JP2006209740A - Emission and storage system of message display/print card using artificial satellite and method for using the same - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a system for transferring a message created at a message creation site such as a wedding parlor to an artificial satellite, emitting or exhibiting the message from the artificial satellite to the outside of the artificial satellite as a print card and displaying the emitted or exhibited message at the message creation hall. <P>SOLUTION: The system is constituted so that a creation side transmitting/receiving terminal which transmits/receives the message created by a message creator has a creation side transmitting means for transmitting the message to the artificial satellite, a creation side receiving means for receiving image information transmitted from the artificial satellite and a creation side output means for displaying the image information photographed by the artificial satellite and the artificial satellite has a satellite receiving means for receiving the message to be transmitted, a satellite output means for printing the received message to create the print card, a means for emitting or exhibiting the printed print card to the outside of the artificial satellite, a photographic means for photographing the emitted or exhibited print card to create the image information and a satellite transmitting means for transmitting the image information. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a message display / printing card discharge and storage system using an artificial satellite and a method for using the system, and more specifically, a message created at a message creation venue such as a wedding hall is transferred to the artificial satellite, and the artificial satellite Using a satellite that can be printed out from the atmosphere as a printed card or displayed in the vicinity of the satellite after being stored in the satellite, and that the message is released or displayed at the message creation venue The present invention relates to a message display / print card release and storage system and its usage.

There is an event that displays messages such as signatures and vows at the ceremonial occasion in the venue and makes them available to visitors. By performing such an event, it is possible to provide additional enjoyment to the visitors and to attract the interests of the participants in the venue to the displayed message to achieve unity.
Conventionally, this type of event has been disclosed to visitors in the venue by displaying a message prepared in advance on a large output means such as a large television set provided in the venue.
However, such a method of publishing a message in the venue simply displays a message created by a message creator in advance on a large output means, and thus cannot attract the interest of visitors greatly. It was.

On the other hand, Patent Literature 1 and Patent Literature 2 disclose an invention in which a message is displayed by transmitting a message to each terminal (receiving terminal) via the Internet or the like. These inventions are not limited to delivering the message creator's message, and the device that receives the message is designed to attract some interest.
However, in the inventions disclosed in Patent Documents 1 and 2, a message can be suitably transmitted from a message creation terminal to a plurality of terminals, but a message is sent to a large output means in the venue as described above. It was unsuitable for display.
For this reason, when a message is displayed in the venue, it is currently displayed without any special contrivance, and after all, it was not possible to attract the interest of visitors.

Patent Document 3 discloses an invention comprising a system for delivering a document or the like on which a message is written to a recipient after staying in space.
However, since the invention disclosed in Patent Document 3 cannot display a message on a large output means in the venue as described above, it is not a system suitable for use at a ceremonial occasion or the like. There wasn't.

Furthermore, Patent Document 4 discloses a system that can mark the surface of the moon and transmit an image of the image in real time.
This system has an element that greatly attracts the interest of participants when used as an event such as a ceremonial occasion by displaying a transmitted image of the moon surface on a large output means in the venue. .
However, this system requires a device for landing on the surface of the moon and marking it, and a complicated control mechanism for operating the device, so the cost is significantly higher than when using artificial satellites. In addition, the reliability of operation control is lowered.

As a technique for displaying a message using an artificial satellite, Patent Document 5 discloses an invention for carrying a video signal and transmitting it to a plurality of desired terminals.
However, the invention disclosed in Patent Document 5 merely uses an artificial satellite as a medium for carrying a video signal, and as described above, can effectively display a message in the venue. It wasn't possible.

Similarly, as a technique for displaying a message using an artificial satellite, Patent Document 6 discloses an invention of a system in which images of the earth and the moon taken by a spacecraft are attached to a sender's message and transmitted to the receiver. Is disclosed.
However, since the invention disclosed in Patent Document 6 simply attaches images of the earth and the moon to the sender's message, it has a lack of real feeling, and it makes a cheap impression as if the image was synthesized on the ground to the viewer. There is a big disadvantage that it may give.

