KR102612833B1 - Enterprise resource planning system based on artificial intelligence - Google Patents

Abstract

The present invention relates to an ERP system based on artificial intelligence. Augmented reality glasses are configured to transmit data that detects the user's voice, location, and gaze to an artificial intelligence chatbot module, and the artificial intelligence chatbot module is configured to transmit the ERP system to the artificial intelligence chatbot module. Accesses the database of the system to generate analysis data according to the user's intentions estimated based on the data, and transmits the generated analysis data to the augmented reality glasses, wherein the augmented reality glasses are equipped with the artificial intelligence chatbot module. Based on the analysis data transmitted from the screen, the interactive response message is output in voice form, and the screen interface is displayed through at least a portion of the lens in synchronization with the interactive response message being output, so that the user can see It can significantly improve the user experience by allowing users to interact with the system in an immersive and intuitive way.

Description

ERP system based on artificial intelligence {ENTERPRISE RESOURCE PLANNING SYSTEM BASED ON ARTIFICIAL INTELLIGENCE}

The present invention relates to an ERP system based on artificial intelligence.

The ERP (enterprise resource planning) system is a system that automates and comprehensively manages a company's overall work, and has been used in various areas such as accounting, human resources, production, and distribution.

Conventional ERP systems are rigid, inflexible, and require a lot of customization, making them costly and time-consuming. Additionally, the interface of the conventional ERP system was difficult to use without professional training, and a lot of manpower and cost were required to maintain and update the system.

Therefore, a new ERP system that is more flexible, scalable, and easier to access and use is required.

Various embodiments of the present invention are intended to solve the above problems, by providing chatbot functions based on artificial intelligence through augmented reality (AR) glasses, so that users can interact with the system in a more immersive and intuitive manner. The purpose is to provide an ERP system that can improve user experience by enabling interaction with

The ERP system according to various embodiments of the present invention includes augmented reality glasses and an artificial intelligence chatbot module configured to interoperate with the augmented reality glasses, and the augmented reality glasses provide a chatbot that is an interactive artificial intelligence service in response to user input. Activate the function, and when the chatbot function is activated, it is configured to transmit data that detects the user's voice, location, and gaze to the artificial intelligence chatbot module, and the artificial intelligence chatbot module detects the user's voice based on the data. Estimating intentions, accessing the database of the ERP system to retrieve raw data corresponding to the estimated user intentions, analyzing the retrieved raw data to create an interactive response message and a screen corresponding to the interactive response message Generate analysis data including an interface, transmit the generated analysis data to the augmented reality glasses, and the augmented reality glasses send the interactive response message based on the analysis data transmitted from the artificial intelligence chatbot module. configured to output in voice form and display the screen interface through at least a portion of the lens in synchronization with output of the interactive response message, wherein the user input for activating the chatbot function is a leg of the augmented reality glasses. an input of tapping a portion of the device in a specified pattern, an action in which the user blinks his eyes in a specified pattern, an action in which the user shakes his head in a specified pattern, and the user is included in an external device paired with the augmented reality glasses through Bluetooth communication. Includes the action of pressing a button.

ERP systems according to various embodiments of the present invention can improve user experience by providing chatbot functions based on artificial intelligence through augmented reality glasses, allowing users to interact with the system in a more immersive and intuitive manner. .

1 is a block diagram illustrating an environment including an ERP system according to an embodiment.
FIG. 2 is a block diagram of the electronic glasses shown in FIG. 1 and an external device paired therewith.
3 is a diagram illustrating an example of electronic glasses and an external device according to an embodiment.
Figure 4 is a diagram illustrating an example of a screen interface provided by electronic glasses according to an embodiment.
Figure 5 is a flowchart explaining the operation of an ERP system according to an embodiment.
Figure 6 is an example of a material warehouse to which an ERP system is applied according to an embodiment.
Figure 7 is an example of a manufacturing plant to which an ERP system is applied according to an embodiment.
Figure 8 is an example of a retail branch to which an ERP system is applied according to an embodiment.
Figure 9 is an example of a video conference environment to which an ERP system is applied according to an embodiment.

