JP4942027B2 - Content distribution system and distribution method - Google Patents

Description

  The present invention relates to a content distribution system and a distribution method thereof, and more particularly, to a content distribution system and a distribution method for distributing a content that can be freely viewed and browsed and a content that is secretly disclosed. .

  Conventionally, in broadcast or Internet distribution, content (hereinafter referred to as “public content”) that can be easily browsed between a plurality of transmission sources and an unspecified number of distribution destinations (hereinafter referred to as “public viewers”). ) Is transmitted from the transmission source to the distribution destination in one direction, or is distributed by bidirectional communication between the transmission source and the distribution destination regarding the information.

  Furthermore, in Internet distribution, between one of a plurality of transmission sources and a specific viewer (hereinafter referred to as “private viewer”), the private viewer registers an e-mail address in advance. Therefore, the content related to the private viewer and sufficiently protected from eavesdropping only when the location of the terminal device having the personal identification information of the private viewer can be reliably identified ( (Hereinafter referred to as “secret content”).

On the other hand, in so-called public facilities such as accommodation facilities such as hotels and inns, or hospitals, contents such as TV programs and movies are transmitted via satellite broadcasting lines and duplexers, the Internet, and a local information network (LAN). In addition, it is delivered to the terminal device provided in each room, and the prepaid card with the purchased PIN code is inserted into the PIN code input device provided in the terminal device to confirm the payment of the fee, or the PIN code The content is subject to viewing restrictions, and the viewing restriction is released by the billing means for directly charging and charging.
Further, in the above accommodation facility, the ID input device provided at the entrance of each room and the locking means having the door locking device of the room, and the room application means having the room designating device and the ID output device for issuing the ID In the room usage management system, the door of the designated room is unlocked by satisfying a predetermined condition, and the locking means and the room application means are connected so that data communication is possible.
Japanese Patent No. 3000437

  Events such as large-scale academic conferences, conferences, concerts, and various competitions may consist of a main venue and a plurality of secondary venues, which are divided into venues and each event is held in parallel. The organizer of such a large-scale event often notifies the participating parties of the date and time of the normal event, and often causes a contractor entrusted with reservation arrangements for accommodation facilities such as hotels of the related parties to perform the lump sum. Therefore, at least one accommodation facility in the vicinity of the venue where the large-scale event is held is mixed with other general guests, and the related parties stay overnight.

  In addition, in accommodation facilities such as hotels where many wedding receptions and parties are held, the banquet and the accommodation on the date are often set. The parties involved in the banquet will stay with the guests.

  As described above, in accommodation facilities and the like, there are many cases where group guests stay together with general guests, and there is also a possibility that a plurality of groups also mix and stay with the group guest.

  On the other hand, in the above large-scale events, when the holding times of the events held at each venue overlap, prioritize them, attend the higher rank, give up those who are absent, or give up later The problem of duplicate events is solved by purchasing a video recording of the absent event produced by the owner.

  Also, in the above-mentioned banquets and the like, viewing and enjoying the video of the main banquet is performed again at the secondary party after the main banquet, and is often performed especially at the secondary party after the reception.

  Here, when recording the above-mentioned duplicated event tapes taken by a large-scale event organizer for the purpose of later distribution, or when attending the banquet, especially the bride and groom at the wedding. And their relatives watch a reception video during their stay, there is only one master tape that has been shot, so it cannot be viewed personally in each room. Here, specific content that is limited to such personal use and that requires protection of expertise, privacy, and confidentiality is referred to as “private content”.

  However, since the private content that each person concerned stays wants to view is different, it is practically impossible to dubb the recording tape from the master tape and immediately distribute it, and to the recording facility. Providing a dedicated line for broadcasting tapes is extra cost.

  Therefore, using the on-site information network built in the accommodation facility such as a hotel, it was conceived to distribute the private content with viewing restrictions by a predetermined billing means such as a prepaid card or password input, The conventional paid content distribution method in which the viewing restriction can be easily lifted by other general guests cannot keep private content secret.

  On the other hand, it is also possible to distribute the private content to the local information network like a secret content disclosure method. In this case, the accommodation facility such as a hotel is installed in a group guest room. The IP address of the terminal device and the private content that the group guest wants to view must be specified and registered in the distribution server in advance, and the guest can specify the desired private content at check-in, After that, the task of registering the IP address of the terminal device in each room of the group guest and the private content in the distribution server by matching them individually is complicated and requires a lot of manpower. There is a risk of hindering the provision of accommodation services.

  Therefore, the present invention made in view of the above problems enables the concerned party to view the secret content by easily identifying the concerned person on the information network in which the public content and the secret content are mixed. It is an object to provide a content distribution system and a distribution method that cannot be viewed except for.

