KR20230030886A - System and Method for Providing Indirect Experience of MICE Information based on Appbooks - Google Patents

Abstract

The present invention relates to a system and method for providing indirect experience of MICE information based on an App Book, which allows indirect experience of MICE events in advance through a motion recognition kiosk and provides various document information and network information after business through an App Book through a cloud service, comprising: a MICE information and App Book service management server which collects MICE information, provides event information, traffic information, lifestyle information, MICE information and cloud services according to a user's selection, provides App Book contents by optimizing a mobile screen, and manages link connection, language learning support, educational curriculum support, magazine production support, and provision of a knowledge sharing platform; a motion recognition kiosk which receives the MICE information from the MICE information and App Book service management server and supports pre-experience of MICE events in a non-face-to-face, non-contact manner through a motion recognition function; and an App Book which provides the user with the App Book contents provided from the MICE information and App Book service management server, displays the link connection information, provides a language learning and education curriculum, supports magazine production, and provides a knowledge sharing platform.

Description

System and Method for Providing Indirect Experience of MICE Information based on Appbooks}

The present invention relates to a technology for providing non-contact, non-face-to-face information, and specifically, enables indirect experience of MICE events in advance through a motion recognition kiosk, and provides various document information and network information through an app book through a cloud service after business. It relates to a system and method for providing an indirect experience of MICE information based on an app book.

In general, books are traditionally printed on paper, and readers share information in the book by reading it.

In other words, most of the books have been mainly used as a delivery medium called paper. However, since these paper books have to be carried in some way, it has been somewhat difficult to read while carrying a large amount of books.

Accordingly, recently, an eBook using a dedicated viewer or a portable terminal has been proposed.

An eBook refers to a publication in which the contents of a book are processed and stored as digital information, and is a dedicated format that can be viewed on a mobile device (e-book reader, tablet PC, smart phone, PMP, PDA, etc.) or computer. is made up of files.

In other words, e-books do not use general-purpose file formats such as text files, but use files with a special format that can be equipped with a DRM function for copyright protection.

E-book authoring apparatuses of the prior art are designed to produce content targeting specific content.

That is, since it is created for specific contents such as text, image, video, 3D contents, formula contents, and sheet music contents, there is a limit to creating e-book contents by including all kinds of contents.

To solve this problem, the newly presented app book is basically a media containing ready-made books in the form of a mobile app.

Through this, the contents of the paper book are not imported, but the various functions and scalability of the mobile app are used. Appbooks have recently emerged as a prospective business in the e-book market, and fairy tale appbooks are especially in the limelight.

Appbooks can deviate from existing e-books that provide only images such as illustrations or photos, and can insert or connect videos, music, sound effects, slide images, web pages, maps, SNS, etc. by inserting multimedia files, and can change in real time. Dynamic information can be inserted and provided, animation with movement can be implemented, and interactive functions that respond to touch can be inserted.

However, there are also many differences in implementation performance depending on the capabilities of the editor or the function of the authoring tool, and there are limitations in terms of usability of the app book, so improvement measures are required.

On the other hand, the MICE industry is a future-oriented knowledge-based service that creates high added value by complexly linking meetings, incentive tours, conventions, and exhibitions with specialized facilities such as conference halls and exhibition halls. It refers to the industry, and it has the characteristics of having a large economic ripple effect on events centered on conventions, transportation/transportation, conference halls, food and lodging, museums, art galleries, exhibitions, and shopping.

In this MICE industry, there is no way for individuals to know the nature and contents of the event before direct participation, so they directly participate in actual meetings, incentive tours, conventions, and exhibitions. You must do so to experience the event.

Currently, the MICE industry is taking a huge hit as the domestic exhibitions held last year were suspended for a long time in the aftermath of COVID-19.

Therefore, there is a demand for the development of a technology that allows prior experience of MICE events, which are constantly changing according to market conditions and competitive environments, in a non-face-to-face, non-contact manner.

