KR102659549B1 - Reconfigurable modular future job experience system - Google Patents

Abstract

The present invention relates to a reconfigurable modular future job experience system. More specifically, the job aptitude and job competency required for future jobs are measured through experience games to measure game players who experience future jobs and at the same time measure game participants' skills. In order to increase game participation by arousing interest and efficiently measure the tasks required for future jobs, the space where the game is played and the terminal on which the game is played can be changed and reorganized according to the game scenario and game content, so that the game host can play the game. A main server 100 equipped with a space control module 110 to control the space where the game is experienced and a game terminal control module 120 to control the terminal on which the game is played; and a network connected to the main server 100. A database 200 provided so that the physical space where the game is played is managed and stored as experience space information 210 that has a series of connections between spaces; and at least one of the skills, aptitude, athletic ability, or knowledge required for a future job. Experience content 300, which includes one job task scenario 310 and experience game content 320 displayed to the user according to the job task scenario 310, and is stored in the database 200; The game terminal control module 120 selects whether to output and an output terminal, outputs the experience content 300 to the game experiencer, collects the user's game progress information 410, and stores it in the database 200. a gaming terminal (400); and movement detection means 510 provided to detect the user's movement between spaces corresponding to the experience space information 210, and collecting reaction information 521 of the user performing the experience content 300. A reconfigurable modular future job experience system including a user detection unit 500 provided with a reaction information collection unit 520 and an imaging unit 530 installed in a space corresponding to the experience space information 210. It's about doing.

Description

Reconfigurable modular future job experience system { Reconfigurable modular future job experience system }

The present invention relates to a reconfigurable modular future job experience system. More specifically, the job aptitude and job competency required for future jobs are measured through experience games to measure game players who experience future jobs and at the same time measure game participants' skills. In order to increase the game participation rate by arousing interest and efficiently measure the tasks required for future jobs, the space where the game is played and the terminal on which the game is played can be changed and reorganized according to the game scenario and game content, the main server, and database. , is about providing a reconfigurable modular future job experience system that includes experiential content and a user detection unit.

In general, the space where the game is played is constructed with materials or materials that are durable and strong to resist structural strength and wear, such as concrete, brick, stone, wood, steel frame, and rebar. Furniture in the architectural space is also made of wood or materials. It is made of highly processable and durable materials such as steel, aluminum, and hydrophobic resin.

The composition of these game spaces performs variable functions by adapting to changes in the real-time or near-real-time demands of game participants and hosts, or changes in form as a way to meet the requirements for performing these changed functions, or develops in the evolving digital age. It contains the problem that it has existed separately from the platforms and interfaces for providing various IT-related systems and services.

As a way to solve these problems, modular buildings and transformable spatial composition members such as variable partitions have been developed, and in the case of furniture, prefabricated furniture, movable furniture, furniture that can change form or function, and sensing and information transmission have been developed. Furniture with added digital components is being developed, but most of it is not standardized and can only be converted to function or form in a limited range, is expensive, is developed as a single item, and is difficult to commercialize as a platform for research, or is difficult to commercialize as a research platform. However, there are various problems in the construction and operation of furniture.

In particular, in the future job experience system that experiences future jobs in advance through games and measures the capabilities required for future jobs from various angles to inform game borrowers of future job suitability, the fixed space and game output elements maintain uniformity. Since it is unable to escape, precise measurement is impossible.

In addition, in order to measure cooperative ability and individual preference and intellectual ability in future jobs, spaces and game terminals such as room escape games must operate organically and game progress information and participant reaction information must be collected and analyzed, but these technical The foundation is lacking.

Republic of Korea Patent Publication No. 10-2012-0049453 (published on May 17, 2012)

The technical problem to be achieved by the present invention is to solve the problems or needs described above, by measuring the job aptitude and job competency required for future jobs through experience games and measuring game players who experience future jobs. A reconfigurable modular design in which the space where the game is played and the terminal where the game is played change according to the game scenario and game content in order to stimulate the interest of game participants, increase the game participation rate, and efficiently measure the tasks required for future jobs. The goal is to provide a future job experience system.

