KR102370821B1 - People counting monitoring system, server and method based on chatbot - Google Patents

Abstract

The present invention utilizes a chatbot, social network services/sites (SNS) platform (eg, KakaoTalk, Facebook, Twitter, etc.) based on each device installation point based on people counting (people counting) ) and integrated monitoring (monitoring), it relates to a chatbot-based people counting monitoring system, server and method, where a people counter counts people entering or exiting a people counting point and identifies people counting information as a branch transmit with information; the people counting monitoring server receives the people counting information and the branch identification information transmitted from the people counter, converts the people counting information into a database for each branch identification information, and registers it, statisticizes the registered people counting information and transmits the statistical information; the database receives the people counting information from the people counting monitoring server and stores it as a database for each branch identification information or person in charge identification information; The terminal in charge receives statistical information transmitted from the people counting monitoring server and notifies the person in charge.

Description

Chatbot-based people counting monitoring system, server and method {People counting monitoring system, server and method based on chatbot}

The technical field of the present invention relates to a chatbot-based people counting monitoring system, server and method, and in particular, social network services/sites (SNS) platform (eg, KakaoTalk, Face It relates to a chatbot-based people counting monitoring system, server and method implemented to collect and monitor people counting for each device installation point based on book, Twitter, etc.).

BACKGROUND ART People counting (people counter) is used for the purpose of controlling the number of people entering or passing through, such as an entrance or passage of a building, a pass-gate, or the like. As such a people counter, there is a mechanical people counting device, and since it is often installed at the entrance, it gives inconvenience to the person entering and leaving the passage, and the design of the entrance has to be changed for the installation of the device.

As another type of person counter, a magnetic method is used. In the case of the magnetic method, a ticket or ID card is used, so it is efficient in the inconvenience of additional management and the burden of economic costs. can't

Korean Patent Laid-Open No. 10-2003-0018487 (published on March 6, 2003) is an image that recognizes the number of people passing through an entrance gate using image processing technology to monitor and analyze the number of people in real time Disclosed is a method and apparatus for counting in and out moving objects using According to the disclosed technology, there is provided an apparatus for counting the number of people entering and exiting through an entrance, comprising: a camera that acquires an image of the entrance by photographing the entrance from top to bottom and transmits the image data as image data; and a computer installed with an access person counting application that receives the image data transmitted by the camera and compares it with the reference image stored in the memory to detect the appearance of the entry and exit objects, and to count the entry and exit people by tracking the movement of the entry and exit objects. By comprising a feature, it is possible to count the number of people in a convenient and accurate manner without causing inconvenience to the access passage in a general access environment, supplementing environmental restrictions in a general access environment, and linking multiple entrance and exit counters You can control the entire entry and exit of the dog's entrance.

Korean Patent Application Laid-Open No. 10-2010-0045807 (published on May 4, 2010) discloses a system for providing personnel information and a method for providing personnel information. one or more infrared sensors that generate a first signal when a person passes through the exit; a counter for performing positive counting when receiving a first signal from an inlet infrared sensor installed at each of one or more inlets, and performing negative counting when receiving a first signal from an outlet infrared sensor installed at each of one or more outlets; and a people information server that generates the people information of the first area through a positive counting value and a negative counting value. According to the disclosed technology, when the infrared sensor installed in each entrance of the first zone detects the number of people passing through each entrance, the counter counts the increase or decrease in the number of people, and the people information server counts the increase or decrease in the number of people counted through the increase or decrease of the number of people counted in the first zone. Personnel information including the current number of people can be generated and provided to the user in real time. Therefore, for places where information on the current number of people is important, such as an amusement park or a ski resort, the user can provide real-time information on the current number of people or increase/decrease in the number of people anytime, anywhere can figure out

In the prior art as described above, it is not possible to accurately survey the number of visitors, the accuracy of the counting is low, and there are difficulties such as the staff in charge performing the counting directly. It still has disadvantages such as limitations in establishing resource and facility management plans due to lack of collection, establishment of a systematic tourism resource management system, and establishment and activation of customized tourism policies. Due to poor monitoring accessibility, it was impossible for the person in charge to always check on-site and during work, it was not possible to check the data for each device installation point at once, and since the person in charge had to be authenticated every time by the authorization method, there were inconveniences when changing the person in charge frequently. .

Korean Patent Publication No. 10-2003-0018487 Korean Patent Publication No. 10-2010-0045807

The problem to be solved by the present invention is to solve the shortcomings as described above, using a chatbot (social network services/sites) platform (eg, KakaoTalk, Facebook, To provide a chatbot-based people counting monitoring system, server, and method implemented so that people counting for each device installation point can be collected and integrated monitoring based on Twitter, etc.).

As a means for solving the above problem, according to one aspect of the present invention, a people counter for counting people entering or passing a people counting point and transmitting the people counting information together with the point identification information; a people counting monitoring server for receiving the people counting information and the branch identification information transmitted from the people counter, converting the people counting information into a database for each branch identification information, and registering the registered people counting information as a statistic to transmit statistical information; a database for receiving the people counting information from the people counting monitoring server and storing it as a database for each branch identification information or person in charge identification information; and a person in charge terminal for receiving statistical information transmitted from the people counting monitoring server and notifying the person in charge.

