JP2010114626A - Video distribution device, video distribution system, video distribution method, and storefront video terminal - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a video content distribution system which determines distribution qualification of video content, corrects video content if desired, and then distributes it. <P>SOLUTION: The video content distribution system has a video content server, a video content distribution server which distributes video content, and a terminal which downloads the video content based on the video content information, and distributes video through a communication network. The video content distribution server is connected to a video distribution qualification determination server that determines whether or not to distribute video content whose qualification is changing for the video content server and/or the video content distribution server. If determining that it is undesirable to distribute the content as it is stored in the video content server, the video distribution qualification determination server determines whether or not to distribute after modification. Then, if distribution is allowed after modification, the video distribution qualification determination server modifies the video content. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a moving image distribution device, a moving image distribution system, a moving image distribution method, and a moving image providing storefront terminal. More specifically, the present invention relates to a moving image distribution device, a moving image distribution system, a moving image distribution method, and a moving image providing storefront terminal in which distribution availability is flowing.

  In the field of distributing video, such as moving image content, there are some cases where distribution is fluid depending on social circumstances.

  Mainly, videos that are undeliverable or unpreferable to be distributed include videos that contain broadcast-prohibited terms, self-regulatory terms, videos that violate public order and morals such as violence scenes and adults.

  Broadcast-prohibited terms are words that voluntarily restrict their use in the mass media, such as television and radio stations, as they violate public order and morals. It is also called a word caught on the broadcast code.

  In the video distribution field, for example, in a broadcasting station that broadcasts video, if the broadcasting station determines that a word contains or may contain discriminatory, obscene or obscene content, Based on this, the broadcasting station will regulate its own broadcasting and maintain sound and neutral broadcasting. If it is against public order and morals, not only words but also songs and videos are subject to self-regulation. In the past, there was a singing popular music system, but it has been abolished. However, those that contain content that causes broadcast accidents that violate the Radio Law have not been broadcast yet, or that part has been cut.

  However, these judgment criteria are voluntary regulations, and there is no specific list of prohibited broadcast terms, and both the TV and radio industries use their ‘not used’ to ‘use’ according to their respective broadcasting ethics rules. In many cases, a judgment is made by creating a staged list of "Needs attention." In particular, regarding the term or expression of “careful to use”, considering that the age group of viewers and listeners differs depending on the time zone and program genre, for example, NG is permitted in the golden time, but allowed in the late night There is something to be done.

In addition, there are the following measures to deal with discriminatory terms.
1. In general, it is treated as a forbidden phrase in daily conversation and as a broadcast prohibited term in major media.
2. Use of discriminatory terminology: Called “self-regulation”.
3. Paraphrasing of discriminatory terminology: The terminology of paradigmizing discriminatory terminology is used in commercial media as a means of superficially avoiding discriminatory grenades and has been developed in the United States as political correctness.

  For example, the word “back Japan” gradually became stronger as time passed since it began to be used. In addition to the modernization of Japan, this was not only left behind from modernization policies, but also through processes such as the tilting policy toward the Pacific belt and high economic growth. Economic disparity widened. For this reason, many residents who lived in the back of Japan were dissatisfied with the classification of the names “back Japan” and “front Japan”.

  The words “back Japan” and “front Japan”, which were also used in media such as television and newspapers on a daily basis, were broadcasted in Japan in the early 1970s when the economic disparity reached its peak. The association (NHK) was reluctant to use it and renamed it “Japan Sea” and “Pacific”. When Niigata Prefecture-selected Kakuei Tanaka gained power, private broadcasters and newspapers began to refrain from using it, and social recognition was gradually becoming a discriminatory term.

Four (yotsu) is considered as a discrimination word for the discriminated villagers. The act of raising four fingers other than the thumb with the finger toward the other side may also be an insult expression.
This expression was already used in the Meiji Taisho era, but its origin is not clear

  For example, four of the “Violet Real Estate Four-Wheel Real Estate” in the script of the TV drama have been revised to be misleading, and the publicity of “Yo! It was changed to the phrase “not.”

  Old animated characters are often four fingers. The reason is due to the visual effect that the picture drawn with four fingers looks like five fingers when moving, but it looks like six fingers when drawn with five fingers.

  In addition, self-regulation is not “prohibited” by a third party, but “broadcast prohibition terminology” is used to decide whether to “self-restrict” use at the site judgment of broadcasting stations and production staff. "Broadcast self-contained terms" instead of "."

  In recent years, there has been an increase in voluntary regulations following precedents, such as fear of sensitive reactions from pressure groups, etc., and disagreement with sensitive topics such as Buraku issues. There are cases where the words that are not used are used boldly, judging that they are necessary for the purpose and context of the broadcast.

  When a corresponding word is uttered from a performer during the program recording, it is cut by editing, or it is broadcasted with silence or “peep”. There are also patterns such as panting, gunshots and sirens. Depending on the program, telop processing may be performed on the mouth instead of the so-called mouth pack. However, inappropriate statements are broadcast as they are in live broadcasting.

  In content that greatly impairs the work and artisticity due to editing, before and after that, “Some inappropriate expressions were made, but they were produced in an era when words were not taken into account. It may be broadcast without modification after displaying or announcing a remark such as “Broadcast as time”. In addition, the same measures may be taken when it is recognized that the expression is inevitable in expressing the historical background.

In rebroadcasting of old animations produced by the 1970s, conversations may be suddenly interrupted.
This is because an expression that was not so much of a problem at the time of production was judged to be self-sufficient and is now broadcast with the sound of the scene turned off.

  In a highly requested 1970s animation, there was a criticism that, as a result of cutting all expressions touching the broadcast code such as “Mekkichi”, “Brain Tallinn”, “Kichigai”, etc. Then, after annotating "Respect original author's originality ...", the corresponding phrase was aired uncut. This is also related to the moral rights of the author, which is a kind of copyright.

  In addition, even some animations produced in recent years are judged to have a problem in broadcasting in some local stations, and there are cases where broadcasting is performed with the sound turned off (locality).

  As a means of superficially avoiding discriminatory grenades, the terminology of discrimination is used in commercial media, and it is mainly used in the United States, which is called political correctness (political correctness). . In Japan, there is a direction to criticize the paraphrase of the discrimination term as a word hunting from the standpoint against the paraphrase of part or all of the discrimination term.

  There is a criticism from the side that opposes discrimination that "just paraphrasing only covers the reality". A similar criticism has been made against political correctness in the English-speaking world. Of course, the meanings of mere paraphrasing are the same, so the terms themselves that are paraphrased over time often become discriminatory terms.