The above-mentioned objects, features, and advantages will be described in detail later with reference to the attached drawings, so that those skilled in the art will be able to easily implement the technical idea of the present invention. In describing the present invention, if it is determined that a detailed description of known technologies related to the present invention may unnecessarily obscure the gist of the present invention, the detailed description will be omitted. Hereinafter, preferred embodiments according to the present invention will be described in detail with reference to the attached drawings.

Figure 1 is a block diagram illustrating an environment including an ERP system 10 according to one embodiment.

Referring to FIG. 1, the ERP system 10 according to one embodiment includes functions such as finance and accounting, customer management, product management, human resource management, and corporate service management, as well as production and manufacturing-related tasks. It is designed to provide

According to one embodiment, the ERP system 10 includes an inventory and distribution management module 101, a production and manufacturing management module 103, a sales and sales management module 105, a purchase and order management module 107, and an accounting module. and accounting management module 109, personnel and salary management module 111, groupware module 113, web mail module 115, database 117, artificial intelligence chatbot module 119, first user interface module ( 121), and a second user interface module 123. However, the components of the ERP system 10 shown in FIG. 1 are only one example, and the present invention is not limited thereto.

The inventory and distribution management module 101 provides an inventory management function that automatically reflects data entered for sales, purchase, and production into inventory receipt and payment details. For example, the inventory and distribution management module includes inventory ledger and report creation function, warehouse inventory management, item management, unit price management, store and franchise management function, online ordering function, order management function, performance management by project, and warehouse management. Provides functionality.

The production and manufacturing management module 103 manages the types and quantities of raw/auxiliary materials and semi-finished products required for production in the form of a bill of material (BOM) and provides functions related to production management based on this. The production and manufacturing management module automatically calculates the quantity of raw and subsidiary materials required for product production through bill of materials management and provides the function to call this when entering work orders and production details. The production and manufacturing management module provides functions related to production planning, process flow management, outsourced factory management, cost management, and quality control.

Sales and sales management module (105) provides sales performance confirmation, receivables management, automatic profit calculation, unit price calculation, inventory management, and online/offline shopping mall management functions.

The purchase and order management module 107 provides a function to automatically create a purchase slip based on the information entered in the purchase order form. Additionally, the purchase and order management module provides quotation request and order plan establishment functions.

The accounting and accounting management module 109 is configured to be linked with banks, credit card companies, PG companies, and the National Tax Service. The accounting and accounting management module provides an accounting function that allows sales/purchase and expenditure/collection details to be automatically journalized and reflected in the ledger in real time just by entering them. In addition, the accounting and accounting management module provides the function of issuing electronic tax invoices based on sales details and the function of creating value-added tax reports.

The personnel and salary management module 111 automatically performs salary calculation based on pre-entered employee information. Additionally, the personnel and salary management module provides personnel-related functions such as attendance management, personnel management, year-end settlement, and retirement management.

The groupware module 113 provides a bulletin board function for sharing work between executives and employees within a company. To this end, the groupware module provides an electronic payment function, a cloud server function, a customer relationship management (CRM) function, and a schedule management function.

The web mail module 115, in conjunction with the groupware module 113, provides the function of providing and managing a mail account with a specified capacity to each employee within the company.

The database 117 stores data of each of the above-described function modules included in the ERP system 10. The database 117 may be implemented in the form of a server, and each piece of information is configured to be differentially accessible depending on the security level of the user 40 requesting access. The information stored in the database 117 is configured so that the artificial intelligence chatbot module 119 can refer to it, as will be described later.

