KR102008855B1 - Indoor air quality measurement and ventilation control sharing platform service provision system - Google Patents

Abstract

The present invention relates to a system for providing an outdoor/indoor air quality measurement and ventilation control sharing platform service. The system includes: an air quality measurement part measuring the quality of air in an indoor space; an air quality sharing platform server generating indoor space identification information about the indoor space, transmitting air quality measurement information measured by the air quality measurement part, analyzing the air quality measurement information to calculate an air quality index score, and generating and sharing air quality index information including the calculated air quality index score; a portable terminal displaying the indoor space identification information transmitted from the air quality sharing platform server and the air quality index information corresponding to the indoor space identification information and air quality index information corresponding to indoor space identification information selected by a user; and a management terminal controlling an air conditioning facility in a smart building management system (BMS), which is installed in the indoor space, to remotely improve the quality of air in the indoor space by being automatically connected with the facility when the air quality index information about the indoor space is transmitted from the air quality sharing platform server.

Description

Indoor air quality measurement and ventilation control sharing platform service provision system

The present invention relates to a system for providing indoor / outdoor air quality measurement and ventilation control sharing platform service. More specifically, the user's mobile terminal provides not only outdoor air quality information but also indoor air quality information such as a building, a building, and a store in real time so that the user can visit a building, a building, or a site to be visited according to the air quality condition before the visit. The present invention relates to an indoor / outdoor air quality measurement and ventilation control sharing platform service providing system for selecting a store to visit.

In general, the fine dust is invisible particles of fine particles, refers to dust of 10㎛ or less in diameter, depending on the size of fine dust (PM10), ultrafine dust (PM2.5), ultrafine dust (PM1. 0). PM (Particulate Matter) means 'particulate matter (fine particles in solid or liquid state floating in the air'), and PM10 is 10 micrometers or less in diameter, PM2.5 is 2.5 micrometers or less in diameter, and PM1.0 is It is dust with a diameter of 1.0 micrometer or less. In the case of ultrafine dust, it is more likely to penetrate alveoli and blood vessels, which may have a greater effect on health, and interest is increasing.

Such fine dust is a main contaminant of indoor and outdoor air quality, and some air purifiers are used to improve the indoor air quality. However, the fine dust has a natural limit in improving indoor air quality. In addition, since there is no measurement sensor to measure the value, it is difficult for the in-patients to check the amount of pollutants in the numerical value, which prevents efficient air quality improvement management.

Accordingly, the Republic of Korea Patent Publication No. 10-2018-0114385 (hereinafter referred to as prior art documents), the floating material to detect the suspended solids (Paticle) floating in the air to detect the size, number and concentration of the suspended solids A measurement module including a sensor and measuring indoor air quality; A data communication network transferring information of the indoor air quality measured by the measurement module; A data collection server receiving the indoor air quality information through the data communication network and collecting outdoor weather information and outdoor air quality information; A control server receiving the air quality information collected by the data collection server; A database for providing corresponding information to the control server by holding corresponding information corresponding to the information of each air quality; And a user terminal receiving the respective air quality information and the corresponding information from the control server. The air quality measurement system has been published.

However, according to the above-mentioned prior art document, it merely provides information on air quality of a predetermined remote location, and merely provides a predetermined scenario. Only simple monitoring is performed, and contaminated indoor air quality is not improved. There is a problem.

In addition, it is possible to check only the air quality in a predetermined outdoor or indoor environment, and not to provide air quality in a specific building, building, or various stores that the user wants to visit, and especially when a child must be accompanied, There is a risk that children can always be exposed from fine dust because it can not be understood at all, and there is a problem that employees who reside in the room also have a risk of harming health by fine dust.

Republic of Korea Patent Publication No. 10-2018-0114385

In order to solve such a problem, the present invention has been made by the above-described background, and the indoor air quality information of the indoor space including the interior of the building, the interior of the building, various stores, as well as the outdoor air quality information to the user's mobile terminal. It is configured to control the ventilation by providing automatic connection with the air conditioning facility in real time and at the same time, it is possible to check the air quality before visiting the indoor space through a mobile terminal can use only a comfortable indoor space that meets the user's needs The purpose is to provide indoor and outdoor air quality measurement and sharing platform service providing system that can protect children from dust.

In addition, the present invention enables to search and select the indoor space to be visited through a mobile terminal, and can improve the user's satisfaction by providing a variety of services in a comfortable indoor space selected by the user, The purpose of the present invention is to provide an indoor / outdoor air quality measurement and sharing platform service providing system that enables an increase in sales according to the use of indoor space services.

In addition, the present invention transmits the outdoor and indoor air quality information to the manager terminal for managing the indoor space, and by controlling the automatic air conditioning control system installed in the indoor space by the manager terminal, the air quality for the indoor space is always It is an object of the present invention to provide a system for providing indoor and outdoor air quality measurement and sharing platform services that can be comfortably maintained to improve image reliability of the indoor space.