Republic of Korea Patent Publication No. 10-2016-0097542 Republic of Korea Patent Publication No. 10-2016-0087564 Republic of Korea Patent No. 10-2279487

The present invention is to solve the problems of the information providing technology of the prior art, enabling indirect experience of MICE events in advance through a motion recognition kiosk, and providing various document information and network information through an app book through a cloud service after business. The purpose is to provide a system and method for providing an indirect experience of MICE information based on an app book.

The present invention is a non-face-to-face, non-contact method by delivering MICE (Meeting, Incentive, Convention, Exhibition) information using an app book capable of implementing multimedia contents. The purpose is to provide a system and method for providing an indirect experience of MICE information based on an aepbook.

In addition to the basic book providing function, the present invention provides life information including VR, video, audio, various event information and navigation through link connection, surrounding traffic information, public transportation information, shopping, nearby restaurants, and various rental information through the app book. The purpose is to provide a system and method for providing an indirect experience of MICE information based on an app book that improves user convenience by providing.

The present invention increases understanding of MICE through prior experience through a kiosk, and indirect experience of MICE information based on an app book that efficiently provides MICE value information to users by connecting all information about MICE to an app book. Its purpose is to provide a system and method for providing.

The present invention is based on an app book that provides high-quality information without missing information acquisition opportunities through continuous network connection using push alarm messages and presents a non-face-to-face MICE space through various VR applications. The purpose is to provide a system and method for providing an indirect experience of MICE information.

Other objects of the present invention are not limited to the above-mentioned objects, and other objects not mentioned above will be clearly understood by those skilled in the art from the description below.

A system for providing an indirect experience of MICE information based on an aepbook according to the present invention for achieving the above object collects MICE information, and event information, traffic information, life information, and MICE information by user selection MICE information and aepbook service management server that provides cloud services, provides appbook contents by optimizing mobile screens, provides link connections, language learning support, education curriculum support, magazine production support, and knowledge sharing platform management; A motion recognition kiosk that receives MICE information from the information and aepbook service management server and supports a non-face-to-face, non-contact MICE event experience in advance through a motion recognition function; the aepbook contents provided from the MICE information and aepbook service management server to users It is characterized by including a; app book that provides link information display, language learning, provision of educational curriculum and support for magazine production, and knowledge sharing platform.

Here, the MICE information and aepbook service management server includes an aepbook service management unit that provides aepbook contents by optimizing mobile screens, provides link connections, language learning support, educational curriculum support, magazine production support, and knowledge sharing platform to be characterized

In addition, the appbook service management unit includes an application management unit that is installed in the appbook and manages the appbook application for providing MICE information and appbook contents, and a mobile screen optimization unit that optimizes the screen when providing MICE information and appbook contents through the appbook application. Appbook content management unit that manages the provision of aepbook content through the aepbook application, and link connection that manages link information to provide life information including navigation, nearby traffic information, public transportation information, shopping, nearby restaurants, and various rental information A management unit, a language learning support management unit that supports language learning through an aepbook, an education curriculum support management unit to provide an education curriculum through an aepbook, a magazine production support management unit to support magazine production through an aepbook, and multimedia to publishers and individuals and a knowledge sharing platform management unit providing a platform for sharing content.

In addition, the MICE information and aepbook service management server includes a MICE information collection unit that collects MICE information, a push alarm message management unit that manages the transmission of push alarm messages to link all information about MICE to the aepbook, and a user's choice. An event information management and provision unit providing event information, a traffic information management and provision unit providing traffic information selected by the user, a life information management and provision unit providing life information selected by the user, and a user It is characterized by including a MICE information management and provision unit that provides MICE information according to the selection of, and a cloud service management unit that provides various document information and network information after business through an app book through a cloud service.

A method for providing an indirect experience of MICE information based on an aepbook according to the present invention for achieving another purpose includes collecting MICE information and sending a push alarm message; event information, traffic information, and life by user selection Providing information, MICE information and cloud services; Providing VR experience contents through motion recognition kiosks in response to the user's MICE event prior experience request; Determining whether there is an app book service request from the user, optimizing the mobile screen It is characterized by including; providing aepbook contents, providing link connection, language learning support, education curriculum support, magazine production support, and knowledge sharing platform.

