KR102593237B1 - Artificial intelli gence-based copyright-linked video service provision system - Google Patents

Abstract

The artificial intelligence-based copyright-linked video service provision system according to the present invention includes a collection module that collects art images of copyright holders and stores them as a copyright database for each copyright holder, and an analysis module that analyzes the life and death of the copyright holder and the copyright protection period. management interface; An image service providing interface that extracts art images of copyright holders whose copyright protection period has expired from the copyrighted works database and outputs them on a display.
According to the artificial intelligence-based copyright-linked video service provision system according to the present invention, it is possible to determine whether the copyright protection period has expired for the works of various artists and then output (exhibit) the works for which the copyright protection period has expired on the display in a free manner. This has the effect of providing a foundation for appreciating rich art images.

Description

Artificial intelligence-based copyright-linked video service provision system

The present invention relates to an artificial intelligence-based copyright-linked video service provision system. In more detail, it uses an artificial intelligence algorithm to determine whether the copyright protection period has expired for the works of various painters, including domestic and overseas, and then determines whether the copyright protection period has expired. It is about a video service provision system that can generate visual fun and interest in various environments such as indoor exhibition spaces, offices, living rooms, etc., as well as outdoor events by outputting (exhibiting) works on a display.

Thanks to the development of display technology, there are many cases where large displays are installed indoors as well as outdoors and then printed out advertisements, or famous paintings by famous artists are printed in spaces such as public places or building lobbies to achieve the exhibition effect. .

At this time, it is not relevant if the artist has died a long time ago, but if the artist has recently died, it is necessary to check whether the copyright protection period remains.

Currently, in Korea, the period of copyright protection is 70 years after the death of the copyright holder, but legal knowledge is needed as to whether it is calculated from the time of death or from the year following the year of death.

However, due to the lack of copyright-related knowledge, the general public had the problem of not knowing whether they could freely display or print the work when exhibiting a specific artist's work.

According to Korea Patent No. 2295432, a media art provision system, a media art registration server that generates and stores media art, which is digital content displaying artwork for which performance copyrights are secured; a media art streaming server that streams the media art stored in the media art registration server to an exhibition terminal provided in the media art exhibition hall; A digital picture frame provided in the media art exhibition hall to display media art that matches the visitor's sensibility; and an exhibition hall terminal provided in the media art exhibition hall and transmitting the media art received from the media art registration server to the digital picture frame, thereby creating a bright and diverse space, environment and time while displaying art works permitted for performance, i.e. exhibition. It is disclosed that it has the advantages of pursuing freedom, reasonable exhibition experience price, and easy accessibility.

However, the above technology is limited to works permitted for exhibition, producing media art and then printing it, so it does not provide a separate means of determining whether a specific work of art is protected by copyright, so exhibition planners must check these issues one by one. This can be inconvenient.

Therefore, it provides new and advanced videos/images that store various works of art, that is, art images, identify the copyright protection period for the art images, and then display/output art images whose copyright protection period has expired in various ways through a display. There is a need to develop a system.

Korean Patent No. 2295432

The present invention was created to overcome the problems of the above technology. It uses an artificial intelligence algorithm to determine whether the copyright protection period has expired for the works of various domestic and foreign painters, and then displays the works for which the copyright protection period has expired in various ways on the display. The main purpose is to provide a copyright-linked video service provision system that can be output (exhibited) in a free manner.

Another purpose of the present invention is to provide a basis for displaying/printing more colorful art images by seeking permission from copyright holders of art images whose copyright protection period has not expired.

Another purpose of the present invention is to distinguish between art images whose copyright protection period has long expired and those whose copyright protection period has recently expired, and to highlight and display art images whose copyright protection period has recently expired in various ways.

In order to achieve the above purpose, the artificial intelligence-based copyright-linked video service provision system according to the present invention includes a collection module that collects art images of copyright holders and stores them in a copyright database for each copyright holder, and determines the life and death of the copyright holder and the copyright protection period. Copyright management interface with analysis module; An image service providing interface that extracts art images of copyright holders whose copyright protection period has expired from the copyrighted works database and outputs them on a display.

In addition, the copyright management interface includes a subscription module that requests permission from the copyright holder to display the art image determined to have remaining copyright protection period in the analysis module, and an art image for which the exhibition permission has been completed is stored in a separate copyright database. It includes a stored approval management module, and the video service provision interface includes a parallel provision module that outputs the art image for which the exhibition permission has been completed to the display simultaneously or sequentially with the art image of the author whose copyright protection period has expired. It is characterized by

In addition, the analysis module selects two copyright holders in descending order of the time when the copyright protection period expires and divides the art images of the two copyright holders into first and second images, respectively, and the video service providing interface is configured to: It is characterized in that it includes a relief providing module that sets the size of the first image to be larger than the second image and outputs the first and second images to the display at the same time.

