KR20230168450A - An open platform system for the internet of everything content service - Google Patents

Abstract

The present invention relates to a content service platform that integrates the Internet of Everything (Internet of Everything), and various content service platforms can be configured to link and implement everything in the real world where the Internet of Everything (IoE) operates. Users and companies, companies and companies, users and users, users/companies and IoE devices, and IoE devices and IoE devices, which are the operators (device operators and users) of the platform configured above, are linked and linked through user terminals running browsers. It is about a content service platform that combines the Internet of Everything (IoE), which configures various content and the composed content is linked and linked with the platform, and its operation method.

Description

Internet of Everything content service platform system {AN OPEN PLATFORM SYSTEM FOR THE INTERNET OF EVERYTHING CONTENT SERVICE}

The present invention relates to a content service platform that integrates the Internet of Everything (Internet of Everything), and various content service platforms can be configured to link and implement everything in the real world where the Internet of Everything (IoE) operates. Users and companies, companies and companies, users and users, users/companies and IoE devices, and IoE devices and IoE devices, which are the operators (device operators and users) of the platform configured above, are linked and linked through user terminals running browsers. It is about a content service platform that combines the Internet of Everything (IoE), which configures various content and the composed content is linked and linked with the platform, and its operation method.

Due to global environmental changes triggered by the COVID-19 pandemic, the non-face-to-face process in our society is accelerating. The non-face-to-face transformation of our lives, such as social distancing, remote classes, remote medical treatment, and online shopping, has already begun and is expected to accelerate further with the convergence of the 4th Industrial Revolution technology. In order to preemptively prevent and respond to the non-face-to-face nature of this future society, a new content device supply platform is needed.

In addition, telemedicine is being expanded in most countries, and an essential system is required to care for the rapidly increasing number of infectious patients and general patients, especially in pandemic situations such as COVID-19.

For customized medical care throughout the life cycle, convergence digital medical service technology that enables patient-centered data and disease management is required.

Currently, digital medical technology is limited to diagnosis and treatment centered on medical sites, making it difficult to expand into a patient-centered living space for long-term disease management and prevention. It is managed as a patient living space to manage the entire disease cycle, including diagnosis, treatment, and prognosis management. There is a need for convergence service technology that expands the environment and integrates heterogeneous health data and medical services.

Recently, content services such as Wikipedia or Pinterest, where an unspecified number of users voluntarily share information, have gained great popularity.

This is a system in which an unspecified number of users become writers or editors and complete the content (explanation) of a specific word or collect only the images they want among several images.

However, these voluntary information sharing content services do not have the means to impose sanctions even if the author or editor simply copies content from another person's content, making it difficult to protect copyright on the original content and preventing the sharing of a common index between users. There is a problem.

In addition, the limitation of current content services is that only fragmented services are provided on a unified platform and cannot be utilized in various fields.

Republic of Korea Patent No. 10-2298722

The present invention can overcome the limitations of providing only fragmented services on a unified content service platform and provide a content service platform that can use and provide various content anywhere and through various user devices.

The content can be defined as the content of various services used in daily life through various devices used by users.

For example, in skin care, you register as a member at a skin shop and receive skin treatment and skin care based on basic data (name, phone number, gender, age, etc.) and data before and after the customer's facial treatment. When you register as a member, you can move from place to place or change the environment. Even if things change, you can exchange skin information and treatment information received from the skin shop. By analyzing user information and skin treatment data, we provide customers with the information they want (treatment products, methods, devices), and share information with each other among customers (members). Providers can create and supply various skin care contents based on the analyzed data.

In addition, you can receive product information data on the treatment method at home based on the details of the treatment you received at the skin shop, save the data after the treatment, and purchase products recommended for your current skin condition online. Customer registration can be done offline at shared stores (skin shop, When you visit a store (such as a retail store), the camera recognizes the customer's face data and recommends the store's products.

