Apparatus and method for generating meta-spatio-temporal access door including position information value required by user, and meta-spatio-temporal access door connection apparatus

Abstract

The present invention relates to a meta-spatiotemporal access door generation device and method, and a meta-spatiotemporal access door connection device, which, regardless of the actual position of a terminal when the content is to be uploaded, include a position information value required by a user for the content to be shared on the Internet, and are provided so as to be capable of presenting the content at a specific position, the meta-spatiotemporal access gate generation device includes: a network connection information reception unit that receives, from a user, network connection information capable of accessing any shared object content; an address input unit that receives an input of an address or a postal code of a location to be shared with respect to the content to be shared; and a meta spatio-temporal access gate generation unit that acquires latitude information and longitude information of a position corresponding to the received input address or postal code through the address input unit, and generates meta spatio-temporal access gate information for the content to be shared by including the acquired latitude information and longitude information together with the network connection information.

Description

Technical Field

[0001] The present invention relates to a meta-spacetime access gate generation device and method and a meta-spacetime access gate connection device, which can display the content to be shared on the Internet at a specific location, including the location information value required by the user, regardless of the actual location of the terminal when the content is uploaded, without collecting the location information of the user terminal. Background Art

[0002] The World Wide Web (WWW), also known as Web 1.0, was developed by Tim Berners-Lee of CERN from 1989 to 1991 and has become synonymous with the Internet. It started with the development and release of web browsers, and has grown with the development and competition of web browsers.

[0003] However, in the early days of Web 1.0, users received information unilaterally, just like newspapers or radio programs. However, with the active development of social network services (SNS) such as blogs, Twitter, Facebook, and Instagram, it has evolved into an era where users can freely edit posts based on their own interests and share them online.

[0004] Thus, the Web 2.0 era was characterized by participation, sharing, and openness, and emphasized social connectivity in which netizens actively participated in creating and sharing information, but has recently entered the Web 3.0 era, a more evolved Internet environment.

[0005] Web 3.0 is evolving towards a personalized, intelligent network, and is being developed and applied in the direction of users judging and inferring all content. When providing data to users, services are provided that focus more on the essential meaning of the data rather than the data itself in order to make efficient use of the data.

[0006] This means moving away from simply passively receiving information calculated or judged by others, and making individual autonomous decisions the center of network operations. Taking the Internet advertising industry as an example, the existing method is that advertisers who want to display Internet advertisements unilaterally display the advertiser's advertisements on the user's terminal at the desired location. In contrast, as a concept contrary to this, the method of Web3.0 is that users can directly decide the decision-making power for the circulation of advertising information to multiple terminals.

[0007] As part of this, Apple Inc. in the United States recently implemented an opt-in mechanism in iOS as part of the App Tracking Transparency (ATT) framework.

[0008] The service method used previously usually involves the browser or application identifying the location of the client terminal to track personal information, and unilaterally sending the advertiser's advertisement to the client terminal that meets the advertiser's desired conditions (such as location, target age to be displayed, etc.). For example, there are cases where an advertisement for a product or brand that a user has searched once on a website is pushed to the terminal, or a text message about product information at a clothing store where the user has temporarily stopped for a short time is suddenly received. This is a service provided by the company operating the website or application automatically obtaining personal information such as the location information of the user's terminal.

[0009] However, the service method based on ATT (App Tracking Transparency) is to basically protect the user's personal information. The function of sending information (advertisements, etc.) to the user must be activated only when the user explicitly permits the website or application to have access rights. Therefore, the website or application first asks the user: "Do you agree to the application or website tracking your activities?" and only provides services to users who have agreed. Currently, the rate of users choosing (opt-in) to agree through this function is very low.

[0010] On the other hand, in the current network environment, when users generate content in order to display it on the Internet, regardless of the actual location of the terminal storing the content, even if arbitrary location information is stored together, there is a problem that the radius or height information formed with the location as the center cannot be stored or efficiently used.

[0011] When the radius or height cannot be used together with the location information, the problem of not being able to specify a certain two-dimensional or three-dimensional space arises. This problem is not that the user only wants to display content at a certain location, but it is a problem that must be solved when the user hopes to display content at a specific location in the space specified by the distance to the radius formed from the location, or at a specific location in the space specified by the distance from the location in the space to a certain height.

[0012] In more detail, when the content includes radius information together with the position information, it is possible to specify a two-dimensional space corresponding to the distance to the radius with the position corresponding to the position information as the center. When the content includes radius and height information together with the position information, it is possible to specify a three-dimensional space corresponding to the height with the position corresponding to the position information as the center and the position of the two-dimensional space corresponding to the distance to the radius as the center. However, if the content cannot use the radius or height, there is a problem that it is completely impractical.

[0013] As another problem, when displaying content at a specific location in a specific space that a user desires to display, it is more difficult to display the same content only during very specific periods or times, such as a certain moment in the past, a certain period in the past, the present, a certain moment in the future, or a certain period in the future.

[0014] As another problem, when a user stores content for display on the Internet and also stores location information, if the stored location information is stored in the form of an address formed by natural languages ​​of different language categories, the server needs to use artificial intelligence to identify the different natural languages ​​of the language categories one by one, and then additionally derive very specific latitude information and longitude information. Therefore, the more websites or applications or Internet advertisements or direct text messages and other information that provide the path, the more problems of overall network resource loss and speed reduction caused by natural language analysis will be brought about. In order to solve such problems, the correct specifications can be specified for specific location information, and it is required that the specific location information include globally applicable and unchanging rules. In addition, the more specific location information formed by natural language, the more network resources are occupied. Therefore, in order to improve such restrictions, it is necessary to integrate and store specific location information as latitude information and longitude information.