As a means for solving the above problems, the content distribution system according to claim 1 includes a plurality of transmission bases, a plurality of reception bases, and at least one management base.
A wide area information communication network in which a transmission base and a reception base are connected by a satellite broadcast line or an Internet line, and a transmission base, a reception base and a management base are connected by an Internet line;
A content distribution system provided with a local information communication network including a reception server and a plurality of terminal devices in a reception base,
To the receiving server,
Constructed from the most suitable distribution signal to reconstruct the standard signal conforming to the satellite broadcast format or the Internet distribution format composing the content at the time of transmission and sending it to the local information communication network almost simultaneously with reception. Encoding means for uniformly forming the content for distribution ,
Two-way communication means for distributing the distribution content to the terminal device in response to a distribution request related to the predetermined distribution content input and designated by the terminal device;
In response to a viewing restriction release code including receipt authentication data or billing data, etc., specified for input at the terminal device, normal release means for identifying the terminal device and releasing the viewing restriction, and fee payment authentication or receipt A first releasing means comprising a charging means for performing confirmation;
In response to an identification code consisting of an ID and password issued by a management server provided in the management base that is specified to be input by the terminal device, only for a terminal device used by a specific user who owns the identification code A second releasing means for releasing the viewing restriction;
Provided,
Furthermore, the management server
Issuing the identification code, designating a plurality of the identification code for each receiving server, content management means for distributing the identification code to the specific terminal device users,
In the content distribution system with
The content for distribution consists of public content and secret content,
The public content is composed of free content and paid content for which viewing restriction is imposed by the first release means,
The secret content is permitted to be viewed only by a specific user of the terminal device by the second release means,
The first release means includes
The receiving server releases the viewing restriction after the prepaid card in which the viewing restriction release code is written is input to the code input device provided in the terminal device or the viewing restriction release code is directly input to the code input device. The normal release means for identifying the terminal device in response to a code;
And charging means for identifying receipt authentication data or billing data of the fee, and outputting viewing permission of the paid content that has been subject to viewing restrictions,
The second release means includes
After inputting the ID card in which the identification code is written into the code input device provided in the terminal device, or directly inputting the identification code into the code input device provided in the terminal device,
In response to the identification code, the receiving server identifies the terminal device,
After the viewer who has the identification code is specified, the viewing restriction on the secret content that is restricted by the viewing restriction specified by the identification code is released .

  According to the first aspect of the present invention, the first releasing means that can easily release the viewing restriction on the content in conjunction with the charging means, and the second releasing means that can be released only by a specific viewer. Since the management server issues and manages the identification code used for the second release means, the terminal device user who was able to obtain the identification code by accessing the management server, etc. Only the content that is restricted by the identification code can be viewed, and the management server automatically Since the ID code is issued and managed, the number of people involved can be limited with respect to content that is restricted by the ID code. It is equity and the like.

Further, among the contents for distribution , pay contents cannot be viewed without the first canceling means and secret contents cannot be viewed without passing through the second canceling means, so that the general contents cannot be viewed without limitation. That is, a fee is paid and a viewing restriction release code is obtained, or a specific person having an identification code can watch the video.

Since the pay content cannot be viewed unless the first release means including the normal release means that is linked with the billing means, the pay content and the free content can be mixed and sent to the local information network.

Furthermore, since the secret content specified by the identification code can be viewed on the terminal device used by the person specified by the identification code, the secret content can be sufficiently displayed even if the public content and the secret content are mixed. Can protect.

Preferably, since the receiving server or the management server is provided with a storage medium storing a program for realizing each means according to claim 1, the contents received by the receiving server are sequentially converted into signals or as much as possible. Since assignment of an identification code / viewing restriction release code, creation of a search preview screen, and the like are performed without human intervention, input errors can be prevented and costs can be reduced.

Preferably, content with different transmission standard signals is converted into content for distribution almost simultaneously with reception, so that the time error for signal conversion from reception to distribution can be minimized, and automatic Since the received content is encoded into the content for distribution, the manual work process can be omitted and the cost can be reduced.

Preferably, the encoding recording function for sequentially storing and storing the content for distribution in the large-capacity storage device, and the momentary detention of the content in the small-capacity storage device bypassing the transmission path to the large-capacity storage device, Since the streaming distribution function for distributing as much as possible is provided, it is possible to select and specify distribution contents for distribution and immediate distribution, and distribute in response to input from each terminal device.

Preferably, a search screen including a thumbnail image and a title is created as much as possible from the distribution content, so that each terminal device can easily specify the desired content.

Preferably, the management server provided in the management base is provided with time synchronization means for synchronizing the times of the transmission base, the reception base, and the management base, so that a plurality of reception bases are provided for a plurality of transmission bases. When the content distribution system is complicated, such as when an automatic imaging means for automatically transmitting the automatically recorded content is provided at the transmission base, smooth information exchange between the transmission base, the reception base, and the management base And sharing.

