JP6868449B2 - Residence information management device and residence information management system - Google Patents

Description

The present invention relates to a residence information management device that manages a plurality of types of residence information obtained in a house, and a residence information management system including the residence information management device.

In recent years, with the progress of Internet technology, the introduction and spread of Internet of Things (IoT) technology, in which various things are connected to the Internet and data is transmitted and received to each other, is rapidly advancing. In addition, with the improvement of computer computing performance, the progress and spread of artificial intelligence (AI) technology based on machine learning algorithms that the computer itself automatically learns and recognizes the features of various data patterns. It is progressing rapidly.
Advances and widespread use of these IoT and AI technologies have made it possible to automatically learn and recognize patterns of large amounts of data, allowing computers to make various decisions that were previously thought to be possible only by humans. By supporting human beings in various fields, it becomes possible to reduce the workload and improve efficiency.

One of the fields where IoT technology and AI technology are expected to be applied is the field of living environment. It is possible to give advice to residents and control various home appliances and housing equipment by utilizing IoT technology and AI technology so that the residents of the house can feel more comfortable and lead a richer life. For example, Patent Document 1).

However, by connecting various living environments to the Internet in this way, the personal information of the residents of the houses that use it will be leaked to the outside via the Internet and misused by malicious third parties. At present, the provision of living environments using IoT technology and AI technology has not yet become widespread.

JP-A-2017-016610

The present invention has been made in view of the above-mentioned problems, and it is possible to prevent information that can identify a resident living in a house from leaking to the outside of the house via a network. An object of the present invention is to provide an information management device and a residence information management system equipped with the residence information management device.

That is, the residence information management device of the present invention is a residence information management device that manages a plurality of types of residence information obtained in a house and is communicably connected to an external network formed outside the house. , The residence information acquisition unit that acquires the residence information, the resident identification information that can identify the resident who resides in the house among the residence information, and the general residence information that is other information. , A resident information distinguishing unit that is separately stored in a resident information storage unit provided in a predetermined area of the memory, and a gateway unit that supplies only the general resident information to the external network unless specific permission information is accepted. It is characterized by having.

If this is the case, various residential information obtained in the house can be used to refer to the resident identification information that can identify the resident who lives in the house and other information, that is, the resident who lives in the house. It is possible to distinguish from general residence information, which is information that cannot be specified, to supply only general residence information to the external network, and to store the resident identification information in the residence information management device without supplying it to the external network. it can. Therefore, it is possible to prevent information that can identify a resident resident in the house from leaking to the outside of the house via the network.

In the residence information management device of the present invention, the residence information distinguishing unit includes first information that can be resident identification information by itself, and a plurality of specific types of residence information that cannot be resident identification information by itself. The resident information storage unit can distinguish the second information, which can be resident-specific information when gathered, and the third information, which cannot be resident-specific information even if a plurality of types are gathered. It is preferable that it is stored in.

In such a case, information that cannot be resident-specific information by itself but can identify a resident when a plurality of specific types are gathered is separately stored, and the external network of the information is stored. Since it is possible to prevent the supply to the house, it is possible to more reliably prevent the information that can identify the resident from leaking to the outside of the house via the network.

The residence information management device of the present invention further includes an input reception unit that receives input of information, and the input reception unit belongs to any of the first information to the third information for each type of residence information. It accepts input, and it is preferable that the residence information distinguishing unit distinguishes the residence information into the first information to the third information based on the contents received by the input receiving unit.

In such a case, the ability of the gateway unit to prevent the leakage of the resident identification information can be adjusted at the discretion of the resident who uses the residence information management device.

The external network is provided with an analysis device provided with a generation unit that analyzes general residence information supplied from each house via a gateway unit and generates model information thereof, and the residence information management device is the said. It further includes an analysis unit that analyzes general residence information in a house by comparing it with model information transmitted from the analysis device, and an output unit that outputs a predetermined signal according to the analysis result of the analysis unit. Is preferable.

