible to give the user an integrated sensory experience by synchronizing the interior, exhibition, lighting, temperature, etc. of the facility with the image that the user enjoys. it can. However, in the conventional remote live video entertainment facility, when there are multiple displayable targets of the user device, it is not possible to specify "which target is to adapt the interior, exhibition, lighting, temperature, etc. of the facility to the remote location." However, there is a problem in that it is not possible to give the user the above-described integrated sense of perception.

Furthermore, in the conventional remote live video entertainment facility, if the remote live video entertainment facility is used by the user and an attempt is made to pay for it, the number of displayable objects of the user device will increase. Although the usage situation is diversified, there is a problem that an appropriate charging method cannot be taken according to the situation.

Japanese Patent No. 6089256

The present invention has been made in view of the above circumstances, and the user can enjoy the live image of any target even if the user device installed inside the remote live image entertainment facility has a large number of displayable targets. It is an object of the present invention to provide a remote live video entertainment facility that is less confusing and does not require complicated operations for displaying the live video that one wants to enjoy.

In addition, the present invention allows the user to say, “When the user device installed therein has a large number of displayable objects,“ there is a remote place where an object actually enjoying the live image exists ”. The purpose is to provide a remote live video entertainment facility that can give the illusion of "staying in."

In addition, the present invention provides a remote live video entertainment facility and a remote live video entertainment facility that can use an appropriate charging method according to the usage situation of a user when the number of displayable objects of the user device installed therein increases. It is an object of the present invention to provide a billing method for a user who uses a live video entertainment facility.

In order to achieve the above object, a first aspect of the present invention relating to a remote live video entertainment facility is as follows.
A remote live video entertainment facility in which a plurality of “user devices equipped with“ live video display means for displaying live video of an object existing in a remote place ”are installed,
An object whose image can be displayed on the live image display means of the user device (hereinafter abbreviated as “displayable object of the user device”) changes according to a result selected or declared by a user who uses the user device.
A remote live video entertainment facility characterized by that.
As configured.

In the first aspect of the present invention, when the user enters the remote live video entertainment facility, the user can select the type or range of displayable target of the user device, and can use the demographics (age, sex, The place of residence, height / weight, occupation, etc. should be declared, and the results of the selection / declaration recorded on the admission card (contactless IC card, etc.) held by the user, It can be configured to be read by the device.

An immersive 3D-HMD (Head Mounted Display; hereinafter, "immersive 3D-HMD" is simply referred to as "HMD") can be used as a live image display means of the user device.

Further, the user device may be configured to include a seating means such as a reclining seat on which the user wearing the HMD sits, and a controller manually operated by the user, in addition to the HMD.

Next, in order to achieve the above object, a second aspect of the present invention relating to a remote live video entertainment facility is as follows.
In the remote live video entertainment facility of the first aspect,
The experience area in which the user device is installed in the remote live video entertainment facility is divided into a plurality of sub-experience areas,
The displayable target of the user device is set to be different depending on which sub-experience area the user device is installed in,
As configured.

Note that the experience area can be divided into multiple sub-experience areas using fixed walls or movable partitions.

Further, in order to achieve the above object, a third aspect of the present invention relating to a remote live video entertainment facility is,
In the second form of remote live video entertainment facility,
At least one of interior, exhibition, brightness, temperature, and humidity in the sub-experience area, and a status of a remote place where at least one of the displayable objects of the user device installed in the sub-experience area exists. To adapt to,
As configured.

In addition, in the third aspect of the present invention, the present condition information such as brightness, temperature, and humidity is obtained from the remote place, and the lighting device and the air conditioner are operated based on the present condition information. it can. In addition, a typical building in the remote area can be drawn on the wall surface or a typical plant can be displayed.

Further, in order to achieve the above object, a fourth aspect of the present invention relating to a remote live video entertainment facility is,
In the remote live video entertainment facility of any one of the first to third aspects,
The displayable target of the user device changes with time and time,
As configured.

Further, in order to achieve the above object, a fifth aspect of the present invention relating to a charging method for a user who uses a remote live video entertainment facility,
A charging method for a user who uses the remote live video entertainment facility according to any one of the first to fourth aspects, and charges according to the type and / or number of displayable objects of the user device used by the user.
As configured.

Further, in order to achieve the above object, a sixth aspect of the present invention relating to a charging method for a user who uses a remote live video entertainment facility,
A charging method for a user who uses the remote live video entertainment facility according to any one of the second to fourth aspects,
Charge according to the type and / or number of sub-experience areas that the user can enter,
As configured.

According to the simulated tourism experience facilities of the first to fourth aspects of the present invention, when the user enters the remote live video entertainment facility, the user can use, for example, the following displayable items as displayable targets of the user device used by the user. By selecting from the targets 1 to 6 (a plurality of targets can be selected), only the live video of the displayable target selected by itself is displayed on the live video display means of the user device used by the user. be able to.
Displayable object 1 ···········································································································・ ・ ・ Modern buildings Displayable objects 7 ‥‥ Live event

Then, when using the user device, the user will not hesitate about “what kind of target live video should be enjoyed” from a wide range of targets. In addition, the complexity of the operation for displaying the live video that one wants to enjoy is reduced.

In addition, according to the pseudo-tourism experience facility of the first to fourth aspects of the present invention, when the user enters the remote live video entertainment facility, the user can use his / her own demographics (age, gender, religion, nationality, place of residence). , Religion, height / weight, occupation, etc.), and the displayable video of the user device used by the user can be limited based on the content.

Then, for example, in the configuration exemplified in paragraph [0023], when the user under 15 years old selects the displayable object 7, the live image display means of the user device used by the user under 15 years old is It is possible not to display the live image of the so-called "R15" live event. Further, it is possible to prevent the live image display means of the user device used by the believer of a particular religion from displaying a live image that violates the contraindications of the religion.

In addition, according to the simulated tourism experience facilities of the first to fourth aspects of the present invention, if a charging method that charges according to the type and / or number of displayable targets of the user device used by the user is adopted, the user can It is possible to appropriately charge according to the usage status of.