Another object of the present invention is to provide a main server 100 equipped with a space control module 110 to control the space where the game host experiences the game and a game terminal control module 120 to control the terminal where the game is played. A database 200 that is connected to the main server 100 through a network and is equipped to manage and store the physical space where the game is played as experience space information 210 with a series of connections between spaces, and the knowledge required for future jobs, It is provided with a job task scenario 310 that includes at least one of aptitude, athletic ability, or knowledge, and experience game content 320 displayed to the user according to the job task scenario 310 and stored in the database 200. The purpose is to provide a reconfigurable modular future job experience system in which the experience content 300 changes the game space and game movement path with a control signal from the main server 100.

Another object of the present invention is to select whether to output and an output terminal through the game terminal control module 120, output the experience content 300 to the game experiencer, and collect the user's game progress information 410. A game terminal 400 provided to store in the database 200, a movement detection means 510 provided to detect the user's movement between spaces corresponding to the experience space information 210, and the experience content 300 ) A user detection unit 500 provided with a reaction information collection means 520 that collects reaction information 521 of the user performing the process and an imaging means 530 installed in a space corresponding to the experience space information 210. The goal is to provide a reconfigurable modular future job experience system that collects game progress information and the game player's reaction status to determine future job suitability.

Another object of the present invention is that the main server 100 searches the game experience user's game history information 220 and task performance information 230 in the database 200 to create the job task scenario 310. select, and output the experience game content 320 according to the job task scenario 310 to the game terminal 400, and the experience space information where the selected game terminal 400 and the game terminal 400 are located ( The purpose is to provide a reconfigurable modular future job experience system in which the space corresponding to 210) can be changed according to the selected job task scenario 310, and can dynamically determine the knowledge and tasks required for future jobs.

Another object of the present invention is that each space from the first space, the second space, to the Nth space where the game terminal 400 is installed is a space so that each other's connection information is managed through the experience space information 210. Connection meta information 211 is provided, and the space control module 110 provides a series of experience game contents 320 to each of the game terminals 400 installed in the space according to the job task scenario 310. The goal is to provide a reconfigurable modular future job experience system that is output while forming relationships.

Another object of the present invention is that the game terminal 400 is attached to a spatial element including at least one of a wall, window, ceiling, window, door, furniture, or picture frame constituting the space, or is attached to the spatial element. It is provided to be included and installed, and the space element is intended to provide a reconfigurable modular future job experience system whose position can be changed by the control signal of the space control module 110.

Another object of the present invention is that the main server 100 is equipped to identify the roles of each of a plurality of game hosts using the game progress information 410, and determines the roles of game participants by using the space elements and the space. It is determined through the game terminal 400 installed in the element, and the job task scenario 310 is selected according to the reaction information 521 collected by the reaction information collection means 520, and each job task The scenarios 310 are provided to have a series of correlations with each other, and the series of correlations include a reconfigurable modular future job experience that can measure the game player's motor ability, the game player's comprehension ability, and the game player's level of interest. The goal is to provide a system.

Another object of the present invention is that the job task scenario 310 provides the experience game content 320 through a plurality of different game terminals 400 in a plurality of spatial elements by two or more game players. It is equipped to progress the game, and the main server 100 is reconfigured to measure the game player's motor ability, the game player's understanding ability, and the game player's interest based on the game progress information 410 collected. The goal is to provide a modular future job experience system.

Another object of the present invention is that the main server 100 is equipped with a movement recognition module 130 to measure the movement line and movement speed of the game participant through the movement detection means 510 or the imaging means 530. Based on the information determined by the movement recognition module 130, the space control module 110 and the game terminal control module 120 provide the space element and the game terminal 400 based on the movement information of the game participant. The purpose is to provide a reconfigurable modular future job experience system equipped with a control signal generation module 140 that calculates control signal information to be input.

Meanwhile, the technical problems to be achieved in the present invention are not limited to the technical problems mentioned above, and other technical problems not mentioned will be clearly apparent to those skilled in the art from the description below. It will be understandable.

The reconfigurable modular future job experience system related to an example of the present invention for realizing the above-described task first includes a space control module 110 that controls the space where the game host experiences the game and controls the terminal where the game is played. It may include a main server 100 equipped with a game terminal control module 120 so as to do so.

In addition, it may include a database 200 that is connected to the main server 100 through a network and is provided so that the physical space where the game is played is managed and stored as experience space information 210 having a series of connection relationships between spaces. You can.

In addition, it is provided with a job task scenario 310 that includes at least one of the skills, aptitude, athletic ability, or knowledge required for a future job, and experience game content 320 displayed to the user according to the job task scenario 310. It may include experience content 300 provided to be stored in the database 200.