Preferably, the content composed of various standard signals transmitted from the transmission base is reconfigured with a signal suitable for distribution almost simultaneously with reception at the reception base to form distribution content. At the same time, a search screen is created from the content for distribution, and the viewing restriction release code and identification code are incorporated into the content for distribution to automatically and as much as possible. In addition, it is possible to omit the confirmation work and input work that have been performed manually at the necessary points in the past.

Preferably, the secret content encrypted and transmitted is transmitted to each receiving server, and the identification code incorporated in the distribution content formed from the secret content and the identification code input to the terminal device are identical. Otherwise, since the secret content cannot be viewed, the secret content can be sufficiently protected.

  According to the twelfth aspect of the present invention, the transmission base, the reception base, and the management base share the time data obtained by the time synchronization means of the management base, and further, the time synchronization of each base is taken. Smooth transmission of content when content is distributed from multiple transmission bases to multiple reception bases, or when content captured at the transmission base is automatically distributed to the reception base it can.

  According to the invention described in claim 13, since the charge management code for the accommodation and the viewing restriction release code for the paid content are the same in the accommodation facility, the usage fee of the accommodation facility and the viewing of the paid content are the same. Charges can be easily confirmed in a list, and the issuing device such as a prepaid card in which the above code is written can be unified, so that the cost can be suppressed.

A content distribution system 10 and a distribution method thereof according to Embodiment 1 of the present invention will be described with reference to the accompanying drawings. First, the block diagram of the content delivery system 10 which concerns on a present Example is shown in FIG.
The content distribution system 10 includes a satellite broadcast line 13 between a transmission base 11 that transmits content such as a TV broadcast program and a movie, and a plurality of reception bases 12 that receive the content, and the transmission base 11 and the reception base. 12 and a management base 14 for managing contents and the like connected by an Internet line 15, and at the reception base 12, at least one reception server 17 and a plurality of reception servers 17 following the reception device 30. It comprises a local information network 19 configured by connecting to a terminal device 18.

  The transmission base 11 is provided adjacent to a broadcasting station or a broadcasting room in a competition hall or banquet hall, and captures content fixed to various recording media such as a magnetic recording medium such as a video tape and an optical recording medium such as a DVD. The transmission server 20 is stored and stored in a large-capacity storage device such as a hard drive disk, and the transmission device 21 transmits the content to the satellite broadcast line 13 or the Internet line 15 following the transmission server 20.

The management base 14 has at least one management server 22 connected to the Internet line 15 and is preferably installed at a location adjacent to the transmission base 11 or the reception base 12.
The management server 22 includes a content program acquisition function 25 that acquires the latest information from an electronic program guide server 23 (EPG server) that posts program schedules and scheduled broadcast times, and a network time protocol server 24 that determines standard times on the Internet. In response to a request signal that satisfies a predetermined condition transmitted from the transmission base 11 and the time adjustment function 26 that connects to the (NTP server) at a predetermined cycle, the reception base 12 is provided with an identification code 76a composed of an ID and a password. A program for realizing the content management function that is transmitted and issued to distribute the identification code 76a to a specific user is recorded on the storage medium.

  The transmission base 11, the reception base 12, and the management base 14 share electronic program guide (EPG) data by the content program acquisition function 25 provided in the management server 22, and the transmission server 20 of each base by the time adjustment function 26. The clock built in the receiving server 17 is synchronized. For this reason, in the content distribution system 10 of the present embodiment, the basic information of the content to be distributed is common and the time of the entire system is unified. It is done without delay.

  At least one receiving base 12 is provided in an accommodation facility such as a hotel, or one in a plurality of accommodation facilities, and a receiving device 30 that receives content via the satellite broadcasting line 13 or the Internet line 15; Subsequent to the receiving device 30, the receiving server 17 that reconstructs the received content 100 and forms the distribution content 101 optimized for distribution, and a plurality of distribution contents 101 distributed from the receiving server 17. A local information network 19 (LAN) is configured by the receiving server 17 and the terminal device 18.

  The receiving device 30 includes a satellite antenna 31 that receives content transmitted with a standard signal compliant with the satellite broadcasting standard, and a modem unit 32 that receives content transmitted with a standard signal compliant with the Internet distribution standard. It comprises a digital receiving unit 33 and an analog receiving unit 34 that receives content made up of analog wave television broadcasting, and outputs the received content 100 to the input device 35 of the receiving server 17 in a lump.