The artificial intelligence chatbot module 119 utilizes natural language processing (NLP) and machine learning algorithms to enable the chatbot to understand the user's 40 queries and respond in a human-like manner. The artificial intelligence chatbot module 119 analyzes the vast amount of data stored in the database 117 and provides insights that can help the user 40 of the ERP system 10 make informed decisions. It can be used. The artificial intelligence chatbot module 119 is a module that integrates machine learning algorithms and interactive chatbot functions, and can provide personalized interactive response messages, predictions, and solutions to the user 40 based on queries and past data. .

Although not shown, the artificial intelligence chatbot module 119 includes an automatic speech recognition module, a natural language understanding module, a path planner module, a dialogue manager module, and a natural language generation module. It may include a (natural language generator) module, a text to speech module, or a speech to text module. Additionally, the artificial intelligence chatbot module 119 can transmit and receive data (or information) with the electronic glasses 20 through a communication circuit (not shown) of the ERP system 10.

The first user interface module 121 provides an environment in which the user 40 uses and manages the ERP system 10 in a computer, smartphone, and tablet PC environment.

The second user interface module 123 provides an environment in which the user 40 uses and manages the ERP system 10 while wearing the electronic glasses 20. To this end, the second user interface module may be operated in conjunction with the artificial intelligence chatbot module 119.

The ERP system 10 according to one embodiment provides a user interface based on augmented reality glasses 21 or a virtual reality (VR) device 22. This ERP system 10 allows the user 40 to interact with the ERP system 10 in a more immersive and intuitive manner. For example, the user 40 can visualize and view data provided by the ERP system 10 in 3D form, manipulate the visualized information, or access information stored in the ERP system 10 through gestures and voice commands. It is accessible.

The ERP system 10 according to one embodiment provides a service combining artificial intelligence and chatbot functions through a user interface. For example, the ERP system 10 tracks the gaze of the user 40 using the eye tracking function of augmented reality glasses or a VR device and estimates the user's 40 intention based on this. The ERP system 10 may provide an artificial intelligence chatbot function based on the estimated intention of the user 40. In order to estimate the intention of the user 40, the ERP system 10 can detect not only the gaze, but also the user 40's utterance, location, and gaze dwell time.

FIG. 2 is a block diagram of the electronic glasses 20 shown in FIG. 1 and the external device 30 paired therewith. FIG. 3 is a diagram illustrating an example of electronic glasses 20 and an external device 30 according to an embodiment.

Referring to FIGS. 2 and 3 , electronic glasses 20 according to one embodiment may be augmented reality glasses or a VR (Virtual Reality) device. The electronic glasses 20 include a speaker 201 that outputs a response message generated by the artificial intelligence chatbot module 119 in voice form, and a microphone 203 that receives the utterance of the user 40 or the voice of the user 40. ), a display module 205 configured to display the screen interface 410 generated by the artificial intelligence chatbot module 119 through at least a portion of the lens, an eye tracking sensor 207 that tracks the gaze of the user 40 in real time ), a location sensor 209 that includes a GPS module to identify the location where the user 40 is located, a distance sensor 211 that measures the distance between the object on which the user 40's gaze rests and the user 40, the user ( It may include a camera module 213 for photographing the front of the device 40, and a first communication module 215 for communicating with the ERP system 10 and the external device 30. The first communication module 215 may support short-distance communication, for example, Bluetooth communication, with the external device 30.

The external device 30 includes a smart watch 31 or an electronic pen 32 configured to be worn by the user 40. This external device 30 includes a display module 301 configured to display a portion of the screen interface 410 generated by the artificial intelligence chatbot module 119, and a display module 301 configured to detect user 40 input to activate the chatbot function. It may include a vibration detection sensor 303, a physical button 305, and a second communication module 307 for communicating with the electronic glasses 20. The second communication module 307 may support short-distance communication, for example, Bluetooth communication, with the electronic glasses 20.

FIG. 4 is a diagram illustrating an example of a screen interface 410 provided by electronic glasses 20 according to an embodiment.