In addition, the present invention can check the indoor and outdoor air quality information in real time before going out, it is possible to determine whether or not to go out according to the indoor and outdoor air quality conditions, the indoor and outdoor air quality can guide the user to use a pleasant area or indoor space, such as fine dust, etc. The purpose is to provide a system for providing indoor / outdoor air quality measurement and sharing platform service that enables more free going out without worrying about indoor air quality management.

However, the object of the present invention is not limited to this, and even if not explicitly mentioned, the object or effect that can be grasped from the solution means or embodiment of the problem is of course included.

According to an embodiment of the present invention for achieving the above object, an air quality measuring unit for measuring the air quality of the indoor space; Generates indoor space identification information for the indoor space, the air quality measurement information measured by the air quality measurement unit is transmitted, analyzes the air quality measurement information to calculate the air quality index score, the air quality including the calculated air quality index score An air quality sharing platform server for generating and sharing index information; A mobile terminal for displaying indoor space identification information transmitted from the air quality sharing platform server, air quality index information corresponding to the indoor space identification information, and air quality index information corresponding to indoor space identification information selected by a user; And when the air quality index information is transmitted from the air quality sharing platform server to an air conditioning facility in a smart building management system (BMS) installed in the indoor space. And a management terminal for controlling to improve.

According to an embodiment of the present invention, the indoor and outdoor air quality measurement and sharing platform service providing system, interworking with the air quality sharing platform server, provides the air quality sharing platform server with the advertisement and promotional information for the indoor space, the air quality And a mobile terminal requesting the use of a service corresponding to the advertisement and promotion information or a management terminal information from a shared platform server, and a service providing terminal for providing a service requested by the mobile terminal or the management terminal. It features.

According to an embodiment of the present invention, the air quality sharing platform server, the indoor space information providing unit for classifying and grouping the facilities constituting the indoor space by type, and generates the indoor space identification information corresponding to the type of the classified facility group ; Analyze the air quality measurement information transmitted from the air quality measurement unit through an air quality index algorithm to calculate the air quality index and comfort index corresponding to the air quality measurement information, and generates air quality index information including the air quality index and comfort index Air quality index calculation unit; An air quality information providing unit providing indoor space air quality information corresponding to the indoor space air quality information request signal of the mobile terminal; Big data analysis is performed through air quality measurement information, regional air quality information, and air quality index information to predict air quality after the present time, and generate air quality prediction information about the predicted air quality to calculate air quality prediction information transmitted to the mobile terminal. part; And an air quality DB in which the indoor space information, air quality measurement information, air quality index information, regional air quality information, and air quality prediction information are stored.

According to an embodiment of the present invention, the air quality sharing platform server, the community management unit for sharing the air quality index of the indoor space in conjunction with a plurality of portable terminals; An indoor space operating unit which guides payment of the air quality measurement unit and the air quality sharing server to use and maintenance fee, and receives and registers a request signal for providing an advertisement and a promotion service from the management terminal; When the service request signal is transmitted from the mobile terminal through the advertisement and promotion information, the service guide unit transmits the information of the mobile terminal to the management terminal included in the service request signal to use the service provided by the management terminal. It characterized by including.

According to an embodiment of the present invention, the air quality index algorithm, after setting the index section according to the type of the facility group classified by the indoor space information providing unit and the state of the air quality, and classifies the set index section by grade For example, the index scores calculated based on the concentration and exposure frequency of the air quality index and the comfort index for each classified grade are assigned.

According to an embodiment of the present invention, the air quality index algorithm, the score interval of the index score using a scale of 0 to 100 points, the higher the score is set to the poor quality and comfort of indoor air Finally, the human body is set to have a high risk, and the colors are assigned to each score section to distinguish the colors.

According to an embodiment of the present invention, the mobile terminal displays the air quality index information transmitted from the air quality sharing platform server, and stores information about an area or an indoor space frequently visited by the user, An air quality confirming unit which preferentially displays air quality index information of the stored area and the indoor space during the driving; A map information providing unit for providing indoor space identification information and air quality index information displayed by the air quality checking unit in the form of a map; Comfort alarm unit is made when the alarm occurs when the fluctuations in the air quality index score of the indoor space frequently visited by the user; And an information sharing unit for sharing the air quality index of the indoor space.

According to an embodiment of the present invention, the mobile terminal displays advertisement and promotion information transmitted from the air quality sharing platform server, generates a service use request signal for the selected advertisement and promotion information, and sends the same to the air quality sharing platform server. And a first service request unit for transmitting.