  As mentioned above, there is no provision that “broadcast prohibition term is this word and this word…” etc., and the current situation is that it is controlled by the broadcasting station, but from the late 1980s to the early 1990s In the meantime, it is said that this broadcast-prohibited term was treated most excessively.

  Examples of self-determination that symbolizes this period include self-determination of historical words such as "slave", "genius", and "peasant", or overreaction to the word "crazy" and "the clock was crazy "Silver" is completely unrelated to the so-called "four (fingers)", and the re-broadcasting of the four-handed war drama, as well as the re-broadcasting of the war drama of the movie, The phrase “I have been using it”, “Muramasashi” → “Mekura Masashi” → Mekura = blind and lingering, so there was a morbidity over-reaction that could be said to be morbid.

In addition, video software that was normally recorded and released without modification at the time of production increased in number of cases that were released after muting and audio processing of lines that would be problematic.

  Such an overreaction gradually subsided, but it took a considerable amount of time to finally return to the range of common sense in the mid-1990s.

One-handed drop Originally “one-handed drop” (unfairly dropped hand that is cut only on one side), but it is often distorted as “one hand-fallen” and often described as “discrimination against the disabled”. Some of the voices of criticism were “word hunting” because it was rephrased as “kakutai” in the script of the drama.

  It is forbidden to use because it is a discriminatory term for Japanese nationals such as Jap Nip, but due to the nature of the movie, there are cases where it is used to seek effects in the production or convey the contents of the movie as advertising There is an exception in this case. This is the dialogue part of Takeshi Kitano's “BROTHER's famous scene“ Fucking Jap, I can understand it ”.

  Stewardess A flight attendant woman, but it was banned due to a paraphrasing trend in the United States and a group that protested strongly against female discrimination. Often referred to as a flight attendant. There is a problem similar to that of “Nurse → Nurse” or “Nurse → Nursery”.

Schizophrenia Formerly the name of a psychiatric patient, it is now misunderstood as an insult or discrimination against a mentally ill person, so it must now be called schizophrenia. In rare cases, however, books using the names of the diseases are available.

Semushi This regulation has problems such as the inability to use the title of another Japanese translation of Notre Dame de Paris, a world-renowned masterpiece, “Notre Dame de Paris”. The Japanese title of the movie was “Notre Dame Bell”. Also, the English title displayed for Japan is changed from “The Hunchback of Notre Name” to “The Bells of Notre Name”.

  genital. In general, the closer it is to the pronoun of broadcast-prohibited terms, the more widely known. Even in adult comics and adult games, it's usually written in a prone form like "XXXXX".

  In AV and adult games, there are manufacturers that edit the audio so that it cannot be heard by the manufacturer, and manufacturers that do not. Alternatively, the term “Tamakin”, “Korman”, etc. are often used in the industry term.

  In this way, there are a number of restrictions on video only managed by broadcasting stations, and it has been supported for each content and program. However, in recent years, various video contents have been flooded due to the spread of the Internet, etc. It is not easy to determine whether or not to deliver.

  Furthermore, many video contents from overseas are distributed via the Internet, etc., but the current situation is that they are in a so-called drifting state due to differences in regulations depending on customs and culture.

  Furthermore, in Japan, the Eirin Maintenance Committee (consisting of the movie industry) is established for video content, and the Eirin Regulations implemented and managed by the Eirin Management Committee as a third party organization are used. Since 1976, R has been designated for movies that must be accompanied by an adult guardian to watch junior high school students and younger, but since May 1998, it has been classified as PG-12, R-15, and R-18, and is age-restricted. It is divided from the general movie without. In addition, a juvenile film council has been established as an advisory body to the chairman of the Eilin Management Committee on issues relating to youth.

As for the conventional judgment element, the presence or absence of a sexual scene was regarded as important. However, since the 1990s, the appearance of anti-social scenes such as violence and murder has increased due to the occurrence of bizarre crimes such as the Kobe consecutive child killing case.
In addition, the screening category may change due to the establishment of a video content ethics liaison conference in the future.

General Any age group can appreciate. Revised general movies before May 1998.
PG-12 Adult guardian is appropriate for viewing under 12 years old (elementary school age or younger).
Movies that may be imitated by elementary school children, such as descriptions of sex, violence, cruelty, drugs, and horror movies are subject to this category. This also applies to animated movies. Even if there were no cruel scenes, in the horror movie “Frailty Paranoia”, the content that forced fathers to kill and abandon corpses was a problem, and it was designated PG-12.

  For video movies (including OVA), there is currently only one content, “Teddy! TEDDY DEATH alone is hardly specified unlike R-15 and R-18. In the case of terrestrial television broadcasting, unlike CS, in many cases it is handled in the same way as general, and “PG-12 designation” is not written in the program guide of newspapers.

R-15 It is prohibited to enter (view) under 15 years old (under junior high school students) and is said to be 15 so-called. This is often referred to simply as R designation.
Revised R designation prior to May 1998. In addition to the more irritating PG-12, bullying is also subject to review. In addition, works that use broadcast-prohibited terminology (such as Nozomiban, Zatoichi) and counterfeit crimes (such as Swallowtail) are also subject. The problem is that Tsotsi became the same designation. In the case of an animated movie, the specified number is small unlike PG-12, but in CS and OVA it is large. In the case of terrestrial television broadcasting, broadcasting is often performed at midnight or inappropriate scenes are cut, and “R-15 designation” may also be indicated in a newspaper program guide.
R-18 Admission (viewing) under 18 years old is prohibited. So-called 18 prohibited. Revised adult movies before May. In addition to R-15, there are emphasis on behavioral descriptions that significantly stimulate sexual emotions, remarkably antisocial behaviors and actions, and expressions that praise the use of drugs and stimulants. There are not a few cases (such as All Night Long) that are released on video due to refusal of screening.

  Furthermore, a major reform of Eirin is scheduled for 2009, and changes in the category name (the content of the category itself is not changed) and details of the standards are being considered.

  In view of such a situation, the present inventors have created a mechanism for selling video content stored in a content server at a store and filed a patent application.

According to Patent Document 1, with the spread of broadband in recent years, content that seems harmful to minors can be easily distributed from the network, and so-called impersonation in which age-restricted moving images are downloaded with false ages is completely completed It has become difficult to eliminate. According to the present invention, it is possible to prevent adverse effects caused by distribution of content directly to each household, particularly content that is harmful to minors.
JP 2003-264814 A (full text)

  However, the mechanism disclosed in Patent Document 1 is exclusively limited to store distribution of moving image content, and cannot be applied to distribution of moving image content via a network such as the Internet. In particular, the amount of video content posted to sites that post video content via the Internet or the like has increased, and the distribution eligibility of these video content has not been confirmed.