Further, in particular, according to the remote live video entertainment facility of the second to fourth aspects of the present invention, for example, the experience area is divided into six sub-experience areas (sub-experience areas 1 to 6), and then each sub-experience area is divided. The displayable targets of the user devices arranged in the experience area can be assigned as follows according to the area (tourist spot) in which they are present.
Sub-experience area 1 ・ ・ ・ Sightseeing spots in Japan Sub-experience area 2 ‥‥ ‥ Sightseeing spots in Asia other than Japan Sub-experience area 3 ‥ ‥ Sightseeing spots in North and Central and South America Sub-experience area 4 ‥ ‥ Sightseeing in Europe Local sub-experience area 5 ‥‥ Tourist destinations in the Pacific Ocean Sub-experience area 6 ‥‥ Tourist destinations in Africa

Then, users who want to enjoy live images of tourist destinations in Japan enter the sub-experience area 1, users who want to enjoy live images of tourist destinations in Asia other than Japan enter the sub-experience area 2, and tourism in the United States. Users who want to enjoy the live video of the area enter the sub-experience area 3, users who want to enjoy the live video of the tourist area in Europe want to enter the sub-experience area 4, and the live image of the tourist area in the Pacific region The user enters the sub-experience area 5, and the user who wants to enjoy a live image of a tourist spot in Africa enters the sub-experience area 6 so that the user can use the user device in a wide range of tourist spots. It is less likely to be confused as to "Which local tourist spot should you enjoy the live video of?" In addition, the complexity of the operation for displaying the live video that one wants to enjoy is reduced.

Further, according to the remote live video entertainment facility of the second to fourth aspects of the present invention, for example, the experience area is divided into seven sub-experience areas (sub-experience areas 1 to 7), and then each sub-experience area The displayable objects of the user devices arranged in the inside can be allocated as follows according to their types.
Sub-experience area 1 ... land animals Sub-experience area 2 ... underwater animals Sub-experience area 3 ... plants Sub-experience area 4 ... Natural scenery Sub-experience area 5 ... Ruins Sub-experience area 6 ... ‥‥ Modern building Sub-experience area 7 ‥‥ Live event

Then, users who want to enjoy live images of land animals enter the sub-experience area 1, users who want to enjoy live images of underwater animals enter the sub-experience area 2, and users who want to enjoy live images of plants are sub Users who want to enter the experience area 3 and enjoy the live image of the natural landscape enter the sub experience area 4, and those who want to enjoy the live image of the ruins enter the sub experience area 5 and enjoy the live image of the modern building. A user who wants to enter the sub-experience area 6 and a user who wants to enjoy a live image of a modern building enter the sub-experience area 7, so that the user can select a wide range of objects when using the user device. It is less likely to be confused as to “what kind of target live video should be enjoyed”. In addition, the complexity of the operation for displaying the live video that one wants to enjoy is reduced.

Further, according to the remote live video entertainment facility of the second to fourth aspects of the present invention, all or part of the sub-experience area is further divided into a plurality of sub-sub-experience areas, and the sub-experience areas are arranged in each sub-sub-experience area. It is possible to further limit the displayable target of the user device depending on the type thereof. For example, the sub-experience areas 1 to 7 in paragraph [0030] can be divided into the following sub-sub-experience areas.
[Sub experience area 1]
Savusavu Experience Area 1A Japanese land animals Savusavu Area 1B Asian land animals other than Japan Savusavu Area 1C ... land animals in North and Central and South America Savusavu Experience Area 1D European land animals Savusavu Experience Area 1E ・ ・ ・ Land animals of the Pacific Ocean Sub-sub-experience area 1F ・ ・ ・ African land animals [Sub-experience area 2]
Savusavu Experience Area 2A ... Shoal Fish Savusavu Experience Area 2B ... Deep Sea Fish Savusavu Experience Area 2C ... Whales (whale, dolphin, orca)
Savusavu Experience Area 2D sharks [Savansavu Area 3]
Savusavu experience area 3A ・ ・ ・ Tropical plants Savusavu experience area 3B ・ ・ ・ Temperate plants Savusavu experience area 3C ‥‥ Arid plants Savusavu experience area 3D ‥‥ Plants in the plateau [Sub-experience area 4]
Savusavu experience area 4A ・ ・ ・ Natural landscape of Japan Savusavu experience area 4B ‥‥ Natural landscape of Asia other than Japan Savusavu experience area 4C ‥‥ Natural landscape of North and Central and South America Savusavu experience area 4D ‥‥‥ European natural landscape Area 4E: Natural scenery of the Pacific Ocean Sub-sub-experience area 4F: Natural scenery of Africa [Sub-experience area 5]
Savusavu Experience Area 5A ... Ancient Ruins Savusavu Experience Area 5B ... Medieval Ruins Savusavu Experience Area 5C ... Early Modern Ruins Savusavu Experience Area 5D ... Modern Ruins [Sub-Experience Area 6]
Savusavu Experience Area 6A Contemporary Japanese Buildings Savusavu Area 6B Contemporary Asian Buildings Other Than Japan Savusavu Area 6C Contemporary Buildings in North and Central and South America Savusav Experience Area 5D European Modern Architectural building Savusavu experience area 6E ... Contemporary buildings in the Pacific Ocean Savusavu experience area 6F ... Contemporary African buildings [Sub surfing area 7]
Savusavu Experience Area 7A Sports Event Savusavu Experience Area 7B Theater Dubbing Savusav Experience Area 7C Concert Savusav Experience Area 7D Sightseeing Event

Then, the user who wants to enjoy the images of Japanese land animals enters the sub-sub experience area 1A, the user who wants to enjoy the images of the sports live event enters the sub-sub experience area 7A, and the user uses the user device. In doing so, it is less likely to be confused about “what kind of target live video should be enjoyed” from a wide range of targets. In addition, the complexity of the operation for displaying the live video that one wants to enjoy is reduced.

Further, in particular, according to the remote live video entertainment facility of the second to fourth aspects of the present invention, it is possible to provide an independent entrance for each sub-experience area to manage the entrance and exit of the user. In that configuration, if a charging method that charges a user who uses the remote live video entertainment facility of the present invention according to the type and / or number of sub-experience areas in which the user can enter is used, It is possible to charge appropriately according to the usage situation.

In particular, according to the remote live video entertainment facility of the third or fourth aspect of the present invention, at least one of interior, exhibition, brightness, temperature, and humidity in the sub-experience area, Since at least one of the displayable objects of the user device installed in the sub-experience area can be adapted to the present condition of the remote place, the user is asked to "play the actual live video". It is possible to give an illusionary sensation of staying in a remote place where an object is present.

For example, in the configuration illustrated in paragraph [0028], the brightness, temperature, and humidity in each sub-experience area can be adjusted according to the current time and weather of each tourist destination. Also, inside each of the sub-experience areas, you can display exhibits that match the customs of each tourist destination.

