JP2021018760A - Information providing apparatus and information providing program - Google Patents

Abstract

To improve convenience of a resident.SOLUTION: An information providing apparatus 50 comprises: a detection information acquiring section 61 that acquires detection information which is detected by a building material, a furniture, and an apparatus installed in a living space, or a sensor installed in a facility; a detection information holding section 74 that stores the detection information acquired by the detection information acquiring section 61; and a provision information generating section 63 that generates provision information associated with a state of a resident who lives in the living space on the basis of time change of detection information stored in the detection information holding section 74.SELECTED DRAWING: Figure 2

Description

The present invention relates to an information providing technique, and more particularly to an information providing device and an information providing program that provide information about a resident of a living space.

Housing is an important foundation for people to live in. Various techniques for supporting a healthy and comfortable life in a house are provided (see, for example, Patent Document 1).

In Patent Document 1, the physical fitness measurement value of the evaluation target person is compared with the average value of the same age as the evaluation target person and the independence limit value at that age, and the degree of independence is obtained and evaluated, and the evaluation information and the personal database are used for evaluation. Based on the information in, the daily life / exercise support system that selects and presents the life guidance / exercise program from the life guidance / exercise guidance program file is disclosed.

Japanese Unexamined Patent Publication No. 2006-31433

The present inventors have come up with the present invention because they think that it is possible to more appropriately support the healthy living of the resident by continuously collecting information about the resident in the living space.

The present invention has been made in view of such problems, and an object of the present invention is to improve the convenience of residents.

In order to solve the above problems, the information providing device of a certain aspect of the present invention includes an acquisition unit that acquires detection information detected by a sensor installed in a building material, furniture, equipment, or equipment installed in a living space. , A storage unit that stores the detection information acquired by the acquisition unit, and a generation unit that generates provided information regarding the state of the resident living in the living space based on the time change of the detection information stored in the storage unit. To be equipped.

Another aspect of the present invention is an information providing program. This information providing program stores the detection information acquired by the acquisition unit and the acquisition unit, which acquires the detection information detected by the sensor installed in the building material, furniture, equipment, or equipment installed in the living space of the computer. It functions as a storage unit and a generation unit that generates provided information regarding the state of a resident living in a living space based on a time change of detection information stored in the storage unit.

It should be noted that any combination of the above components and the conversion of the expression of the present invention between methods, devices, systems, recording media, computer programs and the like are also effective as aspects of the present invention.

According to the present invention, the convenience of the resident can be improved.

It is a figure which shows the structure of the information provision system which concerns on embodiment. It is a figure which shows the structure of the information providing apparatus which concerns on embodiment. It is a figure which shows the example of the internal data of a condition holding part. It is a figure which shows the example of the provided information provided by the information providing part.

The information providing system according to the embodiment detects and accumulates information on the position and actions of the resident when the resident is living in the living space in order to more appropriately support the life of the resident. , From the accumulated information, the provided information to be provided to the resident himself / herself, the resident's family and caregiver, the service provider who provides the service to the resident, etc. is generated. As a result, the resident himself / herself can objectively grasp the situation of his / her daily life. In addition, the resident's family, caregivers, service providers, etc. should accurately grasp the resident's condition and behavior in daily life and provide appropriate support, care, services, etc. according to the resident's situation. Can be done.

In the daily life / exercise support system disclosed in Cited Document 1, it is necessary to measure the walking distance for 6 minutes in order to evaluate the degree of independence of the evaluation target person. However, the information providing system of the present embodiment is used. In, since the resident can automatically collect information about the resident while he / she is living his / her daily life, the condition and situation of the resident in his / her daily life without having the resident perform a separate measurement or the like. Can be grasped more accurately. In addition, it is possible to accurately grasp subtle changes that are difficult to notice in measurements and tests by medical personnel. In addition, since it is possible to accurately grasp a sudden change in the state of the resident in the living space, it is possible to appropriately and promptly provide the necessary support to the resident.