The present invention relates to a device-linked Internet of Everything content service platform. When logging in to the service platform for the first time, a user connects to various devices and links a plurality of content services selected from a content service list, and while the plurality of content services are linked, the user When you log in to the service platform, authentication of the plurality of content services is requested, and the screens of the plurality of certified content services are displayed and used in an integrated manner, allowing you to use the Internet of Everything content service through all devices linked to the content service platform. You can achieve certain effects.

A method and device for generating Internet of Media information can be provided that can accurately confirm the relationship between contents using information that can be obtained based on the device.

Additionally, a method and apparatus for generating Internet of media information may be provided that can actively connect media contents based on the correlation between provided contents and detect other related media contents or media objects.

The Internet of Media information generation method analyzes and classifies member information and user information generated when using devices such as kiosks, and operates a platform that can be used as a database for customer relationship management.

A smart kiosk-linked Internet-of-Things platform where users can use content services based on the login information of visitor members who visit stores and log in to kiosks, and can log in to multiple content services through kiosks in an integrated manner. Can operate an O2O platform

The smart kiosk-linked Internet of Everything-based O2O (Online To Offline) platform algorithm includes the following steps: logging in; Linking a plurality of services in a content service list; When a user logs in to a service platform while a plurality of services are linked, requesting authentication of the plurality of content services from a server; and integratedly displaying screens of the plurality of authenticated cloud services;

When logging into the kiosk, the user's fever and user information can be checked and analyzed to use for remote medical treatment data, and artificial intelligence technology can be used to build user big data and utilize it for data services.

In addition, eye disease screening and diagnosis can be performed through deep learning-based eye alignment and image analysis using eye photos taken with a smart kiosk camera.

The above data can be used across all industries to provide customized content desired by users and linked/synchronized with user device content.

The present invention is a device (smart watch, smart band, IoE sensor, IoE device, kiosk, smart mirror, beauty device, etc.) in which the real-life living environment, people, objects, etc. are mutually implemented and operated through the convergence of the Internet of Everything (IoE). Devices, exercise body devices, smart chairs, smart pillows, smart beds, medical treatment keyhosks, etc.) are linked with user content platforms to create and operate content in health, medical care, beauty, etc., society, culture, and various industries. It is about a life-friendly content platform that provides convenience services for daily life by implementing it in;

Smartphones, IoE devices, PCs/tablets, wearables, smart TVs, 3D/4D devices, mobile devices that are information tools for using and experiencing the IoE (Internet of Everything) content service platform, smart mirror, smart chair, smart bed, smart pillow, Includes user devices including smart chairs, smart hair bands, etc.;

Content that supports multi-channel operation so that the content can be used through any operating channel by interoperating with the information of the various user terminals, can realize feelings, tactile sensations, emotions, etc. through wearables, and can link user devices. Contains a service module;

In the content service module, a quarantine management service unit is configured to identify users based on data received through in-store kiosks, identify data on contagious abnormalities such as fever, transmit the information to a quarantine agency, and send it to a content server;

It includes a quarantine management server that identifies infectious abnormality symptom data in the quarantine management service department, secures data to support remote medical services operated on an IoE platform, and delivers user biometric information;

Remote medical services for treatment and prescriptions are possible by receiving data on quarantine and the patient's condition (eyes) from hospitals and other related institutions and business locations (this keyhosk measures, manages, and stores face data and eye data together when measuring the user). possible).

By classifying the real-time interaction user information, the content data algorithm derived from the IoE device and the general data algorithm derived from the content service module are fused to synthesize the algorithm on the IoE service platform and create the algorithm area necessary for configuring various content services and human It includes a biometric bio algorithm and an IoE content matching unit that implements senses, feelings, emotions, etc. in an IoE device derivation algorithm that must interact and respond to the biometric bio algorithm;

It is characterized by comprising an IoE content channeling system for servicing content introduced from the IoE content service platform unit and the IoE content matching unit.