According to the artificial intelligence-based copyright-linked video service provision system according to the present invention,

1) After determining whether the copyright protection period has expired for the works of various artists, works for which the copyright protection period has expired can be freely displayed (exhibited) on the display, providing a basis for viewing rich art images.

2) By recruiting subscribers targeting smartphones, you can provide a variety of art image viewing environments to a wider range of users.

3) By comparing two authors based on the copyright protection period and printing the art image of one copyright holder in relief, you can conveniently recognize the most recent art image after copyright protection has expired.

4) In conjunction with the transparency variable film attached to the transparent display, it provides the effect of maximizing the highlighting effect of specific art images.

1 is a block diagram showing the detailed configuration of the system of the present invention.
Figure 2 is a block diagram showing the structural relationship of the system of the present invention.
Figure 3 is a conceptual diagram illustrating a state of outputting an art image through a display.
Figure 4 is a conceptual diagram showing a state in which art images are provided to members who have registered with a smartphone.
Figure 5 is a conceptual diagram showing the state of outputting the first and second images on the display.
Figure 6 is a conceptual diagram showing an embodiment of outputting the first and second images in a zoom-in manner while adjusting the voltage intensity of the transparency variable film attached to the transparent display.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the attached drawings. The accompanying drawings are not drawn to scale, and like reference numbers in each drawing refer to like elements.

Figure 1 is a block diagram showing the detailed configuration of the system of the present invention, and Figure 2 is a block diagram showing the detailed configuration relationship of the system of the present invention.

First, as can be seen from Figure 1, the system of the present invention includes a copyright management interface (100) that collects/stores the copyright holder's art images and analyzes the copyright protection period, and displays (100) the copyright holder's art images whose copyright protection period has expired. ) is based on including a video service providing interface 200 that transmits and outputs the image.

First of all, in the present invention, the term 'interface' in the present invention means a concept that can include a server (including a server group consisting of a plurality of servers) or a PC and a network communication network, and includes a central processing unit (CPU) and It refers to a program that can be executed by a central processing unit on a hardware basis with storage means such as memory and hard disk, that is, a combination of hardware and software that can install software and execute this software.

In particular, a series of specific configurations for this software will be described later in terms of structural units such as 'module', 'part', and 'part'.

These 'modules' or 'parts' or 'interfaces' or 'parts' constitute a configuration of hardware such as software or FPGA or ASIC that runs through CPU and memory while being installed and stored in the storage means of the controller. it means.

At this time, the meaning of 'module', 'unit', or 'interface' is not limited to hardware, and may be configured to reside in an addressable storage medium or to reproduce one or more processors.

As an example, 'module' or 'part' or 'interface' refers to components such as software components, object-oriented software components, class components and task components, processes, functions, and properties. Contains fields, procedures, subroutines, segments of program code, drivers, firmware, microcode, circuits, data, databases, data structures, tables, arrays, and variables.

The functions provided by these 'modules' or 'parts' or 'interfaces' can be combined into smaller numbers of components and 'parts' or 'modules' or can be divided into additional components and 'parts' or 'modules'. Could be further separated.

In addition, an interface refers to all types of hardware devices including at least one processor, and depending on the embodiment, it may be understood as encompassing software configurations that operate on the hardware device.

In addition, the interface of the present invention does not necessarily consist of only one device (server, video output device, etc.), but may also be a device group consisting of a plurality of devices, which is illustrated in FIG. 2.

The copyright management interface 100 may consist of one server, but as can be seen from FIG. 2, it may include at least two servers, namely the DB server 101 and the analysis server 102, where the DB server 101 performs the function of the collection module 110 by providing the function of collecting and storing big data (art images of the copyright holder), and the analysis server 102 functions as an analysis module that identifies/analyzes the copyright protection period of the copyright holder. Perform.

In addition, the video service providing interface 200 may be a controller built into the display 10 or a video management server 201 that is connected to the display 10 by wire or wirelessly to transmit and manage video to the display 10. You can.

In addition, not only are each server necessarily separate, but it is also possible for the above-described DB server 101, analysis server 102, and video management server 201 to be formed as one server.