JP 2004-258910 A JP 2003-150688 A JP 2003-63653 A JP 2003-6321 A Japanese translation of PCT publication No. 2002-535932 WO02 / 049239

  The present invention has been made in view of such circumstances, and forwards a message created at a message creation venue such as a wedding hall to an artificial satellite and releases it from the atmosphere as a print card from the artificial satellite or within the satellite. Message display / print card release and storage system using an artificial satellite that can be displayed in the vicinity of the satellite after being stored in the satellite, and display this released or displayed message at the message creation venue, and its usage (how to use it) ).

The invention described in claim 1 comprises a creation side transmission / reception terminal for transmitting / receiving a message created by a message creator, and an artificial satellite flying outside the atmosphere having a photographing means for photographing the message together with a receiving means for receiving the message. A message display / print card release and storage system using an artificial satellite, wherein the creation side transmission / reception terminal includes creation side transmission means for transmitting the message to the artificial satellite, and image information transmitted from the artificial satellite. A creation side receiving means for receiving, and a creation side output means for displaying image information taken by the artificial satellite, wherein the artificial satellite is a satellite receiving means for receiving a message transmitted from the creation side transmitting means; Satellite output means for printing a message received by the satellite receiving means to create a print card, and the satellite output A discharge unit that discharges the printed card printed in the stage from the artificial satellite to the outside of the atmosphere, and one or a plurality of shootings that generate image information by shooting the printed card discharged from the discharge unit. There is provided a message display / print card discharge and storage system using an artificial satellite, characterized by comprising means and satellite transmission means for transmitting image information photographed by the photographing means.
According to a second aspect of the present invention, the artificial satellite stores the printed card printed in the satellite output means in the artificial satellite, and the printed card stored in the storage means. Display means for exhibiting outside, the creation-side transmission means transmits information for instructing the artificial satellite display means to display the print card, and the photographing means is displayed by the display means. 2. A message display / print card discharge and storage system using an artificial satellite according to claim 1, wherein image information is created by photographing the print card.
According to a third aspect of the present invention, the artificial satellite includes a main function unit, an imaging unit, and a connecting unit that connects the main function unit and the imaging unit, and the imaging unit includes the imaging unit. A message display / print card discharge and storage system using the artificial satellite according to claim 1 is provided.
The invention according to claim 4 is characterized in that the artificial satellite includes a parent satellite, a child satellite, and a connecting portion that connects the parent satellite and the child satellite, and the child satellite includes the imaging unit. A message display / print card discharge and storage system using the artificial satellite according to claim 1 is provided.
5. The message display / printing using an artificial satellite according to claim 1, wherein the image information created by the photographing means includes image information of the earth. Provide a card ejection and storage system.
The invention according to claim 6 is characterized in that the printing card is discharged out of the atmosphere in the discharge means and disappears after a predetermined time has elapsed. Message display / printing using artificial satellite according to claim 1 Provide a card ejection and storage system.

The invention according to claim 7 is a message display / printing card discharge system for displaying a message of a message creator by using an artificial satellite flying outside the atmosphere and releasing the printed card on which the message is printed out of the atmosphere. The message creation terminal transmits a message to the artificial satellite, the artificial satellite outputs a print card on which the received message is written, and the artificial satellite removes the print card from the atmosphere. And image information is created by photographing the discharge state, the artificial satellite transmits the image information of the photographed state to the message creation side terminal, and the message creation side terminal The present invention provides a message display / print card ejection system utilization method using an artificial satellite characterized by displaying information.
8. The message display / print card discharge system using an artificial satellite according to claim 7, wherein the message creating terminal comprises a large screen and displays the image information as an event attraction. Provide usage methods.
According to a ninth aspect of the present invention, the artificial satellite includes a main function unit, an imaging unit, and a connecting unit that connects the main function unit and the imaging unit, and the imaging unit is emitted from the main function unit. 8. A message display / print card ejection system utilization method using an artificial satellite according to claim 7, wherein a print card is photographed.
According to a tenth aspect of the present invention, the artificial satellite includes a parent satellite, a child satellite, and a connecting portion that connects the parent satellite and the child satellite, and the child satellite includes a print card that is emitted from the parent satellite. 8. A message display / print card ejection system utilization method using an artificial satellite according to claim 7, wherein photographing is performed.
In the invention described in claim 11, the image pickup unit or the child satellite includes a printing card and a plurality of photographing means for photographing the background and / or the earth around the image pickup unit or the child satellite. A message display / printing card discharge system utilizing method using an artificial satellite according to claim 9 or 10 is provided.
12. The message display / print card using an artificial satellite according to claim 7, wherein the print card is discharged outside the atmosphere and disappears after a lapse of a predetermined time. Provide a method for utilizing the release system.
By providing these inventions, the above problems can be solved.