The Internet of Everything content service platform of the present invention allows users to use a variety of content through various devices, and further provides medical services that can be used for quarantine management and disease prediction through in-store kiosks and smart mirrors, which are essential customer contact devices in the COVID-19 era. Source data of information can be extracted and used for digital treatment and treatment prescription platforms.

In addition, through in-store kiosks and smart mirrors, smart medical, beauty, and health solutions can be provided for application to the medical and beauty fields, such as temperature, eyes, body shape, hair, scalp, body, and diet of logged in users.

The present invention can provide customized content to users by applying machine learning to data collected through various devices, such as by applying AI-based technology to kiosks.

The present invention allows users to use and experience content by compatibility with various Internet of Everything (IoE) devices.

Figure 1 is a diagram showing the overall configuration of the Internet of Everything content service platform system of the present invention.
Figure 2 is a diagram showing the configuration of a content service module unit for using the Internet of Everything content service platform of the present invention.
Figure 3 is a diagram showing the configuration of the quarantine management service unit of the Internet of Everything content service platform system of the present invention.
Figure 4 is a diagram showing the configuration of the content service unit of the Internet of Everything content service platform system of the present invention.
Figure 5 is a diagram showing the configuration of the API service module structure of the Internet of Everything content service platform system of the present invention.
Figure 6 is a diagram showing the configuration of the content service network unit of the Internet of Everything content service platform system of the present invention.

Hereinafter, the configuration of the present invention will be described in more detail through examples. However, the following examples are intended to aid understanding of the present invention, and the scope of the present invention is not limited thereto.

The Internet of Everything, defined in the present invention, is a hyper-connected Internet in which everything including people, objects, sensors, space, ecology, industry, data, and systems are connected to the Internet and information is created, collected, shared, and utilized. (IoE).

Additionally, the Internet of Things (IoE) described in the present invention is an area that also includes the Internet of Things (IoT), and the Internet of Things (IoE) is an area in which the Internet of Things (IoT) has evolved.

In addition, IoE devices refer to a medium through which information can be exchanged to operate and use the Internet of Everything (IoE), including terminals, wearables, smart watches, smart bands, smart pillows, smart beds, smart mirrors, and smart devices that enable information communication. These include beauty devices, smart chairs, smart hair bands, object sensors, systems, and smart learning devices with built-in IoE sensors.

Figure 1 is a diagram showing the overall configuration of the Internet of Everything content service platform.

The present invention provides an Internet of Everything content service platform system, which includes a user device 10 for a user to access the platform and input user data; a content service module unit 20 that transmits the input user data to a content service unit or quarantine management service unit; A quarantine management service unit 30 that measures the user's fever information and processes the information; An IoE content service unit 40 that provides content matching the input user data, and a content service network (CSN) unit 50 that matches the user data and IoE content using artificial intelligence technology and IoE network technology. and a channeling unit 60 that gathers multiple contents into a single channel and supplies the contents through multiple channels.

The Internet of Everything content service platform system of the present invention includes a user device (10), a content service module unit (20), a quarantine management service unit (30), an IoE content service unit (40), and a content service network (CSN) unit unit (50). ), may include an IoE content channeling unit 60.

Figure 2 shows that when operating an IoE content service, users use various devices (wearables, PCs, mobile devices, tablet PCs, smart mirrors, smart pillows, smart beds, smart beauty devices, smart chairs, smart hair bands, kiosks, etc.) In order to use the Internet of Everything content service platform through various types of user devices 10, a content service module unit 20 is shown that ensures user device compatibility and allows device compatibility.

In FIG. 2, the content service module unit 20 may include a device compatibility module 21.

The device compatibility module 21 is compatible with operating systems so that various user data transmitted from the user terminal 10 can be converged and compatible to form various operating channels for using the content service platform system to support multi-channel operation. The data can be classified into data derived from IoE devices (wearables, IoE sensors, etc.) and platform operation data (user information, business service entities, video data, etc.).