In this embodiment, in particular, the technology for supporting the lives of the elderly, persons requiring support, persons requiring long-term care, etc. will be mainly described, but the information providing system of this embodiment is for infants, children, persons with disabilities, etc. It can also be used to support the lives of residents who need protection and support, and to improve the convenience of the lives of healthy people.

The information provision system of this embodiment is not limited to housing, but is occupied by people such as accommodation facilities, sites such as parking lots and gardens attached to housing and accommodation facilities, and facilities for infants and the elderly to stay. Information such as the position and behavior of the resident can be collected in any living space including the building or site for accommodation or stay, but in the present embodiment, the resident mainly in the house. Describes a technique for collecting information on location and behavior and generating provided information from the collected information.

FIG. 1 shows the configuration of the information providing system according to the embodiment. The information providing system 1 includes a house 2 which is an example of a living space, and an information providing device 50 which collects and provides information on the position and action of a person existing in the house 2. The house 2 has a plurality of indoor areas such as an entrance 3, a Western-style room 4, a living room (LDK) 5, a Japanese-style room 6, a bedroom 7, a toilet 8, a bathroom 9, and a washroom 10, and a plurality of outdoor areas such as a parking space 16. And include.

In the house 2, as an example of a sensor that detects detection information such as the position and action of a resident living in the house 2, an image sensor 30, a load sensor 31, an open / close sensor 32, a water amount sensor 33, an odor sensor 34, and 3D A sensor 35, a sound sensor (microphone) 36, and the like are installed. These sensors are installed in building materials, furniture, equipment, equipment, etc. installed in the house 2.

The image sensor 30 captures an image of the inside of the house 2. The image captured by the image sensor 30 is analyzed by the information providing device 50, and the position, state, action, and the like of the resident in the image are detected. The load sensor 31 installed on the toilet seat of the toilet 8 detects that the resident is seated and that the load changes when the resident stands up. The load sensor 31 installed on the handrail 14 detects the load when the resident grips the handrail 14. The open / close sensor 32 is installed on the door of the entrance 3, the living room 5, the bedroom 7, the toilet 8, the bathroom 9, the washroom 10, and the like, and detects the opening and closing of the door. The water amount sensor 33 is installed in a water supply pipe or a drain pipe of the toilet 8, the bathroom 9, the washroom 10, the kitchen, etc., and determines the amount of water supply or the amount of drainage when the toilet 8, the bathroom 9, the washroom 10, the kitchen, etc. are used. Detect. The odor sensor 34 is installed in the toilet 8, the bedroom 7, the bathroom 9, the washroom 10, and the like, and detects the odor. The 3D sensor 35 is installed in the bedroom 7, the washroom 10, or the like, and detects the posture of the resident when changing clothes. The sound sensor 36 detects utterances of the resident, sounds generated by the actions and movements of the resident, sounds generated by equipment and devices installed in the living space, and the like. Any other type of sensor may be installed in the house 2. For example, information indicating the position, state, operation input, etc. of the device or equipment may be acquired by communication with a communication device mounted on the device or equipment existing in the house 2. In this case, the device or equipment itself functions as a sensor.

The information detected by these sensors is transmitted to the home server 41 by wireless communication. The home server 41 transmits the collected information to the information providing device 50 via the Internet 40.

FIG. 2 shows the configuration of the information providing device according to the embodiment. The information providing device 50 includes a communication device 51, a display device 52, an input device 53, a control device 60, and a storage device 70. The information providing device 50 may be a server device, a device such as a personal computer, or a mobile terminal such as a mobile phone terminal, a smartphone, or a tablet terminal.

The communication device 51 controls communication with other devices via a communication network such as the Internet 40. The communication device 51 may perform communication by any wired or wireless communication method. The display device 52 displays the screen generated by the control device 60. The display device 52 may be a liquid crystal display device, an organic EL display device, or the like. The input device 53 transmits an instruction input by the user or the manager of the information providing device 50 to the control device 60. The input device 53 may be a mouse, a keyboard, a touch pad, or the like. The display device 52 and the input device 53 may be mounted as a touch panel.