As described above, the system and method for providing an indirect experience of MICE information based on the aepbook according to the present invention has the following effects.

First, through the motion recognition kiosk, it is possible to indirectly experience the MICE event in advance, and to provide various document information and network information through the app book through the cloud service after business.

Second, by delivering MICE (Meeting, Incentive, Convention, Exhibition) information using an app book that can implement multimedia contents, it is possible to experience in advance MICE events that are constantly changing according to market conditions and competitive environments in a non-face-to-face, non-contact manner.

Third, in addition to the basic book providing function, life information including VR, video, audio, various event information and navigation through link connection, surrounding traffic information, public transportation information, shopping, nearby restaurants, and various rental information is provided through the app book. Provides enhanced user convenience.

Fourth, advance experience through the kiosk increases understanding of MICE, and all information on MICE is linked to the app book so that MICE value information can be efficiently provided to users.

Fifth, through continuous network connection using push alarm messages, opportunities to acquire information are not missed, high-quality information can be provided, and non-face-to-face MICE space can be presented through various VR applications.

1 is an overall configuration diagram of a system for providing an indirect experience of MICE information based on an aepbook according to the present invention.
Figure 2 is a detailed configuration diagram of the MICE information and aepbook service management server according to the present invention
3 is a detailed configuration diagram of the appbook service management unit according to the present invention
4 is a block diagram showing an example of installation of a motion recognition kiosk in a system for providing an indirect experience of MICE information based on an aepbook according to the present invention.
5 is a flow chart showing a method for providing an indirect experience of MICE information based on an aepbook according to the present invention
6a to 6f are configuration diagrams showing an embodiment of providing information through an aepbook according to the present invention
7a to 7l are configuration diagrams illustrating an embodiment of providing appbook contents according to the present invention.

Hereinafter, a preferred embodiment of a system and method for providing an indirect experience of MICE information based on an aepbook according to the present invention will be described in detail.

The characteristics and advantages of the system and method for providing an indirect experience of MICE information based on the aepbook according to the present invention will become clear through detailed descriptions of each embodiment below.

1 is an overall configuration diagram of a system for providing an indirect experience of MICE information based on an aepbook according to the present invention.

A system and method for providing an indirect experience of MICE information based on an app book according to the present invention enables an indirect experience of a MICE event in advance through a motion recognition kiosk, and provides cloud services for various document information and network information after business. It was made available through the app book.

To this end, the present invention provides a non-face-to-face, non-contact method by delivering MICE (Meeting, Incentive, Convention, Exhibition) information using an app book capable of implementing multimedia contents in advance to experience MICE events that are constantly changing according to market conditions and competitive environments. It may include configurations that allow

In addition to the basic book providing function, the present invention provides life information including VR, video, audio, various event information and navigation through link connection, surrounding traffic information, public transportation information, shopping, nearby restaurants, and various rental information through the app book. It may include a configuration that provides.

The present invention increases understanding of MICE through prior experience through a kiosk, connects all information on MICE to an app book to efficiently provide MICE value information to users, and provides information through continuous network connection using push alarm messages. It can include a configuration that enables high-quality information to be provided without missing opportunities for acquisition and to present a non-face-to-face MICE space through various VR applications.

A KIOSK device is an unmanned information terminal that is installed in public places such as government agencies, local governments, banks, department stores, and exhibition halls to provide guidance services on various administrative procedures, product information, and how to use facilities. .

To use such a kiosk device, a process in which a user must contact an input button or a touch screen of the kiosk device is necessary.

In the present invention, by adding a motion recognition function to such a kiosk device, MICE (Meeting, Incentive, Convention, Exhibition) information delivery using an app book capable of implementing multimedia contents is continuously changed according to market conditions and competitive environments in a non-face-to-face, non-contact manner. It is to allow people to experience the MICE event that is being held in advance.