Here, the game terminal control module 120 selects whether to output and an output terminal, outputs the experience content 300 to the game experiencer, collects the user's game progress information 410, and stores it in the database 200. It may include a game terminal 400 provided to store the game.

Meanwhile, movement detection means 510 is provided to detect the user's movement between spaces corresponding to the experience space information 210, and collects reaction information 521 of the user performing the experience content 300. It may include a user detection unit 500 provided with a reaction information collection unit 520 and an imaging unit 530 installed in a space corresponding to the experience space information 210.

At this time, the main server 100 searches the game experience user's game history information 220 and task performance information 230 in the database 200, selects the job task scenario 310, and selects the job task scenario 310. The experiential game content 320 according to the scenario 310 is output to the game terminal 400 in a space corresponding to the selected game terminal 400 and the experience space information 210 where the game terminal 400 is located. It may be characterized in that it can be changed according to the selected job task scenario 310.

Meanwhile, each space from the first space, the second space, to the Nth space where the game terminal 400 is installed has space connection meta information 211 so that connection information between them is managed through the experience space information 210. It may be characterized as being provided.

At this time, the space control module 110 is provided to output the experience game content 320 in a series of associations with each other to the game terminals 400 installed in the space according to the job task scenario 310. It can be characterized as being.

Here, the game terminal 400 is attached to a spatial element that includes at least one of a wall, window, ceiling, window, door, furniture, or picture frame that constitutes the space, or is provided to be installed and included in the spatial element. It can be characterized as:

In addition, the space element may be provided so that its position can be changed with a control signal from the space control module 110.

Meanwhile, the main server 100 is equipped to identify the role of each of the plurality of game hosts using the game progress information 410, and the role of the game participant is determined by the space element and the game installed in the space element. It may be characterized as being equipped to make a decision through the terminal 400.

At this time, the job task scenario 310 is selected according to the reaction information 521 collected by the reaction information collection means 520, and each job task scenario 310 is provided to have a series of relationships with each other. The series of relationships may be characterized in that they are provided to measure the game player's motor ability, the game player's understanding ability, and the game player's level of interest.

In addition, the job task scenario 310 is provided so that two or more game players play a game provided by the experience game content 320 through a plurality of different game terminals 400 in a plurality of spatial elements. It can be characterized as:

Here, the main server 100 is characterized in that it is equipped to measure the game player's athletic ability, the game player's comprehension ability, and the game player's interest level based on the game progress information 410 collected. You can.

In addition, the main server 100 is equipped with a movement recognition module 130 to measure the movement line and movement speed of the game participant through the movement detection means 510 or the imaging means 530, and the movement recognition module Control signal information to be input to the space element and the game terminal 400 based on the movement information of the game participant to the space control module 110 and the game terminal control module 120 based on the information determined by (130). It may be characterized in that a control signal generation module 140 that calculates is provided.

Accordingly, the present invention provides a reconfigurable modular future job experience system,

First, the job aptitude and job competency required for future jobs are measured through experience games to measure game players experiencing future jobs and at the same time arouse the interest of game participants, thereby increasing the game participation rate and solving tasks required for future jobs. In order to measure efficiently, the space where the game is played and the terminal on which the game is played are changed according to the game scenario and game content, which has the effect of increasing dynamic interest and diversifying the measurement of future job suitability.

Second, a main server 100 equipped with a space control module 110 to control the space where the game host experiences the game and a game terminal control module 120 to control the terminal where the game is played, and the main server 100 A database 200 that is connected to a network and is equipped to manage and store the physical space where the game is played as experience space information 210 that has a series of connections between spaces, and the knowledge, aptitude, athletic ability, or Experience content 300 that is provided with a job task scenario 310 that includes at least one of the knowledge and experience game content 320 displayed to the user according to the job task scenario 310, and is stored in the database 200. This has the effect of changing the game space and the game movement route using a control signal from the main server 100, thereby enabling space reorganization based on the scenario.

Third, whether to output and an output terminal are selected by the game terminal control module 120, the experience content 300 is output to the game experiencer, and the user's game progress information 410 is collected and stored in the database 200. A game terminal 400 equipped to detect the user's movement between a space corresponding to the experience space information 210 and a space corresponding to the experience space information 210, and a movement detection means 510 provided to detect the user's movement while playing the experience content 300. Game progress information and the game are collected by the user detection unit 500, which is provided with a reaction information collection means 520 that collects reaction information 521 and an imaging means 530 installed in a space corresponding to the experience space information 210. By collecting the player's reaction status, the accuracy of determining future job suitability is increased.

