JP2021193545A - Information linking server, information linking system, information linking method and program - Google Patents

Abstract

To provide an information linking server, an information linking system, an information linking method and a program that can generate useful information for a building provider or a building resident or owner.SOLUTION: In an information linking system including a posting information processing unit that determines the truth/falsehood of SNS posting information by AI (artificial intelligence) technology, a database that stores building information that is information about buildings, and an information linking server, the information linking server 13 includes: an SNS posting information acquisition unit 13A that acquires SNS posting information that is information posted on an SNS; a building information acquisition unit 13B that acquires building information that is information about a building; and an information linking unit 13C that executes linking between the SNS posting information acquired by the SNS posting information acquisition unit 13A and the building information acquired by the building information acquisition unit 13B.SELECTED DRAWING: Figure 2

Description

The present invention relates to an information linking server, an information linking system, an information linking method and a program.

Patent Document 1 describes an information processing device that creates a hazard map using SNS (Social Networking Service) information. In the technique described in Patent Document 1, the information processing apparatus includes an acquisition unit, a processing unit, a determination unit, a determination unit, and a generation unit. When a disaster occurs, the acquisition unit has a plurality of keywords including location information, pre-registered information indicating danger and information indicating safety, among posted information related to the disaster posted by multiple users. Get post information, including with any of. The processing unit sets the disaster impact level indicated by the posted information in each of the acquired posted information based on the keywords included in the acquired posted information. Further, the processing unit classifies each of the acquired posted information into one of a plurality of predetermined areas based on the location information included in the acquired posted information. The determination unit determines the influence level of the entire area of the target area based on the influence level set for the posted information classified in the area for each area. The determination unit determines whether or not the area is dangerous for each area based on the influence level of the entire area of the area. The generation unit generates a hazard map by superimposing the influence level of the entire area on the map information for the area determined by the determination unit to be dangerous.
In the technique described in Patent Document 1, the posted information related to the disaster including the location information which may be the building name and the information indicating the danger is used for creating the hazard map.
By the way, in the technique described in Patent Document 1, the process of associating the posted information with, for example, the place information not included in the posted information is not performed. Therefore, in the technique described in Patent Document 1, the posted information may not be useful information for, for example, a person concerned in a place not included in the posted information. That is, in the technique described in Patent Document 1, the posted information may not be useful information for, for example, a place built in a place not included in the posted information, or a person concerned with the building to be built.
Further, in the technology described in Patent Document 1, it is considered that the importance of the posted information changes depending on the position of the user on the map or the position of the residence, but since it cannot be linked, we would like to deliver the information. It is believed that it is not possible to alert people to that information.

Japanese Unexamined Patent Publication No. 2019-10973

In view of the above-mentioned problems, the present invention provides an information linking server, an information linking system, an information linking method and a program capable of generating useful information for a building provider or a resident or owner of a building. The purpose is to provide.

One aspect of the present invention includes an SNS posting information acquisition unit that acquires SNS posting information that is information posted on an SNS (Social Networking Service), a building information acquisition unit that acquires building information that is information about a building, and the above. It is an information linking server including an information linking unit that executes linking between the SNS posting information acquired by the SNS posting information acquisition unit and the building information acquired by the building information acquisition unit.

In the information linking server of one aspect of the present invention, the building is a building in which a user's customer who uses the building linked by the information linking unit resides, and is acquired by the building information acquisition unit. The building information may include the address of the building site of the building.

In the information linking server of one aspect of the present invention, the building information acquired by the building information acquisition unit may include building position information which is information indicating the position of the building.

In the information linking server of one aspect of the present invention, the building is a building in which a user's customer who uses the building linked by the information linking unit resides, and the building position information includes the building. May include the address of the building site of.

In the information linking server of one aspect of the present invention, the building information acquisition unit may acquire the building position information from the database used by the user.

In the information linking server of one aspect of the present invention, the building is a house in which a user who uses the building linked by the information linking unit resides, and the building acquired by the building information acquisition unit. The information may include the address of the house.

In the information linking server of one aspect of the present invention, the building is a house in which a user who uses the building linked by the information linking unit resides, and the building position information includes the address of the house. May be included.

In the information linking server of one aspect of the present invention, the building information acquisition unit may acquire the address of the house registered by the user as the building location information.

In the information linking server of one aspect of the present invention, the building information acquisition unit may acquire information indicating the position of the equipment acquired by the equipment installed in the building as the building position information.

In the information linking server of one aspect of the present invention, the information linking unit uses the content of the SNS posting information acquired by the SNS posting information acquisition unit, the position corresponding to the SNS posting information, and the building information. A determination unit for determining whether or not to execute the association between the SNS posted information and the building information may be provided based on the position of the building indicated by the building information acquired by the acquisition unit.

In the information linking server of one aspect of the present invention, the determination unit is a case where the content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of disaster-related information, and the SNS posting When the relationship between the position corresponding to the information and the position of the building indicated by the building information acquired by the building information acquisition unit matches the predetermined positional relationship, the SNS posted information and the building information It may be determined that the association with is executed.

In the information linking server of one aspect of the present invention, the determination unit acquires the SNS posting information when the SNS posting information acquired by the SNS posting information acquisition unit includes image content suggesting a disaster. It may be determined that the content of the SNS posted information acquired by the department is the content of the disaster-related information.

In the information linking server of one aspect of the present invention, the determination unit acquires the SNS posting information when the SNS posting information acquired by the SNS posting information acquisition unit includes text content suggesting a disaster. It may be determined that the content of the SNS posted information acquired by the department is the content of the disaster-related information.

In the information linking server of one aspect of the present invention, the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit are predicted to be inundated in the same river basin. When it is included in the area, it is determined that the relationship between the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit matches the predetermined positional relationship. A determination unit may be provided.

In the information linking server of one aspect of the present invention, the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit are the risk distribution of the flood warning. When included in the same 1 km square mesh, the relationship between the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit is a predetermined position. A determination unit that determines that the relationship is matched may be provided.

In the information linking server of one aspect of the present invention, the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit are the heavy rain warning (flood damage). When included in the same mesh of risk distribution, the relationship between the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit is predetermined. A determination unit that determines that the positional relationship matches may be provided.

In the information linking server of one aspect of the present invention, the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit are the heavy rain warning (earth and sand disaster). When included in the same 1km square mesh of the risk distribution, the relationship between the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit is predetermined. A determination unit that determines that the positional relationship matches the predetermined relationship may be provided.

In the information linking server of one aspect of the present invention, the content of the SNS posting information acquired by the SNS posting information acquisition unit corresponds to the content of the earthquake disaster related information and corresponds to the SNS posting information. When the position and the position of the building indicated by the building information acquired by the building information acquisition unit are included in the same city, ward, town, or village, or the position corresponding to the SNS posting information and the building information acquisition. When the distance from the position of the building indicated by the building information acquired by the unit is equal to or less than the first threshold value, the position corresponding to the SNS posting information and the building information acquired by the building information acquisition unit. May include a determination unit that determines that the relationship with the position of the building indicated by is consistent with a predetermined positional relationship.

In the information linking server of one aspect of the present invention, the seismic disaster-related information may include a seismic intensity flash report.

In the information linking server of one aspect of the present invention, the earthquake disaster-related information may include "information on seismic intensity in each place".

In the information linking server of one aspect of the present invention, the content of the SNS posting information acquired by the SNS posting information acquisition unit corresponds to the content of the storm disaster related information, and corresponds to the SNS posting information. When the position and the position of the building indicated by the building information acquired by the building information acquisition unit are included in the same city, ward, town, or village, or the position corresponding to the SNS posting information and the building information acquisition. When the distance from the position of the building indicated by the building information acquired by the unit is equal to or less than the second threshold value, the position corresponding to the SNS posting information and the building information acquired by the building information acquisition unit. May include a determination unit that determines that the relationship with the position of the building indicated by is consistent with a predetermined positional relationship.

In the information linking server of one aspect of the present invention, the content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of the sales resumption information of a popular product, and the SNS posting information is used. When the relationship between the corresponding position and the position of the building indicated by the building information acquired by the building information acquisition unit matches a predetermined positional relationship, the SNS posted information and the building information A determination unit that determines that the association is executed may be provided.

In the information linking server of one aspect of the present invention, the determination unit has the same position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit. When it is included in the city, ward, town or village, or when the distance between the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit is equal to or less than the third threshold value. In addition, it may be determined that the relationship between the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit matches the predetermined positional relationship. ..

In the information linking server of one aspect of the present invention, the content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of the railway suspension or restoration information, and the SNS posting information is used. When the relationship between the corresponding position and the position of the building indicated by the building information acquired by the building information acquisition unit matches a predetermined positional relationship, the SNS posted information and the building information A determination unit that determines that the association is executed may be provided.

In the information linking server of one aspect of the present invention, in the determination unit, the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit are the same. When existing on a railway line, the relationship between the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit becomes the predetermined positional relationship. It may be determined that they match.

In the information linking server of one aspect of the present invention, the content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of highway congestion or regulation information, and the SNS posting information. When the relationship between the position corresponding to the above and the position of the building indicated by the building information acquired by the building information acquisition unit matches the predetermined positional relationship, the SNS posted information and the building information It may be provided with the determination unit which determines that the association of is executed.

In the information linking server of one aspect of the present invention, in the determination unit, the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit are the same. When existing on a highway route, the relationship between the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit is the predetermined positional relationship. It may be determined that it matches.

In the information linking server of one aspect of the present invention, the information linking unit includes a content generation unit, and the content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of disaster-related information. In this case, the content generation unit may generate the content of the disaster-related information at the location of the building based on the content of the SNS posting information acquired by the SNS posting information acquisition unit.

In the information linking server of one aspect of the present invention, the content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of disaster-related information, and the information linking server is an area other than the Kanto region. It may be arranged in.

In the information linking server of one aspect of the present invention, the content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of disaster-related information, and a part or all of the information linking server is It may be located on the cloud.

In the information linking server of one aspect of the present invention, the content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of disaster-related information, and the information linking server includes an emergency power supply. You may be.

