TW202020682A - Type identification system and method for media contents on internet - Google Patents

Abstract

The present invention relates to a type identification system for a media contents on an internet, comprising: a cloud database comprising a media contents, wherein the media contents is addressed on the internet by a uniform resource locater and the uniform resource locator directs to the media contents on the internet; a cloud server performing a second programmed process and comprising a media list comprising a plurality of classifications; and a terminal device performing a first programmed process, wherein the first programmed process receives the uniform resource locator and sends the uniform resource locator from the terminal device to the cloud sever, and the second programmed process sends the uniform resource locator from the cloud sever to the cloud database and requests the cloud database to return to the cloud sever a type code for the media contents to which the uniform resource locator corresponds.

Description

Network media content type identification system and method

The invention relates to an internet media content type identification system and method, in particular to a system and method for automatically identifying and classifying network media content types based on a unified resource locator.

Cloud storage in cloud technology is a cloud technology and service that belongs to infrastructure as a service (IaaS). It stores digital data on a remote server through the Internet and allows users to use Internet connection access, remote servers are generally composed of multiple server arrays. These servers may be scattered in different locations and locations, and are built and operated by professional third-party vendors. Users who need to store digital data can obtain digital storage space on the network after purchasing or renting storage space from third-party vendors to meet the needs of digital data storage.

Generally, providers of cloud storage services, driven by a business model with economies of scale, can provide users with data storage services at very low cost. For users in need, after switching to commercial cloud storage services, there is no need for them. Procurement of hardware equipment does not require the establishment, operation, management of dedicated servers, nor the recruitment of personnel to maintain the equipment. Not only is the cost low, but also labor-saving and worry-free, and cloud storage services are generally scalable, using a group With the authorized account password, you can access the same data on multiple different terminal devices.

Especially in recent years, with the progress of network connection technology and data storage technology at the rate of proportionality, cloud storage technology can be used in the aspects of security, availability, reliability, etc. It has been perfected, making cloud storage services successful in-depth users, becoming a mature business service, many well-known cloud storage service providers, such as: Google Drive, iCloud Drive, Microsoft OneDrive, Dropbox, etc., can be very low prices Provide cloud storage services to ordinary consumers. Cloud storage is most commonly used for digital data storage, backup, sharing, or providing a storage environment for program development.

Cloud storage can also be combined with other technologies to develop multiple applications. Commonly, for example, combining with streaming media technology. Video streaming technology refers to the multimedia of audio, video, and image. After the file is compressed and cut into multiple packets, the series of packets are transmitted to the destination terminal device through the Internet, users do not need to download the original multimedia files, they can watch multimedia videos and live broadcasts on the network directly through the network connection And the cloud storage technology is the best solution for storing original multimedia files or uniform resource locators (URLs) that point to where multimedia files are stored.

Figure 1 is a schematic diagram showing the system architecture of a conventional cloud storage system; the conventional cloud storage system 100 of Figure 1 includes a set of cloud databases 110 at the remote end, multiple terminal devices 121-125 at the near end, and a desk A laptop 121, a laptop 122, a database server 123, a smartphone 124, and a tablet 125, etc., in which multiple terminal devices 121-125 are connected to a remote cloud database through the Internet 130 110, and store/upload the digital data to the cloud database 110, or access/download the digital data stored in the cloud database 110. For users of the same identity, as long as they have a set of authorized account passwords , You can access and manage the digital data stored in the account by using multiple terminal devices 121-125, or a certain The video uploaded to the cloud database 110 by the tablet 125 or the URL leading to the video can also be set to be authorized to be shared with other users using the terminal devices 121-124 for access or streaming.

However, with the cloud storage technology, the digital data uploaded by users will neither nor actively identify their file types, nor will they be automatically classified according to the type they belong to. However, for users, file classification directly involves file management , Especially when the amount of data to be stored by the user is relatively large, or the cloud storage service is used through the mobile device, or when certain data is to be shared and used among multiple devices and multiple users, in the above For the purpose of use, an automatic identification and classification process that can automatically identify the type of each piece of digital data and automatically classify files according to the type will bring great convenience and facilitate smooth service processes, and also make the user experience more Fluent.

Therefore, in order to solve the problems of the existing technology and to build, provide, and implement automatic file recognition and classification in the cloud storage environment, the applicant after careful testing and research, and a persevering spirit, finally conceived the case "Internet Media The content type identification system and method" can overcome the above shortcomings. The following is a brief description of the present invention.

The present invention proposes a system and method for type identification and auto filing of various media contents on a distributed Internet based on a uniform resource locator (URL) code. The categorized URLs are automatically included in the category of the playlist or media list, where the playlist or media list is a list containing multiple sets of URLs. For a network constructed on the basis of the playlist or media list Media platform, one can automatically identify the type of each media content on the Internet, and automatically categorize media content The corresponding URL identification and classification method will directly promote the smooth use of the platform, bring users a smooth and concise use process and experience, and promote the same network media content between different devices and multiple users share it.

Accordingly, the present invention proposes a method for identifying the type of network media content, which includes: providing a media list, the media list includes a plurality of categories; obtaining a uniform resource locator code to which the media content on the Internet belongs, wherein the media content is stored in the cloud On the database, the uniform resource locator code points to the media content on the cloud database; send the uniform resource locator code to the cloud database, and request the cloud database to return the uniform resource locator symbol The type code of the media content corresponding to the code; and receiving the type code and classifying the uniform resource locator code into the corresponding category in the media list according to the type code.

Preferably, the network media content type identification method further includes one of the following: executing a first terminal programming program on the terminal device, the first terminal programming program including: transmitting the media content from the terminal device to The cloud database, and requesting the cloud database to return the unified resource locator code pointing to the media content on the cloud database to the terminal device; and receiving the unified resource locator code with the terminal device; And executing a first server programming procedure on the cloud server, the first server programming procedure includes: transferring the media content from the cloud server to the cloud database, and requesting the cloud database to the cloud server Returning the uniform resource locator code pointing to the media content on the cloud database; and receiving the uniform resource locator code with the cloud server.