[0015] On the one hand, the technical reason for setting a limit on capacity (e.g., number of bytes) is that when a server processes a large amount of location information formed by natural language, the amount of network resources consumed by directly identifying latitude and longitude information is significantly smaller than the amount of network resources consumed by artificial intelligence to parse different natural languages ​​of different language categories.

[0016] On the other hand, in terms of the industry level of information distribution, taking the purchase probability of consumers according to the existing Internet advertising industry as an example, of two users who want to buy Korean products on the Internet, one may search for the product in the United States and the other may search in Korea. From the perspective of sellers, although advertising costs are spent to display ads, even if it is a Korean product, it is impossible to accurately predict which country of the two users will buy the item. As a result, advertising can only be executed based on probability and the resulting costs are incurred.

[0017] As described above, since only limited information distribution methods and the information generated therefrom can be provided to buyers, advertising expenses can only be spent on a probability basis in the end, resulting in the problem of having to bear the loss of expenses.

[0018] [Prior art literature]

[0019] [Patent Document]

[0020] (Patent Document 1) Korean Patent Registration No. 10-0898757 (2009.05.14) Summary of the invention

[0021] Technical issues to be solved

[0022] The present invention is proposed to solve the above-mentioned problems. The purpose of the present invention is to provide a meta-spacetime access gate generating device and method, and a meta-spacetime access gate connecting device, which add the location information value required by the user to the post to be shared, that is, the meta-spacetime information of the shared object content, thereby displaying the content at the user's desired location without collecting the location information of the user terminal.

[0023] In addition, another purpose of the present invention is that even for posts (content) that cannot add location information, there is no limit on the amount of location information, and the user's desired location information can be added and displayed at will, so that the user's desired location information can be stored on the Internet and the content can be accessed or searched.

[0024] In addition, another object of the present invention is to provide a solution that includes, as a location information value, not only a specific location desired by a user, but also location information in a space specified by a distance to a radius formed from the location, and location information in a space specified by a distance from the location in the space to a preset height, so that content can be displayed in a specific location and a specific space at a more specific specific location. This is intended to eliminate concerns that some users may become spam.

[0025] In addition, another object of the present invention is to provide a solution for including time information related to the time or period when the shared content is to be displayed at a specific location desired by the user, thereby displaying the shared content at the location desired by the user and at the time desired by the user.

[0026] Technical Solution

[0027] To this end, according to an embodiment of the present invention, a meta-space-time access gate generating device containing a location information value required by a user includes: a network connection information receiving unit, which receives network connection information that can access the shared object content published on the Internet or to be uploaded to a specific website from the user; an address input unit, which is used to receive the input of the address or postal code of the location of the shared object content to be shared; and a meta-space-time access gate generating unit, which obtains the latitude information and longitude information of the location corresponding to the address or postal code received from the address input unit, and includes the obtained latitude information and longitude information together with the network connection information to generate the meta-space-time access gate information for the shared object content.

[0028] In addition, a meta-spacetime access gate generating device according to an embodiment of the present invention is characterized in that it can also include: a latitude DB and a longitude DB, which store the latitude information and longitude information of the location corresponding to the address or postal code; and a meta-spacetime information DB, which is used to store the meta-spacetime access gate information of each content category generated by the meta-spacetime access gate generating unit, wherein the meta-spacetime access gate generating unit queries the data stored in the latitude DB and the longitude DB, obtains the latitude information and longitude information of the location corresponding to the address or postal code received by the address input unit, and when storing the meta-spacetime access gate information in the meta-spacetime information DB, matches and stores it with the identification information that can identify the user or the content.

[0029] The address input unit of the meta-time-space access gate generation device according to an embodiment of the present invention is connected to an electronic map and is capable of searching for the location to be shared on the electronic map and receiving the address input of the location.

[0030] In a meta-space access gate generating device according to one embodiment of the present invention, the network connection information may be a web page address or a server address where the shared object content is published or to be uploaded, and the web page address or server address may be a URL address, an IP address, or source code including any of these.

[0031] According to an embodiment of the present invention, the meta-spacetime access gate generation unit of the meta-spacetime access gate generation device may further include: address information of a location matching the latitude information and longitude information, and generates meta-spacetime access gate information for the shared object content.

[0032] In addition, the meta-spacetime access gate generation unit of the meta-spacetime access gate generation device according to an embodiment of the present invention may further include: a postal code of a location matching the latitude information and longitude information, and generates meta-spacetime access gate information for the shared object content.

[0033] In addition, according to an embodiment of the present invention, the meta-space-time access gate generation unit of the meta-space-time access gate generation device may also include: generating meta-space-time access gate information for the shared object content from location information in a spatial area specified by a set altitude and a location matching the latitude information and longitude information.

[0034] At this time, the space specified by the height may include: any one of the number of floors, altitude and ground height of any building, and may be specified by specifying a floor or height, or setting a range of floors (from ~ floors to ~ floors) or a range of heights (from ~ heights to ~ heights).

[0035] In addition, according to an embodiment of the present invention, the meta-spacetime access gate generation unit of the meta-spacetime access gate generation device may also include: time information, which includes the moment or period when the shared object content is to be displayed at a position matching the latitude information and longitude information, and generates meta-spacetime access gate information for the shared object content.

[0036] In addition, the meta-time-space access gate generation device according to an embodiment of the present invention may further include: a distance radius setting unit, which provides an interface (UI) operation screen, and the interface (UI) operation screen is used to set a spatial area defined by the distance from the position matching the latitude information and the longitude information to the radius. In this case, the meta-time-space access gate generation unit may further include: the radius distance information set by the distance radius setting unit, and generate the meta-time-space access gate information for the shared object content.

[0037] In addition, the meta-space-time access gate generating unit may group the latitude information and longitude information of the spatial position defined by the radius distance set by the distance radius setting unit and centered on the position corresponding to the latitude information and longitude information, and assign a set ID to the grouped latitude information and longitude information, and generate the meta-space-time access gate information only including the set ID.