  The receiving server 17 that is the backbone of the local information network 19 shown in FIG. 2 converts the input device 35 to which the content is input from the receiving device 30 and the received content 100 into the distribution content 101, and stores and stores it. The server main body 36 that controls the local information network 19 and the output device 37 that sends out the distribution content 101 and connects a plurality of terminal devices 18 spread on the branches and leaves. .

  The input device 35 outputs the content input from the digital receiving unit 33 of the receiving device 30 among the input received content to the server body 36, and outputs the content input from the analog receiving unit 34 of the receiving device 30. Output to 37.

  The server main body 36 includes a main memory device 40 in which various programs for realizing the function of controlling the receiving base 12 are recorded, and a central processing device 41 (which performs arithmetic processing based on the program stored in the main memory device 40). CPU), a cache memory device 42 provided between the main memory device 40 and the central processing unit 41 and cooperating with the main memory device 40 and the central processing unit 41, and the central processing unit 41 performs conversion processing. It comprises an external storage device 43 such as a hard disk (HDD) in which contents, IDs and passwords are stored.

  The output device 37 converts the distribution content 101 subjected to various processes and the analog wave television broadcast directly input from the input device 35 into a data signal having a standard optimal for output to the local information network 19. Thus, the conversion means 50 for outputting to the local information network 19 and the charging means for imposing a charge when a viewing fee is generated for the content related to the distribution request in response to the distribution request from the terminal device 18. 50.

  The terminal device 18 has a numeric key input device 60 or a personal identification number input device 62 provided with a card reading device 61 composed of a card insertion slot and a card reader, and provided an image output terminal for outputting contents to a monitor or the like. It was formed in what is called a set-top box or a so-called receiver provided with a display for displaying contents or the like.

The configuration of the content distribution system 10 of the present embodiment is as described above. Next, the main program stored in the recording medium of the receiving server 17 is shown in FIG. 3, and the processing steps realized by the main program are illustrated. Will be described.
The receiving server 17 has a main program for realizing the encoding means 71, the storage means 72, the search preview creating means 73, the bidirectional communication means 74, the first releasing means 75, and the second releasing means 76,
1) The encoding unit 71 is provided with an encoding step 80 for re-encoding (encoding) and converting the received content 100 made up of a signal compliant with the satellite broadcasting standard or the Internet distribution standard into a signal that can be easily processed in the server, The content processed in the encoding step 80 is set as distribution content 101. In addition, the encoding step 80 is so-called real encoding that sequentially encodes the content 100 received as much as possible at the same time as the receiving device 30 receives the content.
2) The storage means 72 for storing and storing the distribution content 101 after the encoding step 80 includes:
An encoding recording step 82 for storing and storing the distribution content 101 in a mass storage device comprising an external storage device 43 (HDD);
This includes a streaming distribution step in which the distribution content 101 is temporarily placed in a small-capacity storage device composed of a cache memory and then output to the output device 37 as much as possible.
3) Based on the distribution content 101, the search preview creating means 73 displays a search preview in which a plurality of thumbnail images are arranged in parallel on a screen provided in the terminal device 18 in order to facilitate a user search. A centralized display step 83 is provided, and the thumbnail image transmitted from the management server 22 is engaged with a shared title, airing time, synopsis, and the like. In addition, the thumbnail image is created by using the distribution content 101 stored or stored in the storage unit 72 or temporarily detained.
4) The two-way communication means 74 is provided with an on-demand step 84 for delivering immediately in response to a delivery request for the delivery content 101 between the receiving server 17 and the terminal device 18, and encoding-recorded delivery The content for content 101 is called from the external storage device 43 and distributed, or the content for distribution 101 during streaming distribution is distributed.
5) The first canceling unit 75 selects content to be paid (hereinafter referred to as paid content 103) from the distribution content 101, and sets a viewing restriction release code 75a for restricting viewing of the paid content 103. Step 85,
Authenticating the viewing restriction release code 75a input from the terminal device 18;
And a release step 87 for specifying the terminal device 18 that has input the viewing restriction release code 75a and releasing the viewing restriction.
6) The second release means 76 is an encrypted content transmitted from the transmission base 11 in the distribution content 101, and an identification code 76a comprising an ID and an identification number issued by the management server 22 is provided. A secrecy step 88 for restricting viewing of embedded content (hereinafter referred to as secret content 104);
Authenticating the identification code 76a input from the terminal device 18;
It comprises a secret release step 90 in which the terminal device 18 that has input the viewing restriction release code 75a is identified and the secret content 104 is distributed.