Alternatively, the generation unit that analyzes the general residence information supplied from each house to the external network via the gateway unit and generates the model information, and the general residence information of the predetermined house are compared with the model information. An analysis device including an analysis unit for analysis is provided, and the residence information management device further includes an output unit that receives the analysis result of the house transmitted from the analysis device and outputs a predetermined signal. Is preferable.

In such a case, since the model information used for analyzing the general residence information is generated in the analysis device that is physically separated from the residence information management device, the model is generated in the residence information management device. Since it is not necessary to provide a unit, the configuration of the residence information management device can be simplified and the manufacturing cost can be reduced. In addition, since the analysis device can obtain a large amount of general residence information by collecting general residence information from a plurality of houses, it is possible to generate more accurate model information in the model generation unit. Become.

In the residence information management device of the present invention, the residence information can be separated into information relating to the resident and information relating to the living environment, and the information relating to the resident is the number of residents of the house and each residence. It includes resident identification information related to a person's name and the like, position information indicating a resident's location, and biometric information related to a resident's heart rate and breathing rate. It is preferable that the resident identification information is acquired from the input receiving unit, and the position information and the biometric information are acquired from a predetermined sensor attached to the house or the resident.

In the residence information management device of the present invention, it is preferable that the analysis unit analyzes the biometric information belonging to the general residence information by comparing it with the model information.

In such a case, the health condition of the resident can be managed, and the quality of life of the resident can be further improved.

It is preferable that the residence information management device of the present invention further includes a determination unit that analyzes the biometric information and determines which resident the biometric information belongs to.

In such a case, the rescuer can identify the resident in an emergency such as when the resident is in a critical condition, so that the survival rate of the resident in an emergency can be improved.

In the living information management device of the present invention, the information related to the living environment includes housing information related to the position of the house, the layout of the house, the room temperature of each room, the open / closed state of the window, the open / closed state of the door, and the outside temperature and the weather. , The living information acquisition unit acquires the information related to the living environment from the input reception unit, the sensor attached to the house, or the Internet. Is preferable.

As described above, according to the residence information management device of the present invention, it is possible to prevent information capable of identifying a resident resident in a house from leaking to the outside of the house via a network.

FIG. 1 is a conceptual diagram showing a configuration of a residence information management system 300 according to an embodiment of the present invention. FIG. 2 is a functional block diagram of the residence information management system 300 according to the embodiment. FIG. 3 is a flowchart showing the operation of the residence information management device 100 according to the embodiment. FIG. 4 is a diagram showing an example of classification of various residential information managed by the residential information management device 100 according to the same embodiment. FIG. 5 is a graph of model information showing the relationship between the heart rate and the respiratory rate and the health condition of the resident. FIG. 6 is a diagram showing an example of generating model information of general residence information based on general residence information and a pattern recognition algorithm. FIG. 7 is a diagram showing an example of generating model information of general residence information based on general residence information and a pattern recognition algorithm. FIG. 8 is a diagram showing an example of generating model information of general residence information based on general residence information and a pattern recognition algorithm.

Hereinafter, embodiments of the present invention will be described with reference to the drawings. The residence information management device 100 and the residence information management system 300 described below embody the technical idea of the present invention, and the present invention is not limited to the following unless otherwise specified.

First, an example of a house 10 to which the residence information management system 300 of the present embodiment is applied will be described.
The house 10 is a so-called smart house, and includes housing equipment such as doors, windows, curtains, shutters, lighting, water supply, gas stove equipment, water heaters, and irrigation equipment, as well as TVs, refrigerators, washing machines, rice cookers, and electronic appliances. Home appliances such as range, air conditioner, acoustic equipment, mobile phone, smartphone, tablet PC, human sensor, GPS sensor, Doppler sensor, contact type health sensor, temperature sensor, humidity sensor attached to houses and residents , Door open / close sensors, gas leak sensors, water leak sensors, and other sensors are connected to the home LAN by wire or wirelessly, and these facilities can communicate with each other. The home LAN formed in the house 10 is also connected to an external network X such as the Internet formed outside the house 10.