  In addition, moving image content that has been determined to be undeliverable may also be distributed when it is distributed at the store, and the user loses the opportunity to view the moving image content and also loses the distribution opportunity for the store. It becomes.

  In addition, the moving image content distributed from the network in this manner is constantly increasing, and on the other hand, the distribution eligibility of the moving image content is changing every moment due to social circumstances. For this reason, the distribution eligibility of a large number of moving image contents is not judged and is in a so-called open state.

  Accordingly, an object of the present invention is to provide a moving image content distribution system that determines the eligibility of moving image content for which the availability of distribution that changes from moment to moment flows, and corrects the moving image content as desired for distribution. Is to provide.

  The present invention that solves the above-described problems includes at least one moving image content server, a moving image content distribution server for distributing moving image content stored in the moving image content server together with moving image information, and the moving image content. A moving image content distribution system for distributing a moving image via a communication network configured to download the moving image content based on the moving image content information, the moving image content server or the moving image content For any one of the distribution servers, determine whether or not to distribute a moving image whose distribution is flowable, and correct if it is determined that it is not preferable to distribute the image stored in the moving image content server. To determine whether or not delivery is possible. It is a moving image distribution system according to claim, which is connected to the moving-picture distribution eligibility determination server having a function for correcting a moving image content.

  In the moving image distribution system according to the present invention, the moving image distribution eligibility determination server can distribute the moving image content that can be distributed as it is, whether it can be distributed as it is. A distribution eligibility determination unit that determines in stages, a correction information unit for moving image content that stores correction information for moving image content that can be distributed if corrected, and a moving image content based on the correction information stored in the correction information unit And a moving image content correction execution unit that executes the above correction.

  In this way, the moving image distribution eligibility determination server or the moving image distribution eligibility determination device in the moving image content distribution system of the present invention determines whether or not the moving image content whose distribution availability changes from moment to moment flows. As a result, of the enormous amount of moving image content that changes from moment to moment, only the moving image content suitable for distribution is selectively distributed after the terminal determines the eligibility for distribution of the moving image content that the terminal desires to distribute. It becomes possible to do.

  Furthermore, it is determined whether or not the moving image content that is determined to be inappropriate for distribution by the moving image distribution eligibility determination server or the moving image distribution eligibility determination device in the moving image content distribution system of the present invention can be distributed. . And it is the structure which distributes the moving image content which corrected by performing the correction process with respect to the moving image content judged that it can deliver if it corrects.

  For this reason, even moving image content that is determined to be unsuitable for distribution may be able to be distributed by correction, increasing the distribution opportunities for moving image content that is properly distributed.

Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings.
1A to 1C are drawings showing the overall configuration of a moving image content distribution system according to the present invention, and FIG. 2 is a diagram showing the configuration of a distribution eligibility determination server (distribution eligibility determination device) according to the present invention. .

  FIG. 3 is a diagram showing the configuration of the moving image distribution eligibility determination server of the present invention, and FIG. 4 is a flowchart showing an example of moving image content eligibility determination processing of moving image content by the moving image distribution eligibility determination server of the present invention. FIG. 5 is a flowchart showing an example of a procedure for determining the distribution eligibility of moving image content by the moving image distribution eligibility determination server of the present invention.

  FIG. 6 is a flowchart showing an example of correction processing of moving image content by the moving image distribution eligibility determination server of the present invention. FIG. 7 shows another example of correction processing of moving image content by the moving image distribution eligibility determination server of the present invention. FIG. 8 is a flowchart showing still another example of the moving image content correction processing by the moving image distribution eligibility determination server of the present invention.

  9 to 12 are diagrams showing an example of a moving image content correction method according to the present invention.

  First, an outline of the entire moving image distribution system of the present invention will be described with reference to FIGS.

  In addition, the term “moving image content in which the availability of distribution flows” used in the present invention refers to a video content distributed from a foreign country, in addition to those whose criteria for determining whether distribution is possible, such as laws, regulations, and ethical rules. It means that the decision whether to distribute with foreign countries is different.

  In this specification, “determining whether or not the moving image content can be distributed according to the current social situation” is to determine the eligibility for distribution of “moving image content in which distribution is possible”. I will call it.

First, the basic configuration of the moving image content distribution system of the present invention will be described with reference to FIG.
As shown in FIGS. 1A to 1C, the moving image content distribution system of the present invention distributes moving image content server 102 storing one or more moving images and moving image content of the moving image content server 102 1. The moving image content distribution server 101 and user terminals 103 and 103 are mainly configured.

  The moving image content distribution system according to the present invention accesses the moving image content distribution server 101 from a user terminal (in the figure, the personal terminal 103, the storefront terminal 103, 103, or the portable terminal 103), and distributes the moving image desired to be distributed. The content is selected, and the selected content is distributed to the corresponding user terminal 103 via the moving image content server 102 in which the moving image content is stored.

  The moving image content at this time is distributed from the image content server 102 of the moving image content file by a conventionally known method such as downloading to the user terminal 103 or streaming distribution.

  Further, as shown in FIGS. 1A to 1C, the terminals to be distributed distribute moving image contents such as personal computer systems, store terminals for moving image distribution services, and portable terminals (PDA, smartphones, etc.) that can be connected to a network. The terminal is not particularly limited as long as it can be received.

  The moving image content distribution system according to the present invention is suitable for moving image distribution that is directly or via a network connected to at least one of the moving image content distribution server 101 or the moving image content server 102 of such an existing video content distribution system. It has the judgment server 100, It is characterized by the above-mentioned.

  The moving image distribution eligibility determination server 100 of the present invention responds to a distribution request from the terminal 103 (or in response to a request from the moving image content distribution server 101 or the moving image content server 102 in a specific embodiment of the present invention). ), If it is determined whether or not the moving image content is suitable for distribution according to the current social situation, and if it is determined that distribution is not possible or is not preferable, the moving image content can be distributed by modification In the case where the distribution is possible by the correction, the moving image content is corrected.

  For this purpose, the moving image distribution eligibility determination server 100 of the present invention has a distribution eligibility management unit 100a and a moving image content information management unit 100b as shown in FIG.

  As shown in FIG. 3, the moving image distribution eligibility management unit 100a determines whether the moving image content can be distributed according to the current social situation or the like, the distribution eligibility information unit 100a1, and the moving image correction information unit. 100a2.