The receiving server 17 executes the above main program smoothly and further executes a switching unit 91, a bypass unit 92, a conversion unit 50, and a charging unit 50 in order to increase the processing speed of the distribution content 101. Have
a) The switching unit 91 stores the distribution content 101 processed in the encoding step 80 following the encoding unit 71 to the encoding recording step 82, the streaming distribution step 81, or both, and the storage unit 72. A switch step 91a for selecting and distributing before output to the network is provided, and when only the streaming distribution step 81 is selected (when content recording is not possible), the distribution content 101 is immediately sent to the bypass means 92 as soon as possible. Output to.
b) The bypass unit 92 is provided with a bypass step 92a in which the distribution content 101 selected to be only streamed by the switching unit 91 is input and the encoding recording step 82 is not performed. However, on the other hand, for the above-described search preview creation, a thumbnail image is also created for the distribution content 101 input to the bypass step 92a based on the distribution content 101 temporarily placed in the cache memory. The
c) The conversion means 50 receives an analog wave television broadcast and converts it into a digital wave, an A / D conversion step 50A;
The paid content 103 processed by the first release means 75 or the secret content 104 processed by the second release means 76, the distribution content 101 not processed by the first or second release means 76 (hereinafter referred to as free content 102) ), And a dividing step 50b for dividing the digital data of the above-described digital wave-converted television broadcast,
It comprises a TCP / IP conversion step 50c for converting the divided digital data signal into a data signal optimal for output to the local information network 19.
d) The charged content 103 processed by the first release means 75 is input to the charging means 50,
Request for distribution to the receiving server 17 by directly entering the viewing restriction release code 75a obtained by the user into the numeric keypad or inserting a prepaid card or the like into the card slot into the personal identification number input device 62 provided in the terminal device 18. A billing step 51a for inputting fee-paid data or billing authentication data;
In conjunction with the first canceling means 75, there is provided a pay content 103 distribution step in which the receiving server 17 specifies the terminal device 18 processed in the billing step 51a and distributes the pay content 103 whose viewing restriction has been canceled.

  The above is the main program and subprogram recorded in the receiving server 17, and both the programs are complemented to each other and executed by the server body 36 in order to quickly realize each means.

  Next, the program stored in the recording medium of the management server 22 will be described with reference to FIG.

The management server 22 has a program for executing the information collection unit 95, the time synchronization unit 96, and the content management unit 97,
A) The information collecting means 95 accesses the electronic program guide server 23 (hereinafter referred to as EPG server) installed on the Internet at a predetermined cycle every several hours, and distributes the title of the content to be distributed, broadcast time, synopsis, etc. A collection step 95a for acquiring content-specific information comprising:
A registration step 95b for inputting the specific information of the content that could not be collected by the EPG server;
The collection step 95a and the content program distribution step 95c for transmitting the content specific information processed in the registration step 95b to the transmission server 20 of the transmission base 11 and the reception server 17 of the reception base 12 are included.
B) The time synchronization means 96 is built in the management server 22 by accessing the network time protocol server 24 (hereinafter referred to as NTP server) installed on the Internet at a predetermined cycle such as every day or every week. A clock setting step 96a for synchronizing the clock with the Internet;
A time synchronization step 96b for synchronizing the time synchronized with the Internet with a clock built in the transmission server 20 and the reception server 17 is provided.
C) The content management means 97 receives the unique information of the secret content 104 encrypted and transmitted from the transmission base 11, and sets an identification code 76a setting step 97a for setting an identification code 76a composed of an ID and a password;
An identification code transmitting step 97a for transmitting the identification code 76a to the receiving base 12, and
An identification code issuing step 97a is provided for issuing the identification code 76a to a user who has applied in advance.

  The configuration of the program recorded in the content distribution system 10 of this embodiment and the reception server 17 and management server 22 of the system is as described above. In particular, in this embodiment, the transmission base 11 is a satellite broadcasting station or Broadcast facilities attached to multipurpose halls such as convention halls and event facilities having conference halls, or broadcast facilities attached to banquet halls provided in accommodation facilities such as hotels, etc., and receiving base 12 is an accommodation facility such as a hotel or an inn, It is preferable to use a public facility such as a hospital or a school, and the terminal device 18 is installed in units of rooms.

  Using the content distribution system 10 configured as described above, the free content 102, the pay content 103, and the secret content 104 are distributed as follows.