As shown in FIG. 1, the residence information management system 300 is via a residence information management device 100 such as a computer connected to a home LAN of an individual house 10, a plurality of residence information management devices 100, and an external network X. In order to provide a safer and more comfortable living life by managing various living information in each house such as personal information, which is provided with an analysis device 200 such as a computer and the like which are connected so as to be able to communicate with each other. belongs to.

In the present embodiment, the residence information is information that can be acquired from the sensor or the Internet, and information that is arbitrarily set and registered by the resident.

The information that can be acquired from the sensor is, for example, position information such as the resident's whereabouts, biological information such as the resident's heart rate, respiratory rate, electrocardiogram, blood pressure, and body temperature, the position of the house, and the room temperature of each room. And housing information such as blood pressure, open / closed state of water tap, open / closed state of gas tap, open / closed state of window and open / closed state of door.

The information that can be obtained from the Internet is, for example, peripheral information such as outside air temperature, weather, regional information, and traffic conditions.

The information set and registered by the resident is, for example, the number of residents in the house, the name, age, gender, height, weight, face photo, fingerprint, voiceprint, and other resident identification information of each resident, the layout of the house, and the remodeling history. It is housing information such as.

The residence information management device 100 and the analysis device 200 will be described below.

<About residence information management device 100>

The residence information management device 100 uses various residence information obtained in the house 10 as information capable of identifying the resident such as the name and face photograph of the resident (hereinafter referred to as resident identification information) and body temperature. It can be managed separately from information that cannot identify the resident such as heart rate and heart rate (hereinafter referred to as general residence information).

More specifically, the residence information management device 100 uses the residence information as the first information such as the name and face photograph of the resident, which can be the resident identification information, and the location and gender of the house. Second information that cannot be personal identification information but can be resident specific information when multiple specific types are gathered, and resident even if multiple types are gathered alone or in terms of window opening / closing status, traffic conditions, etc. It can be managed separately from the third information, which is information that cannot be specific information.

Physically speaking, the residence information management device 100 has a CPU, a memory, an input unit such as a mouse and a keyboard, an input / output interface for connecting to a display, and the like. Then, by installing the program for the residence information management device 100 in the memory and cooperating with the CPU and peripheral devices based on the program, the residence information management device 100 can be operated as shown in the functional block diagram of FIG. It is configured to realize functions as an input reception unit 110, a residence information acquisition unit 120, a residence information distinction unit 130, a residence information storage unit 140, a gateway unit 150, a model storage unit 160, an analysis unit 170, and an output unit 180. There is.

The residence information management device 100 may be composed of a single computer, or may be composed of a plurality of computers, routers, smartphones, tablet PCs, robots, and the like connected via a home LAN. .. Then, some or all of the various functions described above may be provided in a single computer, or may be provided in a plurality of computers, routers, smartphones, tablet PCs, robots, etc. connected via a network. Good.
Hereinafter, each part of the residence information management device 100 will be described.

The input reception unit 110 receives input from the resident whether each of the plurality of residence information obtained in the house 10 belongs to the resident identification information or the general residence information. For example, a keyboard. It is equipped with an input means such as a touch panel. For example, when the resident touches and selects the option displayed on the screen of the touch panel display, the resident can determine whether each of the plurality of residence information belongs to the resident specific information or the general residence information. Can be determined.
The input reception unit 110 can also receive such information by the resident inputting the residence information such as the name and age of each resident using the keyboard.

The residence information acquisition unit 120 acquires the information received by the input reception unit 110. In addition, it acquires residence information obtained from sensors attached to houses and residents, the Internet, and the like.

The residence information distinction unit 130 distinguishes the residence information acquired by the residence information acquisition unit 120 from the resident identification information and the general residence information based on the input information from the resident received by the input reception unit 110. It is stored in the residence information storage unit 140 with the flag of. More specifically, based on the input information from the resident received by the input reception unit 110, the information is stored in the residence information storage unit 140 with a flag for distinguishing the first information to the third information. be able to.
The residence information distinction unit 130 may automatically distinguish the first information to the third information based on a predetermined rule or rule.