Preferably, the network media content type identification method further includes one of the following: executing a second terminal programming program on the terminal device, and the second terminal programming program includes: transmitting from the terminal device to the cloud database The uniform resource locator code and requires the cloud The database returns the type code of the media content corresponding to the uniform resource locator code to the terminal device; and the type code is received by the terminal device; and the second server programming program is executed on the cloud server, The second server programming process includes: sending the uniform resource locator code from the cloud server to the cloud database, and requesting the cloud database to return the code corresponding to the uniform resource locator code to the cloud server The type code of the media content; and the type code is received by the cloud server.

Accordingly, the present invention further provides a network media content type identification system, which includes: a cloud database, which contains media content, the media content is located on the Internet through a uniform resource locator code, and the uniform resource locator code The code points to the media content on the cloud database; the cloud server, which can execute one of the first programming program and the second programming program, and includes a media list, which includes plural classifications; and a terminal device, which can Executing one of the first programming program and the second programming program, wherein the first programming program is executed to obtain the unified resource locator code, and the second programming program is executed to send the unified to the cloud database The resource locator code, and requires the cloud database to return the type code of the media content corresponding to the uniform resource locator code.

100‧‧‧Conventional cloud storage system

110‧‧‧ Cloud database

121-125‧‧‧ Terminal equipment

121‧‧‧ Desktop computer

122‧‧‧Note PC

123‧‧‧Database server

124‧‧‧Smartphone

125‧‧‧ Tablet

130‧‧‧Internet

200‧‧‧Network media file identification system

210‧‧‧ Cloud database

220‧‧‧ cloud server

231-235‧‧‧terminal device

231‧‧‧desktop computer

232‧‧‧Note PC

233‧‧‧ Tablet

234‧‧‧Enterprise exclusive server

235‧‧‧smartphone

236‧‧‧Output device

300‧‧‧Mobile desktop

310‧‧‧ First App Image

400‧‧‧Main menu interface

410‧‧‧Function menu

420‧‧‧Image recording options

430‧‧‧ cloud media library options

500‧‧‧Image recording interface

510‧‧‧Photo button

520‧‧‧Movie button

530‧‧‧Live button

600‧‧‧Camera operation interface

610‧‧‧Retry button

620‧‧‧OK button

700‧‧‧Content storage interface

710‧‧‧File name field

720‧‧‧File source field

730‧‧‧Video type field

740‧‧‧Video classification field

750‧‧‧New video classification field

760‧‧‧Save button

800‧‧‧ Cloud database binding interface

900‧‧‧YouTube platform interface

910‧‧‧Video display area

920‧‧‧Share button

1000‧‧‧Target program selection interface

1210‧‧‧Import Media Window

1220‧‧‧New media button

1500‧‧‧Media list interface

1510‧‧‧Import media button

1520‧‧‧Share button

1530‧‧‧Share button

1540‧‧‧Share button

Step 1901: Provide a media list on the cloud server, the media list contains plural categories

Step 1902‧‧‧Select to generate the media content on the terminal device (continue to step 1911), or receive media content from an external media source through the terminal device (continue to step 1921)

Step 1911: The media content is generated on the terminal device

Step 1912 ‧‧‧ Transfer the media content from the terminal device to the cloud database, and request the cloud database to return the unified resource locator code pointing to the media content on the cloud database to the terminal device

Step 1913: The terminal device receives the uniform resource locator code

Step 1921‧‧‧Share the media content from the external media source to the terminal device, and point to the uniform resource locator code of the media content on the cloud database

Step 1922: Use the terminal device to receive the media content shared by the external media source and the uniform resource locator code

Step 1931‧‧‧ Send the uniform resource locator code from the terminal device to the cloud server

Step 1932 ‧‧‧ Receive the uniform resource locator code with the cloud server

Step 1933 ‧‧‧ Send the uniform resource locator code from the cloud server to the cloud database, and request the cloud database to return the media content corresponding to the uniform resource locator code to the cloud server Type code

Step 1934‧‧‧ Receive the type code with the cloud server

Step 1935: On the cloud server, the uniform resource locator code is classified into the corresponding category in the media list according to the type code

Figure 1 is a schematic diagram showing the system architecture of a conventional cloud storage system; Figure 2 is a schematic diagram showing the architecture of the network media file recognition system of the present invention; Figure 3 is a schematic diagram showing the first application of the present invention; Figure 4 is a schematic diagram showing the present invention Invent a schematic diagram of image recording options included in the main menu interface of the first application; Figure 5 is a schematic diagram of the image recording interface of the first application of the present invention; Figure 6 is a schematic diagram of the camera operating interface of the first application of the present invention; Figure 7 is a content storage interface of the first application of the present invention Schematic diagram of the first embodiment; FIG. 8 is a schematic diagram of the content upload prompt screen of the first application of the present invention; FIG. 9 is a schematic diagram of the present invention using the YouTube platform as an external media source; FIG. 10 is a schematic diagram of the external media of the present invention A schematic diagram of the source target program selection interface; FIG. 11 is a schematic diagram showing a second embodiment of the content storage interface of the first application of the present invention; FIG. 12 is a URL code of any external media source of the first application of the present invention Schematic diagram of the storage interface; FIG. 13 is a schematic diagram of the third embodiment of the content storage interface of the first application of the invention; FIG. 14 is a schematic diagram of the cloud media library options included in the main menu interface of the first application of the invention Figure 15 shows the media type classification diagram of the media list interface of the cloud media library of the first application of the present invention; Figure 16 shows the media list interface of the cloud media library of the first application of the present invention Schematic diagram of small media types; Figure 17 is a schematic diagram showing cross-device playback implemented by the present invention; Figure 18 is a schematic diagram showing cross-device sharing between different users implemented by the present invention; and FIG. 19 discloses an execution flowchart of the network media file identification method of the present invention.

The present invention will be fully understood by the following examples, so that those skilled in the art can complete it. However, the implementation of the present invention is not limited by the following examples and its implementation forms; The size, size, and scale are not included in the limitation. The size, size, and scale of the present invention are not limited by the drawings of the present invention.

The term "preferred" in this article is non-exclusive, and should be understood as "preferred but not limited to". Any steps described or recorded in any specification or request can be performed in any order, not limited to those described in the request The sequence of the present invention should be determined only by the appended claims and their equivalents, and should not be determined by the examples of implementation examples; when the term "comprising" and its variations appear in the description and claims, An open language does not have a restrictive meaning and does not exclude other features or steps.