In addition, in particular, according to the remote live video entertainment facility of the fourth aspect of the present invention, only the live video that the user can actually enjoy while using the user device is displayed. It can be configured. For example, in the configuration illustrated in paragraph [0030], in the sub-experience area 4, a natural landscape that is actually exhibited when the user is using the user device (for example, an aurora in a polar region, a volcanic eruption, Solar eclipse / moon eclipse, cherry blossoms / autumn leaves, etc.) can be displayed. In the configuration illustrated in paragraph [0032], the sub-sub experience area 7A includes only sports events (for example, domestic professional baseball games) held when the user is using the user device. The sub-sub experience area 7D can be configured to display tourist events (eg, festivals, fireworks, rocket launches, etc.) that are being held when the user is using the user device. Can be

Then, the user will not display the live video out of time on the live video display means of the user device, and the complexity of the operation for displaying the live video that the user wants to enjoy will be reduced.

Further, according to the charging method for the user who uses the remote live video entertainment facility of the fifth or sixth aspect of the present invention, it is possible to appropriately charge according to the usage situation of the user.

It is a block diagram for explaining the configuration and function of the remote live video entertainment facility according to the first embodiment of the present invention. FIG. 3 is an image diagram for explaining a configuration and a function of a local system that transmits a live video to a user device inside a remote live video entertainment facility according to the first embodiment of the present invention. FIG. 3 is an image diagram for explaining the function of the user device that constitutes the remote live video entertainment facility according to the first embodiment of the present invention. FIG. 6 is another image diagram for explaining the function of the user device configuring the remote live video entertainment facility according to the first embodiment of the present invention. It is explanatory drawing for demonstrating the imaging range of an imaging means, a viewpoint, a gaze direction, and a viewpoint (center of an imaging range). It is a block diagram for demonstrating the structure and function of the remote live image entertainment facility which concerns on Example 2 of this invention. It is an image figure for demonstrating the structure and function of the deep sea on-site system and relay apparatus which transmit a live image to the user apparatus inside the remote live image entertainment facility which concerns on Example 2 of this invention. FIG. 8 is an image diagram for explaining the configuration and function of a space field system and a relay device for transmitting live video to a user device inside a remote live video entertainment facility according to a second embodiment of the present invention.

Embodiments of the present invention will be described below with reference to the drawings. However, the present invention is not limited to such an embodiment, and various modifications can be made within the scope of the technical idea thereof.

1 is a block diagram for explaining the configuration and functions of a remote live video entertainment facility according to a first embodiment of the present invention.

In the remote live video entertainment facility of the present embodiment, the experience area in which the user device is installed is divided into three sub-experience areas 1 to 3.
In the sub-experience area 1, user devices 11_511 to 1i_51i (i is the total number of user devices installed in the sub-experience area 1 and can be set arbitrarily. Only the user device 12_512 is displayed), and inside the sub-experience area 2, user devices 21_521 to 2j_52j (j is the total number of user devices installed inside the sub-experience area 2), User device 21_521 and user device 22_522 are only shown in the figure), inside sub-experience area 3 user device 31_531 to user device 3k_53k (k is installed inside sub-experience area 3) It is the total number of user devices that can be set and can be set arbitrarily. In the figure, only the user devices 31_531 and 32_532 are displayed).

The user devices 11_511 to 3k_53k are in the form of reclining seats on which the user sits, the reclining seats are provided with a controller and a headset, and a communication unit is stored inside the reclining seats. Has been done. Here, the controller has a form similar to that of a propo-type joystick controller used for a normal aerial photography drone, and includes buttons, levers, dials and the like operated by a user. Further, the headset has the HMD and the headphone integrated. Further, each of the user devices 11_511 to 3k_53k is provided with an identification number defined within the remote live video entertainment facility.

In the remote live video entertainment facility of this embodiment, a server area is provided separately from the sub-experience areas 1 to 3, and the facility server 4 is installed inside the server area.

The facility server 4 is connected to the Internet 3, and the local systems α1 to αm (m is the total number of local systems installed in the specific area α, which are also connected to the Internet 3 and can be set arbitrarily. Shows only the local systems α1 to α3) and the local systems β1 to βn (n is the total number of local systems installed in the specific area β and can be set arbitrarily. Only β3 is displayed) and local systems γ1 to γp (p is the total number of local systems installed in the specific area γ and can be set arbitrarily. Only local systems γ1 to γ3 are displayed in the figure. Signal) to and from.

In the following, the configuration and functions of the local system in this embodiment will be described by using the local system α1 as a representative.
The local system α1 is an aerial drone α11_1α11 to aerial drone α1r_1α1r (r is the total number of aerial drones included in the local system α1 and can be set arbitrarily. Only the aerial drones α11_1α11 to α13_1α13 are displayed in Fig. 1. And the local parent device α1_2α1. Further, each of the aerial photography drone α11_1α11 to the aerial photography drone α1r_1α1r is provided with an identification number defined inside the local system α1.

[Correction 20.01.2020 under Rule 91]
FIG. 2 is an image diagram for explaining in more detail the configuration and function of the on-site system α1 for transmitting a live image to the user device inside the remote live image entertainment facility according to the first embodiment of the present invention (see FIG. Shows only aerial drone α11_1α11 to aerial drone α16_1α16).
The local parent device α1_2α1 is composed of a transmitting / receiving antenna 2α11 and a local server 2α12, and the local server 2α12 is connected to the Internet 3.

Aerial drone α11_1α11 to aerial drone α1r_1α1r is a multi-copter type unmanned aerial vehicle that floats in the air by controlling the rotation speed of each rotor, and then performs straight movement, turning movement and rotation movement. Can be done.

In addition, each of the aerial photography drone α11_1α11 to the aerial photography drone α1r_1α1r is equipped with two CMOS camera modules and video signal conversion means for converting the imaging electrical signals from the two image sensors into an uncompressed 3D video signal. , And transmits the generated 3D uncompressed video signal to the local parent device α1_2α1 by wireless communication.
In addition, the CMOS camera module is installed on the 3-way platform, and by rotating the 3-way platform around the three rotation axes, it is possible to realize tilting and panning in the front / rear / left / right of the imaging device. Is becoming

In this embodiment, the CMOS camera module is used as the image pickup means, but other image pickup means (for example, CCD camera module) may be used.

Furthermore, the aerial drones α11_1α11 to α1r_1α1r are based on the video information carried by the uncompressed video signal generated by the image sensor and the video signal conversion means, based on other aerial drones, local parent devices and obstacles other than them. An approach determination means for determining the approach to is provided. Then, the flight control means, in addition to the flight control secondary signal transmitted from the local parent device α1_2α1 (described in a later paragraph), also based on the result determined by the approach determination means, each rotor blade. By controlling the rotation speed of the, it is possible to avoid contact with the aerial photography drone, the local parent device, and obstacles other than them.

Also, the aerial photography drones α11_1α11 to α1r_1α1r are equipped with microphones, and the audio signals collected by each are transmitted to the local parent device α1_2α1 by wireless communication.