In an embodiment, the people counter is characterized in that the gate-type coefficient and the analysis-type coefficient are simultaneously acquired by counting the people who enter or pass the people counting point in two ways, a gate method and an image analysis method.

In an embodiment, the people counter transmits the gated coefficients in the M2M method in the case of the gated method, and transmits the analysis coefficients in the TCP/IP method in the case of the image analysis method.

In an embodiment, the people counter uses an approach detection sensor in the case of a gate method, and uses an intelligent CCTV or IP camera in the case of an image analysis method.

In an embodiment, the people counting monitoring server is characterized in that it receives the gated coefficient from the people counter in the M2M method and receives the analysis coefficient from the people counter in the TCP/IP method.

In an embodiment, the people counting monitoring server is characterized in that it obtains people counting information through a combination of a gate type coefficient and an analysis type coefficient.

In one embodiment, the people counting monitoring server, when combining the gate type coefficient and the analysis type coefficient, it is characterized in that the larger value of the gate type coefficient and the analysis type coefficient is used as people counting information.

In an embodiment, the people counting monitoring server is characterized in that it obtains the people counting information through mutual correction of the gate type coefficient and the analysis type coefficient.

In an embodiment, the people counting monitoring server reads an error rate corresponding to the difference value when the values are different when mutually correcting the gate type coefficient and the analysis type coefficient, and sets the correction rate to 100-error rate (%) ), and after obtaining the correction value obtained by multiplying the difference value by the correction rate, the correction value is added to the smaller of the gate-type coefficient and the analysis-type coefficient as people counting information.

In one embodiment, the people counting monitoring server is characterized in that the error rate is preset and stored, and the error rate corresponding to the difference value is corrected and upgraded by continuous learning.

In one embodiment, the people counting monitoring server receives the authentication code and the person in charge identification information from the terminal in charge, reads the authentication code corresponding to the person in charge identification information, and confirms whether the received authentication code and the read authentication code match to perform automatic login of the terminal in charge.

In one embodiment, the people counting monitoring server is characterized in that after the automatic login of the terminal in charge is performed, the main screen information is read and transmitted to the terminal in charge.

In an embodiment, the people counting monitoring server receives a request for a real-time counting from the terminal in charge, reads the real-time counting screen information, and transmits it to the terminal in charge.

In an embodiment, the people counting monitoring server receives a map confirmation request from the terminal in charge, reads the map screen information, and transmits the information to the terminal in charge.

In an embodiment, the people counting monitoring server receives a statistical confirmation request from the person in charge terminal, reads the statistics screen information, and transmits it to the terminal in charge.

In an embodiment, the people counting monitoring server is characterized in that the statistical information is schematically, charted, or graphed so that the person in charge can intuitively know, and then transmitted to the terminal in charge of the person in charge.

In an embodiment, the database is characterized in that the authentication code given to each construction site is preset and stored for each person in charge identification information.

In one embodiment, the database is a real-time coefficient to provide the real-time status of entering/exiting guests, map checking to check the device installation location, daily/weekly/monthly/day/time zone statistics check for checking statistics, It is characterized in that the main screen information including the icon information of the failure reception for receiving the failure in real time is preset and stored.

In an embodiment, the database is characterized in that it stores real-time counting screen information including the number of visitors per device installation point, the number of exiting visitors, and error information, and icon information of the detailed view.

In an embodiment, the database is characterized in that it stores map information for each device installation point and map screen information including icon information for back.

In one embodiment, the database includes statistical screen information including daily, weekly, day-by-day, monthly, time-based, back icon information, and daily, weekly, daily, monthly, and time-based statistical information for each device installation point. It is characterized in that it is stored.

In one embodiment, the person in charge terminal automatically transmits the authentication code given to each construction site together with the person in charge identification information to the people counting monitoring server when connecting to the chatbot, and performs automatic login.

In an embodiment, the person in charge terminal receives main screen information from the people counting monitoring server and outputs the main screen.

In one embodiment, the person in charge terminal receives the real-time counting screen information from the people counting monitoring server after requesting the real-time counting from the people counting monitoring server when clicking the real-time counting icon through the input means and receiving the real-time counting It is characterized in that the screen is output.

In one embodiment, the person in charge terminal, when confirming the click of the map confirmation icon through the input means, after requesting the map confirmation to the people counting monitoring server, receives the map screen information from the people counting monitoring server to display the map screen It is characterized by outputting.

In one embodiment, the person in charge terminal, when confirming the click of the statistics confirmation icon through the input means, after requesting the statistics confirmation to the people counting monitoring server, receives the statistics screen information from the people counting monitoring server to display the statistics screen It is characterized by outputting.