According to the first aspect of the present invention, a message created by a message creator at a wedding ceremony or the like is transmitted to an artificial satellite, and the state of emission from the artificial satellite to the outside of the atmosphere is photographed, and the state is artificially used as image information. By transmitting from the satellite, it is possible to display the image transmitted on the message creation side, so it is possible to display the message in a way that has a very high production effect, and visitors etc. Can attract the interest of those who appreciate the message.
According to the second aspect of the present invention, the print card is temporarily stored in the satellite, and the print card is displayed outside the satellite based on a command from the creating side transmission means, and this is photographed by the photographing means, Since the image information can be transmitted from the artificial satellite and displayed on the message creation side, the message can be displayed in accordance with the time when the production effect is the highest.
According to the third aspect of the present invention, since the artificial satellite is a mechanism in which the main function unit and the imaging unit are connected by the connecting unit, the state in which the print card is released from the main function unit by one artificial satellite from the imaging unit. A system capable of photographing in detail can be provided.
The invention according to claim 4 is a mechanism in which the artificial satellite uses two satellites consisting of a parent satellite and a child satellite, so that the state where the print card is released from the parent satellite can be photographed in detail from the child satellite. Can be provided.
According to the fifth aspect of the present invention, since the photographing means can create image information relating to the earth, it is possible to provide a system that can further attract the interest of visitors.
According to the invention described in claim 6, since the print card disappears after a predetermined time has elapsed after being released outside the atmosphere, a system capable of releasing the print card outside the atmosphere without contaminating the outside of the atmosphere is provided. Can do.

According to the seventh aspect of the present invention, a message created by a message creator is transmitted to an artificial satellite, and the state where the card printed with the message is emitted from the artificial satellite to the outside of the atmosphere is photographed and displayed on the message creating side. It is possible to display messages that have never existed so far, and it is possible to greatly attract the interest of those who appreciate the messages of visitors and the like.
The invention according to claim 8 provides an event attraction that can greatly attract the interest of the participant at a ceremonial occasion or the like by displaying the image information as the event attraction on the message creating terminal comprising a large screen. be able to.
According to the ninth aspect of the present invention, since the artificial satellite is a mechanism in which the main function unit and the imaging unit are connected by the connecting unit, the state in which the print card is released from the main function unit by one artificial satellite is shown from the imaging unit. You can shoot in detail.
The invention according to claim 10 is a mechanism in which the artificial satellite uses two satellites, which are a parent satellite and a child satellite. Therefore, it is possible to photograph in detail from the child satellite how the print card is released from the parent satellite. it can.
According to the eleventh aspect of the present invention, image information relating to the surrounding outer space and the earth can be created, so that the visitors can be further attracted.
According to the twelfth aspect of the present invention, after the print card is released outside the atmosphere, it disappears after a lapse of a predetermined time. Therefore, the print card can be released outside the atmosphere without contaminating the outside of the atmosphere.

Hereinafter, the best mode for carrying out the present invention will be described.
The structure of the message display / print card discharge and storage system (1) using the artificial satellite according to the present invention will be described. FIG. 1 is a schematic configuration diagram of a system according to the present invention.
The system (1) according to the present invention includes a creation-side transmission / reception terminal (2) provided on the earth side (ground) and an artificial satellite (3) flying outside the atmosphere.

The creating transmission / reception terminal (2) is provided on the earth, which is the earth side, and can transmit and receive various information such as character information (message information) and image information to and from the artificial satellite (3). FIG. 2 is a block diagram showing the configuration of the creation side transmission / reception means provided in the creation side transmission / reception terminal (2).
This creation side transmission / reception terminal (2) has creation side transmission means (21), creation side reception means (22), and creation side output means (23).