Specifically, the system for providing an indirect experience of MICE information based on the aepbook according to the present invention collects MICE information, as shown in FIG. 1, and event information, traffic information, life information, and MICE information by user selection. MICE information and aepbook service management server (100 ) and a motion recognition kiosk 200 that receives MICE information from the MICE information and app book service management server 100 and supports a non-face-to-face non-contact MICE event experience in advance through a motion recognition function, and MICE information and app book It includes an aepbook 300 that provides aepbook contents provided from the service management server 100 to users, display link connection information, language learning, provision of educational curriculum, support for magazine production, and a knowledge sharing platform.

The detailed configuration of the MICE information and aepbook service management server 100 is as follows.

2 is a detailed configuration diagram of the MICE information and Appbook service management server according to the present invention.

The MICE information and appbook service management server 100 according to the present invention optimizes the mobile screen to provide appbook contents, link connection, language learning support, education curriculum support, magazine production support, and knowledge sharing platform Appbook service management unit (20), the MICE information collection unit 30 for collecting MICE information, the push alarm message management unit 40 for managing the transmission of push alarm messages for linking all information on MICE to the aepbook, and the user's selection An event information management and provision unit 50 providing event information by a user, a traffic information management and provision unit 60 providing traffic information selected by a user, and life information providing life information selected by a user Cloud service that provides management and provision unit 70, MICE information management and provision unit 80 that provides MICE information according to user's selection, and various document information and network information after business through app book through cloud service A management unit 90 is included.

Here, the detailed configuration of the Appbook service management unit 20 is as follows.

3 is a detailed configuration diagram of the appbook service management unit according to the present invention.

As shown in FIG. 3, the appbook service management unit 20 includes an application management unit 21 that is installed in the aepbook and manages an aepbook application for providing MICE information and aepbook contents, and a screen when providing MICE information and aepbook contents through the aepbook application. A mobile screen optimization unit 22 that performs optimization, an aepbook contents management unit 24 that manages the provision of aepbook contents through an aepbook application, navigation, surrounding traffic information, public transportation information, shopping, nearby restaurants, and various rental information A link connection management unit 24 that manages link information for providing life information including, a language learning support management unit 25 that supports language learning through the aepbook 300, and an education curriculum through the aepbook 300 A knowledge sharing platform management unit that provides a platform for sharing multimedia contents to publishers and individuals; (28).

The system for providing an indirect experience of MICE information based on the app book according to the present invention having such a configuration has a motion recognition kiosk 200 installed as shown in FIG. After business, various document information and network information can be provided through the app book through the cloud service.

4 is a configuration diagram showing an installation example of a motion recognition kiosk of a system for providing an indirect experience of MICE information based on an aepbook according to the present invention.

A method for providing an indirect experience of MICE information based on an aepbook according to the present invention is described in detail as follows.

5 is a flow chart showing a method for providing an indirect experience of MICE information based on an aepbook according to the present invention.

As shown in FIG. 5, a method for providing an indirect experience of MICE information based on an aepbook according to the present invention includes collecting MICE information and transmitting a push alarm message (S501), event information by user selection, Providing traffic information, life information, MICE information, and cloud services (S502), providing VR experience contents through a motion recognition kiosk at the user's request for prior MICE event experience (S503), and appbook service from the user Determining whether there is a request (S504), optimizing the mobile screen to provide appbook contents, connecting links, supporting language learning, supporting educational curriculum, supporting magazine production, and providing a knowledge sharing platform (S505).

6a to 6f are configuration diagrams illustrating an embodiment of providing information through an aepbook according to the present invention.

Figure 6a shows MICE information transfer using an aepbook capable of implementing multimedia contents, and Figure 6b shows information transfer of VR, video, audio, and various events to an aepbook.

Figure 6c shows that navigation, surrounding traffic information, public transportation information is provided through link connection, and Fig. 6d shows that shopping, nearby restaurants, and various rental information are provided.

6E shows the provision of MICE (Meeting, Incentive, Convention, Exhibition) information, and FIG. 6F shows the provision of various document information and network information through a cloud service after business.

7A to 7L are configuration diagrams illustrating an embodiment of providing Appbook content according to the present invention.

Figure 7a shows drawing, finding the wrong picture, looking around the VR store, and providing video content provided through the app book according to the present invention.

7B shows an example of a push alarm message and a link connection event provided through an aepbook according to the present invention.