In addition, the local server 2α12 that constitutes the local parent device α1_2α1 is a 3D uncompressed video signal converted by the video signal conversion means from the imaging electrical signal captured by the image sensor of the aerial photography drone α11_1α11 to α1r_1α1r via the transmission / reception antenna 2α11. And the audio signals picked up by the microphones of the aerial photography drones α11_1α11 to α1r_1α1r, respectively converted into video signals and audio signals that can be distributed by streaming, and transmitted to the Internet 3. Particularly, the 3D non-compressed video signal is subjected to compression encoding processing and transmitted as a 3D compressed video signal.

Among the functions and configurations of the local system α1, the functions and configurations related to transmission of live video and live audio are as outlined above. On the other hand, among the functions and configurations of the local system α1, the functions and configurations related to the flight control of the aerial photography drone will be explained in a later paragraph. The local systems α2 to αm, the local systems β1 to βn, and the local system γ1 .About..gamma.p have the same functions and configurations as the local system .alpha.1 including these functions and configurations.

The local systems α1 to αm, the local systems β1 to βn, and the local systems γ1 to γp are installed in different areas (hereinafter, the local systems α1 to αm are located in Japan, the local systems β1 to βn are Will be installed in North America, and the local systems γ1 to γp will be installed in Europe). And each local system is installed in a different tourist resort in each area.

At the remote live video entertainment facility, the following two types of entrance fees are set according to the sub-experience areas that can be entered.
Admission fee A ... Entrance to all of the sub-experience areas 1 to 3 Admission fee B ... Entrance to only one of the sub-experience areas 1 to 3 Select which sub-experience area to enter from 1 to 3.

On the other hand, the HMDs and headphones of the user devices 11_511 to 3k_53k installed in the remote live video entertainment facility are transmitted from a specific local system according to which sub-experience area the user device is installed. It is set so that only live video and audio can be displayed and output.
In the following description, the sub-experience areas 1 to 3 (internal user devices) and the local system (region of a tourist resort where the local system is installed) are associated as described below.
Sub-experience area 1 (user device 11_511 to 1i_51i) ... Local system α1 to αm (in Japan)
Sub-experience area 2 (user devices 21_521 to 2j_52j) ... Local system β1 to βn (North America)
Sub-experience area 3 (user device 31_531 ~ 2j_53k) ... Local system γ1 ~ γp (Europe)

A user who uses a remote live video entertainment facility can rent an admission card by paying the admission fee of either the admission fee A or the admission fee B at the entrance of the entire facility. The admission card is a non-contact type IC card, and the information of the sub-experience area that can be admitted is recorded according to the admission fee paid by the user and selection.

The user who lent out the admission card goes through the access area to the entrance of the sub-experience area where they want to enter. At the entrance of each sub-experience area, there is an entrance management gate equipped with a means for reading the information recorded on the entrance card. It will be open only when you hold the "admission card with the information that you can enter" on the information reading section. Thus, the user can enter the sub-experience area corresponding to the entrance fee paid by the user and the selection.

In the following, the functions and configurations of the user devices installed inside the sub-experience area will be described by using the user devices 11_511 to 1i_51i inside the sub-area 1 as a representative. Further, it is assumed that the user devices 11_511 to 1i_51i inside the sub-area 1 are set so as to be able to output only the live video and the live audio of the tourist spots in Japan as described above.

A user who has entered the sub-experience area 1 is a user device that is not used by another user among the user devices 11_511 to 1i_51i, which is searched for by himself or passively by an attendant of the remote live image entertainment facility. Sit on the reclining seat of.
Hereinafter, the user will be described as sitting on the reclining seat of the user device 11_511, but the functions and configurations described below are common to the other user devices 12_512 to 1i_51i.

The seat of the user device 11_511 is provided with an admission card insertion unit that reads / writes information from / to the admission card, and when the user inserts the admission card into the insertion unit, the user device 11_511 is activated and Information on the time (t0) when the user device is activated is recorded on the entrance card.
After sitting on the reclining seat, the user adjusts the position of the controller so that it is easy to operate with his / her own hand, and adjusts the position of the headset so that the HMD covers his / her own visual field and the headphones cover the ears.

[Correction 20.01.2020 under Rule 91]
When the position adjustment of the headset is completed, the “image for selecting the type of tourist spot” as illustrated in FIG. 3 first appears in the field of view of the user. The user operates the lever of the controller to move the cursor to "the position of the type of tourist spot where he / she wants to enjoy the live image", and then presses the button to select the type of tourist spot.
When you select the type of tourist destination (explained below as selecting "World Heritage"), the virtual space displayed on the HMD will display "places and properties of tourist destinations" as shown in Figure 4. The image to select ”appears. Also here, the user operates the lever of the controller to move the cursor to the "location of the tourist spot or property where you want to enjoy the live image", and then press the button to select the location or property of the tourist spot. it can.

In the above example, the displayable targets of the user devices 11_511 to 3k_53k are determined by "in which sub-experience area each user device is installed", but as illustrated below. In addition, it is possible to change the displayable target even for user devices installed in the same sub-experience area.

That is, in addition to the admission fees A and B, a cheaper admission fee C is set, and the admission card records which of the admission fees A, B, and C is paid. In addition, each of the user devices 11_511 to 3k_53k is provided with a reading unit for reading the information recorded on the entrance card, and the information reading unit indicates that "the entrance fee paid by the user is the entrance fee C." Is read, "in the virtual space projected on the HMD of the user device used by the user," an image showing fewer options than in FIG. 3 (for example, "modern building" is not displayed) "Or" an image showing fewer options than in Fig. 4 (for example, only "Horyuji area" and "Kyoto Kyoto" are displayed) "is displayed. It is possible to limit the displayable target of the “user device that operates”.

Note that the facility server 4 saves or switches the image data related to the “image for selecting the type of tourist spot” and the “image for selecting the place or property of the tourist spot”.

By the way, when a place or property of a tourist resort is selected by the method described in paragraph [0063] (hereinafter, it is assumed that “Okinoshima” is selected), a signal transmitting the information is transmitted via the communication unit to the facility server. Sent to 4. Upon receiving the signal, the facility server 4 gives the user device 11_511 an IP address based on the identification number given in advance to the user device 11_511. Then, the facility server 4 is a local system installed near the Munakata Taisha near Okinoshima via the Internet 3 (hereinafter, the local system installed near the Munakata Taisha is described as a local system α1_2α1). To the local server 2α12 constituting the above, a signal requesting transmission of a live image and live voice of Okinoshima is transmitted to the user device 11_511 to which the IP address is assigned.