Referring to FIG. 4, the electronic glasses 20 activate the chatbot function, which is an interactive artificial intelligence service, in response to the input of the user 40, and when the chatbot function is activated, the voice, location, and gaze of the user 40 are used. It is configured to transmit the detected data to the artificial intelligence chatbot module 119. In FIG. 4 , reference numerals 411 and 412 each represent a part of the screen interface 410 corresponding to the gaze of the user 40.

The artificial intelligence chatbot module 119 estimates the intentions of the user 40 based on data, connects to the database 117 of the ERP system 10, and collects raw data corresponding to the estimated intentions of the user 40. Search for them. The artificial intelligence chatbot module 119 analyzes the retrieved raw data to generate analysis data including an interactive response message and a screen interface 410 corresponding to the interactive response message, and transmits the generated analysis data to the electronic glasses 20. send to

The electronic glasses 20 output an interactive response message in voice form based on the analysis data transmitted from the artificial intelligence chatbot module 119, and display the screen interface 410 in synchronization with the output of the interactive response message. is configured to display through at least a portion of the lens.

Hereinafter, with reference to FIG. 5 , a method in which an interactive response message or information generated from the artificial intelligence chatbot module 119 is delivered to the user 40 through the electronic glasses 20 will be described in detail.

Figure 5 is a flowchart explaining the operation of the ERP system 10 according to one embodiment. At least some of the operations shown in FIG. 5 may be omitted, and operations for performing the functions of the ERP system 10 described in this document may be additionally inserted between the operations shown in FIG. 5.

In operation 501, the electronic glasses 20 may detect the user's 40 input. The user 40 input is a trigger input for activating the chatbot function and may be in various forms.

According to one embodiment, the user 40 input that activates the chatbot function is an input of tapping a part of the leg of the electronic glasses 20 in a specified pattern, an action in which the user 40 blinks his eyes in a specified pattern, and the user ( This may include an action in which the user 40 shakes his head in a designated pattern, and an action in which the user 40 presses a button included in the external device 30 paired with the electronic glasses 20 through Bluetooth communication.

According to one embodiment, the user's 40 input for activating the chatbot function is a physical button included in the smart watch 31 when the external device 30 is a smart watch 31 worn by the user 40. An action of pressing 305, an action of tapping the screen of the smart watch 31 (e.g., 301 in FIG. 3) in a designated pattern, and the user 40 shaking his hand in a designated pattern while wearing the smart watch 31. Can include actions.

According to one embodiment, when the user 40 input for activating the chatbot function is the electronic pen 32, the user 40 input for activating the chatbot function is a physical button included in the electronic pen 32 ( 305), tapping the body of the electronic pen 32 in a designated pattern, and shaking the electronic pen 32 in a designated pattern.

In operations 503 and 505, the electronic glasses 20 may detect the voice, location, and gaze of the user 40 in response to the user's 40 input. The electronic glasses 20 transmit data that detects the voice, location, and gaze of the user 40 to the artificial intelligence chatbot module 119.

In operation 507, the artificial intelligence chatbot module 119 estimates the intentions of the user 40 based on data transmitted from the electronic glasses 20. The intention of the user 40 may be determined based on the user's 40 voice, location, and gaze. For example, from the voice of the user 40 of the artificial intelligence chatbot module 119, whether the person is in a conversation with the other party, a simple search (e.g., data search) for data stored in the database 117 is provided to the artificial intelligence chatbot module 119. Is it a state of requesting a specific analysis opinion (e.g., prediction service) on data stored in the database 117 from the artificial intelligence chatbot module 119, or is it a state of requesting a productive result from the artificial intelligence chatbot module 119? You can determine whether you are requesting (e.g. report generation).

The artificial intelligence chatbot module 119 connects to the database 117 of the ERP system 10, searches for raw data corresponding to the estimated intentions of the user 40, and analyzes the retrieved raw data to generate analysis data. . The analysis data includes an interactive response message and a screen interface 410 corresponding to the interactive response message.