According to an embodiment of the present invention, the portable terminal receives the air quality measurement information for the indoor space in the home in real time from the air quality measurement unit, and transmits the transmitted air quality measurement information to the air quality sharing platform server, And a smart linkage unit for controlling driving of an air cleaner, an air conditioner, and a kitchen ventilation facility installed in the home remotely by interworking with the IoT configured in the indoor space of the home.

According to the exemplary embodiment of the present invention, the user's mobile terminal provides not only outdoor air quality information but also indoor air quality information of an indoor space including an interior of a building, an interior of a building, and various stores, to the user's mobile terminal in real time. Since the air quality can be checked before the indoor space visit through the mobile terminal, only a comfortable indoor space that meets user requirements can be used, thereby protecting children from fine dust.

In addition, according to an embodiment of the present invention, it is possible to search and select the indoor space to be visited through the mobile terminal to visit, and improve the user's satisfaction by providing a variety of services in the comfortable indoor space selected by the user In addition, there is an effect that the increase in sales is made according to the use of the service of the indoor space.

In addition, according to an embodiment of the present invention, by transmitting the outdoor and indoor air quality information to the manager terminal for managing the indoor space, and by the manager terminal to control the automatic air conditioning control system installed in the indoor space, the indoor space Maintaining a comfortable air quality for always has the effect of improving the image reliability for the indoor space.

In addition, according to an embodiment of the present invention, it is possible to determine the indoor and outdoor air quality information in real time before going out, it is possible to determine whether to go out according to the indoor and outdoor air quality conditions, and to guide the use of the indoor or outdoor air quality comfortable area or indoor space. Users can go out more freely without worrying about fine dust.

In addition, various and advantageous advantages and effects of the present invention is not limited to the above description, it will be more readily understood in the process of describing the specific embodiment of the present invention.

1 is a block diagram schematically showing a system for providing indoor and outdoor air quality measurement and sharing platform services according to an embodiment of the present invention;
2 is a block diagram schematically showing the air quality sharing server of the indoor and outdoor air quality measurement and sharing platform service providing system according to an embodiment of the present invention;
3 is a block diagram schematically illustrating a portable terminal of an indoor / outdoor air quality measurement and sharing platform service providing system according to an embodiment of the present invention;
4 is a block diagram schematically illustrating a management terminal of an indoor / outdoor air quality measurement and sharing platform service providing system according to an embodiment of the present invention;
5 and 6 is a table showing the fine dust and temperature and humidity index score calculated by the air quality index calculation unit according to an embodiment of the present invention,
7 is a table showing the index score for each facility group calculated by the air quality index calculation unit according to an embodiment of the present invention,
8 to 11 are graphs schematically showing the air quality index allocation ratio according to the classification of the indoor space in one embodiment of the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. First, in adding reference numerals to the elements of each drawing, it should be noted that the same reference numerals are used to refer to the same elements even though they are shown in different drawings. In addition, in describing the present invention, when it is determined that the detailed description of the related well-known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted.

In addition, in describing the component of this invention, terms, such as 1st, 2nd, A, B, (a), (b), can be used. These terms are only for distinguishing the components from other components, and the nature, order or order of the components are not limited by the terms. If a component is described as being "connected", "coupled" or "connected" to another component, that component may be directly connected to or connected to that other component, but there may be another configuration between each component. It is to be understood that the elements may be "connected", "coupled" or "connected".

In particular, a program for executing a system according to each embodiment of the present invention may be an application, and as a means for reading a recording medium recording the application, a general PC such as a general desktop or a notebook computer may be used. In addition, a mobile terminal such as a smart phone, a tablet PC, a personal digital assistant (PDA), and a mobile communication terminal may be included, as well as to be interpreted as all computing devices.

1 is a block diagram schematically showing a system for providing indoor / outdoor air quality measurement and sharing platform service according to an embodiment of the present invention, and FIGS. 2 to 4 are views for providing indoor / outdoor air quality measurement and sharing platform service according to an embodiment of the present invention. A block diagram schematically showing an air quality sharing server, a portable terminal, and a management terminal of the system, FIGS. 5 to 8 are graphs schematically showing an air quality index allocation ratio according to the classification of indoor space, and FIGS. 9 and 10 are graphs of the air quality index. Table showing score intervals.

As shown, the indoor and outdoor air quality measurement and sharing platform service providing system of the present invention provides an air quality measurement unit 100 for measuring indoor and outdoor air quality, and provides information on the indoor space, the air quality measurement unit 100 Air quality index is calculated by analyzing the air quality information measured from the air quality sharing platform server 200 to share the calculated air quality index information, and the indoor space information and air quality index information transmitted from the air quality sharing platform server 200 The mobile terminal 300 and the management terminal 400 for controlling the air quality state of the indoor space according to the air quality index information, and interlocked with the air quality sharing platform server 200, the mobile terminal 300 and It is configured to include a service providing terminal 500 for providing a variety of services to the management terminal 400.