Below, the detailed configuration and function of each interface will be described.

The copyright management interface of the present invention includes a collection module 110 and an analysis module 120.

Specifically, the collection module 110 provides a function to collect art images of copyright holders and store them in a copyright database for each copyright holder.

First of all, to explain copyright-related terms, an author refers to a person who creates a work. The original copyright belongs to the author and he or she can exercise copyright property rights. However, since copyright property rights may be transferred to another person through assignment or inheritance, the author is always the author. I am not the copyright holder.

A copyright holder is a person who has been recognized as a copyright owner and can exercise the copyright, meaning a natural person or corporation that has copyright rights.

In addition, copyright is divided into moral rights and copyright property rights. Moral rights are the right to pursue mental and personal interests in the author's own work, and are exclusive to the author's body, so transfer of rights such as assignment or inheritance is not possible. It consists of the right to display and the right to maintain identity.

Copyright property rights are rights that allow for the enjoyment of economically valuable profits from the work, and consist of the right to reproduce, right to perform, right to broadcast, right to display, right to distribution, right to create secondary works, etc.

In this way, authors and copyright holders are separate entities with different scopes of exercise of moral rights and property rights, but in the present invention, 'copyright holder' is a concept that encompasses those who can exercise moral rights and those who can exercise copyright property rights for the sake of unification of terms, It is defined as a person who actually owns copyright (copyright property rights), including surviving family members, successors, and transferors who inherit the copyright when the author dies.

Simply put, a copyrighted work is a work created by an author, and the present invention specifically targets art images. Here, an art image can be defined as a concept that includes not only static images but also dynamic images (i.e., moving images), and accordingly, the copyright holder may be a painter, a video producer, or their successor/assignee.

In other words, in the present invention, the copyrighted works database relates to a database that stores art images of numerous copyright holders, and can be understood as so-called Big Data.

This database of works may include works whose copyrights are still valid as well as works whose copyrights have expired. Works with valid copyrights may be held simply as image data with thumbnails created by the copyright holder or with restrictions on display/distribution. It can be said to be a work collected through legal channels.

In this way, the function of collecting art images of existing or deceased copyright holders, regardless of whether the copyright exists, can be said to be the function of the collection module 110 (collection server in FIG. 2) of the present invention.

At this time, the collection module 110 can classify art images by copyright holder and store them in an album format, and this album includes the copyright holder's nationality, classification (e.g., type of art image such as print or sculpture), and year of birth/death. , may include information such as the year of creation of the art image.

The analysis module 120 provides a function to analyze the copyright protection period for the period of life and death of the copyright holder.

That is, the analysis module 120 primarily determines whether the copyright holder is alive or dead, and secondarily performs the function of analyzing the copyright protection period when the copyright holder dies.

In particular, the analysis module 120 is specialized for analyzing the copyright protection period based on the so-called 'period analysis algorithm' after identifying the time of death of the copyright holder included in the copyright work database collected by the collection module 110. Period analysis The algorithm recognizes the duration of copyright after the copyright holder's death and determines results such as copyright expiration/copyright continuation based on the current point, or counts the number of days remaining from the current point to the point of copyright expiration and the number of months from the point of copyright expiration to the present. It is an artificial intelligence-based algorithm that includes the function.

Here, in the case of Korea, the copyright protection period means not only the lifetime of the copyright holder but also the period up to 70 years after the author's death. This copyright protection period is calculated from January 1 of the year following the author's death.

When Korea enacted the Copyright Act in 1957, the copyright protection period was set at the lifetime of the author (copyright holder in the present invention) and 30 years after the author's death. In 1987, it was extended to 50 years after the author's death, and the implementation of the Korea-US FTA concluded in 2011 For this reason, it was extended to 70 years after the author's death from July 1, 2013.

After this copyright protection period, it becomes a public domain and can be freely used by anyone. The copyright database is explained as follows by using Painters 1 and 2 as an example.

Painter 1 James: Born in the U.S. on April 1, 1892 ~ Died on July 27, 1953

A total of 28 art images included in the album.

Copyright protection period: 2023.12.31. expiration

Painter 2 Richard: Born December 15, 1899, England, Died January 13, 1951

A total of 14 art images included in the album.

Copyright protection period: 2021.12.31. expiration

In the above example, the analysis module 120 may include a function to update the work database by analyzing the copyright protection period. As of March 2023, the art image of painter 1 is not freely available and requires permission from the copyright holder. You can see that Painter 2's art image can be used freely as one year and three months have passed since the copyright protection period expired.