As a means for solving the above-mentioned problem, according to another aspect of the present invention, a people counter and a terminal in charge communication connected through a network are respectively identified, and the people counting information and the branch identification information transmitted from the people counter are received. an interface unit for receiving and transmitting, receiving and transmitting statistical information to the terminal in charge; an information management unit for receiving people counting information and branch identification information from the interface unit, converting the people counting information into a database for each branch identification information, and registering it in the database; And it provides a chatbot-based people counting monitoring server including an information providing unit for statisticizing the people counting information registered in the database and transmitting the statistical information to the interface unit.

As a means for solving the above problem, according to another aspect of the present invention, the people counter counting the people entering or leaving the people counting point or passing through the steps of transmitting the people counting information together with the branch identification information; receiving, by the people counting monitoring server, the people counting information and the branch identification information transmitted from the people counter, and registering the people counting information into a database for each branch identification information; receiving, by a database, the people counting information from the people counting monitoring server, converting it into a database for each branch identification information or person in charge identification information, and storing it; transmitting, by the people counting monitoring server, statistical information of people counting information registered in the database; and receiving, by the person in charge terminal, the statistical information transmitted from the people counting monitoring server, and notifying the person in charge.

As an effect of the present invention, each device installation point (i.e., based on social network services/sites) platform (eg, KakaoTalk, Facebook, Twitter, etc.) using a chatbot , by providing a chatbot-based people counting monitoring system, server, and method implemented to collect and monitor people counting by point), secure objective and scientific visitor statistics big data to establish a resource and facility management plan, and obtain practical visitor statistics through objective and scientific aggregation to establish a systematic tourism resource management system and to establish and activate customized tourism policies. Monitoring access to statistical data is very good using It can be convenient with simple authentication through the chatbot of the mobile device.

1 is a diagram for explaining a chatbot-based people counting monitoring system according to an embodiment of the present invention.
FIG. 2 is a diagram for explaining the people counter of FIG. 1 .
FIG. 3 is a view for explaining a main screen output from the terminal in charge of FIG. 1 .
FIG. 4 is a view for explaining a real-time counting screen output from the terminal in charge of FIG. 1 .
FIG. 5 is a view for explaining a map screen output from the terminal in charge of FIG. 1 .
FIG. 6 is a view for explaining a statistical screen output from the terminal in charge of FIG. 1 .
FIG. 7 is a view for explaining the people counting monitoring server of FIG. 1 .
8 is a view for explaining a chatbot-based people counting monitoring method according to an embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings, embodiments of the present invention will be described in detail so that those of ordinary skill in the art to which the present invention pertains can easily implement them. However, since the description of the present invention is merely an embodiment for structural or functional description, the scope of the present invention should not be construed as being limited by the embodiment described in the text. That is, since the embodiment is capable of various changes and may have various forms, it should be understood that the scope of the present invention includes equivalents capable of realizing the technical idea. In addition, since the object or effect presented in the present invention does not mean that a specific embodiment should include all of them or only such effects, it should not be understood that the scope of the present invention is limited thereby.

The meaning of the terms described in the present invention should be understood as follows.

Terms such as “first” and “second” are for distinguishing one component from another, and the scope of rights should not be limited by these terms. For example, a first component may be termed a second component, and similarly, a second component may also be termed a first component. When a component is referred to as being “connected to” another component, it may be directly connected to the other component, but it should be understood that other components may exist in between. On the other hand, when it is mentioned that a certain element is "directly connected" to another element, it should be understood that the other element does not exist in the middle. Meanwhile, other expressions describing the relationship between elements, that is, "between" and "between" or "neighboring to" and "directly adjacent to", etc., should be interpreted similarly.

The singular expression is to be understood to include the plural expression unless the context clearly dictates otherwise, and terms such as "comprise" or "have" are not intended to refer to the specified feature, number, step, action, component, part or any of them. It is intended to indicate that a combination exists, and it should be understood that it does not preclude the possibility of the existence or addition of one or more other features or numbers, steps, operations, components, parts, or combinations thereof.

All terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which the present invention belongs, unless otherwise defined. Terms defined in general used in the dictionary should be interpreted as having the same meaning in the context of the related art, and cannot be interpreted as having an ideal or excessively formal meaning unless explicitly defined in the present invention.

Now, a chatbot-based people counting monitoring system, server and method according to an embodiment of the present invention will be described in detail with reference to the drawings.

1 is a diagram for explaining a chatbot-based people counting monitoring system according to an embodiment of the present invention, FIG. 2 is a diagram for explaining the people counter in FIG. 1, and FIG. 3 is an output from the terminal in charge of FIG. It is a view for explaining the main screen, FIG. 4 is a view for explaining the real-time counting screen output from the terminal in charge in FIG. 1, FIG. 5 is a view for explaining the map screen output from the terminal in charge in FIG. 6 is a view for explaining a statistical screen output from the terminal in charge of FIG. 1 .

1 to 6 , the chatbot-based people counting monitoring system 100 includes a plurality of people counters 110 , a people counting monitoring server 120 , a database 130 , a plurality of person in charge terminals 140 , and a network. (150).

The people counter 110 is installed at a place (for example, an entrance or a passageway) where people counting is to be performed (hereinafter, referred to as a 'device installation point' or a 'people counting point'), each people counting point (or, the device installation point) by counting the number of people entering or passing through, and transmits the counted people counting information together with the branch identification information to the people counting monitoring server (120).