Fourth, the main server 100 searches the game experience user's game history information 220 and task performance information 230 in the database 200, selects the job task scenario 310, and performs the job task scenario 310. The experiential game content 320 according to the scenario 310 is output to the game terminal 400 in a space corresponding to the selected game terminal 400 and the experience space information 210 where the game terminal 400 is located. It is equipped to be changed according to the selected job task scenario 310, so that the knowledge and tasks required for the future job can be dynamically determined.

Fifth, each space from the first space, the second space, to the N space where the game terminal 400 is installed is provided with space connection meta information 211 so that connection information between them is managed through the experience space information 210. is provided, and the space control module 110 establishes a series of correlations between the experience game content 320 in each of the game terminals 400 installed in the space according to the job task scenario 310 to enable game immersion. It has the effect of increasing Tao.

Sixth, the game terminal 400 is attached to a spatial element that includes at least one of a wall, window, ceiling, window, door, furniture, or picture frame that constitutes the space, or is provided to be installed and included in the spatial element, , the position of the space element can be changed with a control signal from the space control module 110.

Seventh, the main server 100 is equipped to identify the role of each of the plurality of game hosts using the game progress information 410, and the role of the game participant is determined by the space element and the game installed in the space element. It is determined through the terminal 400, and the job task scenario 310 is selected according to the reaction information 521 collected by the reaction information collection means 520, and each job task scenario 310 is different from each other. It is provided to have a series of correlations, and the series of correlations can measure the game player's motor ability, the game player's understanding ability, and the game player's level of interest.

Eighth, the job task scenario 310 is provided so that two or more game players play a game provided by the experience game content 320 through a plurality of different game terminals 400 in a plurality of spatial elements, , the main server 100 can measure the game player's athletic ability, the game player's understanding ability, and the game player's level of interest based on the game progress information 410 collected.

Ninth, the main server 100 is equipped with a movement recognition module 130 to measure the movement line and movement speed of the game participant through the movement detection means 510 or the imaging means 530, and the movement recognition module Control signal information to be input to the space element and the game terminal 400 based on the movement information of the game participant to the space control module 110 and the game terminal control module 120 based on the information determined by (130). Reconfiguration efficiency is increased with the control signal generation module 140 that calculates.

Meanwhile, the effects that can be obtained from the present invention are not limited to the effects mentioned above, and other effects not mentioned will be clearly understood by those skilled in the art from the description below. You will be able to.

The following drawings attached to this specification illustrate a preferred embodiment of the present invention, and serve to further understand the technical idea of the present invention along with the detailed description of the invention. Therefore, the present invention is limited to the matters described in such drawings. It should not be interpreted in a limited way.
1 and 2 are system configuration diagrams for explaining the configuration of a reconfigurable modular future job experience system according to a preferred embodiment of the present invention.
3 to 6 are conceptual diagrams illustrating a process in which a user experiences a reconfigurable modular future job experience system according to a preferred embodiment of the present invention.
Figure 7 is a conceptual diagram illustrating the main server of a reconfigurable modular future job experience system according to a preferred embodiment of the present invention.
8 to 11 are 3D drawings to explain the game terminal and space components of the reconfigurable modular future job experience system according to a preferred embodiment of the present invention.

Specific structural or functional descriptions of the embodiments according to the concept of the present invention disclosed in this specification are merely illustrative for the purpose of explaining the embodiments according to the concept of the present invention, and the embodiments according to the concept of the present invention are It may be implemented in various forms and is not limited to the embodiments described herein.

Since the embodiments according to the concept of the present invention can make various changes and have various forms, the embodiments will be illustrated in the drawings and described in detail in this specification. However, this is not intended to limit the embodiments according to the concept of the present invention to specific disclosed forms, and includes all changes, equivalents, or substitutes included in the spirit and technical scope of the present invention.

Figures 1 and 2 are system configuration diagrams for explaining the configuration of a reconfigurable modular future job experience system according to a preferred embodiment of the present invention, and Figures 3 to 6 are a reconfigurable module according to a preferred embodiment of the present invention. It is a conceptual diagram for explaining the process of a user experiencing a future job experience system, and FIG. 7 is a conceptual diagram for explaining the main server of a reconfigurable modular future job experience system according to a preferred embodiment of the present invention, and FIG. 8 Figures 11 through 11 are 3D drawings to explain the game terminal and space components of the reconfigurable modular future job experience system according to a preferred embodiment of the present invention.