Figure 3 is a conceptual diagram illustrating a state of outputting an art image through a display.

The video service providing interface 200 of the present invention provides a function to extract art images of copyright holders whose copyright protection period has expired from the copyright work database and output them on the display 10.

This video service providing interface 200 may be implemented in the same server as the copyright management interface 100 described above, or may be implemented in a separate video management server 201 as shown in FIG. 2.

The video service providing interface 200 is connected to the display 10 by wire or wirelessly and serves to transmit and output a video, specifically an art image consisting of at least one of an image or a video, to the display 10.

In other words, the video service provision interface 200 can be said to provide a usage mode corresponding to the 'exhibition' of art images.

The display 10 in the present invention refers to an image output device made of materials such as LCD and OLED with a size of 40 inches, 50 inches, etc., placed in public places, specific indoor places, offices, living rooms, etc.

Furthermore, the display 10 is made of a touch screen that allows the user to select an art image or control output by touch. It can also be a display 10 mounted on a smartphone or a transparent display made of a transparent material ( 20), which will be explained later.

This video service providing interface 200 can output the corresponding art image to the display 10 in various output methods.

As an example, as shown in FIG. 3, when representative art images of a plurality of copyright holders are stored as thumbnails in the copyright work database, these thumbnails are extracted from the video service providing module and output on the display, but the thumbnails include Information on the copyright holder's country of birth and the number of art images is recorded, and a method can be applied to output detailed art images when the user clicks/touches a specific thumbnail on a display that supports a touch screen.

As another example, a search box is provided on the display 10 that supports touch screen or input, and when the user enters the name of a specific copyright holder, the art images of the copyright holder are sequentially output on the display 10 at time intervals. It is also possible.

As another example, sorting and displaying copyright holders whose copyright protection period has expired in the order of latest as of the current time, sorting by name and death of copyright holders, or sorting art images that have received good reviews from other users according to the order of evaluation. As will be explained later, a method of displaying art images individually saved by the user through the personal collection function may be supported.

In summary, the system of the present invention not only eliminates the atmosphere where famous painters' works are not easily accessible due to the preconceived notion that they are protected by copyright, and also reduces the inconvenience of exhibition officials individually checking the copyright protection period, it also allows famous domestic and foreign painters to It has the characteristic of providing an environment where users can conveniently appreciate art images, or works of art.

Furthermore, the system of the present invention adds a means of displaying on the display, that is, outputting, art images corresponding to public domain works whose copyright protection period has expired, as well as art images whose copyright holder is alive or whose copyright protection period is valid. Provided as.

To this end, the copyright management interface 100 may include a subscription module 130 and an approval management module 140.

The subscription module 130 provides a function to request permission from the copyright holder to display an art image identified as having a copyright protection period remaining in the analysis module 120 described above.

Additionally, the approval management module 140 provides a function to store art images for which exhibition permission has been completed in a separate copyright database.

In other words, the subscription module 130 provides the function of transmitting subscription-related documents to the copyright holder via email, web, or app, and is responsible for performing the subscription in a contract for permission to use the copyrighted work.

At this time, if the copyright holder permits the use of his or her work, the approval management module 140 stores the art image for this copyright holder separately in the copyright work database in an environment that can include a contract that can prove permission, and uses it, for example. You can provide the ability to create a permission album and save it separately in this album.

In response to this, the video service provision interface 200 can output art images of copyright holders for which exhibition permission has been completed to the above-mentioned database. It is possible to additionally include a parallel provision module 210 to provide a more specialized display method. do.

The parallel provision module 210 provides a function to output art images for which exhibition permission has been completed to the display 10 simultaneously or sequentially with art images of authors whose copyright protection period has expired.

For example, the parallel provision module 210 divides the screen of the display 10 into left and right halves when an art image for which exhibition permission has been completed is image 1 and an art image whose author's copyright protection period has expired is image 2. Image 1 and image 2 can be output simultaneously in the right area.

Alternatively, the parallel provision module 210 may first output image 1 on the entire screen of the display 10 at the first time and then sequentially output image 2 at the second time after the first time.

At this time, since Image 1 can be said to be a special image that has permission to use copyright rather than Image 2, the parallel provision module 210 outputs Image 1 in a larger size than Image 2 or highlights the border of Image 1 (using a shining technique, etc.) It is also possible to process and print 1 to make it stand out.