The present invention includes a network media system based on a uniform resource locator and its construction method. For example, the applicant of this case announced the certified network media system based on a uniform resource locator and its construction on February 11, 1997. The full disclosure of the Taiwan Invention Patent No. I615023 of the installation method, all of its contents are incorporated here for reference and as if fully proposed here; the invention also includes the construction of a mobile device application that integrates dynamic link function functions The system and method are fully disclosed in the Taiwan Invention Patent No. I624783, which was announced by the applicant in this case on May 21, 1977, and the certified system and method for building mobile device applications integrating dynamic link functions All of its contents are incorporated here for reference and as if fully presented here.

Figure 2 is a schematic diagram showing the architecture of the network media file recognition system of the present invention; The disclosed network media file identification system 200 of the present invention includes: a cloud database 210, a cloud server 220, a plurality of terminal devices 231-235, and an output device 236, in which the cloud database 210, the cloud server 220, multiple A terminal device 231-235 and an output device 236, each of which is bidirectionally connected to each other through the Internet. The plurality of terminal devices 231-235 are preferably, for example, a desktop computer 231, a notebook computer 232, tablet computer 233, enterprise-specific server 234, and smart phone 235, the output device 236 is preferably a combination of a flat network TV and an OTT Box.

The cloud database 210 includes a collection of multiple database servers dispersed in different locations and locations on the Internet, and is used as a media data warehouse (media datawarehousing). The present invention includes files of media contents. It is stored on one or more database servers of the cloud database 210. The cloud database 210 is preferably a cloud hard disk bound by an ordinary user, such as Google Drive, iCloud Drive, or a media The content provider's media server, such as YouTube's media server.

The cloud server 220 is preferably an application server for storing and executing the main program of a network media platform, such as a back-end program, and the storage includes a plurality of uniform resource locators (URL) 1. Playlist (URL list) or media list (CmoreBox) for access by the network media platform. The cloud server 220 is a server operated and managed by the platform service team. The platform service team is developed by the network media platform. The operator is the service provider itself (Evermore), the manager authorized by the network media platform service provider, such as: platform agency, second-tier telecommunications operator, channel director, advertising operator, cooperative manufacturer, third-party manufacturer, Internet celebrity, Composed of network managers.

The network media platform (CmoreTV) is formed by a number of components, including websites, web pages, and computers that provide services to the platform service team or ordinary users based on platform as a service (PaaS), software as a service (SaaS) and other technologies. Software, instant messaging (IM), chatbot on IM (ChatBot), backend desk, backend desk, frontend desk, mobile device application (App), or user Interface (UI) and other components, the main technology of the network media platform, has been fully disclosed and described in Taiwan Invention Patent No. I624783. As mentioned before, all of its contents are incorporated here for reference, and it is as complete here. put forward.

According to the definition of the International Open System Interconnection Communication Reference Model (OSI/RM) architecture, the network media platform of the present invention and the multiple components it contains are executed on the seventh layer (application layer) of the OSI/RM architecture 3. Operating software application services. The software application services at layer 7 can independently select various communication protocols in the layer 4 transport layer, form data packets at the layer 3 network layer and determine the transmission path, and pass the layer 2 data link. After adding logical link control (LLC) and media access control (MAC) to the layer, the devices, servers, devices and components located on the physical layer of layer 1 include cloud database 210 and cloud server 220. Multiple terminal devices 231-235, output device 236, etc. establish the required bidirectional links (upload link, download link).

In this embodiment, the main program of the network media platform (CmoreTV PaaS), that is, the back-end program, is stored on the cloud server 220 and executed on the cloud server 220. In the form of PaaS, the platform service team or Ordinary users provide services. The personnel of the platform service team connects to the Internet through one of the multiple terminal devices 231-235 and 236, which can be accessed, operated, used, and stored in an Internet browser (browser). The main program of the network media platform on the cloud server 220, or team members can also be installed on the desktop computer 231, laptop 232 A network media platform main program computer software, which is connected to the network media platform main program stored on the cloud server 220, and is accessed, operated, and used by the network media platform main program computer software, and the network The front-end program of the media platform (CmoreTV App), which includes a player module and a content generator module, is a mobile application for ordinary users to download and install on multiple terminal devices 231-235 and 236 are executed and operated, and provide services to the platform service team or ordinary users in the form of SaaS.

On the Internet, there are many Internet media resources that contain media content. These Internet media resources exist on the Internet in different forms, such as websites, webpages, and cloud hard drives. Files, etc., the media content contained in these network media resources is actually distributed and stored on one or more database servers of the cloud database 210, or on other networked devices, but these Network media resources have a common feature. Each network media resource needs to be addressed and located on the Internet through a set of URL codes, and guide users through the URL codes, cloud database 210, cloud server 220, Multiple terminal devices 231-235 or output devices 236 point to the corresponding network media resources. Technically, users do not need to actually download or store network media resources, but only need to save the corresponding URL codes. On-demand access to the corresponding network media resources at any time and across devices.

The playlist or media list stored on the cloud server 220 for the access of the various components of the network media platform is composed of multiple sets of URL codes corresponding to different network media resources. The personnel of the platform service team The main program (CmoreTV PaaS) or back-end program of the network media platform can be accessed through a web browser to edit, manage, and store the playlist or media list on the cloud server 220. The front-end program (CmoreTV App) is executed on multiple terminal devices 231-235 and 236, and the playback module hosts the main program on the cloud server 220 Access the playlist or media list in a distributed manner, and link to the cloud database 210 or other networked devices according to the URL code on the playlist to access the actual network media resources, which can be played on the front-end program 3. When viewing media content, the content generation module provides ordinary users to create/generate their own media content and upload the actual media content to the cloud database 210, or other networked devices. The URL code is returned to the cloud server 220.

According to the Internet media type (MIME type) classification standards, the media content contained in the network media resources is preferably of a type that can distinguish between Text, Image, Audio, and Video ( Video), Application, Message, Multipart, etc., a piece of media content to be transmitted on the Internet, according to its file format and substance, will be attributed to the following list Several MIME types, the MIME type to which a certain digital content belongs and the file extension or extension of the file correspond to each other. During the transmission process, the software hardware on each path of the OSI/RM layer and the computer system need to be based on The file extension determines the MIME type of a file, and opens the corresponding software to process the file: Text: indicates that the transmitted digital content is standard text, including various text formats and various symbol sets; image (Image ): indicates that the transmitted digital content is still photos, pictures, and video data; Audio (Audio): indicates that the transmitted digital content is audio, or audio data; Video (Video): indicates that the transmitted digital content is a dynamic image, Video, video, and video data that can contain audio; Application: indicates that the transmitted digital content is an application or binary data; Message: indicates that the transmitted digital content is an E-mail message; and Multipart: indicates that the transmitted digital content includes different types of content.