[0038] In addition, the meta-spacetime access gate generation unit can use the latitude and longitude information of the center position of the radius as representative information, and directly include it in the meta-spacetime access gate information, assign a set ID to the latitude and longitude information of the spatial position defined by the radius distance, and generate the meta-spacetime access gate information.

[0039] On the one hand, a meta-spacetime access gate connection device according to another embodiment of the present invention includes a component capable of providing the following contents: receiving input of search information, wherein the search information is the desired location information to be searched, including any one or more of an address or a postal code; identifying the latitude information and longitude information of the location corresponding to the received input search information; searching for meta-spacetime access gate information that matches the identified latitude information and longitude information; and connecting via the Internet using network connection information included in the searched meta-spacetime access gate information.

[0040] On the other hand, a method for generating a meta-spatiotemporal access gate according to another embodiment of the present invention, which is a method of a meta-spatiotemporal access gate generating device including a location information value required by a user, may include: a step in which the generating device receives network connection information from a user that can access shared object content published on the Internet or to be uploaded to a specific website; a step in which the generating device receives input of an address or a postal code of a location where the shared object content is to be shared; a step in which the generating device detects the latitude information and longitude information of the location corresponding to the received input address or postal code; and a step in which the generating device, together with the network connection information, includes the detected latitude information and longitude information and generates meta-spatiotemporal access gate information for the shared object content.

[0041] Beneficial Effects

[0042] According to the present invention, it is possible to display the content desired by the user at the specific location requested by the user without collecting the location information of the user terminal. In particular, the present invention has the following effects: not only the location information corresponding to the specific location desired by the user, but also the location information of the space formed by an arbitrary radius from the specific location, or one or more of the location information specified by the three-dimensional height at the location in the space, are shared on the Internet, thereby realizing high-accuracy location-based content display.

[0043] In addition, according to the present invention, for content including location information corresponding to one location, when there are multiple time information, the same content can be displayed at different periods or different times corresponding to the multiple time information. This provides an effect that even for one location, an infinite number of locations can coexist depending on the period or time, so that content can be displayed for an infinite number of locations that coexist in such a case.

[0044] Furthermore, the following effects are achieved: when a user sets the desired sharing location in a map and related devices to share content such as current events or thoughts and ideas about the past or future that the user wants to share, whether related to a specific space or independent of the location of the space, the ideas of other users in the same space can be shared even without collecting the user's location information.

[0045] In addition, according to the present invention, even posts on websites or applications that cannot add location information can arbitrarily add user desired location information, and location information corresponding to a space specified by a distance from a desired location to an arbitrary radius, or height location information specified by a set height from the position of the space, or display location information of the content according to a period or time. Therefore, when a user uploads a video at Manhattan Square in New York, the United States, the display location of the video can be set to all locations within a radius of 200 meters from the same Manhattan Square in New York for a period of one year starting 100 years from now, or the display location can be set to all locations in space in South Korea and France for a period of 30 minutes starting 48 hours from now, and all locations in Seoul, South Korea and Paris, France for a period of one year starting from the past 10 years.

[0046] In addition, according to the present invention, for one content, multiple meta-spatiotemporal access information can be generated according to the location to be shared. Therefore, it is easy to selectively set the location to be shared by content category from the user's standpoint, and even after uploading the content to a specific website or application, when the location to be shared is changed or added, it has a significant effect that it can be easily applied.

[0047] In addition, according to the present invention, the radius distance, altitude, and time can be set with one's desired position as the center, so it is convenient for users to display (search) their own videos to a wide area or provide them without displaying (searching) as needed.

[0048] In addition, according to the present invention, a location can be activated when necessary and a search can be performed when necessary.

[0049] In addition, in the existing network environment, the website or application publisher that sells the product directly intervenes in and controls the circulation method of the relevant information or the setting of the circulation path of the information, so the boundary and scope of the information that can be shared can only be limited. On the contrary, according to the present invention, even if the content to be searched or displayed has a location information, it is possible to further specify countless new locations and display content based on the location in the space specified by the distance to the radius from the location as the center, the location in the space specified by the location from the location in the space to a certain height, and the different times or periods for displaying content at a location, thereby breaking the scope and boundaries of the existing limited information circulation method and path. In particular, with regard to the expanded sales of a certain property, it has the effect of increasing the amount of circulated information, expanding the area, expanding opportunities, and reducing costs, and providing users with the probability of achieving higher industrial goals. BRIEF DESCRIPTION OF THE DRAWINGS

[0050] Figure 1A diagram showing the system configuration of a meta-space access gate generating device and a connecting device according to an embodiment of the present invention.

[0051] Figure 2 Detailed structure diagram of a meta-spacetime access gate generating device according to an embodiment of the present invention.

[0052] Figure 3 and Figure 4 A diagram showing a function of specifying height information and time information for the position of a shared object content to be shared.

[0053] Figure 5 It is a flowchart for explaining the operation process of the meta-space access gate generation device according to an embodiment of the present invention.

[0054] Figure 6 For illustration Figure 5 Flow chart of the additional operation process set according to the radius distance during the process.

[0055] Figures 7 to 9 A diagram showing a user interface screen for inputting network connection information capable of accessing content.

[0056] Fig.10 and Fig.11 This is the setting screen required to generate the meta-space access gate information.

[0057] Fig.12 and Fig.13 A diagram showing a user interface screen for inputting an address of a location to be shared on an electronic map.

[0058] Fig.14 A user interface screen for acquiring and displaying latitude information and longitude information of a location corresponding to an input address or zip code.

[0059] Fig.15 A user interface screen for setting the radius distance of a location to be shared.

[0060] Fig.16 A screen to inform that the meta-space access gate information has been successfully generated.