Upon receiving the request signal, the local server 2α12 selects an available aerial drone belonging to the local system α1_2α1 (hereinafter, the selected aerial drone will be described as the aerial drone α11_1α11), An IP address is given to the aerial photography drone α11_1α11 based on the identification number given in advance to the aerial photography drone α11_1α11. Then, the local server 2α12 sends a flight control primary signal for controlling the flight of the aerial photography drone α11_1α11 to the facility server 4 via the Internet 3 to the aerial photography drone α11_1α11 to which the IP address is given. Send a signal requesting to send.

In this way, a communication channel is established between the user device 11_511 and the aerial photography drone α11_1α11, and thereafter, between the user device 11_511 and the aerial photography drone α11_1α11, the facility server 4, the Internet 3, and the local server. Communication conforming to the Internet protocol will be performed via 2α12 and the transmitting / receiving antenna 2α11.

Through the communication channel thus established, the communication unit of the user device 11_511 receives the 3D compressed video signal and audio signal streamed from the local server 2α12 via the built-in internet interface and the facility server 4. , Performs necessary decoding processing, and then transmits to the HMD and headphones. Particularly, the 3D compressed video signal is subjected to decompression / decoding processing and transmitted as a 3D non-compressed video signal.

The HMD projects images from the left and right projection units based on the 3D uncompressed video signal received from the communication unit. As a result, the user can enjoy a 3D live image of Okitsunomiya viewed from above Okinoshima. Further, the headphone emits sound from the left and right sound emitting units based on the sound signal received from the communication unit. As a result, the user can enjoy the sound of the waves and wind of Okinoshima.

Note that the transmission of the 3D uncompressed video signal and audio signal decoded from the communication unit can be wire-transmitted as an HDMI (registered trademark) signal or an MHL (registered trademark) signal. Alternatively, it can be wirelessly transmitted as a WirelessHD signal or a WHDI signal.

The user can control the flight of the aerial drone α11_1α11 by operating the controller while watching the live image displayed on the HMD. Specifically, the controller generates a flight control primary signal based on a user's button operation, lever operation, dial operation, etc., and transmits the flight control primary signal to the communication unit. The communication unit transmits the flight control primary signal received from the controller to the IP address given to the aerial imaging drone α11_1α11 using the established communication channel.

On the other hand, inside the HMD, an acceleration sensor, direction sensor and control unit are built in. The control unit identifies the direction of the line of sight of the user based on the signals from the acceleration sensor and the orientation sensor, generates a line-of-sight control primary signal based on the result, and transmits the line-of-sight control primary signal to the communication unit. The communication unit transmits the line-of-sight control primary signal received from the controller to the IP address assigned to the aerial imaging drone α11_1α11 using the established communication channel.

The field server 2α12 receives the flight control primary signal and the line-of-sight control primary signal via the transmission / reception antenna 2α11, and based on the flight control primary signal and the line-of-sight control primary signal, a flight that controls the flight of the aerial photography drone α11_1α11. The control secondary signal and the line-of-sight control primary signal are generated and transmitted to the aerial imaging drone α11_1α11.

The aerial photography loan α11_1α11 controls the rotational speed of each rotor based on the received secondary flight control signal, while changing the line-of-sight direction of the CMOS camera module.

Note that the local server 2α12 determines whether the aerial drones approach each other or each aerial drone and the local parent device and other obstacles based on the 3D uncompressed video signal received from the aerial drone α11_1α11. Has a judgment function. Then, the local server 2α12 generates the flight control secondary signal based on the result determined by the approach determination function in addition to the flight control primary signal received via the transmission / reception antenna 2α11, and transmits it to the aerial photography drone α11_1α11. Send. This allows each child device to avoid contact with other child devices, parent devices, and obstacles other than these.

In this way, the user can fly the aerial drone α11_1α11 over Okinoshima and enjoy 3D live images of Okitsunomiya viewed from above Okinoshima, and enjoy live audio such as the sound of waves and wind. You can At that time, since the aerial drone is allowed to fly as intended, the viewpoint of the image pickup means can be freely changed, and the line of sight of the image pickup means can be changed in accordance with the user's own line of sight. You can enjoy the "First Person View" as if you were landing on Okinoshima, where entry is prohibited.

Note that the meanings of “imaging range”, “viewpoint”, “line of sight”, “viewpoint (center of imaging range)” in this specification and the like are as shown in FIG.

Note that the time (ΔT) that the user can use the user device in each sub-experience area is fixed, and when the time becomes t0 + ΔT, the user device 11_511 automatically stops. The information stopped by the user device 11_511 is transmitted to the local server 2α12 via the Internet 3 or the like. Upon receiving the stop information, the local server 2α12 transmits a flight control secondary signal for returning the aerial photography drone α11_1α11 to a predetermined place, to the aerial photography drone α11_1α11.

In the present embodiment, the correspondence between the sub-experience areas 1 to 3 (user devices inside thereof) and the local system (sightseeing place) is not limited to the above-mentioned area, but is also the following sightseeing in a sightseeing spot. It can also be performed depending on the type of object.
Sub-experience area 1 (user devices 11_511 to 1i_51i) …… Local system (natural scenery)
Sub-experience area 2 (user devices 21_521 to 2j_52j) …… Local system (ruins)
Sub-experience area 3 (user device 31_531 ~ 2j_53k) …… Local system (modern building)

In the present embodiment, the experience area in which the user device is installed has been described as being divided into three sub-experience areas 1 to 3, but the number of divisions may be only two or four or more. be able to. For example, if the experience area is divided into nine sub-experience areas 1 to 9, the sub-experience areas 1 to 9 (user devices inside) and the area of the tourist destination where the local system is installed And can be associated as follows:
Sub-experience area 1 …… Natural landscape in Japan Sub-experience area 2 …… Ruins in Japan Sub-experience area 3 …… Contemporary buildings in Japan Sub-experience area 4 …… Asia other than Japan Sub-experience area 5 …… North America Sub-experience area 6 …… Latin America Sub-experience area 7 …… Europe Sub-experience area 8 …… Oceania Sub-experience area 9 …… Africa

In this case, the interiors and exhibits inside the sub-experience areas 1 to 9 can be adapted to the areas of the tourist destinations that each sub-experience area supports. Also, the brightness and temperature of the illumination inside the sub-experience areas 1 to 9 can be matched to the brightness and temperature at that time in the area of the tourist destination corresponding to each sub-experience area.

FIG. 6 is a block diagram for explaining the configuration and function of the remote live video entertainment facility according to the second embodiment of the present invention.