The air quality measuring unit 100 is an indoor space measuring unit 110 for measuring the air quality of an indoor space including an interior of a building and a building, various stores or facilities, and is installed around the outside of the indoor space to provide outdoor air quality. The outdoor space measuring unit 120 to measure.

Here, the indoor space means the interior space of leisure and convenience facilities, such as nursery and educational facilities, such as day care centers, nursing homes of the elderly or nursing homes, various medical facilities, cafes and restaurants, in addition to a variety of human or animals Includes service facilities providing services.

The air quality measurement unit 100 transmits the indoor / outdoor air quality measurement information measured by the indoor space measurement unit 110 and the outdoor space measurement unit 120 to the air quality sharing platform server 200, thereby providing air quality for the indoor / outdoor air quality measurement information. Allow exponential information to be generated.

At this time, the air quality measurement unit 100 can measure the temperature and humidity of the indoor air quality factors, fine dust (PM10), ultrafine dust (PM2.5), carbon dioxide (CO ₂ ), VOCs, HCHO, noise, etc. Depending on the type of the various harmful components contained in the fine dust may be measured.

In addition, the air quality measurement unit 100 may have a unique identification ID, the unique identification ID is a unique number of the air quality measurement unit 100, classification information of the indoor space in which the air quality measurement unit 100 is installed, the indoor space It includes location information and information on the area installed in the indoor space, the information about the indoor space can be generated by the operator input after the installation of the air quality measurement unit 100.

The air quality measurement unit 100 transmits the unique identification ID together with the air quality sharing platform server 200 when the air quality measurement information is transmitted, so that the air quality index information for the location and area of the indoor space is generated.

The air quality sharing platform server 200 receives air quality measurement information from the air quality measurement unit 100, generates air quality index information from the received air quality measurement information, and generates the air quality index information on the mobile terminal 300 and the management terminal ( 400 to allow the user to check the air quality of the indoor space through the mobile terminal 300, the management terminal 400 as a component for guiding to adjust the air quality of the indoor space, the indoor space information providing unit 210, the air quality index calculation unit 220, the air quality information providing unit 230, the air quality prediction information calculating unit 240, and the air quality DB 250 are configured.

The indoor space information providing unit 210 provides information of the indoor space in which the air quality measuring unit 100 is installed. The indoor space information providing unit 210 classifies and groups the facilities constituting the indoor space by type, and indoors corresponding to the type of the classified facility group. The space identification information is generated and transmitted to the air quality measurement unit 100.

Here, the indoor space identification information includes classification information of the indoor space, location information of the indoor space, and information on an area installed in the indoor space.

At this time, the air quality measurement unit 100 determines whether the same by matching the indoor space identification information transmitted from the indoor space information providing unit 210 and the information of the indoor space included in the unique identification ID, if the same, It is configured to transmit the air measurement information to the air quality index calculation unit 220, and if it is not the same, re-request the indoor space identification information to the indoor space information providing unit 210.

The air quality index calculation unit 220 analyzes the air quality measurement information transmitted from the air quality measurement unit 100 through an air quality index algorithm to calculate an air quality index and a comfort index corresponding to the air quality measurement information, and the air quality index and comfort A component that generates air quality index information including gender index.

The air quality index calculator 220 transmits the generated air quality index information to the mobile terminal 300 and the management terminal 400, and transmits the air quality index information transmission signal to the manual provider 270.

In addition, the air quality index calculation unit 220 transmits the air quality index information on the indoor space in which the calculation is made to the air quality DB 250 so that storage and big data analysis are performed.

At this time, when the air quality index information transmission signal is received, the manual providing unit 270 transmits behavior manual information corresponding to the air quality index information to the mobile terminal 300 and the management terminal 400.

In this case, the action manual information is information on action tips to be taken by the user or the administrator according to the index score included in the air quality index information.

Here, the air quality index algorithm of the air quality index calculation unit 220, as shown in Figures 5 and 6, according to the type of facility group classified by the indoor space information providing unit 210 and the state of the air quality After setting the exponential interval, classify the set exponential interval by grade, and give index score calculated based on concentration and exposure frequency for air quality index (fine dust), temperature and humidity (comfort index) for each classified grade. do.

The air quality index algorithm of the air quality index calculation unit 220, the score interval of the index score using a scale of 0 to 100 points, the higher the score is set to the poor quality and comfort of indoor air, The final risk is set to a high human risk, and color is assigned to each score section so that the classification is performed by color.

As such, the air quality index calculation unit 220, the indoor air quality environmental factors included in the air quality measurement information (fine dust (PM10), ultrafine dust (PM2.5), carbon dioxide (CO ₂ ), VOCs, HCHO, Temperature, humidity, noise, etc.) is analyzed and the air quality index for the indoor space is calculated by comparing the analyzed result and the calculated index score.