[0061] Fig.17 After the meta-time-space access gate information is generated, the screen for displaying the shared contents of the access gate is enlarged and confirmed.

[0062] Fig.18 This is a screen to show that after the meta-space access gate information is generated, the information about the access gate is presented on the screen.

[0063] Fig.19 Detailed diagram of the structure of a meta-space access gate connection device according to an embodiment of the present invention. DETAILED DESCRIPTION

[0064] Hereinafter, specific embodiments of the present invention will be described in detail with reference to the accompanying drawings.

[0065] Figure 1 A diagram showing the system configuration of a meta-time-space access gate generating device and a connecting device according to an embodiment of the present invention.

[0066] According to the embodiment of the present invention, the meta-spacetime access gate generating device 100 and the meta-spacetime access gate connecting device 200 provide a solution of arbitrarily setting additional location information that the user wants to share in the shared object content, thereby accessing or searching the shared object content at a specific location (spacetime) set by the user on the network.

[0067] Such a meta-spacetime access gate generating device 100 and a meta-spacetime access gate connecting device 200 can be implemented in a service server 1, and connected to the network connection information input device 2 and the database 3 and run.

[0068] For example, when network connection information that can access shared object content is input from the network connection information input device 2, the meta-spacetime access gate generation device 100 inserts the location information that the user wants to share into the network connection information, generates new meta-spacetime access gate information, and stores the generated meta-spacetime access gate information in the database 3.

[0069] Then, when a user on the network requests to search for the shared content through the network connection information input device 2, the meta-time-space access gate connection device 200 searches the meta-time-space access gate information stored in the database 3 to detect the meta-time-space access gate information that can access the content and provides it in a connectable manner. At this time, when the meta-time-space access gate generation device 100 generates new meta-time-space access gate information, the users on the network are limited to those that match the location information inserted according to the user's request.

[0070] Through such a structure, users on the Internet can share the ideas of other users in the same time and space by setting information on the specific time and space desired by the user, regardless of the actual location of the terminal when uploading the content, for a variety of content, such as videos and photos related not only to products but also to current events (accidents, experiences, experiments, etc.) or thoughts or ideas about the past and the future, without collecting the location information corresponding to the user's personal information.

[0071] Therefore, the configurations of the meta-time-space access gate generating device 100 and the meta-time-space access gate connecting device 200 for realizing the same will be described in detail below.

[0072] Meta-time and space access gate generation device 100

[0073] Figure 2Detailed structure diagram of a meta-spacetime access gate generating device according to an embodiment of the present invention.

[0074] First, refer to Figure 2 According to an embodiment of the present invention, the meta-spacetime access gate generating device 100 includes: an address input unit 110, a network connection information receiving unit 120, a meta-spacetime access gate generating unit 130, a distance radius setting unit 140, a map DB 150, a latitude DB 160, a longitude DB 170 and a meta-spacetime information DB 180.

[0075] The address input unit 110 receives input of the address or postal code of the location where the content is to be shared. At this time, the address input unit 110 may provide an interface screen for inputting the address or postal code, and obtain the address or postal code by directly inputting the address name or postal code (e.g., 396 Jiangnan Road or 06232) in the interface screen. Alternatively, the accurate address or postal code may be obtained by searching for the address, or by providing an electronic map in the interface screen and selecting the desired location on the electronic map or searching for the location.

[0076] The network connection information receiving unit 120 receives network connection information that can access the content that has been published on the Internet or is to be uploaded to the Internet (hereinafter referred to as the shared content). Figure 1 The network connection information input device ( Figure 1 2) connects to and receives network connection information for the shared object content.

[0077] The network connection information includes the webpage address or server address where the shared object content is published or to be uploaded. For example, it can be composed of an accessible URL address, IP address, or source code including any of these.

[0078] The map DB 150 stores data for providing an electronic map.

[0079] The latitude DB 160 and the longitude DB 170 store latitude information and longitude information of locations corresponding to maps or postal codes. Figure 2 Although the latitude DB 160 and the longitude DB 170 are shown as independent components, they can be integrated into one DB as needed.

[0080] The meta-space-time information DB 180 matches and stores the new meta-space-time access gate information generated by the meta-space-time access gate generation unit 130 according to the content category.

[0081] The map DB 150, the latitude DB 160, the longitude DB 170 and the meta-spacetime information DB 180 may be included in the meta-spacetime access gate generation device 100, but are not limited thereto and may be formed in a service server ( Figure 1 1) or an external database ( Figure 1 3). External database ( Figure 1 3) can be a cloud-based storage space.

[0082] After the meta-spacetime access gate generation unit 130 queries and obtains the latitude information and longitude information of the location corresponding to the address or postal code received from the address input unit 110 in the latitude DB 160 and the longitude DB 170, it generates new meta-spacetime access gate information for the shared object content together with the obtained latitude information and longitude information and the network connection information received through the network connection information receiving unit 120.

[0083] Furthermore, the meta-spacetime access gate generator 130 stores the generated new meta-spacetime access gate information in the meta-spacetime information DB 180 . At this time, the generated new meta-spacetime access gate information may be matched with identification information that can identify the content or user to be shared and stored.

[0084] The new meta-spacetime access gate information thus generated is the source code including the latitude or longitude information of the location to be shared, ie, the address or zip code corresponding to the location, included in the meta-spacetime and including accessible link information or connection information.

[0085] When generating new meta-space-time access gate information, the meta-time-space access gate generation unit 130 may further include address information of a location that matches the latitude and longitude information.

[0086] In addition, when generating the meta-space-time access gate information, the meta-space-time access gate generation unit 130 may further include a postal code of the location matched with the latitude and longitude information.

[0087] In addition, the meta-spacetime access gate generation section 130 may include address information and a zip code of a location matched with the latitude and longitude information and generate meta-spacetime access gate information.