In an embodiment, the people counter 110 counts people who enter or pass the device installation point in two ways, a gate method and an image analysis method, as shown in FIG. In the case of the gated method, the obtained gated coefficient can be transmitted to the people counting monitoring server 120 in the M2M method, and in the case of the image analysis method, the obtained analysis type coefficient is transferred to the TCP/IP method to the people counting monitoring server 120 .

In one embodiment, the people counter 110, in the case of the gate method, is equipped with an approach detection sensor such as an infrared sensor, to induce a visitor's visit when installing an entrance or passageway, and at the same time to more accurately count the number of people passing through 24 hours. It can measure automatically, and in the case of image analysis method, it can be installed both indoors and outdoors. Time passing can be measured more accurately and automatically.

The people counting monitoring server 120 receives the people counting information and the branch identification information transmitted from the people counter 110, and converts the received people counting information into a database for each received branch identification information into a database 130. It registers, statisticizes the people counting information registered in the database 130 , and transmits the statisticized statistical information to the terminal 140 in charge.

In one embodiment, the people counting monitoring server 120 receives the gated coefficient transmitted from the people counter 110 in the M2M method, and also receives the analysis coefficient transmitted from the people counter 110 in the TCP/IP method. By obtaining people counting information through the combination of the received gate-type coefficients and analysis-type coefficients, it is possible to secure objective and scientific visitor statistics big data through more accurate visitor counts. Here, the combination of gate-type coefficients and analysis-type coefficients because either method may perform erroneous counting due to overlapping passers-by during the gate method or overlapping images of passers-by during the image analysis method In this case, when the values are different, a larger value may be used as the people counting information.

In an embodiment, the people counting monitoring server 120 may obtain people counting information through mutual correction for the gated coefficient and the analysis coefficient obtained by the gate method and the image analysis method of the people counter 110 . . Here, in the mutual correction of the gate-type coefficient and the analysis-type coefficient, when the values are the same, the corresponding value can be used as people counting information, whereas when the values are different, the The error rate is read from the database 130, the correction rate is calculated as 100-error rate (%), and a correction value obtained by multiplying the difference value by the correction rate is obtained. The value added to the value can be used as people counting information. For example, if the gated coefficient is 500, the analytical coefficient is 510, and the error rate corresponding to the difference value of 10 is 10 (%) (or 50 (%)), the correction rate is 100-10 (or , 50) = 90(%) (or 50(%)), the correction value is 10*90(or, 50)(%) = 9(or, 5), and the people counting information is 500+9( or 5) = 509 (or 505) persons. In addition, in the case of an error rate, it is preset and stored in the database 130, and the error rate corresponding to the difference value may be corrected and upgraded through continuous learning.

In one embodiment, the people counting monitoring server 120 receives the authentication code and the person in charge identification information transmitted from the person in charge terminal 140 , and reads the authentication code corresponding to the received person in charge identification information from the database 130 . After checking whether the received authentication code and the read authentication code match and performing automatic login of the terminal 140 in charge, the main screen information is read from the database 130 to the terminal 140 in charge. can send

In one embodiment, the people counting monitoring server 120 receives the real-time counting request (including the person in charge identification information) transmitted from the person in charge terminal 140, and according to the received real-time counting request, real-time counting screen information It can be read from the database 130 and transmitted to the person in charge terminal 140 .

In one embodiment, the people counting monitoring server 120 receives the map confirmation request (including the person in charge identification information) transmitted from the person in charge terminal 140, and stores the map screen information in the database according to the received map confirmation request. It can be read from 130 and transmitted to the person in charge terminal 140 .

In one embodiment, the people counting monitoring server 120 receives the statistical confirmation request (including the person in charge identification information) transmitted from the person in charge terminal 140, and stores the statistics screen information according to the received statistics confirmation request to the database. It can be read from 130 and transmitted to the person in charge terminal 140 . At this time, the people counting monitoring server 120 may schematically (or chart) or graph the statistical information so that the person in charge can intuitively know the statistical information through various UIs and transmit it to the terminal 140 in charge.

The database 130 stores the people counting information transmitted from the people counting monitoring server 120 into a database for each branch identification information (or person in charge identification information).

In an embodiment, the database 130 may store the authentication code given to each construction site in advance for each person in charge identification information.

In one embodiment, the database 130 is the main screen information (real-time coefficient to provide the real-time status of entering/exiting guests, map check to confirm the device installation location, daily/weekly/monthly/day/day/time zone statistics (including icon information such as statistical confirmation for confirmation and failure reception to receive failures in real time) can be preset and stored.

In an embodiment, the database 130 may store real-time counting screen information (including information such as the number of visitors per device installation point, the number of exiting visitors, and error, and icon information such as a detailed view).

In an embodiment, the database 130 may store map screen information (including map information for each device installation point and icon information such as back).

In one embodiment, the database 130 includes statistical screen information (daily, weekly, daily, monthly, time zone, back icon information, etc., and device installation point by day, week, day of week, month, time of day, etc. including statistical information) can be stored.