Also in the present embodiment, as in the first embodiment, the remote live video entertainment facility is divided into three experience areas in which user devices are installed, sub-experience areas 1 to 3. In the sub-experience area 1, user devices 11_511 to 1i_51i (i is the total number of user devices installed in the sub-experience area 1 and can be set arbitrarily. Only the user device 12_512 is displayed), and inside the sub-experience area 2, user devices 21_521 to 2j_52j (j is the total number of user devices installed inside the sub-experience area 2), User device 21_521 and user device 22_522 are only shown in the figure), inside sub-experience area 3 user device 31_531 to user device 3k_53k (k is installed inside sub-experience area 3) It is the total number of user devices that can be set and can be set arbitrarily. In the figure, only the user devices 31_531 and 32_532 are displayed).

However, unlike the first embodiment, the remote live video entertainment facility of the present embodiment does not have a server room separately from the sub-experience areas 1 to 3, and instead, each of the sub-experience areas 1 to 3 is provided. Inside the sub-experience area server 1_41, sub-experience area server 2_42 and sub-experience area server 3_43 are installed.

Further, in the remote live video entertainment facility of the first embodiment, only the live video and live audio from a plurality of local systems can be output to the HMD and the headphone of the user device installed inside each sub-experience area. On the other hand, in this embodiment, for one or more of the sub-experience areas of the remote live video entertainment facility, the HMD and the headphone of the user device installed inside the sub-experience area are provided with a specific local system. It is configured so that only live video and live audio can be displayed and output.
Below, the experience area of the remote live video entertainment facility is divided into three sub-experience areas 1 to 3 as in the remote live video entertainment facility of the first embodiment. Will be described as being associated as follows.
Sub-experience area 1 ... Multiple local systems (plural) installed on the surface of the world
Sub-experience area 2 ... One local system installed in the deep sea (hereinafter "deep sea local system")
Sub-experience area 3 ... One local system installed in outer space (hereinafter "space local system")

FIG. 7 is an image diagram for explaining the configuration and function of the deep sea on-site system and the relay device for transmitting the live video to the user device inside the remote live video entertainment facility according to the second embodiment of the present invention.
This deep sea on-site system consists of underwater drones 1_1B1 to 6_1B6 and a deep sea master unit 2B. The deep sea master unit 2B is connected to a relay ship 6B1 by a communication cable, and the relay ship 6B1 and the land relay unit 6B2 are wireless. The land relay device 6B2 is connected to the Internet 3 by exchanging signals by communication. Further, each of the underwater drones 1_1B1 to 6_1B6 is given an identification number defined inside the deep sea on-site system.

Underwater drones 1_1B1 to 6_1B6 are mounted on deep-sea parent device 2B that moves over the sea and underwater, and travel long distances to the deep sea. After they arrive at the site, they are released to the outside of deep-sea parent device 2B, and move vertically and horizontally as well as rotate. To do However, since the underwater drones 1_1B1 to 6_1B6 and the deep sea parent device 2B are connected by a communication cable, the underwater drones 1_1B1 to 6_1B6 can move only within the range where the cable can be extended.

The configuration and functions of the underwater drone 1_1B1 to 6_1B6 are basically the same as those of the aerial photography drone α11_1α11 to α1r_1α1r described in Example 1, but movements in the sea include rotation of the screw propeller, rudder angle, and seawater. Inject and drain.

On the other hand, the deep-sea parent device 2B is a submersible capable of self-navigation over the sea and in the sea, and is equipped with a local server (not shown) having the same function as the local server 2α12 in the local parent device α1_2α1 inside. However, unlike the local parent device α1_2α1, instead of the transmitting / receiving antenna 2α11, the interface unit 1 connecting the communication cable connected to the underwater drones 1_1B1 to 6_1B6 and the interface unit 2 connecting the communication cable connecting to the relay ship 6B1. With.

Further, the relay ship 6B1 is a communication ship that anchors above the deep sea master device 2B, and exchanges video signals, audio signals, and flight control signals with the deep sea master device 2B via a cable, while on land. Video signals, audio signals, and flight control signals are exchanged with the relay device 6B2 by wireless communication. On the other hand, the land relay device 6B2 is a mobile base station installed on land.

FIG. 8 is an image diagram for explaining the configuration and function of a space field system and a relay device for transmitting live video to a user device inside a remote live video entertainment facility according to the second embodiment of the present invention.
This space field system is composed of cosmic devices 1_1C1 to 6_1C6 and a space master device 2C. The space master device 2C exchanges signals with the space relay device 6C1 by wireless communication, and the space relay device 6C1 and the ground relay device. Signals are exchanged with 6C2 by wireless communication, and the ground relay device 6C2 is connected to the Internet 3. Further, each of the cosmic devices 1_1C1 to 6_1C6 is given an identification number defined inside the space field system.

The cosmic devices 1_1C1 to 6_1C6 are launched from the ground, mounted on the parent device 2 that flies outside the atmosphere, and travel long distances outside the atmosphere. After arriving at the site, they are released to the outside of the parent device 2 and vertically and horizontally. Move and rotate. However, since the cosmic devices 1_1C1 to 6_1C6 and the cosmic parent device 2C are connected by a cable, the cosmic devices 1_1C1 to 6_1C6 can move only within the range where the cable extends.

The configuration and functions of the cosmic devices 1_1C1 to 6_1C6 are basically the same as those of the aerial imaging drone α11_1α11 to α1r_1α1r described in Example 1, but movement in outer space is performed by jet injection.

On the other hand, the space parent device 2C is a spacecraft that can fly outside the atmosphere, and is equipped with a local server (not shown) having the same function as the local server 2α12 in the local parent device α1_2α1 inside. However, unlike the local parent device α1_2α1, instead of the transmission / reception antenna 2α11, the interface unit that connects the communication cable connected to the space device 1_1C1 to 6_1C6, and the transmission / reception for exchanging signals with the space relay device 6C1 by wireless communication. And an antenna. The space master device 2C can be configured to separate the rocket used at the time of launch.

Also, the space relay device 6C1 is a communication satellite existing outside the atmosphere, and exchanges video signals, audio signals, and flight control signals with the space master device 2C and the ground relay device 6C2 by wireless communication. On the other hand, the ground relay device 6C2 is a mobile base station installed on the ground.

In the remote live video entertainment facility of the present embodiment, the same entrance management as that of the remote live video entertainment facility of the first embodiment is performed, and the user who has lent the entrance card at the entrance of the entire facility can access the access area. Through the entrance of each sub-experience area, enter the sub-experience area that you want to enter.