Content is distributed according to the following procedure (1) to procedure (12). This will be described with reference to FIGS.
(1) Content input to the transmission server 20 at a plurality of transmission bases 11 is free content 102 that can be viewed for free such as a TV broadcast program, or a fee that is subject to viewing restrictions by imposing a fee for a movie or the like Either the content 103 or the secret content 104 that can be viewed only by a specific person, and the content is input to the transmission server 20. Among the contents input to the transmission server 20, the free content 102 and the pay content 103 are converted into data signals conforming to the satellite broadcasting format or converted into data signals conforming to the Internet distribution format, The secret content 104 is subjected to an encoding process that is converted into a data signal conforming to the Internet distribution format, and is simultaneously transmitted from the transmitting device 21 to the plurality of receiving bases 12 via the satellite broadcasting line 13 or the Internet line 15. Is done.
(2) The receiving base 12 first performs a decoding process for reconverting the data signals of various contents received by the receiving device 30. In addition, the receiving device 30 also receives analog television broadcasts and outputs the received content 100 to the input device 35 of the receiving server 17.
(3) Content input from the receiving device 30 to the input device 35 of the receiving server 17 includes free content 102, pay content 103, and secret that are digital data signals transmitted via the satellite broadcast line 13 or the Internet line 15. The content 104 and the analog wave television broadcast composed of analog data signals are classified, and the content composed of digital data signals is output to the server main body 36 and the analog data signals are immediately output to the output device 37.
(4) The content input to the server main body 36 is processed by the encoding step 80, automatically reconfigured into the distribution content 101, and once the distribution content 101 is temporarily stored in the cache memory for a very short time. The contents processed in the switch step 91a and processed in the streaming distribution step 81 are divided into the contents processed in parallel by the encoding recording step 82 stored in the external storage device 43 and the streaming distribution step 81.
(5) When the distribution content 101 is stored in the cache memory, a program for executing the search preview creating means 73 is activated and supplied from the distribution content 101 and the management server 22 by the centralized display step 83 processing. The thumbnail image to be displayed on the screen of the terminal device 18 is automatically created from the unique information such as the title of the original content of the distribution content 101.
(6) Further, in parallel with the search preview creating means in the step (5), the paying step 85 for incorporating the viewing restriction release code 75a into the pay content 103, and the concealing step 88 processing for incorporating the identification code 76a into the secret content 104 Thus, the pay content 103 for which viewing restriction is imposed by the first releasing means 75 and the secret content 104 for which viewing restriction is imposed by the second releasing means 76 are created. In the figure, the secrecy step 88 is described following the charge step 85, but the secrecy step 88 may be preceded or both steps may be processed in parallel.
(7) In the terminal device 18, referring to the thumbnail images displayed in parallel on the screen, the user of the terminal device 18 sends a distribution request for the distribution content 101 to the receiving server 17 from an input device such as a remote controller. input.
(8) If the requested content is the free content 102, the receiving server 17 immediately outputs the free content 102 to the terminal device 18.
(9) When the requested content is the paid content 103, the receiving server 17 instructs the terminal device 18 to input the viewing restriction release code 75a. In accordance with the instruction, the viewing restriction release code 75a is directly input to the password input device 62 provided in the terminal device 18, or the viewing restriction release code 75a is read by inserting a prepaid card or the like into the card insertion slot. When the program is executed, the program for executing the billing unit 50 is activated, and when the fee payment of the pay content 103 is authenticated, the program is processed by the release step 87 of the first release unit 75 in conjunction with the billing unit 50. The paid content 103 is output from the output device 37 to the specified terminal device 18.
(10) If the requested content is the secret content 104, the receiving server 17 instructs the terminal device 18 to input the identification code 76a. In accordance with the instruction, when the identification code 76a is directly input to the personal identification number input device 62 provided in the terminal device 18, or when the identification code 76a is read by inserting a prepaid card or the like into the card insertion slot. Then, a program for executing the second release means 76 is activated, confirms that the identification code 76a has been input in the authentication step 86, and specifies the terminal device 18 that has input the identification code 76a in the secret release step 90. The secret content 104 is output to the terminal device 18.
(11) The analog television broadcast directly output to the output device 37 in the (3) procedure is subjected to digitization processing by the A / D conversion step 50A.
(12) The free content 102, the paid content 103, the secret content 104, and the digitized analog wave television broadcast processed by the above various steps are subjected to the division processing 50b by dividing the digital data constituting the content. Further, after being processed in the TCP / IP conversion step 50c into a TCP / IP protocol optimal for output to the local information network 19, it is distributed to each terminal device 18.

  The content distributed by the bypass means 92 is temporarily stored in the cache memory for a very short time and then distributed to each terminal device 1819. Therefore, the time lag is not delayed at the start of the broadcast time. Can be viewed almost without feeling. In addition, on the search screen of the terminal device 18, a plurality of thumbnail images of the distribution content 101 being distributed or stored in the external storage device 43 and waiting to be distributed are displayed in parallel. Compared with the time-series program table such as the TV column, it is possible to easily grasp the outline of the content, so that it is possible to easily select the distribution content 101 desired to be distributed.

  The above-mentioned secret content 104 is a so-called private content that has been obtained by applying for the identification code 76a in advance in an accommodation facility or the like, or permitting only a specific distributed user. is there.