The reconfigurable modular future job experience system related to an embodiment of the present invention first includes a space control module 110 to control the space where the game host experiences the game and a game terminal control module to control the terminal where the game is played ( A main server 100 equipped with 120) is configured.

The main server 100 is configured to be connected to a network and is configured to be connected to an external source system through a network, and a database 200 is configured to be directly connected to the main server 100 or connected to a network, and the database ( In 200), a series of connection relationships between the physical spaces where the game is played are stored as experience space information 210.

In addition, it is provided with a job task scenario 310 that includes at least one of the skills, aptitude, athletic ability, or knowledge required for a future job, and experience game content 320 displayed to the user according to the job task scenario 310. Experience content 300 is also stored in the database 200.

Here, in the experiential game content 320, various game elements are displayed to game participants in a series of sequences, and the job task scenario 310 for testing future job suitability through the game participant's game progress is included in the experiential game. It is comprised of content 320.

At this time, the main server 100 allows the game terminal control module 120 to select one of the game output means game terminals 400 installed in various locations, thereby collecting dynamic user responses. It is structured so that

In addition, the user's game progress information 410 collected through the game terminal 400 is stored in the database 200 and is used as basic data to test future job aptitude.

Meanwhile, movement detection means 510 is provided to detect the user's movement between spaces corresponding to the experience space information 210, and reaction information 521 of the user performing the experience content 300 is provided. The user detection unit 500 is composed of a reaction information collection means 520 and an imaging means 530 installed in a space corresponding to the experience space information 210.

Here, the reaction information collection means 520 may be configured as a user wearable sensor to detect biological signals in the user's area or detect the user's eye movements.

At this time, the main server 100 searches the game experience user's game history information 220 and task performance information 230 in the database 200 and selects the job task scenario 310 that matches the game to be played. It is configured to do so.

Also, at this time, the main server 100 outputs the experience game content 320 according to the job task scenario 310 to the game terminal 400, and the selected game terminal 400 and the game terminal 400 ) is configured to change the physical space corresponding to the experience space information 210 where ) is located.

That is, the game terminal 400 and the physical space are configured to be selectively changeable according to the selected job task scenario 310.

Meanwhile, each space from the first space, the second space, to the Nth space where the game terminal 400 is installed has space connection meta information 211 so that connection information between them is managed through the experience space information 210. is composed.

At this time, the space connection meta information 211 includes space ID information connected to the space ID, includes information on the game terminal 400 arranged, installed, or attached to the space ID, and the main server 100 ) is configured to change the space where the game is played by changing the space ID connected to the space ID, and the game terminal 400 output is also changed accordingly.

At this time, the space control module 110 is provided to output the experience game content 320 in a series of associations with each other to the game terminals 400 installed in the space according to the job task scenario 310. do.

As an example, in the case of a room escape game, in the space where the game is currently being played, the first participant searches for hints on the first game terminal, the second user solves the problem presented on the second game terminal, and the third user solves the third game terminal. When simultaneously earning points through a breaking game on a game terminal, the main server 100 collects the game progress information of the first, second, and third users and connects and moves to any one of the adjacent spaces depending on the result level. It is to be done.

At this time, the main server 100 is configured to determine the degree of suitability for future jobs by classifying each user's tendency as a search type, problem solving type, or action type based on the game progress information of the first, second, and third participants. It will happen.

Here, the game terminal 400 is attached to a spatial element that includes at least one of a wall, window, ceiling, window, door, furniture, or picture frame that constitutes the space, or is installed by being included in the spatial element.

That is, the game terminal 400 may be a tablet hidden in a drawer, a display attached to a wall, or a microphone device that accepts voice input.

In addition, each spatial element is stored and managed through the database 200 so that its position can be changed with a control signal from the space control module 110, and the arrangement position of the spatial element is also stored in the database 200. A table that is stored and can be moved, a mirror that can change its tilt, a curtain that can be opened and closed to the left and right, etc. are configured so that their positions can be changed through the main server 400 according to the game scenario.

Meanwhile, the main server 100 is equipped to identify the role of each of the plurality of game hosts using the game progress information 410, and the role of the game participant is determined by the space element and the game installed in the space element. It is equipped to make decisions through the terminal 400.