[0088] In this way, the meta-space-time access gate generator 130 generates new meta-space-time access gate information based on the location to be shared. Therefore, when there are multiple locations to be shared, multiple meta-space-time access gate information can be generated accordingly and managed by content category.

[0089] On the other hand, the meta-spacetime access gate generation unit 130 may further include, as location information to be shared, location information within a space specified by a distance from a desired location to an arbitrary radius, or location information within a spatial area specified by a set height from a desired location, and generate meta-spacetime access gate information.

[0090] Among them, Figure 3 As shown, the space specified by the height includes any one of the number of floors of any building, the altitude, and the height above the ground. In detail, the space specified by the height can be specified by specifying a floor or height, or by setting a range of floors (~ floors to ~ floors) and a range of heights (~ height to ~ height).

[0091] For example, when a user wants to share his memory of meta-space with others, he may not remember it clearly. He may only know the exact location (in the case of only knowing the building or address) and period of the corresponding meta-space, but cannot remember the number of floors of the building accurately. He can specify from a few floors to a few floors.

[0092] On the one hand, the meta-spacetime access gate generation unit 130 may further include time information related to the moment or period to be displayed at the location to be shared, and generate the meta-spacetime access gate information.

[0093] like Figure 4 As shown, the time information includes information on how long a period is shared from the present, past, and future moments.

[0094] For example, when a user uploads a video in Manhattan Square, New York, the video can be displayed in a location within a radius of 1 km from the center of Manhattan Square, New York, for a year starting ten years from now. Alternatively, the video can be displayed in a location within a radius of 200 meters from the center of the capitals of South Korea and France, for 30 minutes 48 hours from now.

[0095] In the case where a shared object content includes multiple time information, the meta-time-space access gate generation unit 130 can generate multiple different meta-time-space access gate information corresponding to the multiple time information. Therefore, the corresponding shared object content can be provided in a manner of displaying at different moments or different periods included in the time information.

[0096] On the other hand, when there are multiple locations to be shared, in other words, when the input address or zip code is not one but more than one, and thus includes multiple latitude information and longitude information, the meta-time and space access gate generation unit 130 may not directly assign multiple latitude information and longitude information to the meta-time and space access gate information, but assign a set ID that groups multiple latitude information and longitude information and insert it. For example, when generating meta-time and space access gate information including a URL address, it can be generated by including [URL address] + [multiple latitude information and longitude information], but it can also be composed of only [URL address] + [set ID for grouping multiple latitude information and longitude information]. Alternatively, it can be generated by including [URL address] + [one latitude information and longitude information that can be represented among the multiple latitude information and longitude information] + [set ID for grouping the remaining latitude information and longitude information]. In addition to URL addresses, the same is true when applied to IP addresses or source codes.

[0097] In addition, when the meta-time and space access gate generation unit 130 displays the shared object content through the service provider's website, the service provider's domain name address (URL address) or specific IP address can be assigned to the meta-time and space access gate information and generated. That is, the meta-time and space access gate information can be generated by including [the service provider's domain name address (or specific IP address)] + [network connection information (URL address, IP address, source code)] + [multiple latitude information and longitude information]. Therefore, when the user connects to the corresponding shared object content, it can be accessed through the service provider's website.

[0098] On the one hand, the configuration of assigning a set ID of the present invention can also be used more efficiently when an arbitrary radius distance is set for the location to be shared. If an arbitrary radius distance is set, a lot of location information can be included in the space defined by the distance to the set radius, and it will be more efficient to assign a set ID to group them and apply them.

[0099] In fact, the more latitude information and longitude information included in the meta-spacetime access gate information, the longer the text length constituting the meta-spacetime access gate information, and the longer the link length will become. This increases the amount of communication accumulated each time a user connects to the meta-spacetime access information. As the number of connectors increases, the amount of accumulated communication increases geometrically. Therefore, network resource loss occurs, which inevitably leads to a decrease in speed. However, if the above-mentioned method of assigning a set ID is applied, the invention can be implemented in a way that helps network communication volume.

[0100] The distance radius setting unit 140 provides a user interface (UI) operation screen for setting the radius distance for the location to be shared. Fig.14As shown, for the convenience of the user, an adjustment bar 112a type that can be moved left and right or up and down to adjust the radius distance, or +, - buttons, etc. can be provided.

[0101] In addition, the distance radius setting unit 140 and the address input unit 110 are linked to provide a UI operation screen for setting the radius distance at the same time as the interface screen for inputting the address or postal code, so that the input of the radius distance information can be received together with the address information of the location to be shared. The radius distance information is information for setting a spatial area defined by the distance to the radius with the location to be shared as the center.

[0102] When the radius distance is set by the distance radius setting unit 140 , the meta-spacetime access gate generation unit 130 may further include the set radius distance information in the meta-spacetime access gate information when generating the meta-spacetime access gate information.

[0103] At this time, the meta-time-space access gate generation unit 130 may assign the aforementioned set ID in order to reduce the network traffic. That is, the latitude and longitude information included in the set radius distance and the latitude and longitude information not included in the radius distance may be distinguished and grouped, and the grouped latitude and longitude information may be included in the meta-time-space access gate information in the form of a set ID.

[0104] As another embodiment, the meta-spacetime access gate generation unit 130 may directly assign the latitude information and longitude information of the center of the radius as representative information to the meta-spacetime access gate information, and assign the latitude information and longitude information other than that included in the radius distance with a set ID, thereby generating the meta-spacetime access gate information.

[0105] The operation process of generating meta-time-space access gate information based on the above device configuration is as follows.

[0106] Relatedly, Figure 5 is a flowchart for illustrating the operation process of the meta-time-space access gate generation device according to an embodiment of the present invention. Figure 6 For illustration Figure 5 Flow chart of additional operation process according to the radius distance setting during the process, Figures 7 to 18 For the general Figure 5 A screen of a user interface implemented in each step is shown in the figure as an example.