  Furthermore, the moving image correction information section 100a2 has a correction method item section and a corrected content storage information section indicating the storage location of the corrected moving image content.

  In the correction method item section, a batch file for executing a correction program to be described later is stored for each correction method.

  The moving image correction information unit 100b includes a moving image identification information management unit 100c for managing the identification information of moving image content, and a moving image classification management unit 100d for classifying and managing moving image content according to classification items. ing.

  The moving image classification management unit 100d associates the moving image content with the identification information of each moving image content managed by the moving image identification information management unit 100c, for example, and manages the moving image content according to genre, production age, and country.

  This is because, when the availability of distribution of moving image content flows, the criteria for determining whether distribution is possible in a specific genre often changes. Therefore, a moving image classification management unit 100d is provided in order to specify the corresponding moving image content.

  That is, the moving image distribution eligibility determination server 100 of the present invention determines whether or not “moving image content can be distributed according to the current social situation” of “moving image content whose distribution availability may flow”. "It has a judgment function.

  That is, as shown in FIG. 4, the moving image distribution eligibility determination server 100 according to the present invention searches for moving image content that may be a target, for example, when the distribution eligibility management unit 100a obtains change information on whether or not distribution is possible. The moving image content list is created as moving image identification information, for example.

  Then, the details of each moving image listed are extracted to determine whether the distribution is eligible, that is, whether the change information is suitable.

  As a result of the distribution eligibility determination, if it is determined that distribution is possible regardless of the change information, for example, moving image distribution possible information is created and stored in the moving image content information management unit 100b.

  At this time, it is preferable to create the distributable information in association with the change information and the distribution eligibility determination date / time information, and it is more preferable to store the generated distributable information in association with the corresponding moving image content identification information. preferable.

  On the other hand, as a result of the distribution eligibility determination, when it is determined that distribution is not possible based on the change information, a distribution disabling list is created and registered in the same manner as when it is determined that distribution is possible.

  With this configuration, when change information indicating whether or not distribution is possible is obtained, it is possible to immediately screen whether or not the moving image content to be managed can be distributed.

  As shown in FIG. 5, the moving image distribution eligibility determination server 100 of the present invention can also determine distribution eligibility for a predetermined moving image content from the terminal 103 (or, similarly, a moving image The distribution eligibility of the moving image content can be determined in response to the distribution eligibility determination request for the specific moving image content from the content server 102 or the moving image content distribution server 101.

  In this case, the moving image content distribution server 101 accesses the moving image distribution eligibility determination server 100 in response to a specific moving image content distribution request from the terminal 103, performs authentication by a conventionally known method, and then relates to a specific image. Determine delivery eligibility.

  Then, the determination result is returned to the moving image content distribution server 101. The process based on the determination result is appropriately determined according to the operation method of the moving image content distribution 101 (details will be described later).

  Similarly, it is possible to determine the distribution eligibility of a specific moving image content from the moving image content distribution server 101 or the moving image content server 102.

  Thus, the moving image distribution eligibility determination server 100 of the present invention can determine eligibility for distribution of moving image content based on predetermined distribution eligibility change information and distribution eligibility for individual moving image content.

  The moving image correction information unit 100b has a function of managing information for executing correction of the moving image content when the distribution is possible if it is determined that the distribution is impossible or it is not preferable to distribute the correction. And information relating to a storage location for managing a correction method, a storage location of the correction program, and information relating to a storage location where the corrected moving image is stored (temporarily).

  That is, the moving image distribution eligibility determination server 100 of the present invention includes a correction function for making a moving image eligible for distribution in addition to the above determination function.

  Then, it is determined whether or not the moving image content to be corrected can be corrected. Judgment as to whether or not the file can be modified is based on the file (whether or not the file format is supported, whether or not decoding (decompression of the compressed file) is necessary, whether or not it can be handled by the correction method in the registered program, etc. It is.

  Typical file formats of moving image content are AVI format, QuickTime (registered trademark) format (extension: .mov.qt, etc.), MPEG format (1-4), rm (REAL encoded file), wmv Format (encoded file in WINDOWS (registered trademark) format).

  As described above, since the file format and the correction generally correspond uniquely, it is possible to determine whether editing is possible or not based on the file format.

  More specifically, as shown in FIG. 6, the moving image content to be corrected (for example, in the example shown in FIG. 4, the moving image content to be corrected is selected from the inappropriate distribution list created and the file format is supported. Judge whether or not.

  In other words, if the file cannot be processed by the distribution eligibility determination device 100 of the present invention, such as a special format or a file with a high degree of protection (unsupported file format), uncorrectable information is generated.

  On the contrary, when the file format of the corresponding moving image content can be processed by the distribution eligibility determination apparatus 100 of the present invention (when the file format is compatible), whether or not the file format can be corrected by a registration program described later. to decide.

  If the corresponding moving image content can be corrected by the registration program, correctable information is generated and stored in the moving image correction information unit 100a2 shown in FIG. 3 in association with the identification information of the moving image content, for example. .

  In this way, it is determined whether or not correction is possible, and it is possible to determine whether or not the moving image content to be corrected, which has been determined to be correctable, can be corrected by the registered program. .

  Then, it is possible to classify whether or not the moving image content determined to be distributable by further correction can be further corrected based on the determination result of whether or not it can be corrected by the registered program.

  That is, since the moving image distribution eligibility determination server 100 according to the present invention can execute correction permission / inhibition filtering in addition to distribution permission / inhibition filtering, a moving image that can be distributed by correcting a moving image determined to be undeliverable. It is possible to list image content.

  Therefore, it is possible to give an opportunity to distribute moving image content that cannot be distributed as it is but can be distributed if it is corrected.

  For example, for a specific moving image that is determined not to be directly distributed by the method shown in FIG. 5, after determining whether correction is possible based on the file format as it is, a moving image content correction program that is the next procedure Will be corrected.

  The correction procedure by the correction program is as shown in FIG. First, the moving image content to be corrected is selected.

  Next, a correction program to be corrected is selected (that is, what kind of correction is to be performed: selection of a correction method), and the moving image content is corrected by the selected program (execution of the correction program). After the correction information (correction history or the like) is given to the moving image content (hereinafter referred to as corrected moving image content), the corrected moving image content is stored in a predetermined storage location.

  For example, as shown in FIGS. 9 to 12 described later, the distribution eligibility determination server 100 of the present invention performs partial deletion (cut: see FIG. 9), superimposition of another image (see FIG. 10), superimposition of audio ( 11), and correction programs corresponding to a plurality of correction methods such as insertion of annotations using telops (see FIG. 12) are stored. And the program for performing correction from these correction programs is executed, and the corrected moving image content is stored in a predetermined storage location.