Data classified through compatible operation can be transmitted to the fever information identification unit 31 of the quarantine management service unit 30 and the content server 41 of the IoE content service unit 40.

Figure 3 is a diagram showing the configuration of the quarantine management service unit of the Internet of Everything content service platform system of the present invention. The quarantine management service unit 30 may include a fever information identification unit 31 and a quarantine management server 32.

The fever information identification unit 31 classifies data flowing in through fever measurement devices included in in-store kiosks among the user data flowing in from the user identification unit 21, identifies data on symptoms of contagious abnormalities such as fever, and is used by quarantine authorities. This is a step of transmitting fever information and indicating user identification information for transmission to the content server 41.

When individual user identification is completed in the fever information identification unit 31, data on fever information is transmitted to the quarantine management server 32.

The quarantine management server 32 classifies the data flowing in from the fever information identification unit 31 and sends the fever and infectious risk group user data to the fever information agency, and then to the telemedicine DB 33 and the content server 41. Transmits data on fever information.

The telemedicine DB (33) automatically stores the data of the fever information identification unit (31) and sends the data to the content server (41) so that the user can use it for telemedicine and disease diagnosis.

In addition, photos taken with a smart kiosk camera are analyzed based on deep learning, and early detection of diseases through simple screening tests is recommended, as well as ophthalmological and disease examinations in cases where abnormalities are suspected.

Figure 4 is a diagram showing the configuration of the content service unit of the Internet of Everything content service platform system of the present invention. The IoE content service unit 40 consists of a content server 41, a content database 42, a content matching unit 43, and an API service module 44.

The content server 41 classifies the user login information received from the content service module unit 20 and categorizes it into items for the user to use the content and items for registering the content.

The content server 41 transmits content information to the content database 42, and also classifies the content of the data flowing in from the quarantine management server 32 and sends it to the content database 42.

Additionally, the content server 41 classifies IoE-related information and transmits it to the CSN unit IoE module 52 of the CSN (content service network) unit 50.

The content database 42 is a device that stores and manages various contents based on information received from the content server 41. The content database 42 transmits the content item requested by the user to the content matching unit 43.

In addition, the information stored in the content database 42 through shared content registration is analyzed and processed and stored as a result, including a shortened URL address of the URL address stored in the content database 42, one or more registered keywords, and index information matching the registered keyword. It may include one or more of the following.

When the content matching unit 43 receives a request for provision of shared content from the user terminal 10, the service server returns search results in the form of an index matching the search keyword included in the request for provision of shared content to the user terminal 10. can be provided.

Meanwhile, the user terminal 10 transmits an index creation request including an index, hierarchical (e.g., large, medium, small) classification information, and one or more keywords related to the index to the service server to create various indexes by category. can be created.

Figure 5 is a diagram showing the structure of the API service module 44 of the Internet of Everything IoE content service platform system of the present invention. The API service module 44 includes an API service layer 44-1 and an API authentication module 44-2. , It consists of an API permission judgment module (44-3), an analysis layer (44-4), and an API creation module (44-5).

The API service layer 44-1 is a step of creating and classifying APIs for information delivery and information generation according to each user request, and is a step of implementing the logged in user's permissions and information delivery method.

The user's requests and commands collected in the API service layer (44-1) are transmitted to the authentication module (44-2).

The API authentication module 44-2 is a step in which the user-defined API function creation module receives a standard API function name and a user-defined API function name corresponding to a user command and calls a kit value for user authentication.

The kit value called from the API authentication module 44-2 may be transmitted to the API authority determination module 44-3.