[0107] First, refer to Figure 5 Initially, in step S100, the meta-time-space access gate generation device 100 receives the information from the network connection information receiving unit ( Figure 2 130) receives network connection information capable of accessing the shared object content from the user.

[0108] As an example, Figure 7The screen shows a URL address 100a being input in the input box as network connection information. Figure 8 The screen shows the shared content 100b corresponding to the input URL address 100a and the cover image 100c for the shared content 100c. The shared content is shown as a video posted on a video website (youtube). Figure 8 As shown, when the setting menu of the cover image 100c is selected, Fig. 9 As shown, the related picture files are displayed, and when the desired picture file is selected in the displayed picture files, it is set as the cover picture.

[0109] Next, in step S110 , the meta-spacetime access gate generating device 100 receives input of basic setting information required to generate meta-spacetime access gate information.

[0110] As an example, Fig.10 and Fig.11 As shown, basic information of various items can be set and managed in the setting screen required for generating meta-spacetime access gate information. The basic information includes: whether to generate a web page 110a for setting whether to generate meta-spacetime access gate information in the web page, the form of network connection information to be generated 110b, whether to display the connection information 110c for displaying the network connection information, whether to use meta anchor text 110d, whether to assign the address, postal code or latitude / longitude corresponding to the meta location information 110e, whether to assign the time information 110f, etc.

[0111] Next, in step S120, the meta-time-space access gate generation device 100 receives the address from the address input unit ( Figure 2 110) receives input of an address or zip code of a location where content is to be shared.

[0112] Fig.12 and Fig.13 This is illustrated in detail in the . Fig.12 and Fig.13 The screen is connected to an electronic map and used to search for an address or a postal code through the map.

[0113] like Fig.12 As shown, an electronic map 120a and an address search box 120b are basically displayed in the interface screen. When the address name or zip code of the location that the user wants to share is entered in the address search box 120b, the surrounding area and the electronic map 120a are linked and displayed with the entered location as the center. Fig.13 An example of inputting the address of a CGV theater located in Gangnam-gu is shown.

[0114] Next, in step S130 , the meta-space-time access gate generation unit 130 of the meta-space-time access gate generation device 100 searches the data stored in the latitude DB 160 and the longitude DB 170 to detect the latitude information and longitude information of the location corresponding to the input address or zip code.

[0115] As an example, Fig.14 Shows the acquisition Fig.13 The screen 120a receives the latitude information and longitude information of the location corresponding to the address of the CGV cinema inputted, and marks it on the electronic map. The electronic map 120a displays the surrounding area centered on the CGV cinema, and displays the radius distance 120d set in the previous step S110. In addition, the electronic map 120a displays the information currently being set in real time, that is, information 120c including the latitude information and longitude information and radius distance information corresponding to the address of the CGV cinema (corresponding location) together with the network connection information of the corresponding content. This information 120c is information used for the meta-time-space access gate information. Although it is shown in the current map screen, when generating the meta-time-space access gate information, it can of course include or exclude the radius distance information, latitude information and longitude information, and can also include or exclude the time information according to the basic setting information set by the user.

[0116] Then, in step S140 , the meta-spacetime access gate generator 130 generates meta-spacetime access gate information for the shared content including the detected latitude and longitude information and the network connection information, and stores the generated meta-spacetime access gate information in the meta-spacetime information DB 180 .

[0117] At this time, the meta-time-space access gate information may be matched and stored together with information (ID or name, title) that can identify the user or the shared object content.

[0118] Fig.16 To inform you that the Meta-Spacetime Access Gate information has been successfully generated, Fig.17 After generating the meta-space access gate information, the screen that enlarges and displays the shared content of the access gate is displayed. Fig.18 This is a screen to show that after the meta-space access gate information is generated, the information about the access gate is presented on the screen.

[0119] The meta-space-time access gate generation unit 130 of the meta-space-time access gate generation device 100 displays the generated meta-space-time access gate information on the screen and provides it immediately connected to the corresponding link information, and provides a function of being able to copy the meta-space-time access gate information as needed.

[0120] According to such a process, after the shared object content is posted on a specific website or application such as a video website (YouTube), the user cannot add or modify his or her personal information or location information, but a general user who is not an administrator can freely generate and display new meta-spacetime access gate information for modifying and adding meta-information, thereby having the advantage of being able to access or search for content only at the location desired by the user.

[0121] Then, in Figure 6 In step S112 , the meta-spacetime access gate generating device 100 may confirm whether there is an input for the radius distance through the distance radius setting unit 140 .

[0122] Such steps can be Figure 5 It can be implemented in step S110 of setting basic information, or it can be implemented based on user operations after detecting the latitude and longitude information of the user's desired position before generating the final meta-spacetime access gate information and adjusting the radius distance as needed.

[0123] In the step S112, if the setting of the radius distance is not input, the next step ( Figure 5 The operation of S120).

[0124] In the step S112, when the radius distance setting is input, as in the next step S142, the meta-space-time access gate generation unit 130 of the meta-space-time access gate generation device 100 reflects the input radius distance information to the meta-space-time access gate information based on the basic setting information, thereby generating the final meta-space-time access gate information with or without additional inclusion.

[0125] For example, Fig.15 Shown in the display Fig.14 In the example of providing the adjustment bar 112a for adjusting the radius distance on the screen of the latitude information and longitude information corresponding to the CGV cinema, the radius distance is expanded from the previous 5km to 14.2km. This is the case where the input is set based on the user's operation in the step before the final meta-time-space access gate information is generated. Whenever the radius distance is set or changed in synchronization with the input of the adjustment bar 112a, the radius distance information is corrected and displayed in the information column 120c at the bottom of the screen.