In the information linking server of one aspect of the present invention, the content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of disaster-related information, and the information linking server includes a vibration isolator. It may be installed in the building.

In the information linking server of one aspect of the present invention, the content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of disaster-related information, and the building is linked by the information linking unit. It is a building in which the customer of the user who uses the information is resident, and the building information acquisition unit acquires the building information of a plurality of buildings stored in the database used by the user as the building information. The information linking unit includes a list generation unit, and in the list generation unit, each position of the plurality of buildings indicated by the building information acquired by the building information acquisition unit corresponds to the SNS posting information. It is determined whether or not there is a predetermined positional relationship with the position to be used, and the information linking unit determines that the positions of two or more buildings correspond to the SNS posted information and the predetermined positions. When there is a positional relationship, the building information of the two or more buildings is collectively associated with the SNS posting information, and the list generation unit is a list of the information associated with the information association unit. May be generated as.

In the information linking server of one aspect of the present invention, the information linking unit includes a sort unit, and the sort unit generates the disaster when the list generation unit generates a plurality of lists as the list. The plurality of lists may be sorted according to the type of related information.

In the information linking server of one aspect of the present invention, the information linking unit includes a content generation unit and a transmission unit, and the content generation unit is the SNS posting information acquired by the SNS posting information acquisition unit. Based on the content, the content of the disaster-related information at each position of the plurality of buildings is generated, and the transmission unit is generated by the content generation unit after the plurality of lists are sorted by the sorting unit. The contents of the disaster-related information may be collectively transmitted to the customer in units of the sorted list.

In the information linking server of one aspect of the present invention, the content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of disaster-related information, and the information linking server is the information linking unit. It may be located in an area other than the area where the user who uses the one linked by is resident.

In the information linking server of one aspect of the present invention, the information linking unit includes a content generation unit and a distribution unit, and the content generation unit is the SNS posting information acquired by the SNS posting information acquisition unit. Based on the content, the content of the information at the position of the building is generated, and the distribution unit associates the content of the information at the position of the building generated by the content generation unit with the information linking unit. It may be delivered to users who use things.

In the information linking server of one aspect of the present invention, the information linking unit may include a notification unit that notifies the user that the content of the information at the position of the building has been generated.

In the information linking server of one aspect of the present invention, the notification unit may notify the user by e-mail that the content of the information at the position of the building has been generated.

In the information linking server of one aspect of the present invention, the notification unit indicates that the information content at the location of the building is generated by the application installed in the terminal device used by the user. You may inform.

In the information linking server of one aspect of the present invention, the content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of disaster-related information, and the information linking unit is distributed with the content generation unit. The content generation unit generates content of disaster-related information at the location of the building based on the content of the SNS posting information acquired by the SNS posting information acquisition unit, and the distribution unit generates the content of the disaster-related information at the location of the building. The content of the disaster-related information at the position of the building generated by the content generation unit may be distributed to the user who uses the content associated with the information association unit.

In the information linking server of one aspect of the present invention, the distribution unit may distribute the content of disaster-related information at the location of the building to the user via a Web page.

In the information linking server of one aspect of the present invention, the distribution unit may distribute the content of the disaster-related information at the location of the building to the user via e-mail.

In the information linking server of one aspect of the present invention, the distribution unit delivers the contents of disaster-related information at the location of the building to the user via an application installed in the terminal device used by the user. It may be delivered.

In the information linking server of one aspect of the present invention, the distribution unit may distribute the content of disaster-related information at the location of the building to the user via a telephone.

In the information linking server of one aspect of the present invention, the SNS posting information acquisition unit acquires the SNS posting information and the position information indicating the position corresponding to the SNS posting information from the SNS posting information processing unit, and the above-mentioned The SNS posting information processing unit may have a function of estimating a position corresponding to the SNS posting information.

In the information linking server of one aspect of the present invention, the SNS posting information processing unit has a function of estimating a position corresponding to the SNS posting information by using a service that provides a landscape image of each position on a map. May have.

In the information linking server of one aspect of the present invention, the SNS posting information processing unit may have a function of estimating a position corresponding to the SNS posting information based on the text content included in the SNS posting information. good.

In the information linking server of one aspect of the present invention, the information linking unit may include a position estimation unit that estimates a position corresponding to the SNS posted information.

In the information linking server of one aspect of the present invention, the position estimation unit may estimate the position corresponding to the SNS posting information based on the image content included in the SNS posting information.

In the information linking server of one aspect of the present invention, the position estimation unit may estimate the position corresponding to the SNS posted information by using a service that provides a landscape image of each position on the map. ..

In the information linking server of one aspect of the present invention, the position estimation unit converts the landscape image provided by the service with the image content included in the SNS posted information to obtain the SNS posted information. The corresponding position may be estimated.

In the information linking server of one aspect of the present invention, the position estimation unit may estimate the position corresponding to the SNS posting information based on the text content included in the SNS posting information.

In the information linking server of one aspect of the present invention, when the text content includes text indicating an address or latitude / longitude, the position estimation unit has a position indicated by the address or latitude / longitude included in the text content. , It may be estimated that the position corresponds to the SNS posting information.

In the information linking server of one aspect of the present invention, in the position estimation unit, when the text content includes a text indicating the name of the area, the representative point included in the area corresponds to the SNS posted information. It may be presumed to be a position.

One aspect of the present invention includes the information linking server, an SNS posting information processing unit that provides the SNS posting information to the information linking server, and a database that provides the building information to the information linking server. It is an information linking system.

One aspect of the present invention includes an SNS posting information acquisition step for acquiring SNS posting information which is information posted on an SNS (Social Networking Service), a building information acquisition step for acquiring building information which is information about a building, and the above. This is an information linking method including an information linking step for executing linking between the SNS posting information acquired in the SNS posting information acquisition step and the building information acquired in the building information acquisition step.

One aspect of the present invention is an SNS posting information acquisition step for acquiring SNS posting information which is information posted on an SNS (Social Networking Service) and a building information acquisition step for acquiring building information which is information about a building on a computer. And the information linking step for executing the linking between the SNS posting information acquired in the SNS posting information acquisition step and the building information acquired in the building information acquisition step.

According to the present invention, it is possible to provide an information linking server, an information linking system, an information linking method and a program capable of generating useful information for a building provider or a resident or owner of a building. ..

It is a figure which shows an example of the information linking system to which the information linking server of 1st Embodiment is applied. It is a figure which shows an example of the configuration of the information association server of 1st Embodiment shown in FIG. It is a figure which shows an example of the thing which the building information of two or more buildings is collected and associated with SNS posting information by an information association part, and the list generated by a list generation part. It is a figure which shows an example of the result of sorting a plurality of lists by a sort part. It is a flowchart for demonstrating an example of the process executed in the information association server of 1st Embodiment. It is a figure which shows an example of the information linking system to which the information linking server of 2nd Embodiment is applied. It is a figure which shows an example of the configuration of the information association server of the 2nd Embodiment shown in FIG. It is a figure which shows an example of the thing which two or more SNS posting informations were put together by the information linking part of the information linking server of 2nd Embodiment, and linked with the building information of a building.

Hereinafter, the information linking server, the information linking system, the information linking method, and the embodiment of the program of the present invention will be described with reference to the attached drawings.

<First Embodiment>
FIG. 1 is a diagram showing an example of an information linking system 1 to which the information linking server 13 of the first embodiment is applied. FIG. 2 is a diagram showing an example of the configuration of the information association server 13 of the first embodiment shown in FIG.
In the example shown in FIGS. 1 and 2, the information linking system 1 includes an SNS (Social Networking Service) posting information processing unit 11, a database 12, and an information linking server 13.
The SNS posting information processing unit 11 acquires the SNS posting information, which is the information posted on the SNS, determines the authenticity of the SNS posting information by AI (artificial intelligence) technology, and extracts the true SNS posting information. Output. The SNS posting information processing unit 11 includes, for example, an SNS posting information collecting unit 11A, an image analysis unit 11B, a natural language processing unit 11C, an SNS posting information extraction unit 11D, and a learning unit 11E.
The SNS posting information collecting unit 11A collects SNS posting information. The SNS posting information collected by the SNS posting information collecting unit 11A also includes false SNS posting information.
The image analysis unit 11B analyzes the image content included in the SNS posting information collected by the SNS posting information collecting unit 11A. The image content to be analyzed by the image analysis unit 11B includes still image content and moving image content.
The natural language processing unit 11C executes natural language processing on the text content included in the SNS posting information collected by the SNS posting information collecting unit 11A.
The SNS posting information extraction unit 11D is true from the SNS posting information collected by the SNS posting information collecting unit 11A based on the analysis result by the image analysis unit 11B and the natural language processing result by the natural language processing unit 11C. Extract the SNS posting information of. That is, the SNS posting information extraction unit 11D excludes false SNS posting information from the SNS posting information collected by the SNS posting information collecting unit 11A.
The learning unit 11E executes machine learning of the image analysis unit 11B, the natural language processing unit 11C, and the SNS posting information extraction unit 11D. That is, in the SNS posting information processing unit 11, image analysis, natural language processing, and SNS posting information extraction are executed by AI.
The true SNS posting information extracted by the SNS posting information extraction unit 11D is provided to the information linking server 13 and the like.

In the example shown in FIGS. 1 and 2, the database 12 stores building information, which is information about the building. The database 12 is used and managed by a company (construction contractor) that has contracted the construction of a building (for example, a house) such as a house maker. The building information stored in the database 12 is, for example, information about a building built by a construction contractor and a building to be built. Specifically, the database 12 stores information about, for example, the buildings of a plurality of customers of a construction contractor (for example, the building in which the customers live).
The building information stored in the database 12 includes building position information which is information indicating the position of the building. The building position information stored in the database 12 includes the address of the building site, the latitude and longitude information (coordinate information), and the like. If the point indicating the latitude and longitude is a point on the site of the building, for example, a point on the center point of the site, for example, a point on the outer periphery of the site, an area center of gravity point of the site, for example, an intersection of diagonal lines of a rectangular site, etc. It can be any point on the premises.
In another example, the administrator of database 12 does not have to be the company that undertook the construction of the building.