The storage device 70 stores programs, data, and the like used by the control device 60. The storage device 70 may be a semiconductor memory, a hard disk, or the like. The storage device 70 includes a user database 71, a spatial information holding unit 72, a condition holding unit 73, a detection information holding unit 74, and a providing destination information holding unit 75.

The user database 71 stores information on the resident who is the target of support by the information providing device 50. The user database 71 contains, for example, attribute information such as the resident's name, gender, age, and blood type, medical information such as history, support required, care required, and independence, and frontal lobe function test (FAB). Information such as various test results such as functional independence measure (FIM) and activities of daily living (ADL), evaluation results, and index values is stored.

The spatial information holding unit 72 stores information about the resident's house. The space information holding unit 72 includes information representing the shapes of a plurality of regions partitioned in the house 2, such as the layout of the house 2, and the types, positions, and shapes of furniture, building materials, equipment, and equipment installed in the house 2. Information such as image sensor 30, load sensor 31, open / close sensor 32, water amount sensor 33, odor sensor 34, 3D sensor 35, sound sensor 36, and other sensor types and installation positions installed in the house 2. Store.

The condition holding unit 73 stores the conditions related to the provided information generated from the detection information detected by the sensor. FIG. 3 shows an example of the internal data of the condition holding unit 73. The condition holding unit 73 holds the provided information and the detection information used for generating the provided information for each type of action, action, and action of the resident. The types of movements of residents include, for example, basic activities of daily living (BADL) such as moving, transferring, moving, eating, changing clothes, excretion, bathing, and dressing, household chores such as cleaning, cooking, washing, and shopping. It may be the use of transportation, communication such as telephone correspondence, schedule adjustment, medication management, money management, means of activities of daily living (IADL) such as hobbies. A specific example will be described later.

The detection information holding unit 74 stores the detection information acquired by the detection information acquisition unit 61.

The provider information holding unit 75 holds information about the resident who provides the provided information, the resident's family, the caregiver, the service provider, and the like.

The control device 60 includes a detection information acquisition unit 61, a detection information analysis unit 62, a provision information generation unit 63, a condition setting unit 64, and an information provision unit 65. These configurations are realized by the CPU, memory, other LSI, etc. of any computer in terms of hardware, and are realized by programs loaded in memory in terms of software, but here, their cooperation is realized. It depicts a functional block realized by. Therefore, it will be understood by those skilled in the art that these functional blocks can be realized in various forms such as hardware alone or a combination of hardware and software.

The detection information acquisition unit 61 acquires the detection information detected by the detection device installed in the house 2 and records it in the detection information holding unit 74. The detection information acquisition unit 61 may acquire the detection information from the home server 41, or may directly acquire the detection information from each detection device installed in the house 2.

The detection information analysis unit 62 analyzes the detection information acquired by the detection information acquisition unit 61, and records the analysis result in the detection information holding unit 74. The detection information analysis unit 62 executes analysis, analysis, evaluation, and the like necessary for generating the provided information from the detection information. The detection information analysis unit 62 may analyze the state of the resident based on the time change of the detection information held in the detection information holding unit 74. In addition, the detection information analysis unit 62 may analyze the propriety or quality of the movement of the resident in daily life. In addition, the detection information analysis unit 62 includes resident vocalizations, breath sounds, sounds of physiological phenomena such as coughing and sneezing detected by the sound sensor 36, and daily life sounds generated by movements and actions such as walking and eating. The resident's health and mental condition may be analyzed based on.

The provided information generation unit 63 refers to the conditions held in the condition holding unit 73, and generates the provided information from the detection information and the analysis result held in the detection information holding unit 74.