In operations 509 and 5011, the artificial intelligence chatbot module 119 transmits the generated analysis data to the electronic glasses 20, and the electronic glasses 20 outputs an interactive response message in voice form based on the analysis data. And, in synchronization with output of the interactive response message, the screen interface 410 is displayed through at least a portion of the lens. At this time, when the external device 30 is a smart watch 31, the smart watch 31 displays at least some information included in the screen interface 410 while the electronic glasses 20 display the screen interface 410. It is set to display through its own screen. Alternatively, when the external device 30 is the electronic pen 32, the electronic pen 32 displays at least some information included in the screen interface 410 while the electronic glasses 20 display the screen interface 410. It is set to display through its own screen.

Meanwhile, the artificial intelligence chatbot module 119 can collect user 40 information in advance by linking with the electronic glasses 20 before the user 40 triggers the user 40 input for activating the chatbot function. there is. To this end, the artificial intelligence chatbot module 119 may perform operations 513, 515, and 517 before operation 501.

In operations 513 and 515, before receiving input from the user 40 and activating the chatbot function, the electronic glasses 20 identify the location of the user 40 in real time and place the device at the identified location. Relevant location information is transmitted in advance to the artificial intelligence chatbot module 119. For example, the artificial intelligence chatbot module 119 determines from location information whether the user 40 is located in a conference room, the user 40 is located in a manufacturing plant, or the user 40 is located in the material warehouse 600. , or it is possible to determine in advance whether the user 40 is located at a retail branch.

In operation 515, the artificial intelligence chatbot module 119 refers to the database 117 and extracts raw data related to the location of the user 40 in advance. This artificial intelligence chatbot module 119 extracts raw data related to the location of the user 40 in advance, thereby responding to the chatbot function request of the user 40 (i.e., user 40 input) that will be generated later. Response speed can be increased.

Figure 6 is an example of a material warehouse 600 to which the ERP system 10 according to an embodiment is applied.

Referring to FIG. 6, the user 40 can access the ERP system 10 according to an embodiment of the present invention from the material warehouse 600. The user 40 can patrol the material warehouse 600 while wearing the electronic glasses 20. When the electronic glasses 20 receive an input from the user 40, the electronic glasses 20 provide location information indicating that the user 40 is located in the material warehouse 600, gaze information 601 indicating that the user 40 is staring at a specific shelf, and user ( It is possible to detect at least one piece of voice information that 40) uttered "What is that?" through a voice command, and convert it into data.

The electronic glasses 20 transmit the generated data to the artificial intelligence chatbot module 119, and the artificial intelligence chatbot module 119 provides location information that the user 40 is located in the material warehouse 600, and the user 40 Analysis data can be generated based on at least one of gaze information 601 indicating that the user is gazing at a specific shelf, and voice information indicating that the user 40 uttered “What is that?” through a voice command. The artificial intelligence chatbot module 119 can feed back segment data to the electronic glasses 20.

The electronic glasses 20 can output information about items located on a specific shelf as an interactive message in the form of augmented reality and display the screen interface 602 through at least a portion of the lens.

In this way, the user 40 can access the material warehouse 600 through an augmented reality screen interface 602 and an interactive message simply by triggering the user 40 input while gazing at a specific object in the material warehouse 600. ) You can obtain general information.

Figure 7 is an example of a manufacturing plant 700 to which the ERP system 10 according to an embodiment is applied.

Referring to FIG. 7, the user 40 can access the ERP system 10 according to an embodiment of the present invention at the manufacturing plant 700. The user 40 can patrol the manufacturing plant 700 while wearing the electronic glasses 20. When the electronic glasses 20 receive an input from the user 40, the electronic glasses 20 generate location information indicating that the user 40 is located in the manufacturing plant 700, gaze information 701 indicating that the user 40 is looking at specific manufacturing equipment, and the user. At least one piece of voice information indicating that (40) uttered "What is that?" through a voice command can be detected, and this can be converted into data.