Therefore, as a form of content distributed by the identification code 76a,
・ When multiple lectures, panel discussions, paper presentations, etc. are held at multiple venues in parallel at the same time zone at academic conferences or research meetings, lectures, panel discussions, Content that can be used when a rehearsal of an event such as a content or concert that captures the content of a paper publication, etc., and the staff or participants of the event make a meeting at the event venue or accommodation facility・ Contents with high personal elements such as taking wedding receptions / parties etc. and watching and enjoying the taken wedding receptions / parties again only with close relatives and close friends at secondary meetings etc. ・ School trips and group trips A private place where multiple people would like to watch the training places and sightseeing spots that they visited during their stay at the same time. It may be content that is expensive and requires multiple simultaneous distributions, etc. These content is likely to be required to be viewed simultaneously with shooting or immediately after shooting, and further, expertise, confidentiality, privacy protection This is the secret content 104 that is required.

  According to this embodiment, a plurality of such secret contents 104 are simultaneously distributed from a transmission base 11 provided in a conference hall, event hall, wedding hall, party hall, or accommodation facility to a plurality of reception bases 12 simultaneously. For example, in the case of the above-mentioned academic conferences and research meetings, content taken at different venues or at different times can be distributed at the same time, or at weddings, etc. Since all of these secret contents 104 are kept secret by the identification code 76a, ordinary people who do not participate in academic conferences / research gatherings can view the contents or marry them. It is possible to prevent content with high private elements such as expressions from being viewed by a third party.

  Further, since the specific user is designated by the management server 22 by the identification code 76a, at the reception of the accommodation facility such as a hotel, the identification code 76a is handed to the user at the time of the accommodation procedure, or at the time of the accommodation reservation. If distributed by mail or attached to an e-mail, the burden at the time of reception can be reduced.

  On the other hand, the viewing restriction release code 75a is clarified as to whether the fee has been paid by the charging means 50 or willing to pay after use. Therefore, in the accommodation facility such as a hotel, this is referred to as the room management code 75b. Can be shared. Therefore, an embodiment as shown in FIG. 9 can be taken.

  In other words, the room number management unit 110 is provided separately from the above-described password number input device 62, and includes a password number input unit 111, a door locking / unlocking device 112, and a room illumination lighting device 113, and is provided in the accommodation facility. The room management server 115 records a program for causing the room management unit 110 to execute, and causes the room management server 115 to execute the room usage charging unit 116 and the usage status confirmation unit 117 indicating the room in use. The accommodation management system 120 is configured by recording a program for this purpose. Here, the PIN number input unit 111 is provided with a numeric keypad input device 111a or a card reading device 111b having a card insertion slot.

  By directly entering the PIN code obtained in the numeric keypad input device 111a or by inserting the obtained prepaid card into the card insertion slot, the door is unlocked, and the room lights are turned on in conjunction with it. The program of the charging means 116 and the usage status confirmation means 117 is activated in conjunction with the unlocking of the door, and charging is performed for the use of equipment such as a refrigerator in the room, and the room management server The management terminal device screen connected to 115 displays that the room is in use.

  In order to view the pay content 103, it is possible to view the pay content 103 by inputting the password or prepaid card to the password input device 62 of the terminal device 18.

  At this time, if the viewing restriction release code 75a is issued to one user, it is possible to prevent the billing and the room usage from being duplicated.

  Since the viewing restriction cancellation restriction code 75a input to the receiving server 17 and the room management code 75b input to the room management server 115 are made common, both the code issuing devices of the viewing restriction cancellation restriction code 75a and the room management code 75b are shared. For example, if one issuing device is installed at the front, the burden on accommodation procedures and settlement can be reduced at the front.

1 is a configuration diagram illustrating a system configuration of a content distribution system according to Embodiment 1. FIG. It is a block diagram which shows the apparatus structure of the receiving server of the content delivery system which concerns on Example 1. FIG. It is a block diagram which shows the structure of the program recorded on the main memory apparatus of the receiving server of the content delivery system which concerns on Example 1. FIG. It is a block diagram which shows the structure of the program recorded on the management server of the content delivery system which concerns on Example 1. FIG. It is a block diagram regarding the process added to the content of the content delivery method which concerns on Example 1. FIG. 5 is a flowchart when content is processed by a transmission server in the content distribution method according to the first embodiment. 6 is a flowchart when content is processed at a receiving base in the content distribution method according to the first embodiment. 3 is a flowchart of bidirectional communication means between a receiving server and a terminal device in the content distribution method according to the first embodiment. It is a block diagram in the receiving base of the content delivery system which concerns on Example 2. FIG.