Among these, the functions and configurations of the user devices 11_511 to 1i_51i inside the sub-experience area 1 in the remote live video entertainment facility of the present embodiment are inside the sub-experience area 1 in the remote live video entertainment facility of the first embodiment. Similar to the user devices 11_511 to 1i_51i, the user who enters the sub-experience area 1 in the remote live video entertainment facility of the present embodiment is the same as the user who enters the sub-experience area 1 in the remote live video entertainment facility of the first embodiment. You can experience simulated tourism.
However, while the user who entered the sub-experience area 1 in the remote live video entertainment facility of Example 1 enjoyed only the live video and live audio of a tourist spot in Japan, the remote live video entertainment of this Example was used. A user who has entered the sub-experience area 1 of the facility can enjoy live video and live audio of tourist spots on the surface of the world.

On the other hand, in the present embodiment, a pool is installed inside the sub-experience area 2, and a user who enters the sub-experience area 2 is equipped with necessary diving equipment and has waterproof specifications. One of the user devices 21_521 to 2j_52j, which is an integrated HMD, is worn on the head and swims in the water stretched in the pool.
Hereinafter, the user will be described assuming that the HMD that is the user device 21_521 is worn on the head, but the functions and configurations described below are common to the other user devices 22_522 to 2j_52j.

The HMD, which is the user device 21_521, is provided with a reading / writing unit that reads / writes information to / from an entrance card in a contactless manner. When the user holds the reading / writing unit, the user device 21_521 is activated. At the same time, information on the time when the user device is activated is recorded on the entrance card.

When the user device 21_521 is activated, an activation signal is sent from the communication unit to the sub-experience area server 42. Upon receiving the signal, the sub-experience area server 42 gives the IP address to the user device 21_521 based on the identification number given in advance to the user device 21_521. Then, the sub-experience area server 42 assigns the IP address to the local server in the deep sea parent device 2B that constitutes the deep sea local system via the Internet 3, the land relay device 6B2, and the relay ship 6B1. A signal requesting transmission of deep-sea live video and live audio is transmitted to the selected user device 21_521.

The local server in the deep-sea parent device 2B that has received the request signal selects an available underwater drone belonging to the deep-sea local system (hereinafter, the selected underwater drone will be described as the underwater drone 1B1). , An IP address is given to the underwater drone 1B1 based on an identification number given in advance to the underwater drone 1B1. Then, the local server in the deep-sea parent device 2B, through the Internet 3, to the server 42 in the sub-experience area, to the underwater drone 1B1 assigned with the IP address, the swimming of the underwater drone 1B1. Send a signal requesting to send a swim control primary signal to control.

In this way, a communication channel is established between the user device 21_521 and the underwater drone 1B1, and thereafter, between the user device 21_521 and the underwater drone 1B1, the sub-experience area server 42, the Internet 3, and the land. Communication based on the Internet protocol is performed through the relay device 6B2, the relay ship 6B1, the interface unit 2, the local server and the interface unit 1.

Through the communication channel established in this way, the communication unit of the user device 21_521 receives the streaming-distributed 3D compressed video signal and audio signal from the Internet via the built-in Internet interface, and performs necessary decoding processing. Then, it transmits to the HMD and headphones. Particularly, the 3D compressed video signal is subjected to decompression / decoding processing and transmitted as a 3D non-compressed video signal.

The HMD projects images from the left and right projection units based on the 3D uncompressed video signal received from the communication unit. As a result, the user can enjoy the 3D video including the observation target on the spot. Further, the headphone emits sound from the left and right sound emitting units based on the sound signal received from the communication unit. This allows the user to enjoy the on-site voice.

Note that the transmission of the 3D uncompressed video signal and audio signal decoded from the communication unit can be wire-transmitted as an HDMI (registered trademark) signal or an MHL (registered trademark) signal. Alternatively, it can be wirelessly transmitted as a WirelessHD signal or a WHDI signal.

On the other hand, inside the HMD which is the user device 21_521, a control unit, a communication unit, an acceleration sensor and a direction sensor are built in. The control unit identifies the position and movement of the user's head and the direction of the line of sight based on the signals from the acceleration sensor and the direction sensor, and generates a swimming control primary signal and a visual line control primary signal based on the result, Send those signals to the communication unit. The communication unit transmits the swimming control primary signal and the line-of-sight control primary signal received from the controller to the IP address assigned to the underwater drone 1B1 using the established communication channel.

The local server in the deep-sea master apparatus 2B receives the swimming control primary signal and the line-of-sight control primary signal via the interface unit 2, and based on the swimming control primary signal and the line-of-sight control primary signal, the underwater drone 1B1. It generates a swimming control secondary signal and a line-of-sight control primary signal for controlling the swimming of, and transmits it to the underwater drone 1B1.

Underwater drone 1B1 controls the rotation of the screw propeller, the angle of the rudder, and the injection / drainage of seawater based on the received secondary flight control signal, while changing the line-of-sight direction of the CMOS camera module.

In this way, the user can swim the underwater drone 1B1 in the deep sea and enjoy the live video of the deep sea, and enjoy the live audio in the deep sea. At that time, since images that are linked to the position of the user's head and the movement of the face (line of sight) specified by the control unit are projected on the left and right projection units of the HMD, the user feels as if he / she was in deep water. You can enjoy the images as if you were swimming.

On the other hand, in the present embodiment, the pool is also installed inside the sub-experience area 3, and the user who enters the sub-experience area 3 is equipped with the necessary diving equipment and has a waterproof specification. Any of the user devices 31_531 to 3k_53k, which is a user, is attached to the head and swims in the water stretched in the pool.
Hereinafter, the user will be described assuming that the HMD that is the user device 31_531 is worn on the head, but the functions and configurations described below are common to the other user devices 32_532 to 3k_53k.

The HMD that is the user device 31_531 is provided with a reading / writing unit that reads / writes information to / from an entrance card in a contactless manner, and when the user holds the reading / writing unit, the user device 31_531 is activated. At the same time, information on the time when the user device is activated is recorded on the entrance card.

When the user device 31_531 is activated, an activation signal is sent from the communication unit to the sub-experience area server 43. Upon receiving the signal, the sub-experience area server 43 gives the user device 31_531 an IP address based on the identification number given in advance to the user device 31_531. Then, the sub-experience area server 43 sends the IP address to the local server in the space parent device 2C that constitutes the space local system via the Internet 3, the ground relay device 6C2, and the space relay device 6C1. A signal requesting transmission of a live image of the earth as viewed from outer space is transmitted to the assigned user device 31_531.

The local server in the space parent device 2C that received the request signal selects an available one from the cosmic devices belonging to the space local system (hereinafter, the selected cosmic device is assumed to be the cosmic device 1C1. As will be described), an IP address is given to the cosmic device 1C1 based on an identification number given in advance to the cosmic device 1C1. Then, the local server in the universe master device 2C sends the universe child device 1C1 addressed to the universe device 1C1 to which the IP address is given to the sub experience area server 43 via the Internet 3. Send a signal requesting to send a swim control primary signal to control the swim.