In the example shown in FIGS. 1 and 2, the building information stored in the database 12 includes the resident or owner of the building built by the construction contractor, the owner of the building built by the construction contractor, or the like. Includes user information that is information about (that is, customer information of the building contractor). The user information stored in the database 12 includes, for example, information (first information) obtained by a survey of the building site and its surroundings before the start of the building construction work. The first information includes, for example, the height difference between the site and its surroundings, the angle of the slope, and the like. In addition, the first information includes geology, groundwater level, ground strength, and the like. In addition, the first information includes the state of structures such as earth retaining walls and retaining walls. In addition, the first information includes the state and depth of gutters, waterways, and the like.
Further, the user information stored in the database 12 includes, for example, information (second information) such as a building, a site, and an attached structure at the time of completion of the building construction work. The second information includes, for example, information such as building specifications, shape, form (number of floors, rooftop presence, etc.), layout, basic specifications, and the like. In addition, the second information includes the height difference between the site and the surrounding area. In addition, the second information includes information on newly constructed earth retaining walls, retaining walls, walls, and the like.
Further, the user information stored in the database 12 includes, for example, information after delivery of the building (third information). The third information includes information such as remodeling of a building. In addition, the third information includes information on the damage situation and restoration at the time of the past disaster.
Further, the user information stored in the database 12 includes, for example, information (fourth information) regarding the resident of the building. The fourth information includes, for example, the gender, age, place of employment, school / kindergarten, health condition (health level), number of families, sleeping room, etc. of the customer (resident of the building) of the construction contractor.
The user information stored in the database 12 can be used for predicting damage and prioritizing relief when a building is damaged, for example.
In another example, the building information stored in the database 12 may not include the user information.

In the example shown in FIGS. 1 and 2, the information linking server 13 includes an SNS posting information acquisition unit 13A, a building information acquisition unit 13B, and an information linking unit 13C.
The SNS posting information acquisition unit 13A acquires SNS posting information, which is information posted on the SNS. Specifically, the SNS posting information acquisition unit 13A acquires the true SNS posting information provided by the SNS posting information processing unit 11.
The building information acquisition unit 13B provides information on the building (specifically, the building (for example, the building in which the customer resides) of the user (building contractor, etc.) who uses the building linked by the information linking unit 13C). The building information is obtained from the database 12 or the like. The building information acquired by the building information acquisition unit 13B includes building position information which is information indicating the position of the building.
That is, the building information acquisition unit 13B acquires the building position information from the database 12 or the like that is used and managed by the user (building contractor or the like) of the building information association unit 13C.
The building information acquisition unit 13B has information indicating the position of the device (for example, GPS (Global Positioning System) position information, Internet position information, LTE (Long Term Evolution)) acquired by the device installed in the building (not shown). Connection base station information, etc.) may be acquired as building location information.
The information linking unit 13C executes the linking between the SNS posting information acquired by the SNS posting information acquisition unit 13A and the building information acquired by the building information acquisition unit 13B. In the present specification, "association" means "associating", for example, "association" in claim 1 of Japanese Patent No. 5206375, and "association" in claim 1 of Japanese Patent No. 6605176. , "Association" in claim 1 of Japanese Patent No. 6635107, "association" in claim 1 of Japanese Patent No. 6646827, and the like.

That is, in the examples shown in FIGS. 1 and 2, the information linking server 13 links the SNS posted information and the building information by the information linking unit 13C, which is useful information for the building provider (building contractor, etc.). Is generated).
Further, in the examples shown in FIGS. 1 and 2, the information posting information and the building information are associated with each other by the information association unit 13C, and the information is provided to the building provider (building contractor or the like).
Therefore, in the examples shown in FIGS. 1 and 2, the building provider (building contractor, etc.) uses the information posted by the information linking unit 13C in which the SNS posting information and the building information are linked to the building. Appropriate services (eg, services desired by the resident or owner of the building) can be provided to the resident or owner of the building.

In the example shown in FIGS. 1 and 2, the information linking unit 13C includes a position estimation unit 13C1, a determination unit 13C2, a content generation unit 13C3, a list generation unit 13C4, a sort unit 13C5, and a transmission unit 13C6. I have.
The position estimation unit 13C1 estimates the position corresponding to the SNS posting information acquired by the SNS posting information acquisition unit 13A. When a plurality of SNS posting information is acquired by the SNS posting information acquisition unit 13A, the position estimation unit 13C1 estimates the position corresponding to each of the plurality of SNS posting information.
In another example, the SNS posting information processing unit 11 may have a function of estimating a position corresponding to each of a plurality of SNS posting information. In this example, the SNS posting information acquisition unit 13A acquires the SNS posting information and the position information indicating the position corresponding to the SNS posting information from the SNS posting information processing unit 11.

In the example shown in FIGS. 1 and 2, when the SNS posting information acquired by the SNS posting information acquisition unit 13A includes image content (the image content includes still image content and moving image content). The position estimation unit 13C1 estimates the position corresponding to the SNS posting information based on the image content included in the SNS posting information.
For example, the position estimation unit 13C1 estimates the position corresponding to the SNS posting information acquired by the SNS posting information acquisition unit 13A by using a service that provides a landscape image of each position on the map. Specifically, the position estimation unit 13C1 converts the landscape image provided by the service into the SNS posting information by comparing the image content included in the SNS posting information acquired by the SNS posting information acquisition unit 13A. Estimate the corresponding position.
In another example, the SNS posting information processing unit 11 may have a function of estimating the position corresponding to the SNS posting information by using a service that provides a landscape image of each position on the map.

In the example shown in FIGS. 1 and 2, when the SNS posting information acquired by the SNS posting information acquisition unit 13A includes text content, the position estimation unit 13C1 is based on the text content included in the SNS posting information. Estimate the position corresponding to the SNS posting information.
For example, when the text content included in the SNS posting information acquired by the SNS posting information acquisition unit 13A includes text indicating an address or latitude / longitude, the position estimation unit 13C1 may use the address or latitude / longitude included in the text content. It is estimated that the indicated position is the position corresponding to the SNS posted information. For example, when the text content included in the SNS posting information acquired by the SNS posting information acquisition unit 13A includes a text indicating the name of the area, the position estimation unit 13C1 may use the position estimation unit 13C1 as a representative point (for example, the location of the city hall) included in the area. ) Is presumed to be the position corresponding to the SNS posted information.
In another example, the SNS posting information processing unit 11 may have a function of estimating the position corresponding to the SNS posting information based on the text content included in the SNS posting information.

In the example shown in FIGS. 1 and 2, the determination unit 13C2 has the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A, the position corresponding to the SNS posting information estimated by the position estimation unit 13C1, and the building. Based on the building position indicated by the building information (specifically, the building position information) acquired by the information acquisition unit 13B, the SNS posting information acquired by the SNS posting information acquisition unit 13A and the building information acquisition unit 13B acquire it. It is determined whether or not to execute the association with the created building information.
In another example, the determination unit 13C2 has a position corresponding to the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A, the SNS posting information estimated by the SNS posting information processing unit 11, and the building information acquisition unit. Based on the position of the building indicated by the building information (specifically, the building position information) acquired by 13B, the SNS posting information acquired by the SNS posting information acquisition unit 13A and the building acquired by the building information acquisition unit 13B. It may be determined whether or not to execute the association with the information.

[First example of SNS posted information: disaster-related information]
In the first example of the information association server 13 of the first embodiment, the determination unit 13C2 is the case where the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is the content of the disaster-related information. The relationship between the position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and the position of the building indicated by the building information (specifically, the building position information) acquired by the building information acquisition unit 13B is predetermined. If the positional relationship matches, it is determined that the association between the SNS posting information acquired by the SNS posting information acquisition unit 13A and the building information acquired by the building information acquisition unit 13B is executed.

Specifically, the determination unit 13C2 is the SNS posting information acquisition unit when the SNS posting information acquired by the SNS posting information acquisition unit 13A includes image content (still image content or video content) suggesting a disaster. It is determined that the content of the SNS posted information acquired by 13A is the content of the disaster-related information.
Further, in the determination unit 13C2, when the SNS posting information acquired by the SNS posting information acquisition unit 13A includes text content suggesting a disaster, the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is included. , Judged as the content of disaster-related information.

[Example 1-1 of SNS posted information: Flood disaster / flood damage related information]
The determination unit 13C2 has a position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and a building position indicated by the building information (specifically, the building position information) acquired by the building information acquisition unit 13B. Relationship between the position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and the position of the building indicated by the building information acquired by the building information acquisition unit 13B when it is included in the inundation prediction area of the same river basin. Is determined to match the above-mentioned "predetermined positional relationship".
The above-mentioned "inundation forecast area" is, for example, an inundation forecast area described in the inundation forecast area map of the following site. The determination unit 13C2 uses the inundation prediction area announced by the local government and defined for each river basin as the above-mentioned "inundation prediction area", for example, as shown in the following site.
https://www.kensetsu.metro.tokyo.lg.jp/temporary/content2/000031271.pdf
In another example, the position corresponding to the SNS posting information may be estimated by the SNS posting information processing unit 11.

[Example 1-2 of SNS posted information: Flood disaster related information]
The determination unit 13C2 has a position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and a building position indicated by the building information (specifically, the building position information) acquired by the building information acquisition unit 13B. When included in the same 1km square mesh of the flood warning risk distribution, the position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and the building indicated by the building information acquired by the building information acquisition unit 13B. It is determined that the relationship with the position of is consistent with the above-mentioned "predetermined positional relationship".
The "1km square mesh" of the above-mentioned "flood warning risk distribution" is explained at the following site. The determination unit 13C2 uses, for example, a site announced by the Japan Meteorological Agency as the "1 km square mesh" of the above-mentioned "flood warning risk distribution". Further, in the determination unit 13C2, the position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and the position of the building indicated by the building information acquired by the building information acquisition unit 13B are on the same 1 km square mesh. Determine if it is included.
https://www.jma.go.jp/jma/kishou/know/bosai/riskmap_flood.html
In another example, the position corresponding to the SNS posting information may be estimated by the SNS posting information processing unit 11.