The analysis layer 44-4 generates a user-defined API function by inputting a function name that receives the corresponding standard API function name and a user-defined API function name, and searches a dynamic link library file for the standard API function. Obtaining the execution code of the hooking area, obtaining the starting address value of the standard API function loaded in the memory, calculating the size of the hooking area of the standard API function, and calculating the starting address value of the standard API function and The user includes a non-hooking area starting address calculation that calculates the starting address of the non-hooking area by adding the size of the hooking area, an execution code of the hooking area of the standard API function, and a code that jumps to the starting address of the non-hooking area. This is the step of creating a definition API function, loading the created user-defined API function into the memory with the name of the user-defined API function, and sending the API creation value to the API creation module 44-5.

The API creation module 44-5 is a technology used in typical API hooking to obtain the starting address value, and is a device that generates various APIs used in the content platform and transmits them to the API service layer 44-1.

Figure 6 is a diagram showing the configuration of an IoE network connection module for content service through the Internet of Everything device of the present invention, and the CSN (Content Service Network) unit unit 50 is a R-CRM (Real-time Customer management) system. (51), CSN (Content Service Network) unit consists of IoE module (52), IoE mobile network (53), text enhancement system (54), and user database management unit (55).

The R-CRM system 51 is a system for customer relationship management that refers to IoE data that reflects the customer's evaluation of one of the products and services through either mobile media or the web, and determines the customer's behavior pattern and Extracting customer information about product usage patterns, dividing the customer information into CRM area and IoE content area and classifying data required for corporate management strategy based on this, extracting useful data based on the data , setting key items for the CRM area and the IoE area, and arranging and analyzing data for the CRM area and the IoE area according to the key items.

The operational CRM area includes the stages of implementing a customized and optimized customer relationship management (CRM) strategy through the establishment of a marketing automation system, a sales automation system, a customer service automation system, and an internal company information system that perform actual CRM operations.

Data from the R-CRM system 51 are transmitted to the IoE module 52 and the test enhancement system 54.

The CSN (Content Service Network) unit IoE module 52 is directly connected to the Internet of Everything gateway and local network or can directly configure the local network, and is connected to the Internet of Everything devices bound to it and multiple-input multiple-output. This method performs video, photo, sound, light content and large-capacity data input/output communication.

The existing wireless wireless communication system was focused on voice services and mainly used channel coding to overcome the poor quality of the channel. However, as high-quality multimedia services that enable communication with anyone, anywhere, at any time were required, the existing voice-centered system was shifted from the existing voice-centered system to a data-centered one. The center of gravity is shifting, and to realize this, as 5G services are launched in response to the demand for technology that transmits larger amounts of data faster and with fewer errors, the multiple input/output (MIMO) method is applied to IoE device services.

In addition, the IoT gateway can perform peer-to-peer communication by being connected peer-to-peer with an IoT device equipped with a broker among the IoT devices directly connected to the IoT local network.

In this way, the Internet of Everything gateway is a step that connects and connects Internet of Everything devices directly connected to the local network to prevent external traffic by performing general message communication or peer-to-peer communication.

Additionally, the CSN (Content Service Network) unit IoE module 52 can allocate and manage an IP address for a user device 10 directly connected to the local network.

Additionally, the CSN (Content Service Network) unit IoE module 52 is a stage where the user experiences the mirroring function through content and acquires experiences and information through various wearable devices.

The text enhancement system 54 analyzes data flowing in from the R-CRM system 51, analyzes Data Collection & Load setting values to provide user-customized content, and automatically converts the data using the SVM model, an artificial neural network model. It is extracted as When setting values are input through the SVM model, an artificial neural network model, data is extracted based on the output results.

The text enhancement system 54 is a stage in which artificial intelligence technology is applied to learn data from various users to provide and utilize big data.

Data from the text enhancement system 54 are sent to the user database management unit 55 and used in the content service platform.

The IoE mobile network 53 combines the IP address and port number of the Internet of Things device and stores it as identification information of the Internet of Things device, or combines the IP address, port number, and third identifier (single or plural) of the Internet of Things device. It can also be abstracted and used as identification information. Here, the identification information of the IoT device may be abstracted, for example, using a hash function or other known algorithms.