[0126] At this time, when there are multiple latitude and longitude information corresponding to the spatial area specified by the corresponding radius distance, as described above, the meta-spacetime access gate generation device 100 only assigns the set ID of the multiple latitude and longitude information groupings to the meta-spacetime access gate information, and the multiple latitude and longitude information corresponding to the assigned set ID are stored and managed according to the matching logic between the database and the meta-spacetime access gate generation unit 130.

[0127] At this time, the meta-space access gate generation device 100 can design logic, which can access the database storing latitude and longitude information using the corresponding dimension and longitude information set ID through the program code or protocol (Pro tools) specified by technical personnel in this field.

[0128] In addition, in step S142, the meta-spacetime access gate generating device 100 may generate a meta-spacetime access gate information including a plurality of latitude information and longitude information, but may also generate a meta-spacetime access gate information including only one latitude information and longitude information.

[0129] In the latter case, it can be understood as the concept of generating multiple auxiliary meta-time-space access gate information. For example, for the same content, the main meta-time-space access gate information and multiple auxiliary meta-time-space access gate information can be generated according to the location category to be shared. That is, Gangnam, Seoul can be used as the basis, and Manhattan in the United States and Paris in France can be generated as auxiliary meta-time-space access gate information.

[0130] Additionally, for the same content, even if the location to be shared is the same, the meta-spacetime access gate generation device 100 can generate a plurality of auxiliary meta-spacetime access gate information based on location information based on radius distance, location information that can be specified by altitude at the location to be shared, or location information based on the time or period to be displayed, etc. That is, location information can be generated including displaying the shared object content from all spaces starting from the center of Gangnam, Seoul at the current time, and displaying 30 minutes from Manhattan, the United States, and Paris, France, starting from 48 hours later.

[0131] Meta-time and space access gate connection device 200

[0132] Fig.19 Detailed diagram of the structure of a meta-space access gate connection device according to an embodiment of the present invention.

[0133] The meta-time-space access gate connection device 200 according to the embodiment of the present invention includes a search information input unit 210 , a recognition unit 220 , a search unit 230 , and a connection unit 240 .

[0134] The search information input unit 210 receives input of search information for the content to be shared from a plurality of unspecified user terminals.

[0135] Among them, the non-specific multiple user terminals can be the user-side network connection information input device ( Figure 1 2), but is not limited to this, and may include multiple non-specific terminals, such as PCs, smart phones, tablet computers, etc.

[0136] The search information is the desired location information to be searched, including any one or more words or a combination of words including address, postal code, radius distance, altitude information or time information.

[0137] The identification unit 220 searches the data stored in the latitude DB 160 and the longitude DB 170 , and identifies the latitude information and the longitude information of the location corresponding to the search information input received through the search information input unit 210 .

[0138] The search unit 230 searches for meta-space-time access gate information matching the latitude information and the longitude information identified by the identification unit 220 with reference to the meta-space-time information DB 180 .

[0139] The connection unit 240 is provided so as to be able to connect via the Internet using the network connection information included in the meta-time-space access gate information searched by the search unit 230 .

[0140] Therefore, the meta-space-time access gate connection device 200 according to an embodiment of the present invention is provided as a basic search method as follows: when location information including an address or a postal code is input, the latitude information and longitude information corresponding to the input address or postal code are identified, and the meta-space-time access gate information that matches the identified latitude information and longitude information is searched and identified.

[0141] As another search method, when the search is requested together with the location information to be searched, including the radius distance, the identification unit 220 of the meta-time-space access gate connection device 200 identifies not only the latitude information and longitude information of the location requested for search, but also the latitude information and longitude information included in the radius distance. And, the search unit 230 searches for and provides the meta-time-space access gate information including the identified plurality of latitude information and longitude information from the data stored in the meta-time-space information DB 180.

[0142] As another search method, when the location information to be searched includes one or more of time information or altitude information and a search is requested, the identification unit 220 identifies not only the latitude information and longitude information of the location requested for search, but also the latitude information and longitude information including the time information or altitude information. Furthermore, the search unit 230 searches for and provides meta-spacetime access gate information including one or more of the identified latitude information and longitude information, time information or altitude information from the data stored in the meta-spacetime information DB 180.

[0143] The above description is only an exemplary description of the present invention, and various modifications can be made by a person with common knowledge in the technical field to which the present invention belongs without departing from the technical idea of ​​the present invention. Therefore, the embodiments described in the specification of the present invention do not limit the present invention. The scope of the present invention should be interpreted according to the claims, and should be interpreted as starting from the present application, and various equivalents and modifications that can replace these are included in the scope of the present invention.

Claims

1. A device for generating a meta-temporal access gate including a location information value required by a user, comprising: A network connection information receiving unit receives network connection information capable of accessing the shared content published on the Internet or to be uploaded to a specific website from a user; An address input unit for receiving an input of an address or a postal code of a location of the shared object content to be shared; as well as A meta-spacetime access gate generating unit acquires the latitude information and longitude information of the location corresponding to the address or postal code received from the address input unit, and generates meta-spacetime access gate information for the shared object content together with the acquired latitude information and longitude information and the network connection information.

2. The device for generating a meta-temporal access gate including a location information value required by a user according to claim 1, characterized in that: Also includes: Latitude DB and longitude DB, which store latitude information and longitude information of the location corresponding to the address or zip code; as well as a meta-time-space information DB for storing the meta-time-space access gate information of each content category generated by the meta-time-space access gate generation unit, Wherein, the meta-time-space access gate generation unit, Query the data stored in the latitude DB and longitude DB, obtain the latitude information and longitude information of the location corresponding to the address or postal code received through the address input unit, and when storing the meta-spacetime access gate information in the meta-spacetime information DB, match and store it with the identification information that can identify the user or the content.