[Example 1-3 of SNS posted information: Flood damage related information]
The determination unit 13C2 has a position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and a building position indicated by the building information (specifically, the building position information) acquired by the building information acquisition unit 13B. When included in the same mesh of the risk distribution of heavy rain warning (flood damage), the position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and the building information acquired by the building information acquisition unit 13B indicate. It is determined that the relationship with the position of the building matches the above-mentioned "predetermined positional relationship".
The "mesh" of the above-mentioned "risk distribution of heavy rain warning (flood damage)" is explained at the following site. The determination unit 13C2 uses, for example, a site announced by the Japan Meteorological Agency as the "mesh" of the above-mentioned "risk distribution of heavy rain warning (flood damage)". Further, in the determination unit 13C2, is the position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and the position of the building indicated by the building information acquired by the building information acquisition unit 13B included in the same mesh? Judge whether or not.
https://www.jma.go.jp/jma/kishou/know/bosai/riskmap_inundation.html
In another example, the position corresponding to the SNS posting information may be estimated by the SNS posting information processing unit 11.

[Examples 1-4 of SNS posted information: Sediment disaster related information]
The determination unit 13C2 has a position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and a building position indicated by the building information (specifically, the building position information) acquired by the building information acquisition unit 13B. When included in the same 1km square mesh of the risk distribution of heavy rain warning (earth and sand disaster), the position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and the building acquired by the building information acquisition unit 13B. It is determined that the relationship with the position of the building indicated by the information matches the above-mentioned "predetermined positional relationship".
The "1km square mesh" of the above-mentioned "risk distribution of heavy rain warning (earth and sand disaster)" is explained at the following site. The determination unit 13C2 uses, for example, the one announced by the Japan Meteorological Agency as the "1 km square mesh" of the above-mentioned "risk distribution of heavy rain warning (earth and sand disaster)". Further, in the determination unit 13C2, the position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and the position of the building indicated by the building information acquired by the building information acquisition unit 13B are on the same 1 km square mesh. Determine if it is included.
https://www.jma.go.jp/jma/kishou/know/bosai/doshakeikai.html
In another example, the position corresponding to the SNS posting information may be estimated by the SNS posting information processing unit 11.

[Example 1-5 of SNS posted information: Earthquake disaster related information]
The determination unit 13C2 is a position corresponding to the SNS posting information estimated by the position estimation unit 13C1 when the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is the content of the earthquake disaster related information. And the SNS estimated by the position estimation unit 13C1 when the building position indicated by the building information (specifically, the building position information) acquired by the building information acquisition unit 13B is included in the same city, ward, town, or village. It is determined that the relationship between the position corresponding to the posted information and the position of the building indicated by the building information acquired by the building information acquisition unit 13B matches the above-mentioned "predetermined positional relationship".
Further, the determination unit 13C2 corresponds to the SNS posting information estimated by the position estimation unit 13C1 when the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is the content of the earthquake disaster related information. When the distance between the position to be used and the position of the building indicated by the building information (specifically, the building position information) acquired by the building information acquisition unit 13B is equal to or less than the first threshold value, the position estimation unit 13C1 estimates the distance. It may be determined that the relationship between the position corresponding to the SNS posted information and the position of the building indicated by the building information acquired by the building information acquisition unit 13B matches the above-mentioned "predetermined positional relationship".
The above-mentioned earthquake disaster-related information includes, for example, the seismic intensity breaking news posted on the website of the following URL.
https://www.jma.go.jp/jp/quake/quake_sindo_index.html
Alternatively, the above-mentioned earthquake disaster-related information includes, for example, "Information on seismic intensity in each region (point where seismic intensity 1 or higher was observed, location of earthquake occurrence (earthquake source), and its magnitude (magnitude)" posted on the website of the following URL. ) Information) ”is included.
https://www.jma.go.jp/jp/quake/00000000095.html
In another example, the position corresponding to the SNS posting information may be estimated by the SNS posting information processing unit 11.

[Examples of SNS posted information 1-6: Storm (strong wind) disaster-related information]
The determination unit 13C2 is a position corresponding to the SNS posting information estimated by the position estimation unit 13C1 when the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is the content of the storm disaster related information. And the SNS estimated by the position estimation unit 13C1 when the building position indicated by the building information (specifically, the building position information) acquired by the building information acquisition unit 13B is included in the same city, ward, town, or village. It is determined that the relationship between the position corresponding to the posted information and the position of the building indicated by the building information acquired by the building information acquisition unit 13B matches the above-mentioned "predetermined positional relationship".
Further, the determination unit 13C2 corresponds to the SNS posting information estimated by the position estimation unit 13C1 when the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is the content of the storm disaster related information. When the distance between the position to be moved and the position of the building indicated by the building information (specifically, the building position information) acquired by the building information acquisition unit 13B is equal to or less than the second threshold value, it is estimated by the position estimation unit 13C1. It may be determined that the relationship between the position corresponding to the SNS posted information and the position of the building indicated by the building information acquired by the building information acquisition unit 13B matches the above-mentioned "predetermined positional relationship".
In another example, the position corresponding to the SNS posting information may be estimated by the SNS posting information processing unit 11.

In the example shown in FIGS. 1 and 2, the content generation unit 13C3 is used by the SNS posting information acquisition unit 13A when the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is the content of disaster-related information. Based on the acquired SNS posted information content, the content of disaster-related information at the location of the building is generated.
For example, when the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is the image content of the disaster-related information captured at the position corresponding to the SNS posting information, the content generation unit 13C3 has the SNS posting information. The image content of the disaster-related information captured at the position corresponding to the above is diverted and generated as the image content of the disaster-related information at the position of the building.
For example, when the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is a text content written as disaster-related information at a position corresponding to the SNS posting information, the content generation unit 13C3 has the SNS posting information. The text content written as the disaster-related information at the location corresponding to is diverted and generated as the text content of the disaster-related information at the location of the building.

The content of the disaster-related information on the location of the building (the building provided to the customer such as the construction contractor by the construction contractor or the building provided by the construction contractor) generated by the content generation unit 13C3 is the content of the building provider. Provided to (building contractors, etc.).
Further, as described above, the information in which the SNS posted information and the building information are linked by the information linking unit 13C is also provided to the building provider (building contractor or the like).
Further, as described above, the building information acquisition unit 13B acquires building information, which is information about the building, from the database 12 or the like, and the building is a user (user) who uses the information associated with the information association unit 13C. A customer's building (for example, the building in which the customer resides) of a construction contractor.
The database 12 used by the user usually stores building information of a plurality of customer's buildings (for example, the building in which the customer resides), and the building information acquisition unit 13B stores a plurality of building information stored in the database 12. Get the building information of the building of.
Therefore, in the example shown in FIGS. 1 and 2, in the list generation unit 13C4, the position of each of the plurality of buildings indicated by the building information (specifically, the building position information) acquired by the building information acquisition unit 13B is the position. It is determined whether or not the position corresponding to the SNS posting information estimated by the estimation unit 13C1 has the above-mentioned "predetermined positional relationship".
The information linking unit 13C has two positions when the positions of two or more buildings have a position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and the above-mentioned "predetermined positional relationship". The building information of the above buildings is collectively linked to the SNS posted information.
The list generation unit 13C4 generates a list that is collectively linked by the information linking unit 13C.

FIG. 3 is a diagram showing an example of a list in which building information of two or more buildings is collected and linked to SNS posting information by the information linking unit 13C, and a list generated by the list generation unit 13C4.
In the example shown in FIG. 3, the building information B1, B2, and B3 of the three buildings are collectively linked to the SNS posting information A1 by the information linking unit 13C. Further, the list generation unit 13C4 generates the list LT1 that is collectively linked by the information linking unit 13C.
In the example shown in FIG. 3, a plurality of building information B1, B2, and B3 are collectively associated with one SNS posting information A1, but in another example, a plurality of SNS posting information are combined into one. It may be associated with building information.
In yet another example, a plurality of building information may be collected, and a plurality of SNS posted information may be collected and associated with each other.

For example, when a plurality of SNS posting information is acquired by the SNS posting information acquisition unit 13A, the list generation unit 13C4 generates a plurality of lists (those collectively linked by the information linking unit 13C).
Therefore, in the examples shown in FIGS. 1 and 2, when the list generation unit 13C4 generates a plurality of lists, the sort unit 13C5 uses the list generation unit 13C4 to generate a plurality of lists according to the type of disaster-related information. Sort according to the risk of disaster.

FIG. 4 is a diagram showing an example of the result of sorting a plurality of lists by the sorting unit 13C5.
In the example shown in FIG. 4, the building information B1, B2, and B3 of the three buildings are collectively associated with the SNS posting information A1. Moreover, what is associated collectively (SNS posting information A1 and building information B1, B2, B3) is generated as a list LT1. Further, the building information B11 and B12 of the two buildings are collectively associated with the SNS posting information A2. In addition, the collectively linked information (SNS posting information A2 and building information B11, B12) is generated as a list LT2.
The building information B21 and B22 of the two buildings are collectively associated with the SNS posting information A3. In addition, the collectively linked information (SNS posting information A3 and building information B21, B22) is generated as a list LT3. Further, the building information B31 and B32 of the two buildings are collectively associated with the SNS posting information A4. In addition, the items (SNS posting information A4 and building information B31, B32) that are collectively linked are generated as the list LT4.
The building information B41 and B42 of the two buildings are collectively linked to the SNS posting information A5. In addition, the collectively linked information (SNS posting information A5 and building information B41, B42) is generated as a list LT5. Further, the building information B51, B2, and B3 of the three buildings are collectively associated with the SNS posting information A6. In addition, the information posted together (SNS posting information A6 and building information B51, B2, B3) are generated as a list LT6.
The building information B61 and B62 of the two buildings are collectively associated with the SNS posting information A7. In addition, the collectively linked information (SNS posting information A7 and building information B61, B62) is generated as a list LT7.
Further, in the example shown in FIG. 4, the sort unit 13C5 displays a plurality of lists LT1 to LT7 generated by the list generation unit 13C4, lists LT1, LT4, LT6 of flood disaster / inundation damage related information, and sediment disaster related information. The list LT7, the list LT2 and LT5 of the earthquake disaster related information, and the list LT3 of the storm (strong wind) disaster related information are sorted.
In another example, the sort unit 13C5 may sort the plurality of lists LT1 to LT7 generated by the list generation unit 13C4 according to the degree of risk of a disaster or the like.
A construction contractor or the like can, for example, determine the priority of support for a damaged customer based on the result of sorting a plurality of lists LT1 to LT7 by the sorting unit 13C5.