The person in charge terminal 140 receives statistical information transmitted from the people counting monitoring server 120 and notifies the person in charge of the received statistical information.

In one embodiment, the person in charge terminal 140 utilizes a chatbot without installing a separate app to use a social network services/sites (SNS) platform (eg, KakaoTalk, Facebook, Twitter, etc.) When accessing to , after performing automatic login by automatically transmitting the authentication code given to each construction site together with the person in charge identification information to the people counting monitoring server 120 without a subscription procedure, it is transmitted from the people counting monitoring server 120 It is possible to receive the main screen information and output the main screen as shown in FIG. 3 through an output means such as an LCD, a touch screen, a speaker, or the like.

In one embodiment, the person in charge terminal 140, when clicking the real-time counting icon on the main screen through an input means such as a keyboard, keypad, touch screen, etc., by confirming the click of the real-time counting icon through the corresponding input means After requesting the count to the people counting monitoring server 120 (including the person in charge identification information), receiving the real-time counting screen information transmitted from the people counting monitoring server 120 and displaying the real-time counting screen as shown in FIG. It can be output through the output means.

In one embodiment, when the person in charge terminal 140 clicks the map check icon through the input means on the main screen, the people counting monitoring server 120 confirms the click of the map check icon through the corresponding input means. ) after making a request (including the person in charge identification information), receiving the map screen information transmitted from the people counting monitoring server 120 and outputting the map screen as shown in FIG. 5 through the output means.

In one embodiment, when the person in charge terminal 140 clicks the statistics confirmation icon through the input means on the main screen, the people counting monitoring server 120 confirms the click of the statistics confirmation icon through the corresponding input means. ), after receiving the statistical screen information transmitted from the people counting monitoring server 120, it is possible to output the statistical screen as shown in FIG. 6 through the output means.

The network 150 includes wired or wireless communication between the plurality of people counter 110 and the people counting monitoring server 120, including a wired or wireless communication network, the people counting monitoring server 120 and the plurality of staff terminals 140 Wired or wireless communication is performed between each other to transmit and receive data between the plurality of people counters 110 and the people counting monitoring server 120 and data between the people counting monitoring server 120 and the plurality of person in charge terminals 140 . .

The chatbot-based people counting monitoring system 100 having the configuration as described above collects people counting for each device installation point (ie, people counting point) based on the SNS platform by using the chatbot. By implementing integrated monitoring, it is possible to establish resource and facility management plans by securing objective and scientific visitor statistics big data, and systematic tourism resource management by obtaining practical visitor statistics through objective and scientific aggregation System building and customized tourism policy establishment and activation are possible, and monitoring access to statistical data using a chatbot of a smart mobile device is very good, so that the person in charge can check it at all times on site and during work, and the device installation point (i.e., , people counting point) can be checked at once, and it can be convenient with simple authentication through the chatbot of a smart mobile device even when changing the person in charge frequently.

The chatbot-based people counting monitoring system 100 having the configuration as described above can display current objective statistical data in real time not only through the chatbot but also through the web page, and also collect and statisticalize basic visitor data at the same time By using this as big data for facility management and customer visits by brand, it can be linked with store (eg, shopping mall, franchise, etc.) management business in addition to outdoor facility management.

The chatbot-based people counting monitoring system 100 having the configuration as described above improves the convenience of the failure and maintenance reception method through efficient system management, and enables real-time failure handling, and is not a physical method. As a solution (based on chatbot of SNS platform), system scalability is free and information collection and monitoring for each region is possible. It can also provide a web/mobile web package service for users who are not familiar with chatbots due to its extensibility.

FIG. 7 is a view for explaining the people counting monitoring server of FIG. 1 .

Referring to FIG. 7 , the people counting monitoring server 120 includes an interface unit 121 , an information management unit 122 , and an information providing unit 123 .

The interface unit 121 communicates with the plurality of people counters 110 and the plurality of person in charge terminals 140 through the network 150, and each has its own unique identification information (eg, branch identification information). and the person in charge identification information) to identify each of the communication-connected people counter 110 and the person in charge terminal 140, and then receive the people counting information and the branch identification information transmitted from the people counter 110, and receive the corresponding reception It transmits the received people counting information to the information management unit 122 , and also transmits statistical information transmitted from the information providing unit 123 to the terminal 140 in charge.

In an embodiment, the interface unit 121 receives the gate-type coefficient transmitted from the people counter 110 in the M2M method, and also receives the analysis-type coefficient transmitted from the people counter 110 in the TCP/IP method. , the received gate-type coefficient and analysis-type coefficient may be transmitted to the information management unit 122 .

The information management unit 122 receives the people counting information and the branch identification information from the interface unit 121 , converts the received people counting information into a database for each of the received branch identification information, and registers it in the database 130 .

In one embodiment, the information management unit 122 obtains people counting information through a combination of the gate-type coefficient and the analysis-type coefficient received from the interface unit 121, so that the objective and scientific visitor count is obtained through more accurate visitor count. Statistical big data can be secured.