The creation side transmission means (21) transmits information such as a message (message information) created on the creation side to the artificial satellite (3). The creation-side transmission means (21) is preferably capable of transmitting information such as message information directly to the artificial satellite (3), but the artificial satellite (3) can be transmitted via a base station capable of transmitting and receiving with the artificial satellite (3). You may set so that it can transmit to 3).
The method of transmitting message information to the artificial satellite (3) via the base station is as follows. The message information is transmitted from the creating transmission / reception terminal (2) to the base station using a communication network (not shown) such as the Internet. This can be done by setting to transmit.
The type of information constituting this message information is not particularly limited as long as it is information (data) of a type that can be transmitted from the creation side transmission means (21) of the creation side terminal (2). Can do. Examples of message information include character information and image information.

  In addition to the message information, the creation-side transmission means (21) transmits information (hereinafter abbreviated as exhibition command information) for instructing execution of a print card display operation to an artificial satellite display means to be described later. You can also

The creation side receiving means (22) receives image information transmitted from the artificial satellite (3). Although details will be described later, this image information is image information photographed by photographing means included in the artificial satellite (3).
As described above, in the case of passing through the base station, the image information is sent from the artificial satellite (3) via the base station and via the communication network to the creating side receiving means of the creating side transmitting / receiving terminal (2). (22).

The creation side output means (23) can display the image information received by the creation side reception means (22). The creation-side output means (23) is an image display device, and its performance is not particularly limited, but the size can be appropriately selected according to the place where the creation-side output means (23) is installed.
It is preferable that the larger the venue where the creation-side output means (23) (creation-side transmission / reception terminal (2)) is installed is a display device having a larger screen. This is because by using a display device having a large screen in this way, an image outside the atmosphere (space image, earth image from space) can be displayed as a powerful image.
The image information output by the creation-side output means (23) may be stored in an auxiliary storage device, daily goods such as dishes, clothing such as T-shirts, panels and posters, etc. It can also be printed and created as a souvenir.
Such a souvenir is created by providing the creating terminal (2) with storage means capable of storing image information and a printing device capable of printing out the image stored in the storage means. Can be achieved.

The artificial satellite (3) receives the message information from the creating transmission / reception terminal (2), prints out the message information as a print card, and releases the print card outside the artificial satellite (outside the atmosphere) or Once stored in the satellite, it will be displayed outside the satellite.
The artificial satellite (3) may be a single artificial satellite in which the main functional unit and the imaging unit are connected by a connecting part, or a tether satellite mechanism in which two artificial satellites, a parent satellite and a child satellite, are connected by a connecting part. It is good also as what consists of. Hereinafter, “main function unit or parent satellite” is collectively referred to as a main function unit (parent satellite), and “imaging unit or child satellite” is collectively referred to as an imaging unit (child satellite).
3 is an image diagram showing an artificial satellite, FIG. 4 is a block diagram showing the configuration of the artificial satellite, (a) is a main function unit (parent satellite), and (b) is an imaging unit (child satellite). It is a block diagram.
The artificial satellite (3) includes a main function unit (parent satellite) (31), an imaging unit (child satellite) (32), a main function unit (parent satellite) (31), and an imaging unit (child satellite) (32). It consists of a connection part (33) which connects.
As will be described in detail later, the artificial satellite (3) surely captures the printed card (P) on which the message information emitted from the artificial satellite (3) or displayed outside the artificial satellite (3) is printed. The imaging unit (child satellite) (32) captures a print card that is released or displayed from the main function unit (parent satellite) (31).
For this reason, the main function unit (parent satellite) (31) and the imaging unit (child satellite) (32) are connected to each other at a predetermined distance (d) via the connecting unit (33). The predetermined distance (d) is preferably a distance at which the gravity gradient between the main function unit (parent satellite) (31) and the imaging unit (child satellite) (32) is effective.
When the artificial satellite (3) is composed of the parent satellite (31), the child satellite (32), and the connecting portion (33), the distance at which the gravity gradient is effective is configured so that these become a tethered satellite mechanism. When (3) is composed of a main function part (31), an image pickup part (32), and a connection part (33), a long column is taken out from the main function part (31) as a connection part (33), and the image pickup part (32). Can be realized by connecting the two.
By adopting such a configuration, the main function unit (parent satellite) (31) and the imaging unit (child satellite) (32) are configured with a distance (d) where the gravity gradient works, so that The release or display of the print card (P) can be photographed, and the attitude control of the artificial satellite (3) can be easily performed.

The size of the artificial satellite (3) according to the present invention is not particularly limited. For example, the length (predetermined distance (d)) of the connecting portion (33) is set to 0.2 to 10 m, preferably about 10 m. .
The artificial satellite (3) is flying outside the atmosphere in a circular orbit having an altitude of 350 to 1000 km.