According to this structure, by showing users (users) not only art images whose copyright protection period has expired but also images whose copyrights still exist, it not only provides a basis for inducing membership registration, which will be described later, but also displays more diverse and valuable art images. Provides the characteristics of pursuing a method.

Figure 4 is a conceptual diagram showing an embodiment of providing art images to members who sign up with a smartphone.

As can be seen from Figure 4, the display 10 is not limited to being provided as a large screen such as a TV or monitor, but can be a display mounted on a smartphone owned by a user.

In other words, the video service of the present invention can be implemented through a membership system (or regular subscription system) that can be output from a smartphone owned by the user. For this purpose, the copyright management interface 100 allows users to subscribe to art images. It may additionally include a member management module 150 that manages members.

In other words, the member management module 150 provides a function to recruit and manage users who can view art images on the display of a smartphone as members. It recruits paid members through monthly subscription and annual subscription as well as free members. This member management method is the same or similar to the method of managing paid members in the announced application.

In particular, paid members can be provided with art images that have already been approved for exhibition, thereby differentiating the appreciation of art images from free members.

Accordingly, the video service provision interface 200 may include a smartphone provision module 220 that outputs an art image on the display 10 of the member's smartphone.

This smartphone provision module 220 can be implemented through an application installed on the user's smartphone, and for this purpose, of course, an application server can be separately operated in the video service provision interface.

Referring again to FIG. 4, the smartphone provision module 220 can output the copyright holder's image to the left area of the display 10 and provide various additional functions for members in the right area.

For example, you can not only express your liking through the favorite button, but also create your own original album through the collect button and share it with others.

In addition, of course, the smartphone provision module 220 can have the function of specifying the resolution of the art image and downloading it.

Of course, the above-mentioned service is not necessarily limited to smartphones and can also be implemented on the web.

In this way, the smartphone provision module 220 supports the function of outputting various art images from the smartphone owned by the user, so that the user can conveniently view the art images he prefers in various environments regardless of place and time. Provides convenience.

Figure 5 is a conceptual diagram showing a state in which the first and second images are output on the display.

The embodiment according to FIG. 5 provides a display method that separates two copyright holders according to the order in which the copyright protection period has expired and outputs the images of each copyright holder separately as first and second images.

To this end, the analysis module 120 provides a function to select two copyright holders in the order of shortest copyright protection period and classify the art images of the two copyright holders into first and second images, respectively.

For example, if the copyright protection period for the artistic image of copyright holder 2 expires on December 31, 2019, and the copyright protection period for the artistic image of copyright holder 1 expires on December 31, 2022, the copyright protection period has expired. Based on this short sequence, the art image of copyright holder 1 takes precedence over the art image of copyright holder 2.

At this time, the analysis module 120 can be said to divide the art image of copyright holder 1 into a first image and the art image of copyright holder 2 into a second image.

There may be multiple art images of copyright holders 1 and 2, and the first and second images can be understood as images obtained by confirming the most representative or famous images among these art images through a survey method in advance and saving the confirmed images as thumbnails. You can.

In response to this, the image service providing interface 200 may include a relief providing module 230 that sets the size of the first image to be larger than the second image and outputs the first and second images to the display at the same time.

This highlight providing module 230 is intended to further highlight the display method of the first image, which is an art image whose copyright protection period has just expired, when comparing two images, and provides the user with information about the first image and its copyright holder. It is designed to be easily visible to the user and arouse the user's interest or curiosity by displaying it in a larger size than the second image compared to the second image of another copyright holder.

At this time, the first image has a larger size than the second image, and if the size difference between the two is significant, the two images may appear unbalanced. For example, when the first and second images have a rectangular shape, the second image has a size of 4*3. (The numbers here are relative values), and the first image preferably has a size of 6*4.5, and the second image has a volume of 45 to 70% of the first image.

In addition, in the analysis module 120, copyright holders 1 and 2 can be selected so that the time of death of copyright holders 1 and 2 varies from as little as 1 year to as much as 100 years or more depending on the display situation of the art image.

Through this highlighting module 230, it is possible to have the advantage of inducing user registration or subscription by arousing the user's interest and curiosity by highlighting to the user an art image of a copyright holder whose copyright protection period has relatively recently expired. .

Figure 6 is a conceptual diagram showing an embodiment of outputting the first and second images in a zoom-in manner while adjusting the voltage intensity of the transparency variable film attached to the transparent display.

In the embodiment according to FIG. 6, the display 100 is configured as a transparent display 200.