  That is, the moving image distribution eligibility determination server 100 according to the present invention determines whether or not distribution of moving image content existing in the moving image content server 102 connected via a network changes when the distribution determination condition changes. Filtering is performed to generate a distributable list and a distributable list of moving image contents, respectively, and moving image contents registered in the distributable list can be further classified into a modifiable list and an uncorrectable list and stored.

  It should be noted that it is possible to repeat the correction by determining the distribution eligibility again for the corrected moving image content stored as desired. In this case, the determination as to whether or not the correction can be made is omitted, and the selection of the correction program can be appropriately set by selecting the correction program except for the correction program once selected.

  The corrected moving image content may be stored with an alias, for example, a file name to which version information is added, or may be overwritten on the moving image content before correction. Further, the storage may be temporarily stored and deleted after being transmitted to, for example, the moving image content server 102, the moving image content distribution server 101, or the terminal 103.

  In this way, the corrected moving image content that has been corrected finally becomes in a state that matches the current social situation or the like. For this reason, it is possible to give more opportunities to distribute moving image content in accordance with social conditions and the like.

  Further, as shown in FIG. 7, it is also possible to provide a priority order for a plurality of correction programs, determine whether or not distribution by correction with a correction program having a high priority is possible, and select a correction program to be executed. Within range.

  Similarly, there may be cases where distribution is not possible with only one correction program, and there are cases where it is necessary to execute correction with a plurality of programs.

  When priorities are set by a plurality of correction programs, it is common to set priorities sequentially from the ones with the lowest correction level.

  That is, a high priority is given to a correction program in which the value of the original moving image content is not impaired by the correction by the correction program.

  In the example shown in FIG. 8, annotation insertion by telop (program shown in FIG. 12), audio superposition (partial audio processing (program shown in FIG. 11)), image replacement (program cut shown in FIG. 10 (FIG. 9). The priority program is set in the order of the program (1), and a correction program to be selected is determined by sequentially judging whether or not distribution is possible by correction by a higher program.

  Alternatively, the correction method can be selected from the moving image content distribution server 101, the moving image content server 102, or the terminal 103 that is the correction request source.

  In this case, the moving image distribution appropriateness determination server 100 replies to the server or terminal that requests correction of a certain moving image content that it can be handled by a plurality of correction methods, and is selected from the server or terminal. This can be handled by executing a corresponding moving image content correction program based on the correction method.

  On the other hand, although not shown, if it is not possible to distribute only by correcting with one correction program, it is determined whether or not correction is possible with a program having a high priority. If correction is possible, the priority is high. The correction is executed by the program, and it is determined again whether or not the distribution is possible by this correction, and the correction is performed by executing the correction by a plurality of programs by determining whether or not the correction can be sequentially performed and whether or not the distribution is possible. It is also possible to perform processing.

  Next, an example of correction of moving image content in the moving image distribution system of the present invention will be described with reference to FIGS. A person skilled in the art will understand that the method of correcting moving image content is not limited to the one shown below and can be widely applied.

  FIG. 9 is a diagram illustrating an example of a moving image content correction program in the moving image distribution system of the present invention, and FIG. 10 illustrates another example of a moving image content correction program in the moving image distribution system of the present invention. FIG. 11 is a drawing showing yet another example of a moving image content correction program in the moving image distribution system of the present invention, and FIG. 12 is a moving image content in the moving image distribution system of the present invention. It is drawing which shows another example of this correction program.

  The moving image content correction program shown in FIG. 9 is a program that corrects moving image content including moving images that cannot be distributed due to social circumstances, etc. This is a program for performing correction (partial deletion).

  The moving image content is generally composed of continuous still images at a predetermined frame rate. Therefore, this program has a configuration in which a moving image of a non-distributable part is searched and a moving image of the corresponding part is deleted.

  In this manner, by deleting the non-distributable portion of the moving image content, the non-distributable portion of the moving image content is eliminated, and the distribution is possible.

  Such a program can be composed of a frame search function for moving image content, a batch file describing an erasing procedure, and the like.

  Then, the corrected file describes the correction history and is stored in a predetermined storage location.

  On the other hand, the moving image content correction program shown in FIG. 10 is a program that corrects moving image content including moving images that cannot be distributed due to social circumstances or the like. This program superimposes another moving image on part or all of the content.

  In other words, the program makes the location invisible by superimposing another image on the location where the distribution judgment has changed due to social circumstances due to a description that is contrary to public order and morals or because the description is related to personal information. It is a program to do.

  In this way, by making corrections so that corresponding portions of the moving image content that cannot be distributed can be distributed, it becomes possible to distribute the moving image content that has become undistributable due to changes in social conditions or the like. .

  Further, the moving image content correction program shown in FIG. 11 is a program for correcting moving image content including moving images that cannot be distributed due to social circumstances or the like. This is a program for superimposing other moving images on part or all of the audio in the content.

  In other words, in general, moving image content is composed of a series of still images and audio, but in this program, by superimposing other audio (including no audio) on audio that is not suitable for distribution due to social conditions, etc. This is a program that erases or replaces voices that are inappropriate for distribution with other voices.

  Similar to the embodiment shown in FIG. 10, the program superimposes another image on an audio part that cannot be distributed due to a change in distribution judgment due to social circumstances due to, for example, sound that is contrary to public order and morals ( This is a program that makes it impossible to hear the relevant part.

  At this time, since the human voice band is a predetermined frequency, it is possible to leave other sound such as sound effects as it is by cutting only the human voice band.

  In this manner, by using the program shown in FIG. 11 to process the audio that causes the video content that could not be distributed due to the audio, the image content can be distributed.

  In addition, the moving image content correction program shown in FIG. 12 is a moving image content before the criteria for determining the appropriateness of distribution change depending on the social situation (there is an overseas moving image content that is misleading in terms of Japan and the nature of the work) Insert an annotation telop in advance or insert a telop at the relevant location for moving image content or moving image content that requires attention when viewing (for example, viewing from a close distance may cause a physical condition). Program.

  For example, the moving image content correction program shown in FIG. 12 is a program that inserts a telop prepared in advance in the beginning of the moving image content or a portion of an image. It is a program that is inserted into the moving image content to be corrected as an image file at the beginning, or inserted as a subtitle or the like at the corresponding location.