The main function section (parent satellite) (31) has satellite receiving means (311), satellite output means (312), satellite emitting means (313), satellite storage means (314), and satellite display means (315). The satellite receiving means (311) receives message information and exhibition command information transmitted from the creation-side transmission means (21) of the creation-side transmission / reception terminal (2).
When the satellite receiving means (311) receives the message information and the exhibition command information, these information is sent to the satellite output means (312) described later.

The satellite output means (312) prints out the message information received by the satellite reception means (311) on the print card (P).
The satellite output means (312) is not particularly limited as long as it is a print output device capable of performing normal printing, and is appropriately set depending on the size of the print card (P) and the like.
The printing card (P) is preferably formed of a material that is discharged outside the atmosphere and disappears after a predetermined time.
In this way, the printing card (P) is formed of a material that is discharged out of the atmosphere and disappears after a predetermined time, so that it is discharged from the satellite emitting means (313) to be described later and disappears after a predetermined time has passed. So it does not pollute outer space.
As a configuration for extinguishing the discharged print card (P), for example, the material forming the print card (P) is formed by a material that sublimes when the temperature rises, or exposed to the ultraviolet rays of the sun. Depending on the structure formed by the material that decomposes, or by selecting the altitude of the satellite, the card with a relatively large surface area and light weight, the altitude is lowered much faster than the satellite and enters the atmosphere and disappears by frictional heat with the atmosphere The structure to perform etc. can be illustrated.
The size and shape of the print card (P) are not particularly limited, and are set as appropriate by the user.

The satellite emission means (313) discharges the print card (P) output and printed by the satellite output means (312) from the main function part (parent satellite) (31) to the outer space.
If the mechanism of this satellite discharge | release means (313) is a mechanism which can discharge | release the printing card | curd (P) printed by the satellite output means (312) from the main functional part (parent satellite) (31) out of the atmosphere. There is no particular limitation, and it is possible to employ a mechanism that conveys and discharges the printed print card (P) in a conveyor manner.

The satellite storage means (314) is means for storing the print card (P) output and printed by the satellite output means (312) in the satellite.
The satellite storage means (314) may be any mechanism that can store the print card (P) in a stable state (without moving due to vibration or the like) in the satellite. It can be comprised from the case, tray, etc. which can be accommodated.

The satellite display means (315) transfers the print card (P) stored in the satellite storage means (314) to the space near the artificial satellite according to the display command information transmitted from the creation side transmission means (21). It is a means to display.
The satellite display means (315) is not particularly limited as long as it is a mechanism that can take out the printed card stored in the satellite storage means (314), display it in the outer space outside the satellite, and then collect it in the satellite. For example, a robot arm can be used.

The imaging unit (child satellite) (32) includes an imaging unit (321) and a satellite transmission unit (322).
The imaging unit (321) of the imaging unit (child satellite) (32) includes at least a first imaging unit that images the printed card (P) emitted or displayed from the main function unit (parent satellite) (31). (321a) and second imaging means (321b) for imaging the background around the imaging unit (child satellite) (32) and the state of the earth.

The first photographing means (321a) is provided in the imaging unit (child satellite) (32) and photographs the state in which the main function unit (parent satellite) (31) releases or displays the print card (P). .
5 and 6 show an example of an image taken by the first photographing means. FIG. 5A shows a state in which a print card is released from the main function unit (parent satellite), and FIG. The printing card is swimming outside the atmosphere. FIG. 6 shows a state in which printed cards are displayed in outer space from the main function unit (parent satellite). In these figures, the message information is “hope” message information.
The period during which the first photographing means (321a) shoots the state in which the print card (P) is released or displayed is not particularly limited, and may be set as appropriate by the user. When the print card is released, it can be set as appropriate as long as the print card (P) disappears after being released from the main function unit (parent satellite) (31).
The first photographing means (321a) is set so that when the printed card (P) is released, the photographing direction can be appropriately changed manually or automatically in accordance with the spacewalk of the card. It is preferable.