At this time, the job task scenario 310 is selected according to the reaction information 521 collected by the reaction information collection means 520, and each job task scenario 310 is provided to have a series of relationships with each other. The series of relationships is provided to measure the game player's motor ability, the game player's understanding ability, and the game player's level of interest.

In addition, the job task scenario 310 is configured so that two or more game players play a game provided by the experience game content 320 through a plurality of different game terminals 400 in a plurality of spatial elements. , the main server 100 measures the game player's motor ability, the game player's comprehension ability, and the game player's interest level based on the game progress information 410 collected.

In addition, the main server 100 is equipped with a movement recognition module 130 to measure the movement line and movement speed of the game participant through the movement detection means 510 or the imaging means 530, and the movement recognition module Control signal information to be input to the space element and the game terminal 400 based on the movement information of the game participant to the space control module 110 and the game terminal control module 120 based on the information determined by (130). A control signal generation module 140 that calculates is provided.

Using the reconfigurable modular future job experience system of the present invention described through an example above, the job aptitude and job competency required for future jobs are measured through experience games to measure game players who experience future jobs. At the same time, the space where the game is played and the terminal where the game is played are changed according to the game scenario and game content to increase the game participation rate by arousing the interest of game participants, and to efficiently measure the tasks required for future jobs. It can increase interest and measure future job suitability in various ways, and is equipped with a space control module 110 to control the space where the game host experiences the game and a game terminal control module 120 to control the terminal where the game is played. The main server 100 and the database 200 are connected to the main server 100 through a network and are provided so that the physical space where the game is played is managed and stored as experience space information 210 that has a series of connection relationships between spaces. ) and a job task scenario 310 that includes at least one of the skills, aptitude, athletic ability, or knowledge required for a future job, and experience game content 320 displayed to the user according to the job task scenario 310. The experience content 300 stored in the database 200 changes the game space and the game movement route with a control signal from the main server 100, enabling space reconstruction based on a scenario, and the game terminal control module 120 Whether to output and an output terminal are selected, and the game terminal 400 is provided to output the experience content 300 to the game experiencer, collect the user's game progress information 410, and store it in the database 200. Movement detection means 510 provided to detect the user's movement between spaces corresponding to the experience space information 210, and reaction information for collecting reaction information 521 of the user performing the experience content 300. The user detection unit 500, which is provided with a collection means 520 and an imaging means 530 installed in a space corresponding to the experience space information 210, collects game progress information and the game player's reaction state to determine future job suitability. To increase judgment accuracy, the main server 100 searches the game experience user's game history information 220 and task performance information 230 in the database 200 and selects the job task scenario 310. , The experience game content 320 according to the job task scenario 310 is output to the game terminal 400, and the selected game terminal 400 and the experience space information 210 where the game terminal 400 is located are displayed. The space corresponding to is equipped to be changeable according to the selected job task scenario 310, so that the knowledge and tasks required for the future job can be dynamically determined, and the first space and the second space where the game terminal 400 is installed Each space from the space to the Nth space is provided with spatial connection meta information 211 so that each other's connection information is managed through the experience space information 210, and the space control module 110 is configured to provide the job task scenario ( According to 310), the experience game content 320 establishes a series of associations with each other in the game terminals 400 installed in the space to increase game immersion, and the game terminal 400 is connected to the wall constituting the space. , is attached to a space element including at least one of a window, ceiling, window, door, furniture, or picture frame, or is provided to be included and installed in the space element, and the space element receives a control signal of the space control module 110. The location can be changed, and the main server 100 is equipped to determine the role of each of the plurality of game hosts using the game progress information 410, and the role of the game participant is divided into the space element and the space element. It is determined through the game terminal 400 installed in the job task scenario 310, and the job task scenario 310 is selected according to the reaction information 521 collected by the reaction information collection means 520, and each job task scenario 310 is provided to have a series of correlations with each other, and the series of correlations measures the game player's motor ability, the game player's comprehension ability, and the game player's interest, and the job task scenario 310 has 2 One or more game players are equipped to play a game provided by the experiential game content 320 through a plurality of different game terminals 400 in a plurality of spatial elements, and the main server 100 collects each Based on the game progress information 410, the game player's motor ability, the game player's understanding ability, and the game player's level of interest are measured, and the main server 100 uses the movement detection means 510 or the imaging means ( A movement recognition module 130 is provided to measure the movement line and movement speed of the game participant through 530, and the space control module 110 and the game terminal control based on the information determined by the movement recognition module 130. Reconfiguration efficiency can be improved by using the control signal generation module 140 in the module 120, which calculates the spatial elements and control signal information to be input to the game terminal 400 based on the movement information of the game participant.