In this manner, by inserting an annotation into a moving image content, it is not preferable to distribute (or a caution is required for distribution), and it is applicable to moving image content.
(Embodiment 1)
Next, some embodiments will be described as application examples of the moving image distribution system of the present invention.
1st Embodiment shows the example in which the delivery eligibility judgment server of this invention is under management of a moving image content delivery server, as shown to FIG. 1A. That is, this embodiment is an embodiment in which the eligibility of moving image content is determined in response to a request from the moving image content distribution server, and the target moving image content is corrected as necessary.

  At this time, the distribution eligibility determination server of the present invention may be directly connected to the moving image content distribution server as shown in FIG. 1A or connected to the moving image content distribution server via the network as shown in FIG. 1B. Also good.

  When the distribution eligibility determination server of the present invention and the moving image content distribution server are connected via a network, even if the distribution eligibility determination server of the present invention and the moving image content distribution server are connected exclusively It may be well or non-exclusively connected. Furthermore, the distribution eligibility determination server of the present invention may be configured by distributing each function.

  When the distribution eligibility determination server is directly connected to the moving image content distribution server, the distribution eligibility determination server of the present invention performs a distribution eligibility determination of a predetermined moving image content, and is desired when distribution is impossible. It functions as a distribution eligibility determination device that makes corrections according to the situation.

  That is, the present invention is extended to a moving image content distribution apparatus connected via a network to a moving image content distribution system including a general moving image content distribution server, a moving image content server, and a terminal. .

  As described above, when the distribution eligibility determination server is under the management of the moving image content distribution server, for example, the moving image content is distributed according to the procedure shown in FIG.

  FIG. 13 is a flowchart showing the flow from the moving image distribution request from the terminal to the distribution of moving image content from the moving image content distribution server to the terminal in the moving image distribution system of the present invention.

  As shown in FIG. 13, when the distribution of a predetermined moving image content is requested from the terminal, whether the corresponding moving image content is eligible for distribution or not is determined in the same manner as described above. As a result of the determination, if the distribution is suitable, the moving image content requested to the terminal is distributed as it is as in the prior art.

  On the other hand, if the distribution is not appropriate, it is determined whether or not the distribution is appropriate if the correction is made as described above. At this time, if the distribution becomes possible if the correction is made, the correction program list, that is, the correction method of the moving image content to be distributed is transmitted to the terminal that desires the distribution of the moving image content as described above.

  The terminal that receives the correctable program list can confirm the correction method of the moving image content from the correct program list. In other words, the user selects whether or not to distribute the moving image content corrected by the correction method using any of the correction programs, and selects the corresponding correction program when there is an intention to distribute the corrected moving image content. It returns to the moving image content distribution server side so as to execute the correction method.

  At this time, it is also within the scope of the present invention to send, to the terminal, an image or the like when a correction by the corresponding correction program is executed instead of or in addition to the list of correction programs that can be handled. is there.

  On the other hand, in the correction by the correction program (or the correction image by the correction program), when the distribution of the moving image content desired to be distributed is not desired, the distribution can be canceled. In that case, it can be executed by transmitting an instruction to cancel the distribution to the moving image content distribution server.

  As described above, when a moving image distribution eligibility determination server for determining eligibility for moving image distribution is connected to a moving image content distribution server (not via another server or terminal), or when moving image content is corrected. Because it is possible to execute a correction program according to whether or not the terminal side is desired, it is possible to distribute uncorrected or corrected moving image content in accordance with the distribution request on the terminal side It is.

  For example, in the case of a moving image content distribution server that distributes moving images to terminals for a fee, it is also within the scope of the present invention to perform weighting such as discounting when it is corrected.

  In this way, when configured, a moving image that can be distributed by correction is determined by the moving image distribution eligibility determination server of the present invention, and the correction program is executed according to the request on the terminal side and can be distributed Therefore, it is possible to distribute moving image content that cannot be properly distributed due to social circumstances, etc. Opportunities for delivering moving image content will increase significantly.

(Embodiment 2)
Next, an embodiment in which the moving image distribution eligibility determination server of the present invention is under the control of a moving image content server will be described. In other words, in the present embodiment, as shown in FIG. 1C, the moving image content server that is the moving image content supplier manages the determination and correction of moving image distribution eligibility.

  As described above, when the moving image content server is directly connected to the moving image content server or via a network such as the Internet, the moving image content server manages and stores the moving image content. The moving image distribution eligibility determination server can determine and / or correct whether it can be distributed in advance or whether it can be distributed by correction.

  If desired, the moving image content server may modify one or more moving image contents in advance and modify the moving image content held by the moving image content server in advance to store one moving image content (one moving image content). One or more corrected moving image contents) can be stored and stored as separate files, and used as moving image contents for distribution.

  As described above, the moving image content server can always update the distribution eligibility information of the moving image content held by the moving image distribution eligibility determination server of the present invention and correct the moving image content as necessary. Since it is possible, it becomes possible to store the moving image content which can always be distributed.

  Similar to the relationship between the moving image content distribution server 101 shown in FIGS. 1A and 1B and the moving image distribution eligibility determination server of the present invention, the moving image distribution eligibility determination server 100 of the present invention is connected to the moving image content via the network. It may be connected to the server 102.

(Embodiment 3)
In a specific embodiment of the present invention, the distribution eligibility information of the present invention can be composed of information based on information from the member terminal 104, for example, as shown in FIG.

  FIG. 14 is a diagram showing a specific embodiment in the moving image distribution system of the present invention. That is, the moving image distribution system shown in FIG. 14 is familiar with the member terminal 104 familiar with a specific moving image field, such as the adult video content industry, in the moving image distribution system of the present invention shown in FIG. 1 (A to C). A user terminal 104 is connected to the moving image distribution eligibility determination server 100 of the present invention via a network.

  Although the present embodiment is based on the moving image distribution system based on the system shown in FIG. 1A, the member terminal is also connected to the moving image distribution eligibility determination server 100 in the moving image distribution system based on the system shown in FIGS. 1B and 1C. 104 can also be connected.

  In this way, the member terminal 104 familiar with a specific moving image field, for example, the user terminal 104 familiar with the adult video content industry, stores it in a predetermined format, that is, the moving image content information management unit in the moving image distribution qualified server of the present invention. Therefore, it is possible to store the distribution accuracy information in a format that can correspond to the format to be performed. Note that such a member terminal 104 may be a terminal of an arbitrary group for performing self-regulation from a specific industry.

  In this way, it is possible to quickly and appropriately acquire distribution eligibility information for moving images whose distribution eligibility determination changes due to social conditions, etc., by an external expert's terminal, so the latest distribution eligibility determination must always be executed. Is possible.