Among them, Text, Image, Audio, and Video are the four most common MIME types. A standard MIME type includes several parts: a type label and a subtype. (subtype) mark, and one or more optional parameters (optional parameter), for example: type="text/css" means that the type type belongs to text, and the subtype subytpe is css, type="audio/ "mpeg" means that the type type belongs to audio, and the sub-category type is mpeg.

在本發明網路媒體平台前端程式中，較佳是在內容產生模組中，包含第一編程程序(第一終端編程程序、第一伺服器編程程序)，其具體以邏輯常式、副程式、函數、函式方式編程(programmed)，並可在雲端資料 庫210、雲端伺服器220、各種行動裝置、與多個終端裝置231-235以及236上執行，以處理普通使用者創作/產生之媒體內容，將包含媒體內容之檔案經由網際網路，從多個終端裝置231-235以及236傳輸到普通使用者綁定的雲端資料庫210上。 For example, in the network media platform of the present invention and its various constituent elements, the following definitions and declarations will be selectively provided:

In the front-end program of the network media platform of the present invention, preferably in the content generation module, it includes a first programming program (first terminal programming program, first server programming program), which specifically includes logic routines and subprograms , Functions, functional programming (programmed), and can be executed on the cloud database 210, cloud server 220, various mobile devices, and multiple terminal devices 231-235 and 236, to deal with the creation / generation of ordinary users For media content, files containing the media content are transmitted from multiple terminal devices 231-235 and 236 to the cloud database 210 bound by ordinary users via the Internet.

For example, in this embodiment, it is better to choose to execute on the terminal devices 231-235 or 236 through corresponding programming of the following logic: File result=null; File file_metadata=new File(); if(parent!=null &&! parent.equals("")){file_metadata.setParents(Collections.singletonList(parent)); }file_metadata.setName(name); java.io.File file_for_upload=new java.io.File(file_path); FileContent file_content=new FileContent(getMimeType(file_for_upload.getPath()), file_for_upload); result=drive_service.files().create(file_metadata, file_content).setFields("id,name").execute(); the above logic is to the cloud database 210 Provide the category, folder location, and file name of the file containing media content on the local end mobile device and multiple terminal devices 231-235 or 236, so that the cloud database 210 can be based on the provided file. Data, create a corresponding storage unit to store the file to be uploaded and the media content it carries, and request and instruct the cloud database 210 to return the data after the upload operation is complete, such as: file identification code (ID), etc. However, if the media content to be uploaded does not exist in the form of a file, but an external media Sources, such as videos on the YouTube platform or a URL code, do not perform any upload operations.

Use the following logic to set the public permission of the uploaded file to the cloud database 210, including setting the type to be specific to the user (user), specific group (group), or anyone (anyone), and setting the role to be For its writer or reader: Permission permission=new Permission(); permission.setType("anyone"); permission.setRole("reader"); drive_service.permissions().create(file ID, permission).execute(); then request the file basic data (metadata) from the cloud database 210 with the following logic: File file=drive_service.files().get(file ID).setFields(id,name,webViewLink").execute (); The above logic is to query the cloud database 210 for each basic data of the file to which the ID belongs, according to the file identification code (ID) of the uploaded file in the cloud database 210, each copy Cloud files will carry a metadata, which contains all the information related to the file, from the time of creation, date of generation, ID code, various network connection codes, hardware information, owner, access rights, etc. The corresponding URL code of the file uploaded by the cloud database 210, but metadata is not disclosed under the access structure of the cloud database 210. It must be declared and defined by a specific function and has permission to be read.

According to the above logic, the cloud database 210 is required to return the webViewLink string included in the metadata to multiple terminal devices 231-235 and 236. The webViewLink string includes The corresponding URL code string pointing to the uploaded file in cloud database 210, for example: https://drive.google.com/file/d/1QGgfo4PUw7iPE/view? usp=drivesdk, the front-end program on multiple terminal devices 231-235 and 236, the URL code returned from the cloud database 210, back to the back-end program on the cloud server 220, and stored on the cloud server 220 .

The back-end program of the network media platform of the present invention also includes a second programming program (second terminal programming program, second server programming program), which is specifically programmed by logic routines, subroutines, functions, functions, It can be executed on the cloud database 210, cloud server 220, various mobile devices, and multiple terminal devices 231-235 and 236. It sends files uploaded by ordinary users to the cloud database 210 via the Internet in the cloud database The corresponding URL code on 210, and request the cloud database 210 to provide the file type corresponding to the URL code according to the URL code, and request the cloud database 210 to return the file type to the backend program of the cloud server 220, thereby Learn the file type of the file corresponding to the URL code.

For example, in this embodiment, it is better to choose to execute on the cloud server 220 through corresponding programming of the following logic: function get_youtube_info($id){ define('API_ACCESS_KEY','AIzaSysdsfsENqj13o-RE6reewrHWyg4rwvttKQ'); $ch=curl_init (); $api_url='https: //www.googleapis.com/drive/v3/files/' .$id .'? key='.API_ACCESS_KEY; //echo $api_url; curl_setopt($ch,CURLOPT_URL,$api_url); curl_setopt($ch,CURLOPT_POST,false); curl_setopt($ch,CURLOPT_RETURNTRANSFER,true); curl_setopt($ch,CURLOPT_SSL_VERIFYPEER,false); $result=l; (result=$) curl_close($ch); return $result;}

上述回傳碼涉及，例如：文字(text)、照片(photo)、音樂(audio)、影片(video)、檔案(file)、資料夾(folder)、資料夾照片(folder photos)等檔案類型，可代表該URL符碼所對應檔案之檔案類型，以提供網路媒體平台之後端程式、以及前端程式，對該URL符碼進行自動檔案分類(auto filing)，並將該URL符碼歸入所屬之分類，以自動形成播放清單、以及媒體清單。 On the cloud server 220, the following MIME file type return codes returned by the cloud database 210 will be obtained:

The above return codes involve, for example: text (text), photo (photo), music (audio), video (video), file (file), folder (folder), folder photos (folder photos) and other file types, It can represent the file type of the file corresponding to the URL code, to provide the back-end program and front-end program of the network media platform, perform automatic file classification (auto filing) on the URL code, and classify the URL code into To automatically create playlists and media lists.