In the example shown in FIG. 4, the content generation unit 13C3 generates the disaster-related information content at each position of the three buildings corresponding to the building information B1, B2, and B3 based on the content of the SNS posting information A1. For example, the content generation unit 13C3 uses the content of the SNS posting information A1 as described above to generate the content of the disaster-related information at each position of the three buildings corresponding to the building information B1, B2, and B3.
Further, the content generation unit 13C3 generates the content of the disaster-related information at each position of the two buildings corresponding to the building information B11 and B12 based on the content of the SNS posting information A2. The content generation unit 13C3 generates the content of the disaster-related information at each position of the two buildings corresponding to the building information B21 and B22 based on the content of the SNS posting information A3. The content generation unit 13C3 generates the content of the disaster-related information at each position of the two buildings corresponding to the building information B31 and B32 based on the content of the SNS posting information A4.
Further, the content generation unit 13C3 generates the content of the disaster-related information at each position of the two buildings corresponding to the building information B41 and B42 based on the content of the SNS posting information A5. The content generation unit 13C3 generates the content of the disaster-related information at each position of the three buildings corresponding to the building information B51, B2, and B3 based on the content of the SNS posting information A6. The content generation unit 13C3 generates the content of the disaster-related information at each position of the two buildings corresponding to the building information B61 and B62 based on the content of the SNS posting information A7.

In the example shown in FIG. 4, the transmission unit 13C6 (see FIG. 2) displays the content of the disaster-related information generated by the content generation unit 13C3 after the plurality of lists LT1 to LT7 are sorted by the sorting unit 13C5. The content linked by the linking unit 13C is collectively transmitted to the customer (that is, the resident of each house, etc.) of the user (construction contractor, etc.) in units of the sorted list.

In the example shown in FIGS. 1 and 2, the content of the disaster-related information at the position of the customer's building (for example, the building in which the customer resides) of the user (building contractor, etc.) linked by the information linking unit 13C is displayed. The information linking server 13 including the content generation unit 13C3 to be generated is arranged in an area other than the Kanto region. Specifically, as the content of the SNS posting information, a part or all of the information linking server 13 including the SNS posting information acquisition unit 13A for acquiring the content of the disaster-related information is arranged on the cloud. Further, the information linking server 13 is installed in a building equipped with an emergency power supply and a seismic isolation device. Therefore, the crisis management and backup system of the information linking server 13 can be improved.

FIG. 5 is a flowchart for explaining an example of the process executed in the information association server 13 of the first embodiment.
In the example shown in FIG. 5, in step S1, the SNS posting information acquisition unit 13A acquires the SNS posting information which is the information posted to the SNS.
Further, in step S2, the building information acquisition unit 13B is the building of the customer (for example, the customer resides) of the user (building contractor or the like) who uses the building (specifically, the one linked by the information linking unit 13C). Buildings to be built)) Acquire building information that is information about).
Next, in step S3, the information linking unit 13C executes the linking between the SNS posting information acquired in step S1 and the building information acquired in step S2.

<Second Embodiment>
Hereinafter, a second embodiment of the information linking server, the information linking system, the information linking method, and the program of the present invention will be described.
The information linking system 1 to which the information linking server 13 of the second embodiment is applied is the same as the information linking system 1 to which the information linking server 13 of the first embodiment described above is applied, except for the points described later. It is configured in. Therefore, according to the information linking system 1 of the second embodiment, the same effect as that of the information linking system 1 of the first embodiment described above can be obtained except for the points described later.

FIG. 6 is a diagram showing an example of the information linking system 1 to which the information linking server 13 of the second embodiment is applied. FIG. 7 is a diagram showing an example of the configuration of the information association server 13 of the second embodiment shown in FIG.
In the example shown in FIGS. 6 and 7, the SNS posting information processing unit 11, the database 12, and the information linking server 13 are provided as in the examples shown in FIGS. 1 and 2.
The SNS posting information processing unit 11 has the same function as the SNS posting information processing unit 11 shown in FIG. Specifically, the SNS posting information processing unit 11 has, for example, the SNS posting information collecting unit 11A having the same function as the SNS posting information collecting unit 11A shown in FIG. 1 and the same function as the image analysis unit 11B shown in FIG. The image analysis unit 11B, the natural language processing unit 11C having the same function as the natural language processing unit 11C shown in FIG. 1, and the SNS posting information extraction unit having the same function as the SNS posting information extraction unit 11D shown in FIG. It includes a learning unit 11D and a learning unit 11E having the same function as the learning unit 11E shown in FIG.
The database 12 has the same function as the database 12 shown in FIG.

In the example shown in FIGS. 6 and 7, the information linking server 13 includes an SNS posting information acquisition unit 13A, a building information acquisition unit 13B, and an information linking unit 13C.
The SNS posting information acquisition unit 13A has the same function as the SNS posting information acquisition unit 13A shown in FIG. The building information acquisition unit 13B has the same function as the building information acquisition unit 13B shown in FIG.
The information linking unit 13C executes the linking between the SNS posting information acquired by the SNS posting information acquisition unit 13A and the building information acquired by the building information acquisition unit 13B.

In the example shown in FIGS. 6 and 7, the information linking server 13 provides information useful to the resident or owner of the building (the information posted on the SNS and the building information are linked by the information linking unit 13C). Generate.
Further, in the example shown in FIGS. 6 and 7, the information posting information and the building information are associated with each other by the information association unit 13C, and the information is provided to the resident or the owner of the building.
That is, in the example shown in FIGS. 6 and 7, the resident or the owner of the building is a user of the information posted by the SNS and the building information linked by the information linking unit 13C.
In the example shown in FIGS. 6 and 7, the resident or the owner of the building can use the information posted by the information linking unit 13C in which the SNS posting information and the building information are linked, thereby providing convenience (safety, Ease of living, etc.) can be improved.

When the user of the SNS posted information and the building information linked by the information linking unit 13C is a resident of the building, the building is the house in which the user resides. The building location information acquired by the building information acquisition unit 13B includes the address of the house. The building information acquisition unit 13B may acquire the address of the house registered by the user as the building location information.

In the example shown in FIGS. 6 and 7, the information linking unit 13C includes a position estimation unit 13C1, a determination unit 13C2, a content generation unit 13C3, a distribution unit 13C7, and a notification unit 13C8.
The position estimation unit 13C1 has the same function as the position estimation unit 13C1 shown in FIG.
In another example, the SNS posting information processing unit 11 shown in FIG. 6 may have a function of estimating a position corresponding to each of a plurality of SNS posting information. In this example, the SNS posting information acquisition unit 13A acquires the SNS posting information and the position information indicating the position corresponding to the SNS posting information from the SNS posting information processing unit 11.

In the example shown in FIGS. 6 and 7, the determination unit 13C2 has the same function as the determination unit 13C2 shown in FIG.
In another example, the determination unit 13C2 has a position corresponding to the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A, the SNS posting information estimated by the SNS posting information processing unit 11, and the building information acquisition unit. Based on the position of the building indicated by the building information (specifically, the building position information) acquired by 13B, the SNS posting information acquired by the SNS posting information acquisition unit 13A and the building acquired by the building information acquisition unit 13B. It may be determined whether or not to execute the association with the information.

[First example of SNS posted information: disaster-related information]
In the first example of the information linking server 13 of the second embodiment, similarly to the first example of the information linking server 13 of the first embodiment, the determination unit 13C2 is the SNS acquired by the SNS posting information acquisition unit 13A. When the content of the posted information is the content of disaster-related information, the position corresponding to the SNS posted information estimated by the position estimation unit 13C1 and the building information acquired by the building information acquisition unit 13B (specifically, , Building position information), when the relationship with the position of the building matches the predetermined positional relationship, the SNS posting information acquired by the SNS posting information acquisition unit 13A and the building information acquisition unit 13B acquired it. It is determined that the association with the building information is executed.
In another example, the position corresponding to the SNS posting information may be estimated by the SNS posting information processing unit 11.

In the example in which the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is the content of disaster-related information, the information linking server 13 links the SNS posting information and the building information by the information linking unit 13C. It is placed in an area other than the area where the user who uses the information is inhabited.

[Example 1-1 of SNS posted information: Flood disaster / flood damage related information]
In the first example of the information association server 13 of the second embodiment, the determination unit 13C2 is estimated by the position estimation unit 13C1 as in the first example of the information association server 13 of the first embodiment. When the position corresponding to the SNS posted information and the position of the building indicated by the building information (specifically, the building position information) acquired by the building information acquisition unit 13B are included in the inundation prediction area of the same river basin. In addition, the relationship between the position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and the position of the building indicated by the building information acquired by the building information acquisition unit 13B is the above-mentioned "predetermined positional relationship". Is determined to match.
In another example, the position corresponding to the SNS posting information may be estimated by the SNS posting information processing unit 11.

[Example 1-2 of SNS posted information: Flood disaster related information]
In the first and second examples of the information association server 13 of the second embodiment, the determination unit 13C2 is estimated by the position estimation unit 13C1 as in the first and second examples of the information association server 13 of the first embodiment. The position corresponding to the SNS posted information and the position of the building indicated by the building information (specifically, the building position information) acquired by the building information acquisition unit 13B are 1 km square with the same risk distribution of the flood warning. When included in the mesh, the relationship between the position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and the position of the building indicated by the building information acquired by the building information acquisition unit 13B is determined in advance. It is determined that it matches the "positional relationship".
In another example, the position corresponding to the SNS posting information may be estimated by the SNS posting information processing unit 11.