The transparent display 20 refers to a device that outputs an image or video from a display panel (display in the narrow sense) while transmitting light while the display panel (display in the narrow sense) is transparent. A representative example is a transparent OLED display.

A transparency variable film 30 is attached to at least one surface of the transparent display 20.

The variable transparency film 30 is also called Transmittance Variable Film, smart glass film, switchable film, smart dimming film, smart window, etc., and is attached to at least one surface of the transparent display. It refers to a film that can selectively control transparent and translucent states according to electrical signals.

Currently, the most representative transparency variable films 30 are SPD films, PLDC films, and EC (Electrochromic) films, and as the amount or voltage intensity increases, they can be converted from a translucent/opaque state to a transparent state.

Correspondingly, the system of the present invention may include a power control device 300 that adjusts the intensity of voltage while supplying power to the transparency variable film.

The power control device 300 is installed separately on the above-mentioned transparency variable film 30 via a power/data cable, or is installed integrally with the transparent display 20 or the transparency variable film 30, and is a voltage control unit to be described later. It provides a function to change the transparency variable film 30 from a translucent/opaque state to a transparent state by changing the voltage through control of 232.

That is, the power control device 300 is connected in a wired or wireless manner to the voltage control unit 232 additionally included in the relief providing module 230 included in the video service providing interface 200, and is controlled by the voltage control unit 232. The intensity of the voltage applied to the transparency variable film 30 can be adjusted.

In the above-described embodiment, the relief providing module 230 further includes a zoom-in output unit 231 and a voltage control unit 232.

The zoom-in output unit 231 sequentially zooms in the first and second images to the initial size according to the flow of 'display time', that is, the time for outputting the first and second images to the transparent display 20. Provides the ability to enlarge to an enlarged size.

Here, 'exhibition time' refers to the time for outputting the first and second images on the transparent display 20, and this exhibition time is inserted like an advertisement time between the times when art images of various copyright holders are output. In particular, in the present invention, it means the time to output the first and second images while increasing them from the initial size to the enlarged size, that is, zoom-in processing.

In addition, as can be seen from Figure 6, the meaning of enlarging by zooming in is that at the beginning of the exhibition time, the output starts at a small size, that is, the initial size, and then gradually enlarges as the exhibition time goes by, that is, the transparent display (display) to enlarge the size. 20).

The voltage control unit 232 provides a function to drive and control the power control device 300 to increase the intensity of the voltage in proportion to the passage of the exhibition time described above. In other words, at the beginning of the exhibition time, the voltage intensity is set to 50V. At first, the transparency variable film 30 is in a semi-transparent state, and at the end of the display time, the intensity of the voltage is increased to 150V, and the transparency is variable through the power control device 300 so that the transparency variable film 30 is almost transparent. Controls the strength of voltage applied to the film.

According to this embodiment, the dynamic visual salience effect is maximized, especially when the display is made up of a transparent display 20. When an image is output in a zoomed-in manner on the transparent display 20, the image appears as if in a transparent space, creating a sense of perspective. It has the characteristic of providing the user with a sense of reality as if the image were approaching them.

At the same time, when the transparent display 20 switches from a translucent/opaque state to a transparent state, and the first and second images of different sizes are output in a zoomed-in manner, the image suddenly appears as if the dark space becomes transparently bright, and an image approaches the user. Since it can provide the same thrill, it can have the advantage of maximizing the effect of highlighting the first image compared to the second image.

Furthermore, the zoom-in output unit 231 can set the zoom-in time of the second image to be longer than the zoom-in time of the first image.

Correspondingly, the voltage control unit 232 may drive and control the power control device 300 to increase the intensity of the voltage in proportion to the passage of zoom-in time of the first image.

Here, 'zoom-in time' refers to the output time from the initial size of the image to the maximum enlarged size among the above-mentioned display times, and the zoom-in time of the second image is longer than the zoom-in time of the first image. If it is long, the first image is first zoomed in to the enlarged size and continues to be output in this state, and then the second image is in a zoomed state. This process can be processed as one cycle, and this one cycle is integrated and called the zoom-in time of the first and second images.

In other words, the zoom-in time of the first and second images can be said to be the time from when the first and second images are output at their initial size to when the first image is first zoomed in and then the zoom-in process for the second image is completed.

According to this, it can be said that the display was processed to focus on the output of the first image and highlight it to capture the user's attention first.

In addition, the voltage control unit 232 increases the intensity of the voltage according to the zoom-in time of the first image, so that the transparent display 20 assumes the most transparent state at the time the zoom-in process of the first image is completed, thereby The image is relatively more prominent than the second image, thereby enhancing display processing.