The condition setting unit 64 receives from the user information about the provider who provides the provided information and the content of the provided information provided to the provider, and records the received information in the condition holding unit 73 and the providing destination information holding unit 75. To do.

The information providing unit 65 provides the provided information generated by the provided information generating unit 63 to a predetermined providing destination with reference to the providing destination information holding unit 75. The information providing unit 65 may transmit the provided information to the device or e-mail address of the providing destination. Further, the provided information may be displayed on a display device 52, a display device installed in the house 2, or the like.

With reference to FIG. 3, an example of specific provided information generated for each type of resident's movement in daily life will be described.

(1) Movement In order to generate information provided regarding the movement of a resident, the detection information analysis unit 62 resides based on the time when the opening / closing sensor 32 installed on the door in the house 2 detects the opening / closing of the door. Calculate the time it takes for a person to move between rooms. The provided information generation unit 63 calculates the walking speed of the resident as the provided information from the distance between the doors held by the spatial information holding unit 72 and the moving time calculated by the detection information analysis unit 62. The detection information analysis unit 62 may calculate the walking speed of the resident as the provided information by analyzing the position of the sound generated by the walking of the resident detected by the sound sensor 36.

(2) Standing Up In order to generate provided information regarding the standing up motion of the resident, the detection information analysis unit 62 determines the resident based on the time change of the load detected by the load sensor 31 installed on the toilet seat of the toilet 8. Generates information indicating load fluctuations when the toilet seat rises. The provided information generation unit 63 generates information indicating the resident's lower limb muscle strength as provided information from the fluctuation of the load in the standing up motion.

(3) Grip In order to generate the provided information regarding the grip movement of the resident, the detection information analysis unit 62 grips the handrail 14 based on the load detected by the load sensor 31 installed on the handrail 14. Generates information indicating the load at the time. The provided information generation unit 63 generates information indicating the grip strength of the resident as provided information from the load in the gripping operation.

(4) Defecation In order to generate information provided regarding the defecation of the resident, the detection information analysis unit 62 is installed on the toilet seat and the time when the opening / closing sensor 32 installed on the door of the toilet 8 detects the opening / closing of the door. Based on the time when the resident's seating is detected by the load sensor 31 and the time when the operation button of the warm water washing toilet seat is operated, the time from when the resident enters the toilet 8 to when the resident sits down, and the resident The time from when the person is seated to operating the warm water washing toilet seat and the time from when the resident operates the warm water washing toilet seat to leaving the toilet 8 are calculated. The provided information generation unit 63 operates the warm water washing toilet seat after the resident has been seated and the time required for the resident to undress and sit down, which is calculated from the time from when the resident enters the toilet 8 to when he / she sits down. From the time required for the resident to stand up and dress, calculated from the time it takes for the resident to defecate and the time it takes for the resident to leave the toilet 8 after operating the warm water washing toilet seat. , Generates information indicating the degree of independence of the resident's defecation as provided information. In this way, the detection information analysis unit 62 may analyze the detection information detected by a plurality of different types of sensors in order to generate the provided information regarding a certain action or operation.

(5) Meals In order to generate information about meals provided by the resident, the detection information analysis unit 62 determines the resident based on the image captured by the image sensor 30 that images the inside of the toilet bowl of the toilet bowl device of the toilet 8. Calculate the amount of defecation. The provision information generation unit 63 generates information indicating the food intake of the resident as the provision information from the amount of defecation.

(6) Hygiene In order to generate information provided regarding the hygiene of the resident, the detection information analysis unit 62 determines the resident's bathroom based on the amount of drainage detected by the water amount sensor 33 installed in the bathroom 9 or the washroom 10. Calculate the frequency of use of 9 and the washroom 10. The provided information generation unit 63 provides information indicating the degree of hygiene independence from the resident's bathing frequency calculated from the usage frequency of the bathroom 9 and the resident's oral care frequency calculated from the usage frequency of the washroom 10. Generate as information.