In one embodiment, the information management unit 122 may perform incorrect counting in any one method, such as overlapping passers-by in the gate method, or overlapping images of pass-through persons in the image analysis method. Therefore, in order to compensate for this, when combining the gate type coefficient and the analysis type coefficient, when the values are different, a larger value can be used as the people counting information.

In an embodiment, the information management unit 122 may obtain people counting information through mutual correction of the gate-type coefficients and the analysis-type coefficients received from the interface unit 121 .

In an embodiment, the information management unit 122 may allow a corresponding value to be used as people counting information when the value is the same when mutually correcting the gate type coefficient and the analysis type coefficient, whereas the value is In different cases, the error rate corresponding to the difference value is read from the database 130, the correction rate is calculated as 100-error rate (%), the correction value is obtained by multiplying the difference value by the correction rate, and then the obtained correction value The value added to the smaller of the gate-type coefficient and the analysis-type coefficient can be used as people counting information. For example, if the gated coefficient is 500, the analytical coefficient is 510, and the error rate corresponding to the difference value of 10 is 10 (%) (or 50 (%)), the correction rate is 100-10 (or , 50) = 90(%) (or 50(%)), the correction value is 10*90(or, 50)(%) = 9(or, 5), and the people counting information is 500+9( or 5) = 509 (or 505) persons. In addition, in the case of an error rate, it is preset and stored in the database 130, and the error rate corresponding to the difference value may be corrected and upgraded through continuous learning.

The information providing unit 123 statisticizes the people counting information registered in the database 130 , and transmits the statistical information to the interface unit 121 .

In one embodiment, the information providing unit 123 receives the authentication code and the person in charge identification information transmitted from the person in charge terminal 140 through the interface unit 121, and receives an authentication code corresponding to the received person in charge identification information. It can be read from the database 130, and after checking whether the received authentication code and the read authentication code match, automatic login of the person in charge terminal 140 is performed, and then the main screen information is read from the database 130 It can be transmitted to the person in charge terminal 140 through the interface unit 121 .

In an embodiment, the information providing unit 123 receives the real-time counting request (including the person in charge identification information) transmitted from the person in charge terminal 140 through the interface unit 121, and responds to the received real-time counting request. Accordingly, the real-time counting screen information may be read from the database 130 and transmitted to the person in charge terminal 140 through the interface unit 121 .

In one embodiment, the information providing unit 123 receives the map confirmation request (including the person in charge identification information) transmitted from the person in charge terminal 140 through the interface unit 121, and responds to the received map confirmation request. Accordingly, the map screen information may be read from the database 130 and transmitted to the terminal 140 in charge through the interface unit 121 .

In one embodiment, the information providing unit 123 receives the request for statistical confirmation (including the person in charge identification information) transmitted from the terminal 140 in charge through the interface unit 121, and responds to the received statistics confirmation request. Accordingly, the statistical screen information can be read from the database 130 and transmitted to the person in charge terminal 140 through the interface unit 121 .

In an embodiment, the information providing unit 123 schematically (or charts) or graphs the statistical information so that the person in charge can intuitively know the statistical information through various UIs, and sends it to the person in charge terminal 140 through the interface unit 121 can send

8 is a view for explaining a chatbot-based people counting monitoring method according to an embodiment of the present invention.

Referring to FIG. 8, a people counter 110 installed at a place (for example, an entrance or a passageway, etc.) where people counting is to be performed (hereinafter referred to as a 'device installation point' or a 'people counting point'). , counts the people who enter or pass each people counting point (or device installation point), and transmits the counted people counting information together with the point identification information to the people counting monitoring server 120 (S801).

In transmitting the people counting information and the point identification information in the above-described step S801, in the people counter 110, the people who enter or pass the device installation point are divided into two types: a gate method and an image analysis method as shown in FIG. 2 . The gate-type coefficient and the analysis-type coefficient are simultaneously obtained by counting with It is possible to transmit the obtained analysis-type coefficient corresponding to the TCP/IP method to the people counting monitoring server 120 .

In transmitting the people counting information and the point identification information in the above-described step S801, the people counter 110 is equipped with an approach detection sensor such as an infrared sensor in the case of a gate method, so that a visitor visits when an entrance or passage is installed. At the same time, it is possible to more accurately and automatically measure the number of people passing through 24 hours a day. Also, in the case of video analysis, it can be installed both indoors and outdoors. Thus, it is possible to more accurately and automatically measure the number of people passing through 24 hours through object recognition.

When the people counting information and the branch identification information are transmitted in the above-described step S801, the people counting monitoring server 120 receives the people counting information and the branch identification information transmitted from the people counter 110, and receives the received people counting information. The information is converted into a database for each received branch identification information and registered in the database 130 (S802).

In registering the people counting information in the above-described step S802, the people counting monitoring server 120 receives the gated coefficient transmitted from the people counter 110 in the M2M method, and also analyzes transmitted from the people counter 110 Type coefficients can be received by TCP/IP method, and by obtaining people counting information through the combination of the received gate type coefficients and analysis type coefficients, objective and scientific visitor statistics big data through more accurate visitor counts can be secured.