The back-end program sends the obtained file type to the multiple terminal devices 231-235 and the front-end program on the output device 236, and the front-end program on the multiple terminal devices 231-235 and the output device 236 will obtain the following types Return codes for further use by front-end programs, for example: "application/vnd.google-apps.folder": "audio/mpeg": "video/mp4": "image/jpeg": "image/png": "text/plain": Figure 3 shows the first A schematic diagram of an application program; the first application program of the present invention is preferably presented by a mobile application (App) that can be installed on a mobile device, such as a smart phone or a tablet computer, and the first application The program is preferably a front-end program of a network media platform, and its content generation module can provide users with a series of user interfaces to generate media content, and upload the generated content to a cloud hard drive such as Google Drive; The user can download the first application of the present invention to the mobile device from the App Market on the Internet. On the mobile device desktop 300 displayed on the screen of the mobile device, a first App image representing the first application will appear Like (CmoreTV) 310, the user clicks on the first App image 310 to open and execute the first application.

Figure 4 is a schematic diagram showing the image recording options included in the main menu interface of the first application of the present invention; after the user opens the first application of the present invention, a main menu interface 400 will be displayed on the screen of the mobile device, the main menu The interface 400 includes a function menu 410 arranged on the left. The function menu 410 includes a plurality of function options. One of the function options is the image recording option 420. The user clicks the image recording option 420 to enter the image recording interface. The first The application will activate the built-in camera on the mobile device to provide users with media content such as photos, movies, or live streaming.

Figure 5 is a schematic diagram showing the image recording interface of the first application of the present invention; after the user enters the image recording interface 500, the image recording interface 500 provides options for recording methods such as shooting photos, shooting short videos, and live broadcasting for the user to choose to use. If the user intends to take a still picture, he can choose to press the option button of the photo button 510. If the user wants to shoot a dynamic video, he can choose the option button of the movie button 520. If the user intends to use a mobile device for live For the shooting of events and environments, you can choose to press the option button of the live button 530. In this embodiment, taking a photo is taken as an example. One of the recording options is the photo button 510. The user clicks the photo button 510 After the selection, the first application will activate the built-in camera on the mobile device, and the program will enter the camera operation interface for users to independently create/generate various media content.

FIG. 6 is a schematic diagram showing the camera operation interface of the first application program of the present invention; in this embodiment, after the user enters the camera operation interface 600, the program will call the camera program built in the mobile device and display it on the camera operation interface 600 When the camera lens screen is displayed, the user can take a photo in the same way as operating the built-in camera of the mobile device. After the photo is taken, an option button will appear above the camera operation interface 600 for the user to choose. If the user feels uncomfortable with the photo taken Satisfied, you can choose to press the retry button 610, if the user is satisfied with the photos taken, you can choose to press the OK button 620.

FIG. 7 is a schematic diagram showing a first embodiment of the content storage interface of the first application of the present invention; after the user determines that the generation of the media content is completed, the next step is to enter the content storage interface 700, which includes the file name Field 710, file source field 720, video type field 730, video classification field 740, newly added video classification field 750, etc. On the file name field 710, the program will first follow the default rules and automatically give Media to be saved Allow a default file name, such as 20181015151727.jpg, and display it in the file name field 710. If the user does not like this default file name, he can enter the desired file name in the file name field 710.

After the file name is entered, the user can enter simple text content such as notes, postscripts, or remarks about the media content in the file source field 720 through the file source field 720. The source field 720 is left blank, and then the user can specify a suitable large category (type) for the media content through the video type field 730, for example: auto, video, music, photo, e-book, text, etc., the video type column The default value of bit 730 is automatic, that is, the program will automatically determine the type of this media content, and automatically specify the correct type for this media content, or if the user specifies an inconsistent type for this media content, The program will automatically determine the correct type of the media content, and automatically correct the type of the media content to the correct type, that is, whether the user uses the default value on the video type field 730, or specifies the major category , The program will judge the type of this media content.

After the type of the media content is selected, the user can then specify the sub-category to which the media content belongs by using the video classification field 740. The items included in the sub-category will be defined and determined by the user. Use By adding the video category field 750, users can add new items to be included in the sub-category. When the user sets the various information of the media content through the content storage interface 700, they can press The storage button 760 below the content storage interface 700 will start the platform to execute the first programming procedure, the second programming procedure, or the third programming procedure. The third programming procedure is a set programming procedure of the first programming procedure and the second programming procedure.

The first programming program is executed on multiple terminal devices 231-235 and 236, and the media content can be uploaded to the cloud database 210 bound, and the media library can be requested to return the corresponding URL symbol of the media content Code to multiple terminal devices 231-235, and 236, multiple terminal devices 231-235, and 236 then transmit the URL code to the cloud server 220, and the first programming program is executed on the cloud server 220, to multiple The terminal devices 231-235 and 236 request to return the URL code, and then request the cloud database 210 to parse the file type corresponding to the media content according to the received URL code, the first programming procedure, the second programming procedure, and the third During the execution of the programming process, a small floating window of "Uploading..." will be displayed in reverse video on the content storage interface 700 to remind the user.

After the execution of the first programming procedure, the second programming procedure, and the third programming procedure, the digital content of the media content created by the user is actually stored in the bound cloud database 210, but it corresponds to the cloud data The URL code of the storage unit on the library 210 has been stored on the cloud server 220, and can be accessed by the network media platform and its multiple components, and the file type of the media content created by the user , The network media platform and the multiple components it contains, especially the front-end programs and back-end programs, have automatically completed file classification.

Figure 8 is a schematic diagram showing the cloud database binding interface of the first application of the present invention; when the user uses the first application of the present invention for the first time, or the user has not yet bound the account to a cloud database At 210 (or cloud hard drive), the program will provide a cloud database binding interface 800 for users to select the cloud database 210 they want to bind, and the program will search the address book in the user's mobile device. Records, first showing the cloud database 210 that the user may want to bind for the user to choose, if the user wishes to bind other clouds For the database 210, you can select the new account option in the cloud database binding interface 800 to bind a cloud database 210 to the program for storing the actual digital data of the media content.