At this time, the zoom-in time of the first image can be designed in various ways depending on the display time and the zoom-in time of the first and second images, but it is preferable to set it according to Equation 1 below.

Equation 1,

where D1 is the zoom-in time of the first image, T is the number of months from the time of display of the first image on the display minus the expiration of the copyright protection period for the copyright holder of the first image, and E1 is the copyright holder of the first image. It is a weight proportional to the number of art images.

First, when T is located in the molecule and the copyright protection period has just expired, that is, when T is small, the D1 value becomes small, that is, the zoom-in time of the first image becomes faster.

In addition, when E1 is located in the denominator and the number of art images belonging to the copyright holder of the first image is large, that is, when E1 increases, the value of D1 decreases, that is, the zoom-in time of the first image becomes faster.

The faster zoom-in time of the first image means that the first image can be zoomed in more quickly to quickly capture the user's attention, and the transparent conversion of the variable transparency film 30 attached to the transparent display 20 Since the speed is also proportional to the zoom-in time of the first image, the speed at which the transparent display 20 switches from a semi-transparent state to a transparent state also becomes faster, making it possible to further highlight the display method of rapid zoom-in processing of the first image.

In addition, if you set the zoom-in time of the first image in linear proportion to the relationship between T and E1, the zoom-in time of the first image may become too large or short, so it reflects the square root of T*E1 and uses a logarithmic function or exponential. It is an application of the hypersine inverse function (inverse hyperbolic sine or "arcsinh" function: the inverse function of hyperbolic sine function, sinh), which shows a gentle nonlinear distribution compared to the function.

For example, the exhibition time (current time) is February 2023 and the copyright expiration time of the first image is December 31, 2022. If this is viewed as January 1, 2023 and then calculated, T is 1 month and the first image If the number of art images is 13, the weight is 1.3,

로 산출될 수 있다.

It can be calculated as

The zoom-in time of the first image set by Equation 1 is not a second or minute, but a relative value, and the time value of D1 derived through the relationship between the overall display time and the zoom-in time of the first and second images can be set.

In the above example, if 0.1 is set to 2 seconds, 0.808 corresponds to approximately 16 seconds.

According to this, the zoom-in time of the first image evaluates the copyright holder's work with a short period of copyright protection as a hot work, and when the copyright holder owns many art images, the user is confident about the copyright holder's work. It can be displayed in a variety of ways, processing zoom-in prominence quickly, but processing the zoom-in time of the first image as a gentler non-linear distribution than a logarithmic function, preventing the problem of the zoom-in time of the first image becoming too large or too small. Provides characteristics.

In particular, according to Equation 1, for example, when the copyright expiration date is December 31, 2022, and the first image is displayed in 2023, the following year, that is, when the first image is displayed immediately after the copyright expiration date, the image stands out significantly. You can get the effect.

Furthermore, in the above-described embodiment, it is more preferable that the zoom-in output unit sets the zoom-in time of the second image according to Equation 2 below.

Equation 2,

Here, D2 is the zoom-in time of the second image, Z is the difference in years between the expiration of the copyright protection period of the copyright holder of each of the first and second images, and S is a weight proportional to the expiration of the copyright of the second image.

S is a weight that can be adjusted according to the length or shortness of the expiration of the copyright protection period of the second image, especially if the second image is a famous painting by a famous European painter, as low as 10, 50, or 100 years after the expiration of the copyright. Since it can range from several decades to hundreds of years, this can be considered an adjusted figure.

In particular, the second image selects a work that has received a good response or is well-received by users, preferably subscribers, and compares the first image with a lesser-known work to prevent the phenomenon of the first image not being highlighted. You can.

In Equation 2, D2 is processed by adding a subsequent function to D1, so it has the characteristic of becoming larger than D1, and the subsequent function has the characteristic of becoming smaller when both S and Z are small.

In particular, the subsequent function takes the hyperbolic tangent function, a characteristic that can be limited to values between 0 and 1 (limited to values from 0 to 1 because both Z and E2 are positive) without being greatly affected by the variable properties of Z and S. to prevent the zoom-in time of the second image from becoming too long. However, if the maximum value of the hyperbolic tangent function value is only 1, there is not much difference from the zoom-in time of the first image, so the function is multiplied by the square root of Z and the product of S. It has been corrected.