Here, the index score for the fine dust of the facility group for each grade calculated by the air quality index calculation unit 220 is as shown in FIG.

In addition, the air quality index calculator 220 analyzes the concentration and exposure frequency for temperature and humidity included in the air quality measurement information through an air quality index algorithm, and compares the analyzed result with a calculated index score. Calculate the comfort index for the indoor space.

On the other hand, the air quality index calculation unit 220 of the present invention is configured to adjust the calculation ratio of the air quality index and the comfort index according to the type of facility group classified, the construction year of the facility group.

That is, the air quality index calculation unit 220, as shown in Figure 8, when the type of the facility group classified as a new daycare center, volatile organic compounds, formaldehyde due to new products such as building materials, furniture, flooring, electrical and electronic products Because of the high exposure contribution of the indoor air quality, the VOCs and HCHO components are determined by assigning a relative weight higher than other components to determine the index score, and then calculate the air quality index score for the indoor space. .

At this time, the calculation formula of the air quality index score for the indoor space is as follows.

Air Quality Index Score = Air Quality Index (0.8) x Comfort Index 0.2) = Air Quality Index {(0.1 × PM ₁₀₎ + (0.1 × PM _2.5 ) + (0.3 × VOCs) + (0.2 × HCHO) + (0.1 × CO ₂ )} + Comfort Index {(0.1 × Temp) + (0.1 × Humi)}

In addition, when the type of the facility group is a conventional nursery, as shown in Figure 9, the calculation formula of the air quality index score for the indoor space is air quality index (0.8) × comfort index 0.2) = air quality index {( 0.2 × PM ₁₀₎ + (0.3 × PM _2.5 ) + (0.1 × VOCs) + (0.1 × HCHO) + (0.1 × CO ₂ )} + Comfort Index {(0.1 × Temp) + (0.1 × Humi)} same.

In the case of volatile organic compounds and formaldehyde due to new products such as building materials, furniture, flooring, and electrical and electronic products, there is a high tendency to decrease with the passage of time (about a year). In consideration of the above, it is preferable that the relative weights of the fine dust PM10 and the ultrafine dust PM2.5 are allocated to be calculated to be high.

In addition, if the type of the facility group classified is a new postpartum care center or an elderly nursing facility, carbon dioxide (CO ₂₎ is included in the comfort index, and the air quality index score is calculated by calculating the allocation rate of the comfort index higher than that of the nursery school. As shown in FIG. 10, the formula for calculating the air quality index score for the indoor space is air quality index (0.6) x comfort index 0.4) = air quality index {(0.1 x PM ₁₀₎ + (0.1 x PM _2.5 ) + (0.3 x VOCs) + (0.1 x HCHO)} + comfort index {(0.2 x CO ₂ ) + (0.1 x Temp) + (0.1 x Humi)}.

In addition, when the type of the facility group classified above is an existing postpartum care center or a nursing home for the elderly, as shown in FIG. 11, the equation for calculating an air quality index score for an indoor space is an air quality index (0.6) x a comfort index 0.4. ) = Air Quality Index {(0.15 × PM ₁₀₎ + (0.25 × PM _2.5 ) + (0.1 × VOCs) + (0.1 × HCHO)} + Comfort Index {(0.2 × CO ₂ ) + (0.1 × Temp) + ( 0.1 × Humi)}.

On the other hand, the air quality information providing unit 230 of the air quality sharing server 200 of the present invention provides the air quality information for each region provided by the Korea Meteorological Agency, the indoor space air quality information corresponding to the indoor space air quality information request signal of the mobile terminal 300 Serves to provide.

In addition, the air quality information providing unit 230 is configured to transmit and store the air quality information for each region to the air quality DB 250 and to perform big data analysis by the air quality prediction information calculating unit 240 which will be described later.

When the indoor space air quality information request signal is transmitted from the map information providing unit 320 of the mobile terminal 300, the air quality information providing unit 230 provides indoor space air quality information corresponding thereto.

That is, the indoor terminal identification information of a plurality of facility groups existing within a predetermined radius range is displayed on the portable terminal 300 based on the user's location, and the user wants to visit any one of the displayed plurality of indoor spatial identification information. When the indoor space identification information is selected, the map information providing unit 230 generates an indoor space air quality information request signal for requesting the air quality information of the selected indoor space identification information, and transmits it to the air quality information providing unit 230. In addition, the air quality information providing unit 230 searches for an air quality DB 250 and transmits air quality index information corresponding to the indoor space air quality information request signal to the portable terminal 300, thereby allowing the user to visit a specific indoor space. Ensure that air quality index information for

The air quality prediction information calculating unit 240 performs big data analysis through the air quality measurement information stored in the air quality DB 250, regional air quality information, and air quality index information to predict the air quality state after the present, and to predict the air quality state. Generate air quality prediction information for

The air quality prediction information calculating unit 240 transmits the air quality prediction information to the air quality DB 250 and at the same time to the mobile terminal 300 to alarm the air quality prediction information for the desired area according to the user's selection. Can be lost.