The second photographing means (321b) can photograph the state of the universe around the imaging unit (child satellite) (32) and the state of the earth directly below the imaging unit (child satellite) (32).
When the second photographing means (321b) photographs the state of the earth, it is preferable to have a telephoto lens in order to photograph the state of the surface of the earth in detail. Further, it is more preferable to set the photographing wavelength so that the surface of the earth can be photographed to some extent even if the weather on the earth is bad.
Note that a plurality of the first photographing means (321a) and the second photographing means (321b) described above are preferably provided so as to be capable of photographing from multiple directions, and the second photographing means (321b) is a main function. May be provided in the section (parent satellite) (31).
In addition to the method using two imaging means as described above, a configuration in which the card discharge and the earth image are simultaneously taken by one imaging means is also included in the present invention.

The satellite transmission means (322) transmits the image information captured by the first and second imaging means (321) alternately or superimposed toward the ground (earth).
The satellite transmission means (322) transmits the image information to the creating transmission / reception terminal (2) directly or via the main function unit (parent satellite) (31). The transmitted image information is received by the creation side reception means (22) of the creation side transmission / reception terminal (2).
The main function unit (parent satellite) (31) and the imaging unit (child satellite) (32) are each provided with storage means (not shown) for storing information (data).
The above is the description of the configuration of the message display / print card ejection and storage system (1) according to the present invention.

An example of the operation of the display system (1) using the artificial satellite according to the present invention will be described with reference to FIG.
First, the user of the system according to the present invention installs the creating transmission / reception terminal (2) in a large venue such as a wedding hall. At this time, an output device (such as a large screen) having a large screen is installed in the creating transmission / reception terminal (2) as creating output means (23) installed in a large venue.
The user is set in advance so that information (data) can be transmitted and received between the artificial satellite (3) and the creating transmission / reception terminal (2).
Moreover, when utilizing the system which concerns on this invention, it is preferable to set so that an artificial satellite (2) may pass overhead at the time when a printing card (P) is discharge | released.

The user determines a message to be printed on the print card (P) desired by the user (S1).
The user transmits this message (electronic information) to the artificial satellite (3) using the creation side transmission means (21) (S2).
At this time, the creating transmission / reception terminal (2) transmits a message to the artificial satellite (3) via a communication network, a relay base station, or the like.

The artificial satellite (3) receives the message transmitted from the creating transmission means (21) in the satellite receiving means (311) (S3) and transfers it to the satellite output means (312).
Upon receiving the message, the satellite output means (312) prints this message on the print card (P) (S4).

When the message is printed on the print card (P) in the satellite output means (312), the print card (P) is sent to the main function part (parent satellite) (of the satellite (3) by the satellite discharge means (313) ( 31) is released out of the atmosphere (S5).
At this time, in the first imaging means (321a) of the imaging unit (child satellite) (32) of the artificial satellite (3), the print card (P) is discharged from the main function unit (parent satellite) (31). The state is photographed (S6).
The print card (P) disappears after a predetermined time.

When the first photographing means (321a) creates as image information the state in which the print card (P) is released from the main function section (parent satellite) (31), the satellite transmission means (322) uses this image information on the earth side. (S7).
When the first photographing means (321a) photographs the print card (P), it can be set to photograph until the print card (P) disappears outside the atmosphere, or for a predetermined time. It can also be set to stop shooting after elapse. Moreover, it can also set so that the 1st imaging | photography means (321a) may image | photograph following the printing card | curd (P) which swims.

The image information created by the first imaging means (321a) of the artificial satellite (3) is transmitted by the satellite transmission means (322) and received by the creation side transmitting / receiving terminal (2) via the relay base station. Received by means (22) (S8).
When the creating side receiving means (22) receives the image information, the creating side output means (23) displays the image information (S9).
In this way, all the participants in the venue can appreciate the release of the print card (P) displayed by the creation side output means (23) as an event attraction. A print card (P) swimming outside can be viewed.
FIG. 8 is a diagram showing a case in which the system (1) according to the present invention is used in a wedding hall or the like. In the production side output means (23) which is a large display device in the hall, the printing card (P) A state of swimming outside the atmosphere is displayed.
When used in a wedding hall or the like, the state of the card can be temporarily enlarged and displayed.