Figure 9 is a schematic diagram showing that the present invention uses the YouTube platform as an external media source; Figure 10 is a schematic diagram showing the target program selection interface of the external media source of the present invention; when a user wants to use an external media source on the Internet, Incorporate into playlist or own media list (CmoreBox), but the actual digital data of this network media resource is not stored in the bound cloud database 210, but stored in another cloud database on the Internet 210 on.

In this embodiment, the YouTube platform is used as an example. When a user wants to include a copyright-free music video on the YouTube platform into his own media list, so that he can later play it on any mobile device or share it with other users at any time, However, the actual digital data of this media content is stored on the YouTube platform’s own media server, the cloud database 210. The user first searches for this YouTube video on the Internet and clicks on the YouTube platform interface 900. The share button 920 located below the video display area 910 displays a target program selection interface 1000 on the screen. The user selects the first App image (CmoreTV) representing the first application of the present invention from the target program selection interface 1000 310.

FIG. 11 is a schematic diagram showing a second embodiment of the content storage interface of the first application of the present invention; then, on the screen of the user’s mobile device, the content storage interface 700 of the first application of the present invention will be displayed. In an embodiment, the program will automatically fill in/introduce a URL code pointing to the YouTube platform in the file source field 720 of the content storage interface 700. In the video type field 730, the default value of the program is automatic, or use You can also specify the big category (type) by yourself, and under the operation of storing external media sources, the program will not automatically Given a default file name for the media source, the user must enter a given file name in the file name field 710, so the file name field 710 will remain blank. In this embodiment, a media name such as xyz is given. After the user completes and selects the fields 710, 720, 730, 740, and 750 of the file, they can press the save button 760 under the content storage interface 700.

The program immediately starts executing the first programming procedure, the second programming procedure, or the third programming procedure, and sends the URL code of the media content to the back-end program on the cloud server 220, and the cloud server 220 will The URL code of the media content is sent to the YouTube platform's own media server, the cloud database 210, and the YouTube platform's own cloud database 210 is requested to return the file type corresponding to the URL code. The cloud server 220 then returns For the file type, the URL code of the media content is classified into its category, added to the playlist, or media list, and stored on the cloud server 220.

However, the development of network technology has so far that a huge amount of media content has existed on the Internet. It exists on the Internet in various forms, mainly in the form of websites, web pages, files, etc., but regardless of the media content Type exists, as long as the media content has a corresponding set of URL codes, the user can use any external media source URL code storage interface included in the first application of the present invention. An application, or a playlist on an online media platform, or its own media list (CmoreBox).

FIG. 12 is a schematic diagram showing the URL code storage interface of any external media source of the first application of the present invention; FIG. 13 is a schematic diagram showing the third embodiment of the content storage interface of the first application of the present invention; FIG. 14 A schematic diagram of the cloud media library options included in the main menu interface of the first application of the present invention is disclosed; FIG. 15 is a schematic diagram of media types included in the media list interface of the cloud media library of the first application of the present invention.

The user returns to the main menu interface 400 as shown in FIG. 4, and then clicks on the cloud media library option 430 from the main menu interface 400 function menu 410 as shown in FIG. 14 to enter the media list interface 1500 as shown in FIG. , The user clicks an import media button 1510 at the upper right of the media list interface 1500. As shown in FIG. 12, a small floating import media window 1210 appears in the upper right of the media list interface 1500, and the import media window 1210 It includes a new media button 1220. After the user presses the new media button 1220, the first application will display the content storage interface 700 again as shown in FIG. 13 for the user to store the corresponding URL code from any external media source. To the playlist or media list.

For example, common usage scenarios such as: friends sharing media content on instant messaging LINE is a set of URL codes corresponding to a certain video, the user first copies (copy) all the characters and symbols that make up this set of URL codes Or code, etc., enter the import media window 1210 as shown in Figure 12 above, and press the add media button 1220, the content storage interface 700 of the first application of the present invention will be displayed on the screen, and then the user will Paste the copied URL code in the field 720, and then in the file name field 710, give this group of URL codes and the corresponding media content a custom name, in this implementation For example, given a media name such as abc, in the video type field 730, the default value of the program is automatic, to automatically determine the type of media content corresponding to this set of URL codes, and press the save button 760 below the content storage interface 700 After that, you can add this set of URL codes from any external media source to the playlist or your own media list.

Figure 14 is a schematic diagram showing the cloud media library options included in the main menu interface of the first application of the present invention; users can use the cloud media library option 430 in the first application main menu interface 400 of the present invention to view the current presence in the cloud Server 220 on the Internet media platform After creating the media list, after the user selects the cloud media library option 430, the front-end programs on the multiple terminal devices 231-235 and 236 will request the cloud server 220 network media platform to access the media list.

FIG. 15 is a schematic diagram showing the media types included in the media list interface of the cloud media library of the first application of the present invention; FIG. 16 is a media of the media list interface of the cloud media library of the first application of the present invention. Schematic diagram of small categories; after the user selects the cloud media library option 430, the media list interface 1500 is displayed on the screen. The media list displayed on the media list interface 1500 includes the first-layer media type as shown in FIG. 15 (Large classification), and the second-level small classification as shown in Figure 16.

Take the user-created media content disclosed in Figure 7, the YouTube platform's video on the YouTube platform shown in Figure 11 as an external media source, and the URL of any external media source disclosed in Figure 13 as an example. A user-created media content disclosed in the file name is 20181015151727.jpg. After being processed by the first programming program, the second programming program, and the third programming program, the back-end program on the cloud server 220 learns about it The corresponding file type is photo photo, and it is automatically classified as a photo on the media list, but because there is no sub-category selected, its sub-category is uncategorized, as shown in Figure 16, and the file name 20181015151727.jpg There is also a share button 1520 at the rear. The user presses the share button 1520 to share the file with other users.

In a video on the YouTube platform of an external media source disclosed in Figure 11, the user gives his media name as xyz, after processing by the first programming program, the second programming program, and the third programming program, the cloud serves The back-end program on the device 220 learns that the corresponding file type is music music and automatically classifies it as a music category on the media list, but because no sub-point is selected Category, so its sub-category is uncategorized, as shown in Figure 16, and there is a share button 1530 behind the file name xyz. The user presses the share button 1530 to share this file with other users; the same In the URL code of any external media source disclosed in Figure 13, the user gives the media name as abc, after being processed by the first programming program, the second programming program, and the third programming program, it is included in the media list The classification of the video is as shown in Figure 16, and there is a share button 1540 behind the file name abc. The user presses the share button 1540 to share the file with other users.