[Example 1-3 of SNS posted information: Flood damage related information]
In the first to third examples of the information association server 13 of the second embodiment, the determination unit 13C2 is estimated by the position estimation unit 13C1 as in the first to third examples of the information association server 13 of the first embodiment. The position corresponding to the SNS posted information and the position of the building indicated by the building information (specifically, the building position information) acquired by the building information acquisition unit 13B have the same risk distribution of the heavy rain warning (flood damage). The relationship between the position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and the position of the building indicated by the building information acquired by the building information acquisition unit 13B when included in the mesh of the above-mentioned "preliminary". It is judged that it matches the "defined positional relationship".
In another example, the position corresponding to the SNS posting information may be estimated by the SNS posting information processing unit 11.

[Examples 1-4 of SNS posted information: Sediment disaster related information]
In the first to fourth examples of the information association server 13 of the second embodiment, the determination unit 13C2 is estimated by the position estimation unit 13C1 as in the first to fourth examples of the information association server 13 of the first embodiment. The position corresponding to the SNS posted information and the position of the building indicated by the building information (specifically, the building position information) acquired by the building information acquisition unit 13B have the same risk distribution of the heavy rain warning (earth and sand disaster). The relationship between the position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and the position of the building indicated by the building information acquired by the building information acquisition unit 13B when included in the 1 km square mesh of the above is described above. It is determined that the information matches the "predetermined positional relationship".
In another example, the position corresponding to the SNS posting information may be estimated by the SNS posting information processing unit 11.

[Example 1-5 of SNS posted information: Earthquake disaster related information]
In the 1st-5th example of the information linking server 13 of the second embodiment, the determination unit 13C2 is performed by the SNS posting information acquisition unit 13A as in the 1st-5th example of the information linking server 13 of the first embodiment. When the content of the acquired SNS posting information is the content of earthquake disaster related information, the position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and the building acquired by the building information acquisition unit 13B. When the position of the building indicated by the information (specifically, the building position information) is included in the same city, ward, town, and village, the position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and the building information acquisition unit. It is determined that the relationship with the position of the building indicated by the building information acquired by 13B matches the above-mentioned "predetermined positional relationship".
Further, the determination unit 13C2 corresponds to the SNS posting information estimated by the position estimation unit 13C1 when the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is the content of the earthquake disaster related information. When the distance between the position to be used and the position of the building indicated by the building information (specifically, the building position information) acquired by the building information acquisition unit 13B is equal to or less than the first threshold value, the position estimation unit 13C1 estimates the distance. It may be determined that the relationship between the position corresponding to the SNS posted information and the position of the building indicated by the building information acquired by the building information acquisition unit 13B matches the above-mentioned "predetermined positional relationship".
In another example, the position corresponding to the SNS posting information may be estimated by the SNS posting information processing unit 11.

[Examples of SNS posted information 1-6: Storm (strong wind) disaster-related information]
In the 1st to 6th examples of the information linking server 13 of the second embodiment, as in the 1st to 6th examples of the information linking server 13 of the first embodiment, the determination unit 13C2 is performed by the SNS posting information acquisition unit 13A. When the content of the acquired SNS posting information is the content of storm disaster related information, the position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and the building acquired by the building information acquisition unit 13B. When the position of the building indicated by the information (specifically, the building position information) is included in the same city, ward, town, and village, the position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and the building information acquisition unit. It is determined that the relationship with the position of the building indicated by the building information acquired by 13B matches the above-mentioned "predetermined positional relationship".
Further, the determination unit 13C2 corresponds to the SNS posting information estimated by the position estimation unit 13C1 when the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is the content of the storm disaster related information. When the distance between the position to be moved and the position of the building indicated by the building information (specifically, the building position information) acquired by the building information acquisition unit 13B is equal to or less than the second threshold value, it is estimated by the position estimation unit 13C1. It may be determined that the relationship between the position corresponding to the SNS posted information and the position of the building indicated by the building information acquired by the building information acquisition unit 13B matches the above-mentioned "predetermined positional relationship".
In another example, the position corresponding to the SNS posting information may be estimated by the SNS posting information processing unit 11.

[Second example of SNS posting information: Information on resuming sales of popular products]
In the second example of the information linking server 13 of the second embodiment, the determination unit 13C2 is in the case where the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is the content of the sales resumption information of the popular product. Therefore, the relationship between the position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and the position of the building indicated by the building information (specifically, the building position information) acquired by the building information acquisition unit 13B is as follows. When it matches the predetermined positional relationship, it is determined that the association between the SNS posting information acquired by the SNS posting information acquisition unit 13A and the building information acquired by the building information acquisition unit 13B is executed.
In another example, the position corresponding to the SNS posting information may be estimated by the SNS posting information processing unit 11.

Specifically, the determination unit 13C2 is imaged in the SNS posting information acquired by the SNS posting information acquisition unit 13A at an image content suggesting the resumption of sales of popular products (for example, in a store where sales of popular products are resumed). When still image content or video content) is included, it is determined that the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is the content of the sales resumption information of the popular product.
Further, when the SNS posting information acquired by the SNS posting information acquisition unit 13A includes text content suggesting the resumption of sales of popular products, the determination unit 13C2 has the SNS posting acquired by the SNS posting information acquisition unit 13A. It is determined that the information content is the content of the sales resumption information of the popular product.

The determination unit 13C2 has a position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and a building position indicated by the building information (specifically, the building position information) acquired by the building information acquisition unit 13B. When included in the same city, ward, town, and village, the relationship between the position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and the position of the building indicated by the building information acquired by the building information acquisition unit 13B is described above. It is determined that the information matches the "predetermined positional relationship".
Further, the determination unit 13C2 has a position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and a building position indicated by the building information (specifically, the building position information) acquired by the building information acquisition unit 13B. When the distance is equal to or less than the third threshold value, the relationship between the position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and the position of the building indicated by the building information acquired by the building information acquisition unit 13B is , May be determined to match the above-mentioned "predetermined positional relationship".
In another example, the position corresponding to the SNS posting information may be estimated by the SNS posting information processing unit 11.

[Third example of SNS posted information: Railway suspension or restoration information]
In the third example of the information linking server 13 of the second embodiment, the determination unit 13C2 determines that the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is the content of the railway suspension or restoration information. Therefore, the relationship between the position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and the position of the building indicated by the building information (specifically, the building position information) acquired by the building information acquisition unit 13B is as follows. When it matches the predetermined positional relationship, it is determined that the association between the SNS posting information acquired by the SNS posting information acquisition unit 13A and the building information acquired by the building information acquisition unit 13B is executed.
In another example, the position corresponding to the SNS posting information may be estimated by the SNS posting information processing unit 11.

Specifically, the determination unit 13C2 captures the SNS posting information acquired by the SNS posting information acquisition unit 13A with image content suggesting the suspension or restoration of the railway (for example, the display in the station premises notifying the suspension or restoration of the railway). When the still image content or the moving image content) is included, it is determined that the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is the content of the railway suspension or restoration information.
Further, the determination unit 13C2 receives the SNS posting information acquired by the SNS posting information acquisition unit 13A when the SNS posting information acquired by the SNS posting information acquisition unit 13A includes text content suggesting the suspension or restoration of the railway. It is determined that the information content is the content of the railway suspension or restoration information.

The determination unit 13C2 has a position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and a building position indicated by the building information (specifically, the building position information) acquired by the building information acquisition unit 13B. The relationship between the position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and the position of the building indicated by the building information acquired by the building information acquisition unit 13B when they exist on the same railway line is described above. It is determined that the information matches the "predetermined positional relationship".
In another example, the position corresponding to the SNS posting information may be estimated by the SNS posting information processing unit 11.

[Fourth example of SNS posted information: highway congestion or regulatory information]
In the fourth example of the information linking server 13 of the second embodiment, the determination unit 13C2 determines that the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is the content of highway congestion or regulation information. The relationship between the position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and the position of the building indicated by the building information (specifically, the building position information) acquired by the building information acquisition unit 13B is , It is determined that the association between the SNS posting information acquired by the SNS posting information acquisition unit 13A and the building information acquired by the building information acquisition unit 13B is executed when the positional relationship matches the predetermined position.
In another example, the position corresponding to the SNS posting information may be estimated by the SNS posting information processing unit 11.

Specifically, the determination unit 13C2 uses the SNS posting information acquired by the SNS posting information acquisition unit 13A as an image content suggesting highway congestion or regulation (for example, a highway entrance notifying the highway congestion or regulation). The content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is determined to be the content of the highway congestion or the regulation information when the display of the above is included (still image content or video content captured). ..
Further, the determination unit 13C2 is SNS acquired by the SNS posting information acquisition unit 13A when the SNS posting information acquired by the SNS posting information acquisition unit 13A includes text content suggesting traffic congestion or regulation on the highway. It is determined that the content of the posted information is the content of the traffic jam on the highway or the content of the regulation information.

The determination unit 13C2 has a position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and a building position indicated by the building information (specifically, the building position information) acquired by the building information acquisition unit 13B. When existing on the same highway route, the relationship between the position corresponding to the SNS posting information estimated by the position estimation unit 13C1 and the position of the building indicated by the building information acquired by the building information acquisition unit 13B is It is determined that the above-mentioned "predetermined positional relationship" is satisfied.
In another example, the position corresponding to the SNS posting information may be estimated by the SNS posting information processing unit 11.

In the example shown in FIGS. 6 and 7, the content generation unit 13C3 links the building (for example, the one linked by the information linking unit 13C) based on the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A. Generates content for information at the location of the user's residence (for example, disaster-related information, popular product sales resumption information, railroad suspension or restoration information, highway congestion or regulatory information, etc.).
The distribution unit 13C7 distributes the content of the information at the position of the building generated by the content generation unit 13C3 to the user.
The notification unit 13C8 notifies the user that the content of the information at the location of the building has been generated. For example, the notification unit 13C8 notifies the user by e-mail that the content of the information at the location of the building has been generated. The notification unit 13C8 may notify the user that the content of the information at the location of the building has been generated by the application installed in the terminal device used by the user.