Next, another example of the operation of the display system (1) using the artificial satellite according to the present invention will be described with reference to FIG.
First, the user of the system according to the present invention installs the creating transmission / reception terminal (2) in a large venue such as a wedding hall. At this time, an output device (such as a large screen) having a large screen is installed in the creating transmission / reception terminal (2) as creating output means (23) installed in a large venue.
The user is set in advance so that information (data) can be transmitted and received between the artificial satellite (3) and the creating transmission / reception terminal (2).
Moreover, when using the system which concerns on this invention, it is preferable to set so that an artificial satellite (2) may pass overhead at the time when a printing card (P) is exhibited.

The user determines a message to be printed on the print card (P) desired by the user (S1).
The user transmits this message (electronic information) to the artificial satellite (3) using the creation side transmission means (21) (S2).
At this time, the creating transmission / reception terminal (2) transmits a message to the artificial satellite (3) via a communication network, a relay base station, or the like.

The artificial satellite (3) receives the message transmitted from the creating transmission means (21) in the satellite receiving means (311) (S3) and transfers it to the satellite output means (312).
Upon receiving the message, the satellite output means (312) prints this message on the print card (P) (S4).

When the message is printed on the print card (P) by the satellite output means (312), the satellite storage means (314) causes the print card (P) to be transferred to the main function part (parent satellite) ( 31) It is temporarily stored inside (S5).
The user transmits display command information for displaying the print card (P) stored in the satellite outside the satellite to the artificial satellite (3) by using the creation side transmission means (21) (S6). .
The artificial satellite (3) receives the exhibition command information transmitted from the creation side transmission means (21) in the satellite reception means (311) (S7) and transfers it to the satellite exhibition means (315).
The satellite display means (315) displays the stored print card (P) in the outer space outside the artificial satellite according to the display command information transmitted from the creating side transmission means (21) (S8).
At this time, the print card (P) is displayed outside the main function section (parent satellite) (31) in the first photographing means (321a) of the imaging section (child satellite) (32) of the artificial satellite (3). The state of being played is photographed (S9).
The print card (P) is collected in the satellite after a predetermined time.

  When the first photographing means (321a) creates, as image information, a state in which the print card (P) is displayed outside the main function unit (parent satellite) (31), the satellite transmission means (322) uses this image information. It transmits to the production | generation side transmission / reception terminal (2) in the earth side (S7).

The image information created by the first imaging means (321a) of the artificial satellite (3) is transmitted by the satellite transmission means (322) (S10), and is transmitted from the creating transmission / reception terminal (2) via the relay base station. It is received by the creation side receiving means (22) (S11).
When the creation side receiving means (22) receives the image information, the creation side output means (23) displays the image information (S12).
In this way, all the participants in the venue can appreciate the exhibition of the printed card (P) displayed in the creation side output means (23) in the outer space as an event attraction.

In the present invention, the imaging unit (child satellite) (32) includes the second imaging unit (321b), and the second imaging unit (321b) can capture the state of the earth. Similar to the first photographing means (321a), the second photographing means (321b) can create image information that can be displayed by the creation-side output means (23).
In particular, if the artificial satellite (3) is set to pass over the user's head at the time when the artificial satellite (3) releases or displays the printed card (P) out of the atmosphere, the second satellite is set. The photographing of the surface of the earth performed by the photographing means (321b) is photographing from above the user (participant in the venue), and extremely interesting image information can be created.

  The image information displayed on the large display device in the venue is printed on an article such as a plate and distributed to the participants as a souvenir. By being distributed as a souvenir in this way, it can be memorized as a further memorial by the participants.

  The present invention can be suitably used as an event attraction for attracting participants' interests at a venue such as a wedding.

1 is a schematic configuration diagram of a system according to the present invention. It is a block diagram which shows the structure of a production side transmission / reception means. It is an image figure which shows an artificial satellite. It is a block diagram which shows the structure of an artificial satellite, (a) is a main function part (parent satellite), (b) is a block diagram of an imaging part (child satellite). An example of an image photographed by the first photographing means is shown, (a) shows a state in which a print card is released from the main function unit (parent satellite), and (b) shows that the print card swims outside the atmosphere. It shows how it is. The other example of the image which a 1st imaging | photography means image | photographs is shown, and a mode that the printing card is exhibited in the outer space by the main function part (parent satellite) is shown. It is a flowchart which shows an example of operation | movement of the system which concerns on this invention. A mode that the present invention is carried out as an event attraction in a venue such as a wedding ceremony is shown. It is a flowchart which shows the other example of operation | movement of the system which concerns on this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Display / print card discharge and storage system using artificial satellite 2 ... Creation side transmission / reception terminal 21 ... Creation side transmission means 22 ... Creation side reception means 23 ... Creation side output Means 3 ... Artificial satellite 31 ... Main function part (parent satellite)
311-Satellite receiving means 312-Satellite output means 313-Satellite emitting means 314-Satellite storage means 315-Satellite display means 32 ... Imaging unit (child satellite)
321 .. Photography means 322 .. Satellite transmission means P... Printing card