The residence information storage unit 140 is set in a predetermined area of the memory, and stores the residence information with a flag for distinguishing the residence information into the resident identification information and the general residence information. It is stored with a flag for distinguishing the first information, the second information, and the third information.

Of the residence information stored in the residence information storage unit 140, the gateway unit 150 does not supply the resident identification information to the external network X, and only the general residence information is analyzed by the analysis device 200 provided in the external network X. Is supplied (that is, transmitted) to the network. More specifically, the gateway unit 150 does not supply the first information to the external network X, but supplies the third information to the external network X.
The gateway unit 150 also supplies the second information to the external network X when it is independent or when it is not possible to identify the resident even if a plurality of types are gathered. However, when a plurality of types of second information are collected and the resident can be identified, the second information is not supplied to the external network X.

Specifically, the gateway unit 150 may be a communication device such as a router connected to the home LAN, or may be provided inside a computer connected to the home LAN.

The model storage unit 160 is set in a predetermined area of the memory, and stores model information for analyzing general residence information. The model information will be described later.

The analysis unit 170 analyzes general residence information stored in the residence information storage unit 140.

The output unit 180 controls the residential information management device 100 and the housing equipment, home appliances, and external organizations connected via a communication network such as the Internet according to the analysis result analyzed by the analysis unit 170. It outputs a signal for display or communication.

<About the analyzer 200>
The analysis device 200 analyzes the general residence information supplied from the residence information management device 100 provided in the house 10, generates model information for analyzing the general residence information in the residence information management device 100, and generates the model information. Is supplied to the residence information management device 100.
The model information is generated based on a large amount of general residence information collected from a plurality of houses 10, and is a certain type of general residence information and the state of the resident or the house from which the general residence information is acquired. It shows the relationship and tendency with.

The analysis device 200 of the present embodiment has an input / output interface for connecting to an input unit such as a CPU, a memory, a mouse and a keyboard, and a display. Then, by installing the program for the analysis device 200 in the memory and cooperating with the CPU and peripheral devices based on the program, the analysis device 200 causes the analysis device 200 to generate the generation unit 210 as shown in the functional block diagram of FIG. It is configured to realize the function as. The analyzer 200 may be physically composed of a single computer, or may be composed of a plurality of computers connected via a network.

The generation unit 210 analyzes the general residence information supplied from the residence information management devices 100 provided in the plurality of houses via the external network X based on the pattern recognition algorithm, and analyzes the general residence information. It generates model information for the purpose.

<Operation of residence information management device 100>
Next, the operation of the residence information management device 100 according to the present embodiment will be described with reference to the flowchart of FIG.

First, the resident determines whether each of the plurality of residence information obtained in the house 10 belongs to the resident identification information or the general residence information, and inputs the information to the input reception unit 110 (step S1).

Specifically, as shown in FIG. 4, various information related to the resident such as resident identification information, location information and biometric information, and various information related to the living environment such as housing information and surrounding information are resident. Which of the person identification information and the general residence information belongs to is input to the input reception unit 110 using an input means such as a keyboard. The classification of residence information shown in FIG. 4 is an example, and the classification can be arbitrarily changed by being set by the resident.

Next, as described above, the residence information acquisition unit 120 acquires the residence information received by the input reception unit 110, the residence information obtained from the sensor attached to the house or the resident, the Internet, or the like (step S2).

Specifically, from the input reception unit 110, information for identifying the resident such as the number of residents in the house, the name, age, gender, height, weight, face photograph, fingerprint and voiceprint of each resident (referred to as resident identification information). ), And information related to the house (called house information) such as the layout and remodeling history of the house. Further, from the input reception unit 110, the distinction information indicating whether the various residence information acquired by the residence information acquisition unit 120 belongs to the resident identification information or the general residence information is acquired.

Next, the residence information distinction unit 130 distinguishes the residence information acquired by the residence information acquisition unit 120 into the resident identification information and the general residence information, and stores the residence information in the residence information storage unit 140 (step S3).

The distinction of various residence information into the resident identification information and the general residence information by the residence information distinction unit 130 is executed according to the distinction information received by the input reception unit 110.