Data from the IoE mobile network 53 is sent to the channeling unit 60. The channeling unit may specifically be an IoE content channeling system.

The IoE content channeling unit 60 refers to a content delivery network and is a service for quickly and reliably delivering large amounts of content, preventing a decrease in content transmission speed and solving platform instability problems.

Through the IoE content channeling unit 60, various contents smoothly transmit data to the Internet of Everything devices to operate the platform.

In addition, in order to transmit and maintain a URL that identifies users using the platform, payment, authentication, and security are performed, and data is sent to mobile and web to change usage through the URL. Users who have completed user authentication receive user profile information and content information through the API.

In addition, the IoE content service platform system of the present invention is composed of an augmented reality optimized environment that interacts with IoE objects to actualize the user's content as a real-world experience, providing information on the surrounding environment suitable for various behavioral motions according to the user's inclination and situation. Through this, users can freely connect with the real world.

It is a biometric algorithm created on a platform compatible with IoE-devices and can be implemented in various types of wearables (smart watches, smart bands, smart glasses, smart sensors worn on the body, etc.) that can be worn on the human body where the user device operates.

Among the algorithms introduced from the user device 10, the biometric algorithm for people, the IoE device derivation algorithm that must respond interactively to the biometric algorithm, and the algorithm for space, environment, and objects that make up virtual reality are introduced to create 4D (sensory) algorithms. , touch, feeling, emotion, etc.) are implemented through wearables.

This implementation of 4D can be expanded and applied to metaverse services.

Claims (6)

As an Internet of Everything content service platform system, the system is
a content service module for allowing a user to access the platform, input user data, and provide user device compatibility;
a user identification unit that transmits the input user data to the IoE content service unit or quarantine management service unit;
A quarantine management service department that measures the user's fever information and processes the information;
A content service unit that provides content matching the input user data; And
A CSN unit unit that interconnects IoE networks to enable content services to be used through the user data and Internet of Everything devices using artificial intelligence technology; And
A system that includes an IoE content channeling unit that collects multiple contents into a single channel desired by the user.
According to paragraph 1,
The content service module is a system that includes a device compatibility module that ensures that user data input from a user device is compatible with various operating systems.
According to paragraph 1,
The quarantine management service department
A fever information identification unit that identifies the user's fever information;
A quarantine management server that collects and classifies fever information from the fever information identification unit and transmits the fever information to a quarantine agency server, fever information database, or content server of the content service department; And
A system including a telemedicine database that stores the fever information and extracts and stores source data of medical information that can be used for quarantine management and disease prediction.
According to paragraph 1,
The IoE content service department
Receives user-related data from the quarantine management server and user identification department of the quarantine management service department and registers the items and content requested by the user.
Categorizes IoE-related content into Content Service Network (CSN)
A content server transmitting to the CSN unit IoE module of the unit unit;
a content database unit that stores content classified by the content server;
A content matching unit that matches the content with the keyword of the user requested content included in the user data; And
A system that includes an API service module.
According to paragraph 4,
The API service module is
API service layer to create and classify APIs for delivering and generating information about user requests;
an API authentication module that receives information on user requests collected from the API service layer and calls a kit value for user authentication;
an API authority determination module that receives the kit value called from the API authentication module and determines authority for the API;
An analysis layer that creates custom API functions and transmits the generated custom API functions to the API creation module; and
A system including an API creation module that generates various APIs and transmits them to the API service layer.
According to paragraph 1,
The CSN (Content Service Network) unit
R-CRM system for customer-optimized customer relationship management in real time;
A CSN (Content Service Network) unit IoE module that performs video content and large-capacity data input/output communication with bound Internet of Things devices using a multiple input/output method;
A text enhancement system that uses artificial intelligence technology to analyze data sent to the R-CRM system to analyze user-tailored content data;
a user database storing the user customized content data; and
A system that includes an IoE mobile network that combines the IP address and port number of an Internet of Things device and stores it as identification information for the Internet of Things device.