The electronic glasses 20 transmit the generated data to the artificial intelligence chatbot module 119, and the artificial intelligence chatbot module 119 provides location information that the user 40 is located in the manufacturing plant 700, and the user 40 Analysis data can be generated based on at least one of gaze information 701 indicating that the user is gazing at a specific manufacturing equipment, and voice information indicating that the user 40 uttered “What is that?” through a voice command. The artificial intelligence chatbot module 119 can feed back segment data to the electronic glasses 20.

The electronic glasses 20 can output information about specific manufacturing equipment as an interactive message in the form of audio in the form of augmented reality and display the screen interface 702 through at least a portion of the lens.

In this way, the user 40 can enter the manufacturing plant 700 through an augmented reality screen interface 702 and an interactive message simply by triggering the user 40 input while gazing at a specific object in the manufacturing plant 700. ) You can obtain general information.

Figure 8 is an example of a retail branch 800 to which the ERP system 10 according to an embodiment is applied.

Referring to FIG. 8, a user 40 may access the ERP system 10 according to an embodiment of the present invention at a retail store 800. The user 40 can patrol the retail store 800 while wearing the electronic glasses 20 . When the electronic glasses 20 receive an input from the user 40, the electronic glasses 20 receive location information indicating that the user 40 is located at the retail store 800, gaze information 801 indicating that the user 40 is looking at the item for sale, and user ( It is possible to detect at least one piece of voice information that 40) uttered "What is that?" through a voice command, and convert it into data.

The electronic glasses 20 transmit the generated data to the artificial intelligence chatbot module 119, and the artificial intelligence chatbot module 119 provides location information that the user 40 is located at the retail store 800, and the user 40 Analysis data can be generated based on at least one of gaze information 801 indicating that the user is gazing at a specific product for sale, and voice information indicating that the user 40 uttered “What is that?” through a voice command. The artificial intelligence chatbot module 119 can feed back segment data to the electronic glasses 20.

The electronic glasses 20 can output information about products for sale as an interactive message in the form of audio in the form of augmented reality and display the screen interface 802 through at least a portion of the lens.

In this way, the user 40 can access the retail store 800 through an augmented reality screen interface 802 and an interactive message just by triggering the user 40 input while gazing at a specific object at the retail store 800. ) You can obtain general information.

In particular, when the retail branch 800 uses the ERP system 10 according to an embodiment of the present invention, the customer may be located in the same space as the user 40, so when considering customer response, the chatbot function in voice form It may not be easy to activate. In addition to the voice form, the present invention enables activation of the chatbot function using the smart watch 31 and/or the electronic pen 32, so that information about items for sale can be requested from the artificial intelligence chatbot module 119 in real time during customer service. You can.

Figure 9 is an example of a video conference environment to which the ERP system 10 according to an embodiment is applied.

Referring to FIG. 9, a user 40 can access the ERP system 10 according to an embodiment of the present invention in the conference room 900. The user 40 may be attending a presentation meeting (or video conference) in the conference room 900 while wearing the electronic glasses 20 . When the electronic glasses 20 receive an input from the user 40, the electronic glasses 20 generate location information indicating that the user 40 is located in the conference room 900, gaze information 901 indicating that the user 40 is looking at specific information in the presentation, and At least one piece of voice information indicating that the user 40 uttered “What is that?” through a voice command can be detected, and this can be converted into data.

The electronic glasses 20 transmit the generated data to the artificial intelligence chatbot module 119, and the artificial intelligence chatbot module 119 provides location information that the user 40 is located in the conference room 900 and the user 40's presentation. Analysis data may be generated based on at least one of gaze information 901 indicating that the user 40 is gazing at specific information in the station, and voice information indicating that the user 40 uttered “What is that?” through a voice command. The artificial intelligence chatbot module 119 can feed back segment data to the electronic glasses 20.