Next, the gateway unit 150 transmits only the general residence information stored in the residence information storage unit 140 to the generation unit 210 of the analysis device 200 at a predetermined frequency set by the resident (step S4).

More specifically, the gateway unit 150 supplies the external network X with a single second information, a second information in which a plurality of types are not aggregated to the extent that a resident can be identified, and a third information.

The frequency with which the gateway unit 150 transmits general residence information to the analysis device 200 can be set by the resident by inputting to the input reception unit 110. For example, each time the residence information acquisition unit 120 acquires new residence information, general residence information related to the residence information may be transmitted to the analysis device 200 for a predetermined period (for example, 1 hour, 24 hours, 1 month). General residence information may be transmitted to the analyzer 200 every three months, six months, etc.). The input of the frequency at which the gateway unit 150 transmits the general residence information to the analysis device 200 can be received by the input reception unit 110.

As a general rule, the gateway unit 150 supplies only general resident information to the external network X, and resident identification information (that is, the first information and the second information that can identify a resident by gathering a plurality of types). Is not supplied to the external network X. However, under the specific conditions set by the resident, the resident identification information is supplied to the external network X.

Next, model information is received from the generation unit 210 of the analysis device 200, and the received model information is stored in the model storage unit 160 (step S5).

In the initial state of the residence information management device 100 of the present embodiment, the model storage unit 160 stores the initial model of the model of general residence information. After that, the model information of the general residence information is received from the analysis device 200 at a predetermined frequency, and the model information of the general residence information stored in the model storage unit 160 is updated. The update will be made at any frequency set by the resident. For example, every time the analysis device 200 generates model information of new general residence information, the new model information may be received and the model information stored in the model storage unit 160 may be updated. In addition, the new model information is received every predetermined period (for example, 1 hour, 24 hours, 1 month, 3 months, 6 months, etc.), and the model information stored in the model storage unit 160 is updated. You may. The frequency of the update can be set by the resident by inputting to the input reception unit 110.

Next, the analysis unit 170 analyzes the general residence information stored in the residence information storage unit 140 by comparing it with the model information stored in the model storage unit 160 (step S6).

If the model information of the general residence information stored in the model storage unit 160 belongs to the general residence information among the biometric information, for example, the model information representing the relationship between the heart rate and the respiratory rate and the health condition of the resident Can be mentioned. FIG. 5 is a graph of model information showing the relationship between the heart rate and the respiratory rate and the health condition of the resident. The analysis unit 170 compares the model information with the respiratory rate and heart rate information stored in the residence information storage unit 140, and whether the resident's health condition is in the normal range in the graph of FIG. , Or in states A, B, and C, which are abnormal regions, can be analyzed.

Further, as another example of the model information of the general residence information stored in the model storage unit 160, for example, model information showing the relationship between the number of residents and the outside air temperature and the electric power consumption of the house can be mentioned. The analysis unit 170 compares the model information with the information on the number of residents and the outside air temperature stored in the residence information storage unit 140, and the amount of electricity used in the house 10 is excessive compared to other houses in the area. It is possible to analyze whether or not there is.

Next, according to the analysis result of the analysis unit 170, the output unit 180 controls and displays the housing equipment and home appliances connected to the home LAN of the house 10 and the external organization connected to the external network, or A signal for communication is output (step S7).

The output of a signal for control, display, or communication by the output unit 180 is, for example, as follows. It is assumed that the analysis unit 170 compares the resident's heart rate and respiratory rate with the model information, and obtains an analysis result that the resident's health condition is mild heat stroke. In this case, the output unit 180 uses the home LAN to appropriately adjust the temperature of the air conditioner, the opening / closing degree of the curtain, and the opening / closing degree of the window in order to return the resident's heart rate and respiratory rate to the normal range. Output a signal to each device. Further, it is assumed that the analysis unit 170 compares the resident's heart rate and respiratory rate with the model information, and obtains an analysis result that the resident's health condition is very serious. In this case, the output unit 180 displays on the smartphone of the resident's family that the resident is in a serious condition in order to rescue the resident, and the rescuer can invade the house 10. A signal is output to each device to unlock the key to the front door.