(7) Hygiene In order to generate information provided regarding hygiene of residents, the detection information analysis unit 62 analyzes the odor in the toilet 8 detected by the odor sensor 34 installed in the toilet 8. Further, based on the image captured by the image sensor 30 installed in the toilet 8, information indicating the dirt in the toilet 8 is generated. The provided information generation unit 63 indicates the degree of hygiene independence, such as whether defecation and urination can be controlled in the toilet 8 and whether the hygiene state of the toilet 8 is maintained, based on information such as odor and dirt in the toilet 8. Is generated as provided information.

(8) Sitting position In order to generate the provided information regarding the sitting position of the resident, the detection information analysis unit 62 performs the load in the sitting position of the resident based on the load detected by the load sensor 31 installed on the toilet seat of the toilet 8. Generates information that indicates the fluctuation of. The provided information generation unit 63 generates information indicating the resident's ability to hold the sitting position, information indicating the presence or absence of wobbling, anemia, and the like as provided information from the fluctuation of the load in the sitting position.

(9) Changing clothes In order to generate information provided regarding changing clothes of the resident, the detection information analysis unit 62 allows the resident to use the 3D image captured by the 3D sensor 35 installed in the bedroom 7 or the washroom 10. Generates information that indicates the posture when changing clothes. The provided information generation unit 63 generates information indicating the range of motion of the resident's joints as provided information from the posture when the resident changes clothes.

The detection information analysis unit 62 may analyze the propriety or quality of the above-mentioned operation by the resident based on the time change of the detection information held in the detection information holding unit 74. For example, the detection information analysis unit 62 may increase the muscle strength of the resident's lower limbs when the travel time between living rooms is longer than before or the time required to stand up and put on clothes after defecation is longer than before. It may be determined that it has decreased.

(10) Mental state In order to generate provided information regarding the mental state of the resident in daily life, the detection information analysis unit 62 generates information detected by the sensor, analysis results by the detection information analysis unit 62, and provided information. Based on the provided information generated by Part 63, the mental state of the resident is analyzed. The detection information analysis unit 62 may determine the mental state of the resident based on the behavior pattern of the resident in daily life. For example, the detection information analysis unit 62 has a resident's low food intake, low bathing frequency, low frequency of use of the washroom 10, low hygiene independence, low indoor brightness, and TV volume. It may be determined that the resident's mental condition is poor, such as when the size is small. The detection information analysis unit 62 may determine the mental state of the resident based on the value of the index calculated from the information.

The detection information analysis unit 62 may analyze the mental state of the resident in daily life based on the time change of the detection information held in the detection information holding unit 74. For example, the detection information analysis unit 62 determines that the resident's mental state has deteriorated when the resident's food intake, bathing frequency, washroom 10 usage frequency, and hygiene independence are lower than before. You may. The detection information analysis unit 62 may determine the mental state of the resident from the behavior or movement of the resident by any other method.

In the above specific example, the image sensor 30 for photographing the resident is not installed in the toilet 8 or the bathroom 9, and the information regarding the state of the resident in the toilet 8 or the bathroom 9 is detected by a sensor other than the image sensor 30. To do. As a result, it is possible to grasp the state of the resident while protecting the privacy of the resident.

The information providing department 65 provides the provided information to the resident himself / herself, the resident's family, a caregiver, etc., and also provides a physical therapist, an occupational therapist, a care manager, a medical social worker, a doctor, a nurse, and a long-term care worker. It will also be provided to medical personnel and service providers such as specialists, long-term care facilities, and rehabilitation facilities.

FIG. 4 shows an example of the provided information provided by the information providing unit 65. This figure shows an example of information provided regarding the condition of a resident provided to a care support specialist (care manager) who creates a care plan for a resident who needs care. The provided information generation unit 63 generates a graph showing the time change of the lower limb muscle strength and the walking speed calculated from the detection information recorded in the resident's latest daily life as the resident's mental and physical data. The detection information analysis unit 62 predicts the degree of independence of the resident one year later from this information. The detection information analysis unit 62 automatically generates a care plan recommended for the resident based on this information and the intention of the resident himself / herself, and when rehabilitation is performed according to the care plan. Calculate the expected degree of walking independence of the resident.