Figure 17 is a schematic diagram showing the cross-device playback implemented by the present invention; the media content created by the user on the front-end program or the external media source added to the playlist by using the front-end program can be provided in any On a networked device, for example: multiple terminal devices 231-235 and 236, access, play, and watch by operating the front-end program.

For example, as shown in FIG. 7, the user takes the photo 20181015151727.jpg captured by the front-end program on his first device such as the smartphone 235, uploads the digital data of the photo to the cloud database 210 for storage, and After the URL returns the media list (CmoreBox) on the cloud server 220, the user himself additionally operates a second device such as an output device 236, that is, a flat-screen TV and an OTT Box to open the set-top box On the front-end program installed, enter the media list interface 1500 shown in Figure 16, click 20181015151727.jpg, and the front-end program on the output device 236 will link to the cloud database 210 according to the URL to access the photo 20181015151727. jpg, you can watch the photo of 20181015151727.jpg on a flat-screen TV. Media content from external media sources can also be stored in the media list on the first device in the same way, and played on the first device to achieve " Play everywhere".

Figure 18 is a cross-device sharing between different users realized by the present invention Schematic diagram; the media content created by the user on the front-end program or the external media source added to the playlist by using the front-end program can be provided to other users on any networked device through a sharing tool , Access, play and watch by operating the front-end program.

For example, as shown in FIG. 7, the user takes the photo 20181015151727.jpg captured by the front-end program on his smartphone 235, uploads the digital data of the photo to the cloud database 210 for storage, and returns the URL to the cloud After the media list (CmoreBox) on the server 220, the user enters the media list interface 1500 disclosed in FIG. 16, clicks the share button 1520 at the back of the photo 20181015151727.jpg, and the URL code of the photo 20181015151727.jpg can be changed. Through instant messaging (IM), such as instant messaging LINE, share it with other users, and other users then share the front-end program from instant messaging LINE. As shown in Figure 12, the front-end program regards this URL code as External media sources are added to the media lists of other users, and other users can view photos 20181015151727.jpg on another device, such as the flat-screen TV of the output device 236, so as to achieve "ubiquitous sharing".

FIG. 19 discloses an execution flowchart of the network media file identification method of the present invention; summarizing the network media file identification method of the present invention includes the following steps: Step 1901: Provide a media list on a cloud server, the media list includes plural classifications; Step 1902: Select to generate the media content on the terminal device (continue to step 1911), or receive media content from an external media source through the terminal device (continue to step 1921); step 1911: generate the media content on the terminal device ; Step 1912: Transfer the media content from the terminal device to the cloud database, and request the cloud database to return the pointer to the terminal device The uniform resource locator code of the media content on the cloud database; step 1913: receiving the uniform resource locator code with the terminal device; step 1921: sharing the media content from an external media source to the terminal device and pointing The uniform resource locator code of the media content on the cloud database; Step 1922: The terminal device receives the media content shared by the external media source and the uniform resource locator code.

Step 1931: Send the unified resource locator code from the terminal device to the cloud server; Step 1932: Receive the unified resource locator code with the cloud server; Step 1933: From the cloud server to the cloud The database transmits the uniform resource locator code, and requests the cloud database to return the type code of the media content corresponding to the uniform resource locator code to the cloud server; Step 1934: Received by the cloud server The type code; and Step 1935: On the cloud server, the uniform resource locator code is classified into the corresponding category in the media list according to the type code.

The above embodiments of the present invention can be arbitrarily combined or replaced with each other, so as to derive more implementation forms, but do not deviate from the scope of the present invention, and further provide more embodiments of the present invention:

Embodiment 1: A method for recognizing the type of network media content, which includes: providing a media list that includes a plurality of categories; obtaining a uniform resource locator code to which media content on the Internet belongs, wherein the media content is stored in cloud data On the library, the uniform resource locator code points to the media content on the cloud database; send the uniform resource locator code to the cloud database, and request the cloud database to return the uniform resource locator code The corresponding type code of the media content; and receiving the type code and classifying the uniform resource locator code into the corresponding category in the media list according to the type code.

Embodiment 2: The network media content type identification method as described in Embodiment 1, further comprising one of the following: executing a first terminal programming program on the terminal device, the first terminal programming program includes: Sending the media content to the cloud database, and requesting the cloud database to return the unified resource locator code pointing to the media content on the cloud database to the terminal device; and receiving the unified resource with the terminal device A locator code; and executing a first server programming procedure on the cloud server, the first server programming procedure including: transferring the media content from the cloud server to the cloud database, and requesting the cloud database Returning the uniform resource locator code pointing to the media content on the cloud database to the cloud server; and receiving the uniform resource locator code with the cloud server.

Embodiment 3: The network media content type identification method as described in Embodiment 1, further comprising one of the following: executing a second terminal programming program on the terminal device, the second terminal programming program includes: The cloud database transmits the uniform resource locator code, and requests the cloud database to return the type code of the media content corresponding to the uniform resource locator code to the terminal device; and the terminal device receives the code Type code; and executing a second server programming procedure on the cloud server, the second server programming procedure including: transmitting the uniform resource locator code from the cloud server to the cloud database and requesting the cloud data The library returns the type code of the media content corresponding to the uniform resource locator code to the cloud server; and the type code is received by the cloud server.

Embodiment 4: The network media content type identification method as described in Embodiment 1, further comprising: providing the media list on a cloud server, the media list includes plural classifications; accessing the content corresponding to the media content through the terminal device The uniform resource locator code, wherein the media content is stored on the cloud database, and the uniform resource locator code points to the cloud database The media content; transmitting the uniform resource locator code from the terminal device to the cloud server; receiving the uniform resource locator code with the cloud server; transmitting the unified from the cloud server to the cloud database A resource locator code, and requests the cloud database to return a type code of the media content corresponding to the uniform resource locator code to the cloud server; the type code is received by the cloud server; and On the cloud server, the uniform resource locator code is classified into the corresponding category in the media list according to the type code.