When the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is the content of disaster-related information, the content generation unit 13C3 is based on the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A. , Generate content for disaster-related information at the location of the building.
For example, when the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is the image content of the disaster-related information captured at the position corresponding to the SNS posting information, the content generation unit 13C3 has the SNS posting information. The image content of the disaster-related information captured at the position corresponding to the above is diverted and generated as the image content of the disaster-related information at the position of the building.
For example, when the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is a text content written as disaster-related information at a position corresponding to the SNS posting information, the content generation unit 13C3 has the SNS posting information. The text content written as the disaster-related information at the location corresponding to is diverted and generated as the text content of the disaster-related information at the location of the building.
The distribution unit 13C7 distributes the content of the disaster-related information at the location of the building generated by the content generation unit 13C3 to the user. For example, the distribution unit 13C7 distributes the content of the disaster-related information at the location of the building to the user via the Web page. The distribution unit 13C7 may distribute the content of the disaster-related information at the location of the building to the user via e-mail. The distribution unit 13C7 may distribute the content of the disaster-related information at the location of the building to the user via the application installed in the terminal device used by the user. The distribution unit 13C7 may distribute the content of the disaster-related information at the location of the building to the user via the telephone.

In the example shown in FIGS. 6 and 7, when the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is the content of the popular product sales resumption information, the content generation unit 13C3 is the SNS posting information acquisition unit. Based on the content of the SNS posting information acquired by 13A, the content of the popular product sales resumption information for the resident or the owner of the building is generated.
For example, when the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is the image content of the popular product sales resumption information captured at the position corresponding to the SNS posting information, the content generation unit 13C3 is SNS. The image content of the popular product sales resumption information captured at the position corresponding to the posted information is diverted and generated as the image content of the popular product sales resumption information for the resident or owner of the building.
For example, when the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is the text content written as the popular product sales resumption information at the position corresponding to the SNS posting information, the content generation unit 13C3 is SNS. The text content written as the popular product sales resumption information at the position corresponding to the posted information is diverted and generated as the text content of the popular product sales resumption information for the resident or owner of the building.
The distribution unit 13C7 distributes the content of the popular product sales resumption information for the resident or owner of the building generated by the content generation unit 13C3 to the user (resident or owner of the building). For example, the distribution unit 13C7 distributes the content of the popular product sales resumption information for the resident or the owner of the building to the user via the Web page. The distribution unit 13C7 may distribute the content of the popular product sales resumption information for the resident or the owner of the building to the user via e-mail. The distribution unit 13C7 may distribute the content of the popular product sales resumption information for the resident or the owner of the building to the user via the application installed in the terminal device used by the user. The distribution unit 13C7 may distribute the content of the popular product sales resumption information for the resident or the owner of the building to the user via the telephone.

In the example shown in FIGS. 6 and 7, when the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is the content of the railway suspension or restoration information, the content generation unit 13C3 acquires the SNS posting information. Based on the content of the SNS posting information acquired by the unit 13A, the content of the railway suspension or restoration information for the resident or owner of the building is generated.
For example, when the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is the image content of the railway suspension or restoration information captured at the position corresponding to the SNS posting information, the content generation unit 13C3 may perform the content generation unit 13C3. The image content of the railway suspension or restoration information captured at the position corresponding to the SNS posted information is diverted and generated as the image content of the railway suspension or restoration information for the resident or owner of the building.
For example, when the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is the text content written as the suspension or restoration information of the railway at the position corresponding to the SNS posting information, the content generation unit 13C3 may be used. The text content written as the suspension or restoration information of the railway at the position corresponding to the SNS posted information is diverted and generated as the text content of the suspension or restoration information of the railway for the resident or the owner of the building.
The distribution unit 13C7 distributes the content of the railway suspension or restoration information for the resident or owner of the building generated by the content generation unit 13C3 to the user (resident or owner of the building). For example, the distribution unit 13C7 distributes the contents of the railway suspension or restoration information for the resident or owner of the building to the user via the Web page. The distribution unit 13C7 may distribute the content of the railway suspension or restoration information for the resident or owner of the building to the user via e-mail. The distribution unit 13C7 may distribute the contents of the railway suspension or restoration information for the resident or owner of the building to the user via the application installed in the terminal device used by the user. The distribution unit 13C7 may distribute the content of the railway suspension or restoration information for the resident or owner of the building to the user via the telephone.

In the example shown in FIGS. 6 and 7, when the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is the content of the congestion of the highway or the regulation information, the content generation unit 13C3 is the SNS posting information. Based on the content of the SNS posted information acquired by the acquisition unit 13A, the content of the highway congestion or regulation information for the resident or owner of the building is generated.
For example, when the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is an image content of highway congestion or regulation information captured at a position corresponding to the SNS posting information, the content generation unit 13C3 , The image content of the highway congestion or regulation information captured at the position corresponding to the SNS posted information is diverted as the image content of the highway congestion or regulation information for the resident or owner of the building. do.
For example, when the content of the SNS posting information acquired by the SNS posting information acquisition unit 13A is the text content written as the congestion of the highway at the position corresponding to the SNS posting information or the regulation information, the content generation unit 13C3 , The text content written as the congestion or regulation information of the highway at the position corresponding to the SNS posted information is diverted and generated as the text content of the congestion or regulation information of the highway for the resident or owner of the building. do.
The distribution unit 13C7 distributes the content of the highway congestion or regulatory information for the resident or owner of the building generated by the content generation unit 13C3 to the user (resident or owner of the building). For example, the distribution unit 13C7 distributes the content of highway congestion or regulatory information for a resident or owner of a building to a user via a Web page. The distribution unit 13C7 may distribute the content of the highway congestion or regulatory information for the resident or owner of the building to the user via e-mail. The distribution unit 13C7 may distribute the content of the highway congestion or regulatory information for the resident or owner of the building to the user via the application installed in the terminal device used by the user. .. The distribution unit 13C7 may distribute the content of the highway congestion or regulatory information for the resident or owner of the building to the user via the telephone.

FIG. 8 is a diagram showing an example of two or more SNS posted information collected by the information linking unit 13C of the information linking server 13 of the second embodiment and linked to the building information of the building.
In the example shown in FIG. 8, the information linking unit 13C collectively links the three SNS posting information A1, A2, and A3 to the building information B1 of the building. As described above, the information linking unit 13C that links the three SNS posting information A1, A2, A3 and the building information B1 is provided to the resident or the owner of the building.

Although the embodiments for carrying out the present invention have been described above using the embodiments, the present invention is not limited to these embodiments, and various modifications and substitutions are made without departing from the gist of the present invention. Can be added. The configurations described in each of the above-described embodiments and examples may be appropriately combined.

In addition, all or a part of the functions of each part of the information linking server 13 in the above-described embodiment are recorded on a computer-readable recording medium and recorded on the recording medium. It may be realized by loading the created program into a computer system and executing it. The term "computer system" as used herein includes hardware such as an OS and peripheral devices.
Further, the "computer-readable recording medium" refers to a portable medium such as a flexible disk, a magneto-optical disk, a ROM, or a CD-ROM, or a storage unit such as a hard disk built in a computer system. Further, a "computer-readable recording medium" is a communication line for transmitting a program via a network such as the Internet or a communication line such as a telephone line, and dynamically holds the program for a short period of time. It may also include a program that holds a program for a certain period of time, such as a volatile memory inside a computer system that is a server or a client in that case. Further, the above program may be for realizing a part of the above-mentioned functions, and may be further realized for realizing the above-mentioned functions in combination with a program already recorded in the computer system.

1 ... Information linking system, 11 ... SNS posting information processing unit, 11A ... SNS posting information collecting unit, 11B ... Image analysis unit, 11C ... Natural language processing unit, 11D ... SNS posting information extraction unit, 11E ... Learning unit, 12 ... database, 13 ... information linking server, 13A ... SNS posting information acquisition section, 13B ... building information acquisition section, 13C ... information linking section, 13C1 ... position estimation section, 13C2 ... determination section, 13C3 ... content generation section, 13C4 ... list generation unit, 13C5 ... sort unit, 13C6 ... transmission unit, 13C7 ... distribution unit, 13C8 ... notification unit

Claims (58)