By referring to the provided information, the care manager can streamline operations such as hearing the condition of the care recipient. In addition, since the care manager can accurately grasp the physical functions of the care recipient, etc. without the evaluation by an expert, propose a care plan that suits the physical condition of the resident to the care recipient, etc. Can be done. In addition, since it is possible to accurately grasp not only the physical condition of the long-term care recipient but also the mental condition, it is possible to create a care plan that suits the interests and motivations of the long-term care recipient.

Medical personnel such as doctors, physiotherapists, and occupational therapists can accurately grasp the patient's condition by referring to the information provided, and provide patients with more appropriate treatment and rehabilitation programs. can do. In addition, the evaluation of FAB, FIM, ADL and the like can be made more efficient, and the patient's condition can be evaluated more accurately.

Since the resident's family can support the resident according to the care plan suitable for the resident's condition such as the long-term care recipient, the resident's life can be watched with peace of mind. In addition, since the physical condition of the resident can be accurately grasped, appropriate measures such as making the house barrier-free can be implemented at an early stage, and the risk of the resident falling can be reduced. In addition, the care plan for maintaining the independence of the resident can maintain the degree of independence such as excretion of the resident, so that the burden of long-term care can be reduced.

Residents themselves can feel the effects of rehabilitation according to the care plan by objectively grasping their own condition, and can work enthusiastically through rehabilitation. This makes it possible to maintain an independent life and improve the quality of life.

The provided information generation unit 63 may generate provided information regarding the state of the resident based on the detection information stored when the same resident lives in a plurality of different living spaces. For example, the condition of a resident may be analyzed by comparing the detection information recorded when the resident is living at home with the detection information recorded while spending time in a day care facility. .. In this case, the detection information indicating that the degree of independence of defecation in the resident's home toilet 8 is reduced is recorded, and the detection information indicating that the independence of defecation is possible in the large toilet of the day care facility is recorded. If is recorded, the provided information generation unit 63 may recommend a remodeling to expand the toilet 8 at the resident's home. In this way, by further recording and analyzing the detection information indicating not only the daily life of the resident at home but also the state in another living space, the state of the resident can be grasped more accurately. Residents can be supported more appropriately.

The information providing device 50 may manage the charge for the provision of the provided information. In this case, the information providing device 50 calculates the billing amount for each destination of the provided information according to the type, amount, provision period, and the like of the provided information. Even if the information providing device 50 manages the charge for the use and provision of the information providing program for realizing the information providing device 50, the automatic generation program of the care plan, the management program of rehabilitation by the resident according to the care plan, and the like. Good.

The information providing device 50 may propose reforms such as making a house barrier-free, installing equipment such as handrails and elevating devices, equipment, and building materials according to the condition of the resident. The information providing device 50 includes nursing care devices or equipment such as nursing beds and wheelchairs, sensors for detecting the resident status, devices equipped with sensors, equipment, building materials, etc., depending on the condition of the resident. You may propose to rent or sell the property.

According to the information providing system 1 of the present embodiment, since it is possible to appropriately support the independent life of the person requiring long-term care, it is possible to reduce the cost of long-term care and medical care in the whole society, and the members. You can improve the satisfaction of your life.