7c to 7e show an example of language learning support provided through an aepbook according to the present invention.

7f to 7i show an example of educational curriculum support provided through an aepbook according to the present invention.

7j and 7k illustrate an example of magazine creation support provided through an aepbook according to the present invention.

7L shows a configuration related to providing a knowledge sharing platform provided through an app book according to the present invention.

The system and method for providing an indirect experience of MICE information based on the app book according to the present invention described above enables indirect experience of MICE events in advance through a motion recognition kiosk, and provides various document information and network information after business. It is to be provided through the app book through the cloud service.

The present invention provides a non-face-to-face, non-contact method by delivering MICE (Meeting, Incentive, Convention, Exhibition) information using an app book capable of implementing multimedia contents, enabling prior experience of MICE events that are constantly changing according to market conditions and competitive environments. .

As described above, it will be understood that the present invention is implemented in a modified form without departing from the essential characteristics of the present invention.

Therefore, the specified embodiments should be considered from an explanatory point of view rather than a limiting point of view, and the scope of the present invention is shown in the claims rather than the foregoing description, and all differences within the equivalent range are considered to be included in the present invention. will have to be interpreted

100. MICE information and aepbook service management server
200. Motion Recognition Kiosk
300. Appbook

Claims (5)

Collect MICE information, provide event information, traffic information, life information, MICE information and cloud services by user's choice, provide appbook contents by optimizing mobile screen, connect links, support language learning, and support educational curriculum , magazine production support, MICE information and aepbook service management server that manages the provision of knowledge sharing platforms;
A motion recognition kiosk that receives MICE information from the MICE information and aepbook service management server and supports a non-face-to-face, non-contact MICE event experience in advance through motion recognition function;
It provides MICE information and aepbook contents provided from the aepbook service management server to users, display link connection information, language learning, provision of educational curriculum, support for magazine production, and aepbook that provides a knowledge sharing platform. A system for providing an indirect experience of MICE information based on an aepbook. According to claim 1, the MICE information and aepbook service management server,
MICE information based on the aepbook, which includes an abbook service management unit that optimizes mobile screens to provide abbook contents, link connection, language learning support, education curriculum support, magazine production support, and knowledge sharing platform A system for providing an indirect experience. The method of claim 2, wherein the aepbook service management unit,
An application management unit that is installed in the aepbook and manages abbook applications for providing MICE information and abbook contents;
A mobile screen optimization unit that performs screen optimization when providing MICE information and appbook contents through the aepbook application;
An aepbook contents management unit that manages the provision of aepbook contents through an aepbook application;
A link connection management unit that manages link information for providing life information including navigation, surrounding traffic information, public transportation information, shopping, nearby restaurants, and various rental information;
A language learning support management unit that supports language learning through an aepbook;
An education curriculum support management department for providing education curriculum through an aepbook;
A magazine production support management department for magazine production support through an aepbook;
A system for providing an indirect experience of MICE information based on an aepbook, comprising a knowledge sharing platform management unit that provides a platform for sharing multimedia content to publishers and individuals. According to claim 1, the MICE information and aepbook service management server,
A MICE information collection unit that collects MICE information;
A push alarm message management unit that manages the transmission of push alarm messages to connect all information on MICE to the aepbook;
An event information management and provision unit providing event information selected by a user;
A traffic information management and provision unit providing traffic information selected by the user;
A life information management and provision unit that provides life information according to the user's choice;
The MICE information management and provision department that provides MICE information according to the user's choice;
A system for providing an indirect experience of MICE information based on an app book, comprising a cloud service management unit that provides various document information and network information after business through an app book through a cloud service. Collecting MICE information and transmitting a push alarm message;
Providing event information, traffic information, life information, MICE information and cloud services by user selection;
Providing VR experience content through a motion recognition kiosk in response to a user's MICE event prior experience request;
Determining whether there is an aepbook service request from the user, optimizing the mobile screen to provide abbook content, linking, language learning support, educational curriculum support, magazine production support, and providing a knowledge sharing platform; characterized by including. A method for providing an indirect experience of MICE information based on an aepbook.

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