<Operation of analyzer 200>
Next, the operation of the analyzer 200 according to the present embodiment will be described.

First, the generation unit 210 receives general residence information from the gateway unit 150 of the residence information management devices 100 provided in a plurality of houses.
Next, the generation unit 210 analyzes the general residence information at a predetermined frequency to generate model information, and transmits the generated model information to the model storage unit 160 of the residence information management device 100.

The model information generated by the generation unit 210 may be classified by time series, age group, gender, family structure, region, or any other classification item.
For example, a model showing the relationship between respiratory rate and heart rate values and the health status of a resident is further classified by age and gender, and "Relationship between respiratory rate and heart rate values and health status in a 30-year-old man" It may be a "model to be shown". It may also be used as a "model showing the relationship between respiratory rate and heart rate values and health status of a 30-year-old man from midnight to 6 am", and further, "January to April of a 30-year-old man". It may be a model showing the relationship between the respiratory rate and heart rate values in the above and the health condition.
By generating the generation model information that can be classified in detail, the analysis unit 170 of the residence information management device 100 can perform more accurate analysis.

The generation unit 210 analyzes the supplied general residence information based on the pattern recognition algorithm, and generates a model of the general residence information. The pattern recognition algorithm may be a combination of a plurality of known algorithms as well as a known single algorithm. As a single algorithm, a support vector machine, deep learning, a Bayesian network, a search tree, or the like may be used when performing binary determination of normal / abnormal prediction as shown in FIG. Further, when performing detailed prediction determination of an abnormal state as shown in FIG. 7, deep learning, Bayesian network, multivariate analysis, or the like may be used. Further, as shown in FIG. 8, it is possible to carry out by including "normal" as "non-abnormal state" as the details of the abnormal state, and details in the post-processing that is determined to be "abnormal" after the binary determination. A foresight determination may be performed.

<Effect of this embodiment>
As described above, according to the residence information management system of the present embodiment, various residence information obtained in the house can be obtained as resident identification information capable of identifying the resident in the house and other information, that is, Distinguishing from general residence information, which is information that cannot identify a resident living in a house, only general residence information is supplied to the external network, and residence information without supplying resident identification information to an external network. It can be stored in the management device. Therefore, it is possible to prevent information that can identify a resident resident in the house from leaking to the outside of the house via the network.

<Other modified embodiments>
The present invention is not limited to the above embodiment.

For example, in the residence information management system 300 according to the embodiment, the model information generated by the generation unit 210 of the analysis device 200 is transmitted to the model storage unit 160 of the residence information management device 100, and the analysis unit 170 of the residence information management device 100. However, in the residence information management system 300 according to the modified embodiment, the analysis device 200 generates the residence general information of a predetermined house by the generation unit 210. It may have an analysis unit that analyzes by comparing with the generated model information. In such an embodiment, the output unit 180 of the residence information management device 100 receives the analysis result transmitted from the analysis unit of the analysis device 200, and outputs a predetermined signal according to the analysis result.

Further, in the residence information management system 300 according to the embodiment, the residence information distinguishing unit 130 distinguishes various residence information into resident identification information and general residence information, and the various residence information includes resident identification information and general residence information. The resident inputs which of the above to the input reception unit 110, and the execution is performed based on the contents received by the input reception unit 110. However, the residence information management system according to the modified embodiment In the 300, the distinction of various residence information into the resident identification information and the general residence information by the residence information discrimination unit 130 may be executed based on the initial distinction standard registered in advance.

The residence information management device 100 may further include a determination unit that analyzes the biometric information and determines which resident the biometric information belongs to.

In addition, the present invention is not limited to the above-described embodiment, and it goes without saying that various modifications can be made without departing from the spirit of the present invention.