The air quality DB 250 stores the indoor space information, air quality measurement information, air quality index information, regional air quality information, and air quality prediction information, and requests the air quality information improving unit 230 and the air quality prediction information calculating unit 240. It is configured to provide the stored information accordingly.

Meanwhile, the air quality sharing platform server 200 of the present invention shares the air quality index of the indoor space by interworking with a plurality of portable terminals 300 and posts such as evaluation scores such as the satisfaction of using the indoor space among users. Community management unit 260 may be further configured to create and share.

In addition, the air quality sharing platform server 200 may further include a manual providing unit 270 that transmits behavior manual information corresponding to the air quality index information to the mobile terminal 300 and the management terminal 400.

In addition, the air quality sharing platform server 200 is made in conjunction with the management terminal 400 of the administrator managing the facility group, the use and maintenance fee of the air quality measuring unit 100 and the air quality sharing platform server 200 of the present invention The indoor space operation unit 280 is further configured to guide the payment for the payment, receive the advertisement and promotion service provision request signal from the management terminal 400 or the service providing terminal 500, and register it.

In addition, the air quality sharing platform server 200 is interlocked with the indoor space operating unit 280, the management terminal 400 for providing advertising and promotion services to the indoor space operating unit 280, or a service providing terminal 500 Transmitting the advertisement and the promotion information to the mobile terminal 300, and the service request signal is transmitted through the advertisement and the promotion information from the mobile terminal 300, the management terminal 400 included in the service request signal, Alternatively, a service guide 290 is further configured to transmit the information of the mobile terminal 300 to the service providing terminal 500 so that the service of the management terminal 400 or the service providing terminal 500 can be used. .

At this time, the air quality sharing platform server 200, the service management unit 260 through the service guide unit 290 from the mobile terminal 300, when the service use of the service terminal 400, or the service providing terminal 500, the community management unit 260 Transmits an evaluation information request signal to the mobile terminal 300 to create evaluation information on service use satisfaction, and when the evaluation information is prepared, the community manager 260 manages the management terminal 400 or a service. Transmission to the providing terminal 500 may be made to share the evaluation score.

The mobile terminal 300 includes regional air quality information transmitted from the air quality information providing unit 230 of the air quality sharing platform server 200, indoor space identification information of the indoor space in which the air quality measuring unit 100 is installed, and The air quality index information corresponding to the indoor space identification information and the air quality index information corresponding to the indoor space identification information selected by the user, the air quality confirmation unit 310, the map information providing unit 320, the comfort alarm It comprises a unit 330, information sharing unit 340, the application is installed so that the transmission and reception of the information by wireless communication with the air quality sharing platform server 200.

The air quality checking unit 310 displays the air quality index information transmitted from the air quality index calculating unit 220 and the air quality information providing unit 230.

In this case, the air quality checking unit 310 may be configured to store information about an area or an indoor space frequently visited by the user, and display the air quality index information on the stored area and the indoor space first when the application line is driven. have.

The map information providing unit 320 provides the indoor space identification information and the air quality index information displayed by the air quality checking unit 310 in the form of a map, and the indoor space within a predetermined range around the current position of the mobile terminal 300. Both identification information and air quality index information can be displayed.

In this case, the map information providing unit 320 displays the air quality prediction information transmitted from the air quality prediction information calculating unit 240 together with the indoor space identification information and the air quality index information.

In addition, the map information providing unit 320 provides a variety of search services, such as search by area, search by means of transportation so that the user can provide indoor space identification information and air quality index information for the desired area.

Accordingly, the user can check the air quality index information of the area to be visited and the air quality index information of the indoor space located in the area through the mobile terminal 300 before going out to determine whether to go out. Of course, by searching a plurality of indoor space identification information in the classified facility group, it is possible to go out in search of the indoor space having the best air quality index information.

If the comfortable alarm unit 330 changes the air quality index score of the indoor space frequently visited by the user, or if the known index index of the indoor space is improved, the alarm is transmitted as a push alarm or a message of the mobile terminal 300. Let this be done.

The comfort alarm unit 330 may be configured such that the alarm of the indoor space identification information having the best air quality index score is made among the air quality prediction information transmitted from the air quality prediction information calculator 240.

The information sharing unit 340 works with the community management unit 260 of the air quality sharing platform server 200 to determine whether the visited indoor space has been used, the air quality, and the reliability of the air quality index score displayed on the mobile terminal 300. By sharing the information, it may be configured in a conventional SNS manner, or in the form of a bulletin board.