(Embodiment 4)
In the specific embodiment of the present invention, the moving image distribution eligibility determination server of the present invention is as shown in FIG. Instead of the moving image content correction program or in addition to the moving image content correction program, it may be connected to a specialized moving image content correction terminal. FIG. 15 is a diagram showing a specific embodiment in the moving image distribution system of the present invention.

  The moving image correction terminal 105 is a terminal that specializes in correcting moving image content that corrects moving image content that cannot be distributed by the distribution eligibility determination server 100 using a specific method.

  By separately providing the moving image correction terminal 105 in this way, the load on the moving image distribution eligibility determination server 100 of the present invention can be reduced and fine correction by a specialized terminal can be performed.

(Embodiment 5)
In a specific embodiment of the present invention, the terminal may be a storefront terminal connected to a moving image content distribution server.

  A moving image content distribution system including a moving image content distribution server and a store terminal that copies and rents or sells the moving image content distributed to the moving image content on a medium such as a DVD is disclosed in Patent Document 1. This is a technology already filed by the present inventors.

  As described above, the moving image distribution system composed of moving image distribution contents and storefront terminals has an adverse effect due to distribution of contents directly to each home, particularly contents that are harmful to minors, as described in the prior art. In addition to the effect that it can be prevented in advance, it provides the users who visited the store terminal with moving image content that has been qualified for distribution and filtered or can be distributed. It becomes possible to do.

  Therefore, in addition to the effect that only the distributable moving image content can be provided to an appropriate user, the moving image content that can be distributed by correction can be provided to the user.

  Moreover, for example, as in the second embodiment, there is an advantage that the user can select whether to rent or purchase the moving image content selected by the correction method.

(Embodiment 6)
In a specific embodiment of the present invention, the terminal may be a mobile terminal such as a mobile phone.

  In recent years, mobile phones have become more sophisticated, and connected to networks such as smartphones based on Microsoft Windows (registered trademark), Symbian (OS), and iPhone (registered trademark) sold by Apple Computer. Portable terminals that are capable of viewing moving image content are becoming widespread.

  The current situation is that such moving image distribution to portable terminals such as mobile phones is handled mainly by filtering the harmful moving image content site on the carrier side.

  However, these mobile terminals can be easily accessed with the moving image content server storing the posted moving image content, and there are many kinds of moving image contents stored in these moving image content servers.

  The present invention can be effectively used in such a mobile terminal field, and it is possible to appropriately modify moving image content and distribute moving image content in accordance with changes in distribution availability that flow depending on social conditions or the like. is there.

  Although the embodiments of the present invention have been described above, the present invention is not limited to these embodiments but can be widely applied.

  For example, the above embodiment has mainly described the moving image distribution system having the moving image distribution eligible server. However, for example, the moving image content distribution server and the moving image distribution eligibility determination apparatus incorporated in the moving image content server are also described. It is within the scope of the present invention, and it is also within the scope of the present invention that the moving image distribution eligibility determining unit and the moving image content constituting the moving image distribution eligible server are separate devices.

It is drawing which shows the whole structure of the delivery system of the moving image content of this invention. It is drawing which shows the whole structure of the delivery system of the moving image content of this invention. It is drawing which shows the whole structure of the delivery system of the moving image content of this invention. It is drawing which shows the structure of the delivery eligibility judgment server (delivery eligibility judgment apparatus) of this invention. It is drawing which shows the structure of the moving image delivery eligibility determination server of this invention. It is a flowchart which shows an example of the moving image distribution eligibility determination process of the moving image content by the moving image distribution eligibility determination server of this invention. It is a flowchart which shows an example of the procedure which judges the distribution eligibility of the moving image content by the moving image distribution eligibility determination server of this invention. It is a flowchart which shows an example of the correction process of the moving image content by the moving image delivery eligibility determination server of this invention. It is a flowchart which shows another example of the correction process of the moving image content by the moving image delivery eligibility determination server of this invention. It is a flowchart which shows another example of the correction process of the moving image content by the moving image distribution eligibility determination server of invention. It is drawing which shows an example of the moving image content correction method in this invention. It is drawing which shows an example of the moving image content correction method in this invention. It is drawing which shows an example of the moving image content correction method in this invention. It is drawing which shows an example of the moving image content correction method in this invention. 6 is a flowchart showing a flow from a moving image distribution request from a terminal to distribution of moving image content from a moving image content distribution server to a terminal in the moving image distribution system of the present invention. It is drawing which shows specific embodiment in the moving image delivery system of this invention. It is drawing which shows specific embodiment in the moving image delivery system of this invention.

Explanation of symbols

100 moving image distribution eligibility determination server 100a distribution eligibility management unit 100a1 distribution eligibility information unit 100a2
100b moving image content information management unit 100c moving image identification information management unit 100d moving image classification management unit 101 moving image content distribution server 102 moving image content server 103 user terminal

Claims (22)