3. The device for generating a meta-temporal-spatial access gate including a location information value required by a user according to claim 1, characterized in that: The address input unit, Connected to an electronic map, and the location to be shared is selected on the electronic map or an input of the location to be shared is received by searching the map.

4. The device for generating a meta-spatial access gate including a location information value required by a user according to claim 1, characterized in that: The network connection information is the webpage address or server address where the shared object content is published or uploaded. The web page address or server address is a URL address, an IP address, or a source code including any of these.

5. The device for generating a meta-temporal-spatial access gate including a location information value required by a user according to claim 1, characterized in that: The meta-spacetime access gate generation unit further includes address information of a location matched with the latitude information and the longitude information, and generates meta-spacetime access gate information for the shared content.

6. The device for generating a meta-spatial access gate including a location information value required by a user according to claim 1 or 5, characterized in that: The meta-time-space access gate generation unit further includes a zip code of a location matched with the latitude information and the longitude information, and generates meta-time-space access gate information for the shared object content.

7. The device for generating a meta-temporal-spatial access gate including a location information value required by a user according to claim 1, characterized in that: The meta-spacetime access gate generation unit further includes generating meta-spacetime access gate information for the shared content from position information in a spatial area specified by a set altitude at a position matching the latitude information and the longitude information.

8. The device for generating a meta-temporal-spatial access gate including a location information value required by a user according to claim 7, characterized in that: The space specified by height includes any one of the number of floors, altitude, and ground height of any building, and can be specified by specifying a floor or height, or setting a range of floors (from ~ floors to ~ floors) or a range of heights (from ~ heights to ~ heights).

9. The device for generating a meta-temporal-spatial access gate including a location information value required by a user according to claim 1, characterized in that: The meta-spacetime access gate generation unit further includes time information including a time or period when the shared object content is to be presented at a position matching the latitude information and the longitude information, and generates meta-spacetime access gate information for the shared object content.

10. The device for generating a meta-spatial access gate including a location information value required by a user according to claim 9, characterized in that: When the shared content includes a plurality of time information, the meta-time-space access gate generation unit A plurality of meta-temporal access gate information different from each other is generated corresponding to the plurality of time information so as to present the shared object content at respectively different times or respectively different periods included in the time information.

11. The device for generating a meta-temporal-spatial access gate including a location information value required by a user according to claim 1, characterized in that: Also includes: a distance radius setting unit, which provides an interface (UI) operation screen for setting a spatial area defined by a distance to a radius from a position matching the latitude information and the longitude information, The meta-time-space access gate generating unit further includes the radius distance information set by the distance radius setting unit, and generates the meta-time-space access gate information for the shared object content.

12. The device for generating a meta-temporal-spatial access gate including a location information value required by a user according to claim 11, characterized in that: The meta-time-space access gate generation unit, The latitude information and longitude information of the spatial position defined by the radius distance set by the distance radius setting unit with the position corresponding to the latitude information and longitude information as the center are grouped, and a set ID is assigned to the grouped latitude information and longitude information, and the meta-space-time access gate information is generated by only including the set ID.

13. The meta-time-space access gate generation device according to claim 11, characterized in that: The meta-time-space access gate generation unit, The latitude and longitude information of the center position of the radius is used as representative information and directly included in the meta-spacetime access gate information. A set ID is assigned to the latitude and longitude information of the spatial position defined by the radius distance, and the meta-spacetime access gate information is generated.

14. A meta-time-space access gate connection device, comprising components capable of providing the following contents: receiving an input of search information, wherein the search information is the desired location information to be searched, including any one or more of an address or a zip code; Identifying the latitude information and longitude information of the location corresponding to the received input search information; Searching for meta-spatial temporal access gate information matching the identified latitude information and longitude information; The connection is made via the Internet using network connection information including meta-temporal and spatial access gate information for the search.

15. The meta-temporal and spatial access gate connection device according to claim 14, comprising a location information value required by a user, characterized in that: When the search request is made together with the location information to be searched, including the radius distance, While identifying the latitude information and longitude information of the location of the search request, the latitude information and longitude information included in the radius distance are identified, and meta-space-time access gate information including the identified multiple latitude information and longitude information is searched from the stored data.

16. The meta-time-space access gate connection device according to claim 14, comprising a location information value required by a user, characterized in that: When the location information to be searched includes one or more of time information or altitude information and a search request is made, After identifying the latitude information and longitude information of the location of the search request, the meta-temporal and spatial access gate information including one or more of the identified latitude information and longitude information, the time information or the altitude information is searched from the stored data.

17. A method for generating a meta-spacetime access gate including a location information value required by a user, which is a method for generating a meta-spacetime access gate including a location information value required by a user, comprising: The generating device receives network connection information from the user that can access the shared content published on the Internet or to be uploaded to a specific website; The generating device receives an input of an address or a postal code of a location where the shared object content is to be shared; The generating device detects the latitude information and longitude information of the location corresponding to the received input address or postal code; and The generating means includes the detected latitude information and longitude information together with the network connection information, and generates meta-spatiotemporal access gate information for the shared object content.

18. The method for generating a meta-spatial access gate including a location information value required by a user according to claim 17, characterized in that: The step of generating meta-time-space access gate information further includes one or more of the following information, and generates meta-time-space access gate information for the shared object content: From the location matching the latitude information and the longitude information, the location information in the spatial area defined by the distance of the reaching radius, From the location matching the latitude information and the longitude information, the location information in the spatial area specified by the set altitude, or The location matching the latitude information and the longitude information includes time information of the moment or period during which the shared object content is to be displayed.

19. The method for generating a meta-spatial access gate including a location information value required by a user according to claim 17 or 18, characterized in that: The steps of generating meta-spacetime access gate information, When the meta-spatiotemporal access gate information for the content is generated, at least one of an address and a postal code of a location corresponding to the latitude information and the longitude information may be further included.

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