In the present embodiment, an example of providing an information providing device 50 that comprehensively manages information collected from a plurality of houses has been described, but an information providing device 50 may be provided for each house. In this case, for example, the home server 41 may have the function of the information providing device 50. The functions may be shared between the home server 41 and the information providing device 50 according to the processing capacity and cost. For example, the home server 41 may manage information that should not be disclosed, such as personal information of the resident of the house 2, and the information providing device 50 may manage the information provided to the service provider or the like. As a result, the security of information can also be improved. Further, even if the functions are shared or data is retained by another device or server connected to the home server 41 or the information providing device 50 via a network by using cloud computing technology or distributed processing technology. Good. In another example, the home server 41 may not be provided. In this case, sensors such as the image sensor 30, the load sensor 31, the open / close sensor 32, the water amount sensor 33, the odor sensor 34, the 3D sensor 35, and the sound sensor 36 directly communicate with the information providing device 50.

Generalization of the invention embodied by the above embodiments and modifications leads to the following technical ideas.

One aspect of the present invention is an information providing device. This information providing device has an acquisition unit that acquires detection information detected by a sensor installed in a building material, furniture, equipment, or equipment installed in a living space, and a memory that stores the detection information acquired by the acquisition unit. A unit and a generation unit that generates provided information regarding the state of a resident living in a living space based on a time change of detection information stored in the storage unit are provided. According to this aspect, the convenience of the resident can be improved.

The generation unit may generate the provided information regarding the propriety or quality of the movement of the resident in daily life. According to this aspect, it is possible to accurately grasp whether or not the resident can move.

The generator may generate information about the resident's mental state in daily life. According to this aspect, the mental state of the resident can be accurately grasped.

The generation unit may generate the provided information by analyzing a plurality of different types of detection information. According to this aspect, the state of the resident can be grasped more accurately.

Providing information regarding the state of the resident may be generated based on the detection information stored when the same resident lives in a plurality of different living spaces. According to this aspect, the state of the resident can be grasped more accurately.

Another aspect of the present invention is an information providing program. This information providing program stores the detection information acquired by the acquisition unit and the acquisition unit, which acquires the detection information detected by the sensor installed in the building material, furniture, equipment, or equipment installed in the living space of the computer. It functions as a storage unit and a generation unit that generates provided information regarding the state of a resident living in a living space based on a time change of detection information stored in the storage unit. According to this aspect, the convenience of the resident can be improved.

1 Information provision system, 2 Housing, 3 Entrance, 4 Western-style room, 5 Living room, 6 Japanese-style room, 7 Bedroom, 8 Toilet, 9 Bathroom, 10 Washroom, 16 Parking space, 30 Image sensor, 31 Load sensor, 32 Open / close sensor, 33 Water volume sensor, 34 odor sensor, 35 3D sensor, 50 information providing device, 61 detection information acquisition unit, 62 detection information analysis unit, 63 provided information generation unit, 64 condition setting unit, 65 information providing unit, 70 storage device, 71 user Database, 72 Spatial information holding unit, 73 Condition holding unit, 74 Detection information holding unit, 75 Destination information holding unit.

Claims (6)

An acquisition unit that acquires detection information detected by sensors installed in building materials, furniture, equipment, or equipment installed in a living space.
A storage unit that stores the detection information acquired by the acquisition unit,
A generation unit that generates provided information regarding the state of a resident living in the living space based on the time change of the detection information stored in the storage unit.
An information providing device including. The information providing device according to claim 1, wherein the generation unit generates information provided regarding whether or not the resident can operate in daily life. The information providing device according to claim 1 or 2, wherein the generation unit generates information provided regarding the mental state of the resident in daily life. The information providing device according to any one of claims 1 to 3, wherein the generating unit generates the provided information by analyzing a plurality of different types of detection information. The information providing device according to any one of claims 1 to 4, which generates provided information regarding the state of the resident based on the detection information stored when the same resident lives in a plurality of different living spaces. Computer,
Acquisition unit that acquires detection information detected by sensors installed in building materials, furniture, equipment, or equipment installed in living spaces,
A storage unit that stores the detection information acquired by the acquisition unit,
A generation unit that generates provided information regarding the state of a resident living in the living space based on the time change of the detection information stored in the storage unit.
An information providing program that functions as.

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