DESCRIPTION OF SYMBOLS 10 ... Content delivery system, 11 ... Transmission base, 12 ... Reception base, 13 ... Satellite communication line, 14 ... Management base, 15 ... Internet connection, 16 ... Wide area information network, 17 ... Reception server, 18 ... Terminal device, 19 ... Local information network,
20 ... transmission server, 21 ... transmission device,
22 ... Management server, 23 ... Electronic program guide server, 24 ... Network time protocol server, 25 ... Content program acquisition function, 26 ... Time adjustment function,
DESCRIPTION OF SYMBOLS 30 ... Receiver apparatus, 31 ... Satellite antenna part, 32 ... Modem part, 33 ... Digital receiver part, 34 ... Analog receiver part, 35 ... Input device, 36 ... Server main body, 37 ... Output apparatus, 40 ... Main memory apparatus, 41 ... Central processing unit, 42 ... Cache memory, 43 ... External storage device,
50 ... Conversion means, 50a ... A / D conversion step, 50b ... Division step, 50c ... TCP / IP conversion step,
51 ... Billing means, 51a ... Billing step, 51b ... Paid content distribution step,
60 ... Numeric key input device of terminal device, 61 ... Card reader device of terminal device, 62 ... PIN input device,
71 ... Encoding step, 72 ... Storage means, 73 ... Search preview creation means, 74 ... Two-way communication means,
75 ... first release means, 75a ... viewing restriction release code, 75b ... management code 76 ... second release means, 76a ... identification code,
80 ... Encoding step, 81 ... Streaming distribution step, 82 ... Encoding recording step, 83 ... Centralized display step, 84 ... On-demand step, 85 ... Paying step, 86 ... Viewing restriction release code authentication step, 87 ... Release step, 88 ... secrecy step, 89 ... identification code authentication step, 90 ... secret release step,
91 ... switching means, 91a ... switch step,
92 ... Bypass means, 92a ... Bypass step,
95 ... Information collection means, 95a ... Collection step, 95b ... Registration step, 95c ... Content program distribution step,
96 ... Time synchronization means, 96a ... Clock setting step, 96b ... Time synchronization step,
97 ... content management means, 97a ... identification code setting step, 97b ... identification code transmission step, 97c ... identification code issuing step,
100: received content, 101: content for distribution, 102: free content, 103: paid content, 104: secret content,
DESCRIPTION OF SYMBOLS 110 ... Room management means, 111 ... PIN number input part, 111a ... Ten key input device, 111b ... Card reader, 112 ... Door lock device, 113 ... Room illumination lighting device,
115: Room management server, 116: Room billing means, 117 ... Usage status confirmation means,
120 ... Accommodation management system.

Claims (1)

A plurality of transmission bases, a plurality of reception bases, and at least one management base;
A wide area information communication network in which a transmission base and a reception base are connected by a satellite broadcast line or an Internet line, and a transmission base, a reception base and a management base are connected by an Internet line;
A content distribution system provided with a local information communication network including a reception server and a plurality of terminal devices in a reception base,
To the receiving server,
Constructed from the most suitable distribution signal to reconstruct the standard signal conforming to the satellite broadcast format or the Internet distribution format composing the content at the time of transmission and sending it to the local information communication network almost simultaneously with reception. Encoding means for uniformly forming the content for distribution ,
Two-way communication means for distributing the distribution content to the terminal device in response to a distribution request related to the predetermined distribution content input and designated by the terminal device;
In response to a viewing restriction release code including receipt authentication data or billing data, etc., specified for input at the terminal device, normal release means for identifying the terminal device and releasing the viewing restriction, and fee payment authentication or receipt A first releasing means comprising a charging means for performing confirmation;
In response to an identification code consisting of an ID and password issued by a management server provided in the management base that is specified to be input by the terminal device, only for a terminal device used by a specific user who owns the identification code A second releasing means for releasing the viewing restriction;
Provided,
Furthermore, the management server
Issuing the identification code, designating a plurality of the identification code for each receiving server, content management means for distributing the identification code to the specific terminal device users,
In the content distribution system with
The content for distribution consists of public content and secret content,
The public content is composed of free content and paid content for which viewing restriction is imposed by the first release means,
The secret content is permitted to be viewed only by a specific user of the terminal device by the second release means,
The first release means includes
The receiving server releases the viewing restriction after the prepaid card in which the viewing restriction release code is written is input to the code input device provided in the terminal device or the viewing restriction release code is directly input to the code input device. The normal release means for identifying the terminal device in response to a code;
And charging means for identifying receipt authentication data or billing data of the fee, and outputting viewing permission of the paid content that has been subject to viewing restrictions,
The second release means includes
After inputting the ID card in which the identification code is written into the code input device provided in the terminal device, or directly inputting the identification code into the code input device provided in the terminal device,
In response to the identification code, the receiving server identifies the terminal device,
A content distribution system characterized in that, after a viewer who has an identification code is specified, the viewing restriction of the secret content that is restricted by the viewing specified by the identification code is released .

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