The mobile terminal 300 is interlocked with the service guide 290 of the air quality sharing platform server 200, and displays the advertisement and promotion information provided by the service guide 290, the selected advertisement and promotion information The first service requesting unit 350 is further configured to generate a service use request signal for and transmit the generated service use request signal to the service guide unit 290.

In this case, the first service request unit 350 may also transmit a request signal for payment for the cost of using the service for the advertisement and promotion.

On the other hand, the mobile terminal 300 of the present invention is installed in the user's home air quality measurement unit 100 receives the air quality measurement information for the indoor space in the home in real time, the air quality sharing platform The smart linkage unit 360 that transmits to the air quality index calculator 220 of the server 200 may be further configured.

At this time, the smart linkage unit 360 is configured to transmit the air quality index information for the indoor space in the home from the air quality index calculation unit 220, and transmit it to the air quality check unit 310 to be displayed.

In addition, the smart linkage unit 350 may be configured to control the operation of the air purifier, air conditioner, kitchen ventilation facility installed in the home remotely in conjunction with the IoT (130) configured in the indoor space in the home.

When the air quality index information for the indoor space is transmitted from the air quality index calculation unit 220 of the air quality sharing platform server 200, the management terminal 400 checks and improves the air quality of the indoor space, and controls the As a component for controlling the air quality of the indoor space remotely in connection with the BMS (140: Building Management System) installed in the indoor space, the air quality state providing unit 410, air quality state control unit 420, air quality alarm unit 430 and the second service request unit 440 is configured.

When the air quality condition providing unit 410 transmits the air quality index information about the indoor space from the air quality index calculating unit 220, the air quality alarm unit 430 transmits the index information receiving signal to make an alarm, and the indoor space. It is configured to display the air quality index information for.

When the air quality index information is transmitted to the air quality state providing unit 410, an air quality state controller 420 interworks with the BMS 140 configured on an indoor space and improves the air quality state of the indoor space. ) Control the driving.

The air quality control unit 420 is configured to control the driving of the BMS 140 for a predetermined time, and then transmit the air quality measurement request signal to the air quality measurement unit 100 to perform air quality measurement.

The air quality alarm unit 430 is configured to make an alarm of the exponential information receiving signal transmitted from the air quality state control unit 420, and is configured to be provided to the management terminal 400 in the form of a push alarm or a message. At this time, it is preferable that the management terminal 400 is also installed with an application programmed to display, alarm and control the air quality index information.

The second service request unit 440 is interworked with the service guide unit 290 of the air quality sharing platform server 200, and provides the service guide unit 290 with advertisement and promotion information for an indoor space, and the service. When the information of the mobile terminal 300 requesting the use of the service is transmitted from the guide unit 290, the service guide information and the cost information generated when using the service are used so that the mobile terminal 300 can use the requested service. The air quality is shared with both the platform server 200 and the mobile terminal 300.

The service providing terminal 500 is interlocked with the service guide 290 of the air quality sharing platform server 200, provides the service guide 290 with advertisements and promotion information for the indoor space, and the service guide unit ( When the information of the mobile terminal 300 or the management terminal 400 requesting the use of the service corresponding to the advertisement and promotion information is transmitted from 290, the service requested by the mobile terminal 300 or the management terminal 400 is transmitted. To provide.

The service providing terminal 500 may be formed of various service fields, and preferably, a mobile terminal of a company that provides food service related services, health and skin related services, and a new house syndrome removal and cleaning service.

The terms "comprise", "comprise" or "having" described above mean that a corresponding component may be included unless specifically stated otherwise, and thus does not exclude other components. It should be construed that it may further include other components, and all terms including technical or scientific terms are to be understood generally by one of ordinary skill in the art unless otherwise defined. Has the same meaning as

In addition, the above description is merely illustrative of the technical idea of the present invention, and those skilled in the art to which the present invention pertains various modifications and variations without departing from the essential characteristics of the present invention. . Therefore, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention but to describe the present invention, and the scope of the technical idea of the present invention is not limited by these embodiments. The protection scope of the present invention should be interpreted by the following claims, and all technical ideas within the equivalent scope should be interpreted as being included in the scope of the present invention.