Embodiment 5: The network media content type identification method as described in Embodiment 1, further comprising: generating the media content on the terminal device; transmitting the media content from the terminal device to the cloud database and requesting the cloud The database returns the unified resource locator code pointing to the media content on the cloud database to the terminal device; the terminal device receives the unified resource locator code; and the unified resource locator from the terminal device The code is sent to the cloud server.

Embodiment 6: The network media content type identification method described in Embodiment 1, further comprising: sharing the media content from an external media source to the terminal device, and pointing to the unified resource location of the media content on the cloud database Device code; the terminal device receives the media content shared by the external media source and the uniform resource locator code; and transmits the uniform resource locator code from the terminal device to the cloud server.

Embodiment 7: The network media content type identification method as described in Embodiment 1, wherein the categories included in the media list are text type, image type, audio type, video type, application type, message type, Or multi-piece type.

Embodiment 8: The network media content type identification method as described in Embodiment 1, wherein the type of the media content can be distinguished as text, image, audio, video, application, message, or multi-body.

Embodiment 9: A network media content type identification system, including: a cloud database, which contains media content, the media content is located on the Internet through a uniform resource locator code, and the uniform resource locator code points to The media content on the cloud database; the cloud server, which can execute one of the first programming program and the second programming program, and includes a media list, the media list includes plural classifications; and a terminal device, which can execute the One of the first programming program and the second programming program, wherein the first programming program is executed to obtain the unified resource locator code, and the second programming program is executed to transmit the unified resource location to the cloud database Device code, and requires the cloud database to return the type code of the media content corresponding to the uniform resource locator code.

Embodiment 10: The network media content type identification system as described in Embodiment 9, wherein the terminal device is a desktop computer, a notebook computer, a tablet device, an enterprise-specific server, a smartphone, a flat-screen connected TV, Set-top box, or mobile device.

The embodiments of the present invention can be combined or replaced with each other in any way, so as to derive more implementation forms, but all do not deviate from the scope of the invention to be protected. The writer shall prevail.

200‧‧‧Network media file identification system

210‧‧‧ Cloud database

220‧‧‧ cloud server

231-235‧‧‧terminal device

231‧‧‧desktop computer

232‧‧‧Note PC

233‧‧‧ Tablet

234‧‧‧Enterprise exclusive server

235‧‧‧smartphone

236‧‧‧Output device

Claims (10)

A network media content type identification method, comprising: providing a media list, the media list includes plural classifications; obtaining a uniform resource locator code to which a media content on the Internet belongs, wherein the media content is stored in a cloud data On the library, the uniform resource locator code points to the media content on the cloud database; send the uniform resource locator code to the cloud database, and request the cloud database to return the uniform resource locator code A type code of the corresponding media content; and receiving the type code and classifying the uniform resource locator code into the corresponding category in the media list according to the type code. The method for recognizing the type of network media content as described in item 1 of the request item further includes one of the following: executing a first terminal programming program on a terminal device, the first terminal programming program includes: Sending the media content to the cloud database, and requesting the cloud database to return the unified resource locator code pointing to the media content on the cloud database to the terminal device; and receiving the unified resource with the terminal device Locator code; and executing a first server programming procedure on a cloud server, the first server programming procedure includes: transferring the media content from the cloud server to the cloud database, and requesting the cloud The database returns the uniform resource locator code pointing to the media content on the cloud database to the cloud server; and The cloud server receives the uniform resource locator code. The method for recognizing the type of network media content as described in claim 1 further includes one of the following: a second terminal programming program is executed on a terminal device, and the second terminal programming program includes: The cloud database transmits the uniform resource locator code, and requests the cloud database to return the type code of the media content corresponding to the uniform resource locator code to the terminal device; and the terminal device receives the code Type code; and executing a second server programming procedure on a cloud server, the second server programming procedure including: transmitting the uniform resource locator code from the cloud server to the cloud database and requesting the The cloud database returns the type code of the media content corresponding to the uniform resource locator code to the cloud server; and the type code is received by the cloud server. The method for recognizing the type of network media content as described in item 1 of the request item further includes: providing the media list on a cloud server, the media list including plural categories; accessing the content corresponding to the media content through a terminal device The uniform resource locator code, wherein the media content is stored on the cloud database, the uniform resource locator code points to the media content on the cloud database; from the terminal device, the uniform resource locator code Send to the cloud server; receive the uniform resource locator code with the cloud server; send the uniform resource locator code from the cloud server to the cloud database and request The cloud database returns a type code of the media content corresponding to the uniform resource locator code to the cloud server; the type code is received by the cloud server; and on the cloud server, according to the type The code classifies the uniform resource locator code into the corresponding category in the media list. The method for recognizing the type of network media content as described in item 1 of the request item further includes: generating the media content on a terminal device; transmitting the media content from the terminal device to the cloud database and requesting the cloud data The library returns the unified resource locator code pointing to the media content on the cloud database to the terminal device; the unified resource locator code is received by the terminal device; and the unified resource locator symbol is received from the terminal device The code is sent to a cloud server. The method for recognizing the type of network media content as described in item 1 of the request item further includes: sharing the media content from an external media source to a terminal device, and pointing to the unified resource location of the media content on the cloud database Device code; the terminal device receives the media content shared by the external media source and the uniform resource locator code; and transmits the uniform resource locator code from the terminal device to a cloud server. The network media content type identification method as described in item 1 of the claim, wherein the categories included in the media list are a text type, an image type, an audio type, a video type, an application type, a One of a message type and a multi-piece type. The method for recognizing the type of network media content as described in claim 1, wherein the type of the media content can be divided into a text, an image, an audio, a video, an application, a message, and a multi-connected one One. A network media content type identification system, including: a cloud database, which contains a media content, the media content is located on an Internet through a uniform resource locator code, and the uniform resource locator code points to The media content on the cloud database; a cloud server that can execute one of a first programming procedure and a second programming procedure, and includes a media list that includes plural classifications; and a terminal device , Which can execute one of the first programming program and the second programming program, wherein the first programming program is executed to obtain the uniform resource locator code, and the second programming program is executed to the cloud database Transmitting the uniform resource locator code, and requesting the cloud database to return a type code of the media content corresponding to the uniform resource locator code. The network media content type identification system as described in claim 9, wherein the terminal device is a desktop computer, a notebook computer, a tablet device, an enterprise-specific server, a smartphone, a flat panel A connected TV, a set-top box, or a mobile device.

Images