In registering the people counting information in the above-described step S802, in the people counting monitoring server 120, the number of people passing through overlaps in the gate method or the images of the people passing through overlap during the image analysis method, etc. In order to compensate for the incorrect counting method, when the gate type coefficient and the analysis type coefficient are combined, if the values are different, a larger value can be used as the people counting information.

In registering the people counting information in the above-described step S802, the people counting monitoring server 120 performs mutual correction for the gated coefficient and the analysis coefficient obtained by the gate method and the image analysis method of the people counter 110. It is also possible to obtain people counting information through

In registering the people counting information in the above-described step S802, the people counting monitoring server 120 uses the corresponding value as the people counting information when the gate type coefficient and the analysis type coefficient are mutually corrected when the values are the same. On the other hand, if the values are different, the error rate corresponding to the difference value is read from the database 130, the correction rate is calculated as 100-error rate (%), and the difference value is multiplied by the correction rate. After the correction value is obtained, a value obtained by adding the obtained correction value to the smaller of the gate type coefficient and the analysis type coefficient may be used as people counting information.

In registering the people counting information in the above-described step S802, when the gate type coefficient is 500, the analysis type coefficient is 510, and the error rate corresponding to the difference value 10 is 10 (%) (or 50 (%)) , in the people counting monitoring server 120, the correction rate is 100-10 (or 50) = 90 (%) (or 50 (%)), and the correction value is 10 * 90 (or 50) (%) = 9 (or 5), so people counting information can be calculated as 500+9 (or 5) = 509 (or 505) people.

In registering the people counting information in the above-described step S802, the people counting monitoring server 120 sets and stores the error rate in the database 130 in the case of the error rate, and the error rate corresponding to the difference value by continuous learning may be corrected and upgraded.

After registering the people counting information in step S802, the people counting monitoring server 120 statisticizes the people counting information registered in the database 130 and transmits the statistical information to the person in charge terminal 140. will be given (S803).

In transmitting statistical information in step S803 described above, a social network services/sites (SNS) platform (eg, KakaoTalk, Facebook, Twitter, etc.) using a chatbot without installing a separate app In the case of accessing to , the person in charge terminal 140 automatically transmits the authentication code given to each construction site to the people counting monitoring server 120 together with the person in charge identification information without a subscription procedure to perform automatic login. At this time, the people counting monitoring server 120 receives the authentication code and the person in charge identification information transmitted from the person in charge terminal 140, and reads the authentication code corresponding to the received person in charge identification information from the database 130, , After performing automatic login of the terminal 140 by checking whether the received authentication code matches the read authentication code, real-time counting to provide the real-time status of visitors/exiting visitors, To check the device installation location Main screen information including icon information, such as map check, daily/weekly/monthly/day/time to check statistics by day/week/month/day/time, and failure reception to receive failures in real time, is read from the database 130 to the terminal in charge ( 140) can be transmitted.

In transmitting the statistical information in the above-described step S803, when the real-time counting icon is clicked on the main screen through an input means such as a keyboard, a keypad, a touch screen, etc., in the person in charge terminal 140, the real-time counting through the corresponding input means By confirming the click of the icon, it is possible to request a real-time coefficient to the people counting monitoring server 120 (including the person in charge identification information). Accordingly, the people counting monitoring server 120 receives the real-time counting request (including the person in charge identification information) transmitted from the person in charge terminal 140, and according to the received real-time counting request, the number of visitors per device installation point and exit Real-time counting screen information including information such as the number of customers and errors and icon information such as detailed view may be read from the database 130 and transmitted to the terminal 140 in charge.

In transmitting the statistical information in the above-described step S803, when the map check icon is clicked through the input means on the main screen, the terminal 140 in charge confirms the click of the map check icon through the input means to confirm the map may be requested (including the person in charge identification information) to the people counting monitoring server 120 . Accordingly, the people counting monitoring server 120 receives the map confirmation request (including the person in charge identification information) transmitted from the person in charge terminal 140, and according to the received map confirmation request, map information for each device installation point, Map screen information including icon information such as back can be read from the database 130 and transmitted to the person in charge terminal 140 .

In transmitting the statistical information in the above-described step S803, when the statistics confirmation icon is clicked through the input means on the main screen, the terminal 140 in charge confirms the click of the statistics confirmation icon through the input means to confirm the statistics may be requested (including the person in charge identification information) to the people counting monitoring server 120 . Accordingly, the people counting monitoring server 120 receives the statistical confirmation request (including the person in charge identification information) transmitted from the person in charge terminal 140, and according to the received statistics confirmation request, daily, weekly, daily, monthly, Statistical screen information including icon information such as time zone and back, and statistical information such as daily, weekly, daily, monthly, and time zone information for each device installation point is read from the database 130 and transmitted to the terminal 140 in charge. can give

In transmitting the statistical information in the above-described step S803, in the people counting monitoring server 120, a diagram (or diagram) or a graph so that the person in charge can intuitively know the statistical information through various UIs, the person in charge terminal 140 It can also be sent to

When the statistical information is transmitted in the above-described step S803, the person in charge terminal 140 receives the statistical information transmitted from the people counting monitoring server 120, and notifies the person in charge of the received statistical information (S804) .