The SNS posting information acquisition unit that acquires SNS posting information, which is information posted on SNS (Social Networking Service), and
The building information acquisition department that acquires building information, which is information about buildings,
It includes an information linking unit that executes linking between the SNS posting information acquired by the SNS posting information acquisition unit and the building information acquired by the building information acquisition unit.
Information linking server. The building is a building in which a customer of a user who uses the building linked by the information linking unit resides.
The building information acquired by the building information acquisition unit includes the address of the building site of the building.
The information linking server according to claim 1. The building information acquired by the building information acquisition unit includes building position information which is information indicating the position of the building.
The information linking server according to claim 1. The building is a building in which a user's customer who uses the building linked by the information linking unit resides.
The building location information includes the address of the building site of the building.
The information linking server according to claim 3. The building information acquisition unit acquires the building position information from the database used by the user.
The information linking server according to claim 4. The building is a house in which a user who uses the information linked by the information linking unit resides.
The building information acquired by the building information acquisition unit includes the address of the house.
The information linking server according to claim 1. The building is a house in which a user who uses the information linked by the information linking unit resides.
The building location information includes the address of the house,
The information linking server according to claim 3. The building information acquisition unit acquires the address of the house registered by the user as the building location information.
The information linking server according to claim 7. The building information acquisition unit acquires information indicating the position of the device acquired by the device installed in the building as the building position information.
The information linking server according to claim 3. The information linking unit is
Based on the content of the SNS posting information acquired by the SNS posting information acquisition unit, the position corresponding to the SNS posting information, and the position of the building indicated by the building information acquired by the building information acquisition unit. , A determination unit for determining whether or not to execute the association between the SNS posting information and the building information is provided.
The information linking server according to claim 1. The determination unit
The content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of disaster-related information.
When the relationship between the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit matches a predetermined positional relationship.
It is determined that the association between the SNS posting information and the building information is executed.
The information linking server according to claim 10. The determination unit
When the SNS posting information acquired by the SNS posting information acquisition unit includes image content suggesting a disaster,
It is determined that the content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of the disaster-related information.
The information linking server according to claim 11. The determination unit
When the SNS posting information acquired by the SNS posting information acquisition unit contains text content suggesting a disaster,
It is determined that the content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of the disaster-related information.
The information linking server according to claim 11. When the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit are included in the inundation prediction area of the same river basin.
A determination unit for determining that the relationship between the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit matches a predetermined positional relationship is provided.
The information linking server according to claim 1. When the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit are included in the same 1 km square mesh of the risk distribution of the flood warning.
A determination unit for determining that the relationship between the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit matches a predetermined positional relationship is provided.
The information linking server according to claim 1. When the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit are included in the same mesh of the risk distribution of the heavy rain warning (flood damage). ,
A determination unit for determining that the relationship between the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit matches a predetermined positional relationship is provided.
The information linking server according to claim 1. The position corresponding to the SNS posted information and the position of the building indicated by the building information acquired by the building information acquisition unit are included in the same 1 km square mesh of the risk distribution of the heavy rain warning (earth and sand disaster). If so,
A determination unit for determining that the relationship between the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit matches a predetermined positional relationship is provided.
The information linking server according to claim 1. The content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of earthquake disaster related information.
When the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit are included in the same city, ward, town or village, or corresponds to the SNS posting information. When the distance between the position and the position of the building indicated by the building information acquired by the building information acquisition unit is equal to or less than the first threshold value.
A determination unit for determining that the relationship between the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit matches a predetermined positional relationship is provided.
The information linking server according to claim 1. The seismic disaster-related information includes breaking news of seismic intensity.
The information linking server according to claim 18. The earthquake disaster-related information includes "information on seismic intensity in each region".
The information linking server according to claim 18. The content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of storm disaster related information.
When the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit are included in the same city, ward, town or village, or corresponds to the SNS posting information. When the distance between the position and the position of the building indicated by the building information acquired by the building information acquisition unit is equal to or less than the second threshold value.
A determination unit for determining that the relationship between the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit matches a predetermined positional relationship is provided.
The information linking server according to claim 1. The content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of the sales resumption information of a popular product.
When the relationship between the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit matches a predetermined positional relationship.
A determination unit for determining that the association between the SNS posting information and the building information is executed is provided.
The information linking server according to claim 1. The determination unit
When the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit are included in the same city, ward, town or village, or corresponds to the SNS posting information. When the distance between the position and the position of the building indicated by the building information acquired by the building information acquisition unit is equal to or less than the third threshold value.
It is determined that the relationship between the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit matches the predetermined positional relationship.
The information linking server according to claim 22. When the content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of railway suspension or restoration information.
When the relationship between the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit matches a predetermined positional relationship.
A determination unit for determining that the association between the SNS posting information and the building information is executed is provided.
The information linking server according to claim 1. The determination unit
When the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit exist on the same railway line.
It is determined that the relationship between the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit matches the predetermined positional relationship.
The information linking server according to claim 24. When the content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of traffic congestion or regulation information on a highway.
When the relationship between the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit matches a predetermined positional relationship.
A determination unit for determining that the association between the SNS posting information and the building information is executed is provided.
The information linking server according to claim 1. The determination unit
When the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit exist on the same expressway line.
It is determined that the relationship between the position corresponding to the SNS posting information and the position of the building indicated by the building information acquired by the building information acquisition unit matches the predetermined positional relationship.
The information linking server according to claim 26. The information linking unit includes a content generation unit.
When the content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of disaster-related information,
The content generation unit generates disaster-related information content at the location of the building based on the content of the SNS posting information acquired by the SNS posting information acquisition unit.
The information linking server according to claim 1. The content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of disaster-related information.
The information linking server is located in an area other than the Kanto region.
The information linking server according to claim 1. The content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of disaster-related information.
Part or all of the information linking server is located on the cloud.
The information linking server according to claim 1. The content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of disaster-related information.
The information linking server is equipped with an emergency power supply.
The information linking server according to claim 1. The content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of disaster-related information.
The information linking server is installed in a building equipped with a seismic isolation device.
The information linking server according to claim 1. The content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of disaster-related information.
The building is a building in which a customer of a user who uses the building linked by the information linking unit resides.
The building information acquisition unit acquires building information of a plurality of buildings stored in a database used by the user as the building information.
The information linking unit includes a list generation unit.
The list generator is
It is determined whether or not each position of the plurality of buildings indicated by the building information acquired by the building information acquisition unit has a predetermined positional relationship with the position corresponding to the SNS posting information.
The information linking unit is
When the positions of two or more buildings have the predetermined positional relationship with the positions corresponding to the SNS posting information.
The building information of the two or more buildings is collectively linked with the SNS posted information.
The list generator is
A list is generated that is collectively linked by the information linking unit.
The information linking server according to claim 1. The information linking unit includes a sorting unit and has a sorting unit.
The sort unit is
When the list generation unit generates a plurality of lists as the list,
Sorting the plurality of lists according to the type of disaster-related information,
The information linking server according to claim 33. The information linking unit includes a content generation unit and a transmission unit.
The content generation unit generates disaster-related information content at each position of the plurality of buildings based on the content of the SNS posting information acquired by the SNS posting information acquisition unit.
The transmitter is
After the plurality of lists are sorted by the sort unit,
The contents of the disaster-related information generated by the content generation unit are collectively transmitted to the customer in units of a sorted list.
The information linking server according to claim 34. The content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of disaster-related information.
The information linking server is located in an area other than the area where the user who uses the information linked by the information linking unit resides.
The information linking server according to claim 1. The information linking unit includes a content generation unit and a distribution unit.
The content generation unit generates information content at the location of the building based on the content of the SNS posting information acquired by the SNS posting information acquisition unit.
The distribution unit distributes the content of the information generated at the position of the building generated by the content generation unit to the user who uses the information linked by the information association unit.
The information linking server according to claim 1. The information linking unit is
A notification unit is provided to notify the user that the content of the information at the location of the building has been generated.
The information linking server according to claim 37. The notification unit notifies the user by e-mail that the content of the information at the location of the building has been generated.
The information linking server according to claim 38. The notification unit notifies the user that the content of the information at the location of the building has been generated by the application installed in the terminal device used by the user.
The information linking server according to claim 38. The content of the SNS posting information acquired by the SNS posting information acquisition unit is the content of disaster-related information.
The information linking unit includes a content generation unit and a distribution unit.
The content generation unit generates content of disaster-related information at the location of the building based on the content of the SNS posting information acquired by the SNS posting information acquisition unit.
The distribution unit distributes the content of the disaster-related information at the position of the building generated by the content generation unit to the user who uses the content associated with the information association unit.
The information linking server according to claim 1. The distribution unit distributes the content of disaster-related information at the location of the building to the user via a Web page.
The information linking server according to claim 41. The distribution unit distributes the content of disaster-related information at the location of the building to the user via e-mail.
The information linking server according to claim 41. The distribution unit distributes the content of the disaster-related information at the location of the building to the user via an application installed in the terminal device used by the user.
The information linking server according to claim 41. The distribution unit distributes the content of disaster-related information at the location of the building to the user via a telephone.
The information linking server according to claim 41. The SNS posting information acquisition unit acquires the SNS posting information and the position information indicating the position corresponding to the SNS posting information from the SNS posting information processing unit.
The SNS posting information processing unit has a function of estimating a position corresponding to the SNS posting information.
The information linking server according to claim 1. The SNS posting information processing unit has a function of estimating a position corresponding to the SNS posting information by using a service that provides a landscape image of each position on a map.
The information linking server according to claim 46. The SNS posting information processing unit has a function of estimating a position corresponding to the SNS posting information based on the text content included in the SNS posting information.
The information linking server according to claim 46. The information linking unit is
A position estimation unit for estimating a position corresponding to the SNS posting information is provided.
The information linking server according to claim 1. The position estimation unit estimates the position corresponding to the SNS posting information based on the image content included in the SNS posting information.
The information linking server according to claim 49. The position estimation unit estimates the position corresponding to the SNS posted information by using a service that provides a landscape image of each position on the map.
The information linking server according to claim 50. The position estimation unit estimates the position corresponding to the SNS posting information by comparing the landscape image provided by the service with the image content included in the SNS posting information.
The information linking server according to claim 51. The position estimation unit estimates the position corresponding to the SNS posting information based on the text content included in the SNS posting information.
The information linking server according to claim 49. The position estimation unit is
When the text content contains text indicating the address or latitude / longitude,
It is presumed that the position indicated by the address or latitude / longitude included in the text content is the position corresponding to the SNS posting information.
The information linking server according to claim 53. The position estimation unit is
When the text content contains text indicating the name of the area,
It is estimated that the representative point included in the area is the position corresponding to the SNS posting information.
The information linking server according to claim 53. The information linking server according to claim 1 and
The SNS posting information processing unit that provides the SNS posting information to the information linking server,
An information linking system including a database that provides the building information to the information linking server. An SNS posting information acquisition step for acquiring SNS posting information, which is information posted on SNS (Social Networking Service), and
Building information acquisition step to acquire building information which is information about the building,
The information linking step for executing the linking between the SNS posting information acquired in the SNS posting information acquisition step and the building information acquired in the building information acquisition step is provided.
Information linking method. On the computer
An SNS posting information acquisition step for acquiring SNS posting information, which is information posted on SNS (Social Networking Service), and
Building information acquisition step to acquire building information which is information about the building,
A program for executing an information linking step for executing linking between the SNS posting information acquired in the SNS posting information acquisition step and the building information acquired in the building information acquisition step.

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