Claims (12)

Message display using an artificial satellite consisting of an artificial satellite flying outside the atmosphere having a transmitting / receiving terminal for transmitting / receiving a message created by a message creator and a photographing means for photographing the message together with a receiving means for receiving the message A printing card ejection and storage system,
The creating transmission / reception terminal is:
Creating transmission means for transmitting the message to the artificial satellite;
Creating side receiving means for receiving image information transmitted from the artificial satellite; and creating side output means for displaying image information taken by the artificial satellite;
The artificial satellite is
Satellite receiving means for receiving a message transmitted from the creating side transmitting means;
Satellite output means for printing a message received by the satellite receiving means to create a print card;
Release means for releasing the printed card printed in the satellite output means from the artificial satellite to the outside of the atmosphere,
One or a plurality of photographing means for photographing the print card discharged in the discharging means to create image information;
A message display / print card discharge and storage system using an artificial satellite, comprising satellite transmission means for transmitting image information taken by the imaging means. The artificial satellite has storage means for storing the printed card printed in the satellite output means in the artificial satellite, and display means for displaying the printed card stored in the storage means outside the artificial satellite. And
The creation side transmission means transmits information for instructing the display means of the artificial satellite to display the print card,
2. The message display / print card discharge and storage system using an artificial satellite according to claim 1, wherein the photographing means photographs the print card displayed by the display means to create image information. The artificial satellite is composed of a main function unit, an imaging unit, and a connecting unit that connects the main function unit and the imaging unit,
2. The message display / print card discharge and storage system using an artificial satellite according to claim 1, wherein the imaging unit includes the imaging unit. The artificial satellite comprises a parent satellite, a child satellite, and a connecting portion that connects the parent satellite and the child satellite;
2. The message display / print card discharge and storage system using an artificial satellite according to claim 1, wherein the child satellite has the photographing means.   5. The message display / print card discharge and storage system using an artificial satellite according to claim 1, wherein the image information created by the photographing means includes image information of the earth.   2. The message display / print card discharge and storage system using an artificial satellite according to claim 1, wherein the print card is discharged outside the atmosphere by the discharge means and disappears after a predetermined time. Using a satellite that flies outside the atmosphere, the message creator's message is displayed, and the message display / print card release system is used to release the printed card with this message printed out of the atmosphere.
The message creation terminal sends a message to the artificial satellite,
The satellite outputs a printed card on which the received message is written,
The artificial satellite releases the print card out of the atmosphere, and creates image information by photographing the discharge.
The artificial satellite transmits the image information of the captured state to the message creation side terminal,
A message display / printing card discharge system utilization method using an artificial satellite, wherein the message creating terminal displays the image information.   8. The method of utilizing a message display / printing card discharge system using an artificial satellite according to claim 7, wherein the message creating terminal comprises a large screen and displays the image information as an event attraction. The artificial satellite is composed of a main function unit, an imaging unit, and a connecting unit that connects the main function unit and the imaging unit,
8. The method for utilizing a message display / print card ejection system using an artificial satellite according to claim 7, wherein the imaging unit photographs a print card emitted from the main function unit. The artificial satellite comprises a parent satellite, a child satellite, and a connecting portion that connects the parent satellite and the child satellite;
8. The method for utilizing a message display / print card ejection system using an artificial satellite according to claim 7, wherein the child satellite photographs a print card emitted from the parent satellite.   The image pickup unit or the child satellite includes a printing card and a plurality of image pickup means for taking an image of a background and / or the earth around the image pickup unit or the child satellite. Or a message display / printing card discharge system using the artificial satellite according to 10; 12. The method for utilizing a message display / print card release system using an artificial satellite according to claim 7, wherein the print card is discharged outside the atmosphere and disappears after a predetermined time has elapsed.

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