The electronic glasses 20 can output specific information (eg, a report) as an interactive message in the form of voice in the form of augmented reality and display the screen interface 902 through at least a portion of the lens.

In this way, the user 40 can use the screen interface 902 in the form of augmented reality and an interactive message to view the company discussed in the meeting by simply triggering the user 40 input while gazing at a specific object in the conference room 900. You can obtain overall information.

In particular, when using the ERP system 10 according to an embodiment of the present invention during a meeting in the conference room 900, several executives and employees of the company are located in the same space as the user 40 and are talking, so other executives and employees who are speaking Considering the situation, it may not be easy to activate the chatbot function in voice form. In addition to the voice form, the present invention enables activation of the chatbot function using the smart watch 31 and/or the electronic pen 32, so that information about the overall company discussed in the meeting can be requested from the artificial intelligence chatbot module 119 in real time. You can.

Although the present invention has been shown and described in relation to a specific preferred embodiment in the above, the present invention can be modified and changed in various ways without departing from the technical features or field of the present invention defined by the following claims. It is obvious to those skilled in the art that this can be done.

10: ERP system
20: electronic glasses
30: external device
40: user

Claims (6)

In the ERP system including augmented reality glasses and an artificial intelligence chatbot module configured to interoperate with the augmented reality glasses,
Augmented reality glasses include a speaker that outputs a response message generated by an artificial intelligence chatbot module in voice form, a microphone that receives the user's utterance or the user's voice, and a screen interface generated by the artificial intelligence chatbot module as at least a portion of the lens. A display module configured to display through a display module, an eye-tracking sensor that tracks the user's gaze in real time, a location sensor that includes a GPS module to identify where the user is located, and a distance sensor that measures the distance between the user and the object on which the user's gaze rests. , It includes at least one of a camera module for photographing the front of the user, an ERP system, and a first communication module for communicating with an external device,
It is configured to activate the chatbot function, which is an interactive artificial intelligence service, in response to user input, and when the chatbot function is activated, transmit data that detects the user's voice, location, and gaze to the artificial intelligence chatbot module,
The artificial intelligence chatbot module estimates the user's intentions based on data, connects to the database of the ERP system, searches raw data corresponding to the estimated user's intentions, and analyzes the retrieved raw data to create an interactive response message and Generating analysis data including a screen interface corresponding to the interactive response message, transmitting the generated analysis data to augmented reality glasses,
Augmented reality glasses output an interactive response message in voice form based on analysis data transmitted from an artificial intelligence chatbot module, and display a screen interface through at least a portion of the lens in synchronization with the output of the interactive response message. It is configured to
User input that activates the chatbot function includes tapping a portion of the leg of the augmented reality glasses in a specified pattern, the user blinking the eyes in a specified pattern, the user shaking the head in a specified pattern, and the user using the augmented reality glasses. and an action of pressing a button included in an external device paired through Bluetooth communication,
External devices include smart watches and electronic pens worn by the user,
The user input that activates the chatbot function is the user input detected while the user is in a meeting in a conference room, such as pressing the physical button included in the smart watch, tapping the screen of the smart watch in a designated pattern, or the user wearing the smart watch. The motion further includes shaking the hand in a designated pattern, pressing a physical button included in the electronic pen, tapping the body of the electronic pen in a designated pattern, and shaking the electronic pen in a designated pattern,
The electronic pen is set to display at least some information included in the screen interface through its screen while the augmented reality glasses display the screen interface;
Smart watch,
While the augmented reality glasses display the screen interface, they are set to display at least some information included in the screen interface through their screen,
Before receiving user input and activating the chatbot function, the augmented reality glasses identify the user's location in real time and transmit location information related to the identified location to the artificial intelligence chatbot module in advance.
The artificial intelligence chatbot module extracts raw data related to location information from the database in advance based on location information transmitted in real time from the augmented reality glasses, and extracts raw data related to location information in advance when the chatbot function is activated. Set to generate analysis data using raw data,
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