100: air quality measurement unit 110: indoor space measurement unit
120: outdoor space measuring unit 130: IoT
140: BMS 200: air quality shared platform server
210: indoor space information providing unit 220: air quality index calculation unit
230: air quality information providing unit 240: air quality prediction information calculation unit
250: air quality DB 260: community management
270: manual providing unit 280: indoor space operation unit
290: service guidance unit 300: mobile terminal
310: air quality confirmation unit 320: map information providing unit
330: comfortable alarm unit 340: information sharing unit
350: first service request unit 360: smart linkage unit
400: management terminal 410: air quality state providing unit
420: air quality state control unit 430: air quality alarm unit
440: second service request unit 500: service providing terminal

Claims (6)

Air quality measuring unit for measuring the air quality of the indoor space;
Generates indoor space identification information for the indoor space, the air quality measurement information measured by the air quality measurement unit is transmitted, analyzes the air quality measurement information to calculate the air quality index score, the air quality including the calculated air quality index score An air quality sharing platform server for generating and sharing index information;
A mobile terminal for displaying indoor space identification information transmitted from the air quality sharing platform server, air quality index information corresponding to the indoor space identification information, and air quality index information corresponding to indoor space identification information selected by a user; And
When the air quality index information of the indoor space is transmitted from the air quality sharing platform server, the air quality of the indoor space is improved remotely by interlocking with an air conditioning facility in a smart building management system (BMS) installed in the indoor space. A management terminal for controlling to include;
The air quality sharing platform server,
An indoor space information providing unit for classifying and grouping the facilities constituting the indoor space by type, and generating indoor space identification information corresponding to the type of the classified facility group;
Analyze the air quality measurement information transmitted from the air quality measurement unit through an air quality index algorithm to calculate the air quality index and comfort index corresponding to the air quality measurement information, and generates air quality index information including the air quality index and comfort index Air quality index calculation unit;
An air quality information providing unit providing indoor space air quality information corresponding to the indoor space air quality information request signal of the mobile terminal;
Big data analysis is performed through air quality measurement information, regional air quality information, and air quality index information to predict air quality after the present time, and generate air quality prediction information about the predicted air quality to calculate air quality prediction information transmitted to the mobile terminal. part;
An air quality DB in which the indoor space information, air quality measurement information, air quality index information, regional air quality information, and air quality prediction information are stored;
Community management unit for sharing the air quality index of the indoor space in conjunction with a plurality of mobile terminals;
An indoor space operating unit which guides payment of the air quality measurement unit and the air quality sharing server to use and maintenance fee, and receives and registers a request signal for providing an advertisement and a promotion service from the management terminal;
When the service request signal is transmitted from the mobile terminal through the advertisement and promotion information, the service guide unit transmits the information of the mobile terminal to the management terminal included in the service request signal to use the service provided by the management terminal. ;
Indoor and outdoor air quality measurement and sharing platform service providing system comprising a.
The method of claim 1,
The indoor and outdoor air quality measurement and sharing platform service providing system,
A mobile terminal interworking with the air quality sharing platform server, providing advertisement and promotion information about an indoor space to the air quality sharing platform server, and requesting the use of a service corresponding to the advertisement and promotion information from the air quality sharing platform server; When the management terminal information is transmitted, the mobile terminal, or a service providing terminal for providing a service requested by the management terminal; indoor and outdoor air quality measurement and sharing platform service providing system further comprises.
delete The method of claim 1,
The air quality index algorithm,
After setting the index section according to the type of the facility group classified by the indoor space information providing unit and the state of the air quality, classify the set index section by grade, the concentration and the concentration of air quality index and comfort index for each classified class and Assign an index score based on the frequency of impressions,
The score section of the exponent score is used as a scale of 0 to 100 points, and the higher the score, the poorer the quality and comfort of indoor air, the higher the risk of the human body, and the final setting. Indoor and outdoor air quality measurement and sharing platform service providing system, characterized in that the color is made by color assignment.
The method of claim 1,
The mobile terminal,
Displaying the air quality index information transmitted from the air quality sharing platform server, the user frequently visits the information about the area or indoor space, and the air quality index information for the stored area and indoor space when the application is first displayed Air quality checking unit;
A map information providing unit for providing indoor space identification information and air quality index information displayed by the air quality checking unit in the form of a map;
Comfort alarm unit is made when the alarm occurs when the fluctuations in the air quality index score of the indoor space frequently visited by the user;
An information sharing unit sharing the air quality index of the indoor space; And
A first service request unit which displays advertisement and promotion information transmitted from the air quality sharing platform server, generates a service use request signal for the selected advertisement and promotion information, and transmits the generated signal to the air quality sharing platform server;
Indoor and outdoor air quality measurement and sharing platform service providing system comprising a.
The method according to claim 1 or 5,
The mobile terminal,
Receiving the air quality measurement information about the indoor space in the home from the air quality measurement unit in real time, and transmits the transmitted air quality measurement information to the air quality sharing platform server,
A smart linkage unit for controlling driving of an air cleaner, an air conditioner, and a kitchen ventilation facility installed in the home remotely by interworking with the IoT configured in the indoor space of the home;
Indoor and outdoor air quality measurement and sharing platform service providing system comprising a.

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