In notifying the statistical information in step S804 described above, the person in charge terminal 140 receives the main screen information transmitted from the people counting monitoring server 120 and displays the main screen as shown in FIG. 3 on an LCD, a touch screen, It can be output through an output means such as a speaker.

In notifying the statistical information in step S804 described above, the person in charge terminal 140 receives the real-time counting screen information transmitted from the people counting monitoring server 120 and outputs the real-time counting screen as shown in FIG. It can be output through

In notifying the statistical information in step S804 described above, the person in charge terminal 140 receives the map screen information transmitted from the people counting monitoring server 120 and outputs the map screen as shown in FIG. 5 through the output means. can do it

In notifying the statistical information in step S804 described above, the person in charge terminal 140 receives the statistical screen information transmitted from the people counting monitoring server 120 and outputs the statistical screen as shown in FIG. 6 through the output means. can do it

Above, the embodiment of the present invention is not implemented only through the above-described apparatus and/or operation method, but through a program for realizing a function corresponding to the configuration of the embodiment of the present invention, a recording medium in which the program is recorded, etc. It may be implemented, and such an implementation can be easily implemented by an expert in the technical field to which the present invention pertains from the description of the above-described embodiments. Although the embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improved forms of the present invention are also provided by those skilled in the art using the basic concept of the present invention as defined in the following claims. is within the scope of the right.

100: Chatbot-based people counting monitoring system
110: people counter
120: people counting monitoring server
121: interface unit
122: information management department
123: information provision department
130: database
140: person in charge terminal
150: network

Claims (5)

a people counter for transmitting people counting information together with branch identification information by counting people entering or passing the people counting point; a people counting monitoring server for receiving the people counting information and branch identification information transmitted from the people counter, converting the people counting information into a database for each branch identification information, and statisticizing the registered people counting information to transmit statistical information; a database for receiving the people counting information from the people counting monitoring server and storing it as a database for each branch identification information or person in charge identification information; and a person in charge terminal for receiving statistical information transmitted from the people counting monitoring server and notifying the person in charge;
the people counter counts people who enter or pass the people counting point in two ways, a gate method and an image analysis method, to simultaneously acquire a gate type coefficient and an analysis type coefficient;
The people counting monitoring server performs mutual correction for the gate type coefficient and the analysis type coefficient, but when the values are different from each other, when the values are different, the error rate corresponding to the difference value is read and the correction rate is 100-error rate ( %), and after obtaining the correction value obtained by multiplying the difference value by the correction rate, the correction value is added to the smaller of the gate-type coefficient and the analysis-type coefficient as people counting information. People counting monitoring system.
delete According to claim 1, wherein the people counter,
A chatbot-based people counting monitoring system, characterized in that an approach detection sensor is used in the case of the gate method, and an intelligent CCTV or IP camera is used in the case of an image analysis method.
an interface unit for identifying a people counter and a terminal in charge communication connected through a network, respectively, receiving and transmitting people counting information and branch identification information transmitted from the people counter, and receiving and transmitting statistical information to the terminal in charge; an information management unit for receiving people counting information and branch identification information from the interface unit, converting the people counting information into a database for each branch identification information, and registering it in the database; And in the chatbot-based people counting monitoring server comprising an information providing unit for statisticizing the people counting information registered in the database and transmitting the statistical information to the interface unit,
the people counter counts people who enter or pass the people counting point in two ways, a gate method and an image analysis method, to simultaneously acquire a gate type coefficient and an analysis type coefficient;
The people counting monitoring server performs mutual correction for the gate type coefficient and the analysis type coefficient, but when the values are different from each other, when the values are different, the error rate corresponding to the difference value is read and the correction rate is 100-error rate ( %), and after obtaining the correction value obtained by multiplying the difference value by the correction rate, the correction value is added to the smaller of the gate-type coefficient and the analysis-type coefficient as people counting information. People Counting Monitoring Server.
transmitting, by a people counter, counting people entering or passing the people counting point, and transmitting the people counting information together with the branch identification information; receiving, by the people counting monitoring server, the people counting information and the branch identification information transmitted from the people counter, and registering the people counting information into a database for each branch identification information; receiving, by a database, the people counting information from the people counting monitoring server, converting it into a database for each branch identification information or person in charge identification information, and storing it; transmitting, by the people counting monitoring server, statistical information of people counting information registered in the database; and receiving, by the person in charge terminal, the statistical information transmitted from the people counting monitoring server and notifying the person in charge;
the people counter counts people who enter or pass the people counting point in two ways, a gate method and an image analysis method, to simultaneously acquire a gate type coefficient and an analysis type coefficient;
The people counting monitoring server performs mutual correction for the gate type coefficient and the analysis type coefficient, but when the values are different from each other, when the values are different, the error rate corresponding to the difference value is read and the correction rate is 100-error rate ( %), and after obtaining the correction value obtained by multiplying the difference value by the correction rate, the correction value is added to the smaller of the gate-type coefficient and the analysis-type coefficient as people counting information. How to monitor people counting.

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