The present invention has been described above through a preferred embodiment, but the above-described embodiment is merely an illustrative explanation of the technical idea of the present invention, and various changes are possible without departing from the technical idea of the present invention. Anyone with ordinary knowledge will be able to understand. Therefore, the scope of protection of the present invention should be interpreted based on the matters stated in the patent claims, not the specific embodiments, and all technical ideas within the same or similar scope should be interpreted as being included in the scope of rights of the present invention.

100 ... main server
110 ... space control module
120 ... game terminal control module
130 ... locomotor cognitive module
140 ... control signal generation module
200 ... database
210 ... Experience space information
211 ... spatial connection meta information
220 ... Game history information
230 ... task performance information
300 ... experiential content
310 ... Career Assignment Scenario
320 ... experiential game content
400 ... gaming terminal
410 ... Game progress information
500 ... user detection unit
510 ... movement detection means
520 ... means of collecting reaction information
521 ... reaction information
530 ... imaging means

Claims (6)

A main server 100 equipped with a space control module 110 to control the space where the game host experiences the game and a game terminal control module 120 to control the terminal where the game is played;
A database 200 connected to the main server 100 through a network and configured to manage and store the physical space where the game is played as experience space information 210 having a series of connection relationships between spaces;
It is provided with a job task scenario 310 that includes at least one of the skills, aptitude, athletic ability, or knowledge required for a future job, and experience game content 320 displayed to the user according to the job task scenario 310, and the database Experience content (300) provided to be stored in (200);
The game terminal control module 120 selects whether to output and an output terminal, outputs the experience content 300 to the game experiencer, collects the user's game progress information 410, and stores it in the database 200. a gaming terminal (400); and
A movement detection means 510 provided to detect the user's movement between spaces corresponding to the experience space information 210, and a response for collecting reaction information 521 of the user performing the experience content 300. A user detection unit 500 provided with an information collection unit 520 and an imaging unit 530 installed in a space corresponding to the experience space information 210,
The main server 100,
The game experience user's game history information 220 and task performance information 230 are searched in the database 200, the job task scenario 310 is selected, and the experience game according to the job task scenario 310 is selected. The job task scenario 310 in which content 320 is output to the game terminal 400 and a space corresponding to the selected game terminal 400 and the experience space information 210 where the game terminal 400 is located is selected. It is equipped to be changed according to the
Each space from the first space, the second space, to the N space where the game terminal 400 is installed is provided with space connection meta information 211 so that connection information between them is managed through the experience space information 210. And
The space control module 110,
The experiential game content 320 is provided to be output to the game terminals 400 installed in each space according to the job task scenario 310, forming a series of relationships with each other,
The game terminal 400,
It is attached to a spatial element including at least one of a wall, window, ceiling, window, door, furniture, or picture frame constituting the space, or is provided to be installed and included in the spatial element,
The space element is provided so that its position can be changed with a control signal from the space control module 110,
The main server 100,
It is provided so that the roles of each of the plurality of game hosts can be identified using the game progress information 410,
It is equipped to determine the role of the game participant through the spatial element and the game terminal 400 installed in the spatial element,
The job task scenario 310 is,
It is selected according to the reaction information 521 collected by the reaction information collection means 520, and each job task scenario 310 is provided to have a series of relationships with each other, and the series of relationships includes the game player It is equipped to measure the motor ability of the game player, the game player's comprehension ability, and the game player's level of interest.
The job task scenario 310 is provided so that two or more game players play a game provided by the experience game content 320 through a plurality of different game terminals 400 in a plurality of spatial elements,
The main server 100,
It is equipped to measure the game player's athletic ability, the game player's understanding ability, and the game player's interest level based on the game progress information 410 collected,
The main server 100,
A movement recognition module 130 is provided to measure the movement line and movement speed of the game participant through the movement detection means 510 or the imaging means 530,
Based on the information determined by the movement recognition module 130, the space element and the game terminal 400 are input based on the movement information of the game participant to the space control module 110 and the game terminal control module 120. Characterized in that a control signal generation module 140 that calculates the control signal information to be further provided,
A reconfigurable modular future job experience system.

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