At least one moving image content server, a moving image content distribution server for distributing moving image content stored in the moving image content server together with moving image information, and the moving image content based on the moving image content information A moving image content distribution system for distributing a moving image via a communication network configured with a terminal for downloading,
It is preferable that either one of the moving image content server or the moving image content distribution server determines whether or not moving image content whose distribution is flowable flows and distributes the moving image content stored in the moving image content server. If it is determined that there is no distribution, it is determined whether or not the distribution is possible by correcting, and if the distribution is possible by the correction, it is connected to a moving image distribution eligibility determination server having a function of correcting the moving image content. A moving image distribution system characterized by that. The moving image distribution eligibility determination server determines whether or not to distribute moving image content in which distribution availability flows.
A delivery eligibility determination unit that judges in at least three stages, which can be delivered as it is, can be delivered if modified, or cannot be delivered even if modified,
A correction information portion of the moving image content storing correction information for the moving image content that can be distributed if corrected;
A correction execution unit for moving image content that executes correction of the moving image content based on the correction information stored in the correction information unit;
The moving image distribution system according to claim 1, comprising: The delivery eligibility determination unit
A moving image identification information management unit for managing identification information of moving image content;
A moving image classification management unit for classifying and managing each moving image content;
A delivery eligibility management unit that manages information on delivery eligibility for each item of the moving image classification item;
The moving image distribution system according to claim 2, further comprising: The correction information unit includes a correction method management unit that manages items related to a correction method;
4. The moving image distribution system according to claim 2, further comprising a corrected moving image content management unit that manages items relating to a storage location of the corrected moving image content.   5. The correction method management unit in the correction information management unit stores at least one correction method of partial cut of video content, insertion of annotation telop, audio superimposition, and video superimposition. The moving image distribution system described in 1.   The moving image distribution system according to any one of claims 1 to 5, wherein the terminal is a terminal of an individual user registered or a terminal of a user who sells or rents the distributed moving image.   The distribution eligibility management unit obtains new distribution eligibility information according to changes in the social situation, creates a list of applicable video contents based on the obtained eligibility information, and registers the created list for the latest distribution availability The moving image distribution system according to claim 3, further comprising an information registration unit.   8. The moving image distribution system according to claim 7, wherein a list of corresponding video contents registered in the latest information registration unit is distributed to a terminal in response to a request from the terminal or automatically. At least one moving image content server, a moving image content distribution server for distributing moving image content stored in the moving image content server together with moving image information, and the moving image content based on the moving image content information Connecting via a network to a moving image content distribution system that distributes moving images via a communication network configured with a terminal for downloading, and determining whether or not distribution of moving images in which distribution availability flows, When it is determined that it is not preferable to distribute the content stored in the moving image content server, it is determined whether or not the distribution is possible by correcting the moving image content server. A video distribution eligibility determination device having a function of correcting
A distribution eligibility determination unit that determines whether or not the distribution of moving image content that can be distributed can be distributed as it is, can be distributed if corrected, or can be distributed even if corrected, and at least three stages;
A correction information portion of the moving image content storing correction information for the moving image content that can be distributed if corrected;
A correction execution unit for moving image content that executes correction of the moving image content based on the correction information stored in the correction information unit;
A delivery eligibility determination device characterized by comprising: The delivery eligibility determination unit
A moving image identification information management unit for managing identification information of moving image content;
A moving image classification management unit for classifying and managing each moving image content;
A delivery eligibility management unit that manages information on delivery eligibility for each item of the moving image classification item;
The delivery eligibility determination device according to claim 9, wherein: The correction information unit includes a correction method management unit that manages items related to a correction method;
The distribution eligibility determination device according to claim 8 or 10, further comprising a corrected moving image content management unit that manages items relating to a storage location of the corrected moving image content.   12. The correction method management unit in the correction information management unit stores at least one correction method of partial cut of video content, insertion of annotation telop, audio superimposition, and video superimposition. The delivery eligibility determination device described in 1.   The distribution eligibility determination apparatus according to any one of claims 10 to 12, wherein the terminal is a terminal of an individual user registered or a terminal of a user who sells or rents a distributed moving image.   The distribution eligibility management unit obtains new distribution eligibility information according to changes in the social situation, creates a list of applicable video contents based on the obtained eligibility information, and registers the created list for the latest distribution availability It has an information registration part, The delivery eligibility judgment apparatus of any one of Claims 10-12 characterized by the above-mentioned.   15. The distribution eligibility determination apparatus according to claim 14, wherein a list of corresponding video contents registered in the latest information registration unit is distributed to a terminal in response to a request from the terminal or automatically. .   At least one moving image content server, a moving image content distribution server for distributing moving image content stored together with moving image information to the moving image content server, and the moving image content connected via a communication line The distribution eligibility determination device according to any one of claims 9 to 15, wherein the terminal is a storefront terminal that downloads based on the moving image content information and rents or sells the downloaded moving image content. Store terminal characterized by being connected to.   The moving image content distribution server includes sample moving image information constituting a sample moving image serving as a moving image sample that can be distributed regardless of distribution suitability information of the moving image information, and the sample A sample moving image information storage unit for storing the sample moving image identifier, which is information for identifying moving image information, and a sample moving image identifier for identifying the sample moving image information; Identified by a sample distribution request information receiving unit that receives sample distribution request information generated based on the desire of a desired person, and a sample moving image identifier included in the sample distribution request information received by the sample distribution request information receiving unit Sample moving image information to be acquired and transmitted from the sample moving image storage unit A sample delivery request information generating unit for generating sample delivery request information, and sample delivery request information for sending the sample delivery request information generated by the sample delivery request information generating unit. A transmission unit, a sample moving image information acquisition unit that acquires the sample moving image information distributed based on the sample distribution request information generated by the sample distribution request information generation unit, and the sample moving image information acquisition unit. The storefront according to claim 16, further comprising: a reproduction output unit that reproduces and outputs the sample moving image based on the sample moving image reproduction information that is information for reproducing the sample moving image based on the acquired sample moving image information. Terminal.   A moving image distribution store in which the store terminal according to claim 17 is arranged.   A package-like printed matter on which content information indicating the content of the moving image content is printed is disposed so as to be visible to a store visitor who is a person who desires to view the moving image content, and the content information is the moving image content The distribution request information generating unit of the storefront terminal is based on content information indicated by the package-like printed matter based on the identification information of the package-like printed matter. 20. The moving picture store distribution store according to claim 19, wherein distribution request information including identification information of a printed matter is generated.   The package-like printed matter on which the content information indicating the content of the moving image content is printed is disposed so as to be visible to a store visitor who wants to view the moving image content, and the content information The sample distribution request information generating unit of the storefront terminal includes a title, the package-like printed material identification information, and a still image. 20. The moving image store distribution store according to claim 19, wherein sample distribution request information including identification information of printed matter is generated.   At least one moving image content server, a terminal for downloading moving image content stored in the moving image content based on the moving image content information, and connected to the moving image content server from the moving image content server A moving image content distribution server for distributing the moving image content to the terminal, the moving image content distribution server comprising the distribution eligibility determination device according to any one of claims 9 to 15. A moving image distribution content server. The moving image distribution content server includes sample moving image information constituting a sample moving image serving as a moving image sample composed of moving image information that can be distributed regardless of distribution suitability information of the moving image information, and the sample A sample moving image information storage unit for storing the sample moving image identifier, which is information for identifying moving image information, and a sample moving image identifier for identifying the sample moving image information; Identified by a sample distribution request information receiving unit that receives sample distribution request information generated based on the desire of a desired person, and a sample moving image identifier included in the sample distribution request information received by the sample distribution request information receiving unit Sample moving image information to be acquired and transmitted from the sample moving image storage unit A sample delivery request information generating unit for generating sample delivery request information, and sample delivery request information for sending the sample delivery request information generated by the sample delivery request information generating unit. A transmission unit, a sample moving image information acquisition unit that acquires the sample moving image information distributed based on the sample distribution request information generated by the sample distribution request information generation unit, and the sample moving image information acquisition unit. The moving image according to claim 21, further comprising: a reproduction output unit that reproduces and outputs the sample moving image based on the sample moving image reproduction information that is information for reproducing the sample moving image based on the acquired sample moving image information. Image content distribution server.

Images