100: Residence information management device 110: Input reception unit 120: Residence information acquisition unit 130: Residence information distinction unit 140: Residence information storage unit 150: Gateway unit 160: Model storage unit 170: Analysis unit 180: Output unit 200: Analysis Device 210: Generator 300: Residence information management system

Claims (10)

It is a residence information management device that manages a plurality of types of residence information obtained in a house and is communicably connected to an external network formed outside the house.
The residence information acquisition department that acquires the residence information, and
Among the residence information, the residence information storage unit provided in a predetermined area of the memory with the resident identification information capable of identifying the resident who resides in the house and the general residence information which is other information. The residence information distinction unit, which is stored in a distinguishable manner,
It is provided with a gateway unit that supplies only the general residence information to the external network unless specific permission information is accepted .
The resident information distinguishing unit is the first information that can be resident-specific information by itself among the resident information, and the resident-specific information when a plurality of specific types are gathered, although they cannot be resident-specific information by themselves. It is characterized in that the second information that can be used as the information and the third information that cannot be the resident-specific information even if a plurality of types are gathered are stored in the residence information storage unit in a distinguishable manner. Residence information management device. It also has an input reception unit that accepts information input.
The input receiving unit receives input of which of the first information to the third information belongs to each type of residence information.
The residence information distinguishing unit, on the basis of the content accepted by the input accepting unit, residence information management device of the resident information is what to distinguish the first information to third information according to claim 1. The external network is provided with an analysis device equipped with a generation unit that analyzes the general residence information supplied from each house via the gateway unit and generates the model information.
An analysis unit that analyzes general residence information in the house by comparing it with model information transmitted from the analysis device.
The residence information management device according to claim 1 or 2 , further comprising an output unit that outputs a predetermined signal according to the analysis result of the analysis unit. In the external network, the general residence information supplied from each house via the gateway is analyzed, and the generation unit that generates the model information and the general residence information of the predetermined house are compared with the model information and analyzed. An analysis device equipped with an analysis unit is provided.
The residence information management device according to claim 1 or 2 , further comprising an output unit that receives an analysis result of the house transmitted from the analysis device and outputs a predetermined signal. The residence information can be separated into information relating to the resident and information relating to the living environment.
The information related to the resident includes resident identification information related to the number of residents of the house, the name of each resident, location information indicating the location of the resident, and a living body related to the resident's heart rate and respiratory rate. It contains information and
The residence information acquisition unit acquires the resident identification information from the input reception unit, and acquires the position information and the biometric information from a predetermined sensor attached to the house or the resident, claim 2. The residence information management device according to claim 3 or 4. The residence information management device according to claim 5 , wherein the analysis unit analyzes the biometric information belonging to general residence information by comparing it with the model information. The residence information management device according to claim 5 or 6 , further comprising a determination unit that analyzes the biometric information and determines which resident the biometric information belongs to. The information related to the living environment includes housing information related to the position of the house, layout of the house, room temperature of each room, open / closed state of windows, open / closed state of doors, and surrounding information related to outside temperature, weather, traffic conditions, etc. Including,
The residence information management according to any one of claims 5 to 7 , wherein the residence information acquisition unit acquires information related to the living environment from any of the input reception unit, a sensor attached to the house, and the Internet. apparatus. The residence information management device according to any one of claims 1 to 8.
A residence information management system including an analysis device that is communicably connected to the residence information management device, analyzes general residence information supplied from each house via a gateway, and generates model information thereof. It manages multiple types of residence information obtained in a house, and is communicably connected to an external network formed outside the house.
The residence information acquisition department that acquires the residence information, and
Among the residence information, the residence information storage unit provided in a predetermined area of the memory with the resident identification information capable of identifying the resident who resides in the house and the general residence information which is other information. The residence information distinction unit, which is stored in a distinguishable manner,
It is provided with a gateway unit that supplies only the general residence information to the external network unless specific permission information is accepted .
The resident information distinguishing unit is the first information that can be resident-specific information by itself among the resident information, and the resident-specific information when a plurality of specific types are gathered, although they cannot be resident-specific information by themselves. The residence is characterized in that the second information which can be the information and the third information which is the information which cannot be the resident identification information even if a plurality of types are gathered alone or together are stored in the residence information storage unit in a distinguishable manner. A program for information management devices.

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