For example, based on the above example, when Z is 3 years and the copyright expiration time of the second image is 30 years, the weight S is set to 3,

In the above example, if 0.1 is set to 2 seconds as in Equation 1, 1.27 corresponds to approximately 24 seconds.

That is, if the difference in zoom-in time between the first and second images is too large, the second image, which is zoomed in later, may stand out, and if it is too small, the first image will not stand out, so it is better to set it to have a time difference as in Equation 2 above. desirable.

Thereafter, the zoom-in output unit 232 may zoom out the first and second images to the initial size after the second zoom-in time to prepare for repeating the first and second zoom-in display methods.

In other words, when the second image is zoomed in, the first and second zoom-in times end. Rather than leaving the first and second images zoomed in, if the first and second images are zoomed out to the initial size and then recognized as a cycle and this cycle is repeated, the second image zooms in. 1 This is because the effect of highlighting the image can be maximized.

As explained so far, the configuration and operation of the artificial intelligence-based copyright-linked video service providing system according to the present invention are expressed in the description and drawings, but this is only an example and the idea of the present invention is not reflected in the description and drawings. It is not limited, and of course, various changes and modifications are possible without departing from the technical spirit of the present invention.

10: display 20: transparent display
30: Transparency variable film 100: Copyright management interface
101: DB server 102: Analysis server
110: collection module 120: analysis module
130: Subscription module 140: Approval management module
150: Member management module 200: Video service provision interface
201: Video management server 210: Parallel provision module
220: Smartphone provision module 230: Prominent provision module
231: zoom-in output unit 232: voltage control unit
300: power control device

Claims (8)

As an artificial intelligence-based copyright-linked video service provision system,
A collection module that collects art images of copyright holders and stores them in a copyright database for each copyright holder, analyzes the life and death of the copyright holder and the copyright protection period, and selects two copyright holders in the order of shortest time when the copyright protection period expires. A copyright management interface including an analysis module that classifies art images into first and second images, respectively;
Extracting art images of copyright holders whose copyright protection period has expired from the copyrighted works database and outputting them on a display,
An image service providing interface including a relief providing module that sets the size of the first image to be larger than the second image and simultaneously outputs the first and second images to the display. . According to clause 1,
The copyright management interface is,
A subscription module that requests permission from the copyright holder to display the art image determined to have remaining copyright protection period in the analysis module;
It includes an approval management module that stores the art images for which the exhibition permission has been completed in a separate copyright database,
The video service provision interface is,
A video service providing system comprising a parallel provision module that outputs the art image for which the exhibition permission has been completed to the display simultaneously or sequentially with the art image of the author whose copyright protection period has expired. According to clause 1,
The display is a display mounted on the user's smartphone,
The copyright management interface is,
It includes a member management module that manages users who have permitted subscription to the art image as members,
The video service provision interface is,
A video service provision system comprising a smartphone provision module that outputs the art image on a display of the member's smartphone. delete According to clause 1,
The display is,
It is a transparent display with a variable transparency film attached that can selectively adjust transparent and translucent states depending on the intensity of voltage.
The system is,
It includes a power control device that adjusts the intensity of voltage while supplying power to the transparency variable film,
The highlighting module is,
Outputting the first and second images on the transparent display to sequentially enlarge the first and second images from the initial size to an enlarged size in a zoom-in manner according to the passage of time. A zoom-in output unit,
A video service providing system comprising a voltage control unit that drives and controls the power control device to increase the intensity of the voltage in proportion to the passage of the display time. According to clause 5,
The zoom-in output unit,
Setting the zoom-in time of the second image to be longer than the zoom-in time of the first image,
The voltage control unit,
A video service providing system, characterized in that the power control device is driven and controlled to increase the intensity of the voltage in proportion to the passage of zoom-in time of the first image. According to clause 6,
The zoom-in output unit,
A video service providing system, characterized in that the zoom-in time of the first image is set according to the following equation (1).
Equation 1,

(where D1 is the zoom-in time of the first image, T is the number of months from the time of display of the first image on the display minus the expiration of the copyright protection period for the copyright holder of the first image, E1 is the zoom-in time of the first image Weight proportional to the number of art images of the copyright holder) According to clause 7,
The zoom-in output unit,
Set the zoom-in time of the second image according to the following equation 2,
A video service providing system characterized in that the first and second images are zoomed out to the initial size after the second zoom-in time.
Equation 2,

(Here, D2 is the zoom-in time of the second image, Z is the difference in years at the expiration of the copyright protection period of the copyright holder of each of the first and second images, and S is a weight proportional to the expiration of the copyright of the second image)