In this way, a communication channel is established between the user device 31_531 and the cosmic device 1C1, and thereafter, between the user device 31_531 and the cosmic device 1C1, the sub-experience area server 43, the Internet 3 , The ground relay device 6C2, the space relay device 6C1, the transmission / reception antenna, the local server, and the interface unit, and communication according to the Internet protocol will be performed.

Through the communication channel thus established, the communication unit of the user device 31_531 receives the streaming-distributed 3D compressed video signal and audio signal from the Internet via the built-in Internet interface, and performs the necessary decoding processing. Then, it transmits to the HMD and headphones. Particularly, the 3D compressed video signal is subjected to decompression decoding processing and transmitted as a 3D non-compressed video signal.

According to the 3D uncompressed video signal received from the communication unit, the HMD projects the video from the left and right projection units. As a result, the user can enjoy the 3D video including the observation target on the spot.

Note that the transmission of the 3D uncompressed video signal decoded from the communication unit can be wire-transmitted as an HDMI (registered trademark) signal or an MHL (registered trademark) signal. Alternatively, it can be wirelessly transmitted as a WirelessHD signal or a WHDI signal.

On the other hand, inside the HMD which is the user device 31_531, a control unit, a communication unit, an acceleration sensor and a direction sensor are built in. The control unit identifies the position and movement of the user's head and the direction of the line of sight based on the signals from the acceleration sensor and the direction sensor, and generates a swimming control primary signal and a primary line of sight control signal based on the result, Send those signals to the communication unit. The communication unit transmits the swimming control primary signal and the line-of-sight control primary signal received from the controller to the IP address assigned to the cosmic device 1C1 using the established communication channel.

The local server in the space master device 2C receives the swimming control primary signal and the line-of-sight control primary signal via the antenna unit, and based on the swimming control primary signal and the line-of-sight control primary signal, the cosmic device 1C1 The swimming control secondary signal and the line-of-sight control primary signal for controlling the swimming of the are generated and transmitted to the cosmic device 1C1.

The cosmic device 1C1 controls jet ejection based on the received secondary flight control signal while changing the line-of-sight direction of the CMOS camera module.

In this way, the user can swim the cosmic device 1C1 in outer space and enjoy the live image of the earth as seen from outer space. At that time, the left and right projection units of the HMD project an image linked to the position of the user's head and the movement of the direction of the face (line of sight) specified by the control unit. You can enjoy the images as if you were swimming.

In the above embodiments, the HMD of the user device has been described as displaying a live image of an object in a remote place, but a recorded image based on the result of shooting an object in a remote place. Can be displayed, or a VR (Virtual Reality) image can be displayed. In particular, when the user is using the user device due to a time difference between the point where the remote live image entertainment facility is present and the remote place where the target for displaying the live image on the HMD of the user device is present, When the live image of the target cannot be captured, the recorded image can be used as a substitute to alleviate the user's dissatisfaction to some extent.

The present invention can be used in an industry for constructing a remote live video entertainment facility and an industry for providing a service related to a pseudo-tour experience using the remote live video entertainment facility. Further, it can be used in an industry of manufacturing a user device used in a facility that provides the simulated tourism experience, particularly in an industry of manufacturing live image display means in the user device.

1 α11 ‥‥ Aerial drone α11
1 α12 ‥‥‥ Aerial drone α12
1 α13 ‥‥ Aerial drone α13
1 α14 ‥‥‥ Aerial drone α14
1 α15 ‥‥‥ Aerial drone α15
1 α16 ‥‥‥ Aerial drone α16
1 α17 ‥‥‥ Aerial drone α17
1B1 ... Underwater drone 1
1B2 ‥‥‥ Underwater drone 2
1B3 ... Underwater drone 3
1B4 ... Underwater drone 4
1B5 ‥‥‥ Underwater drone 5
1B6 ... Underwater drone 6
1C1 ..... Cosmic device 1
1C2 ・ ・ ・ Cosmic device 2
1C3 ・ ・ ・ Cosmic device 3
1C4 ‥‥‥ Cosmic device 4
1C5 ・ ・ ・ Cosmic device 5
1C6 ... Cosmic device 6
2α1 ‥‥‥ Local parent device α1
2α11 ‥‥‥‥‥‥ antenna
2α12 ‥‥‥ Local server
2B ‥‥‥ Deep sea parent device
2C: Space parent device
3 Internet
4 ‥‥‥ Facility server
41 ‥‥‥ Sub-experience area server 1
42 ‥‥‥ Server 2 in the sub-experience area
43 ‥‥‥ Server 3 in the sub-experience area
511 ... User device 11
512 User device 12
521 ... user device 21
522 ‥‥‥ User device 22
531 User device 31
532 User device 32
6B1 ‥‥‥‥ ................
6B2 ‥‥‥ Ground relay device
6C1 ‥‥‥ Space repeater
6C2 ‥‥‥ Ground relay device
71 ..... Imaging means
711 ...
72 ........ Gaze direction
73 ... Imaging range
731 ... Viewpoint (center of imaging range)

Claims (6)

1. A remote live video entertainment facility in which a plurality of “user devices equipped with“ live video display means for displaying live video of an object existing in a remote place ”are installed,
   An object whose image can be displayed on the live image display means of the user device (hereinafter abbreviated as “displayable object of the user device”) changes according to a result selected or declared by a user who uses the user device.
   A remote live video entertainment facility characterized by that.
2. The experience area in which the user device is installed in the remote live video entertainment facility is divided into a plurality of sub-experience areas,
   The displayable target of the user device is set to be different depending on which sub-experience area the user device is installed in,
   The remote live video entertainment facility according to claim 1, characterized in that:
3. At least one of interior, exhibition, brightness, temperature, and humidity in the sub-experience area, and a status of a remote place where at least one of the displayable objects of the user device installed in the sub-experience area exists. To adapt to,
   The remote live video entertainment facility according to claim 2, characterized in that:
4. The displayable target of the user device changes with time and time,
   Remote live video entertainment facility according to any one of claims 1 to 3, characterized in that
5. A charging method for a user who uses the remote live video entertainment facility according to any one of claims 1 to 4,
   Charging according to the type and / or number of displayable objects of the user device used by the user,
   A billing method for a user who uses a remote live video entertainment facility characterized by the above.
6. A charging method for a user who uses the remote live video entertainment facility according to any one of claims 2 to 4,
   Charge according to the type and / or number of sub-experience areas that the user can enter,
   A billing method for a user who uses a remote live video entertainment facility characterized by the above.

Images