JP5204474B2 - Residential information management system - Google Patents

Description

  The present invention relates to a residential information management system.

As this type of prior art, a residential information management system that manages the time of maintenance for facilities in a home is disclosed (for example, see Patent Document 1). In such a prior art, in a residential information management system composed of a master unit and a door phone slave unit, the type of equipment in the house is registered by the master unit, and maintenance is performed on the image display means when the registered equipment is in the maintenance period. Is configured to display the content of the notification that urges maintenance together with the type of equipment that requires. And with the said structure, it was made possible to alert | report the time of a maintenance about the arbitrary facilities in a house.
JP 2004-135203 A

  However, in the above-described conventional technology, the information to be managed is limited to the maintenance time of the facility in the house, and the information provided to the resident is limited. Moreover, it is uncertain whether maintenance etc. will actually be performed as planned simply by notifying the time of maintenance for the equipment in the house. Therefore, there is a lot of room for improvement.

  The main object of the present invention is to provide a residential information management system capable of carrying out appropriate schedule management for people and things involved in housing.

  Hereinafter, means and the like effective for solving the above-described problems will be described while showing functions and effects as necessary.

Means 1. Schedule update means for creating schedule information including date and contents for each person and thing involved in the house, and storing the schedule information in a storage medium as needed;
Acquisition means for acquiring current status information representing the current status for each person and thing;
Schedule collation means for collating schedule information stored in the storage medium and current information acquired by the acquisition means;
A residential information management system comprising:

  In the means 1, schedule information including date and time is created for each person and thing involved in the house, and the schedule information is stored in the storage medium as needed. Also, current status information representing the current situation is acquired for each person and thing, and the schedule information and the current status information are collated. According to the above, when a resident or the like to be managed in this system takes an action other than the schedule, it can be grasped and notified to the person or another person. In addition, with respect to things such as housing equipment and automobiles, when used in a manner different from the schedule information, it can be grasped and informed to residents and the like. Therefore, an action deviating from a predetermined schedule can be suppressed. As a result, it becomes possible to carry out appropriate schedule management for people and things involved in the house.

  In addition, when acquiring the current state information for each person and thing, it is desirable to perform information acquisition regarding schedule information stored in the storage medium. As a result, only necessary information can be acquired each time. In addition, it is desirable to notify the user of the result of schedule matching. As a result, it is possible to appropriately notify the person or other person of schedule inconsistent behavior or the like. It is also possible to automatically correct the schedule information according to the result of schedule collation.

Mean 2. Comprising position detecting means for detecting a current position of the person or thing;
The acquisition means acquires the current position information of the person or thing as the current status information from the detection result by the position detection means,
2. The residential information management system according to claim 1, wherein the schedule collating unit collates schedule information stored in the storage medium with current position information acquired by the acquiring unit.

  According to the means 2, whether or not the current behavior or the like is appropriate for the person or the object is determined from the current position information of the person or the object. For example, if the schedule is for a person to go to a specific place (school or the like) but the person is in another place, it is determined that a schedule mismatch has occurred. Thereby, it is possible to appropriately notify the person or another person of the occurrence of the schedule mismatch.

Means 3. A mobile communication device that is carried by the person or attached to the object and capable of transmitting individual identification information by a wireless communication function;
The housing information management system according to claim 1 or 2, wherein the acquisition unit acquires the current state information based on identification information and accompanying information transmitted from the mobile communication device.

  According to the means 3, even if a person or an object moves, it is possible to appropriately grasp which situation the person or object is in. It is also possible to acquire the current position information from the transmission information of the mobile communication device.

  Means 4. Means 1 to 3 including mode transition means for causing the control in the house to shift to a different mode depending on the content of the inconsistency if the inconsistency occurs as a result of collating the schedule information with the current state information by the schedule collating means. A housing information management system according to any one of the above.

  According to the means 4, when inconsistency exists between the original schedule information and the current status information, the in-house control is shifted to a different mode depending on the contents of the inconsistency. As a result, even if the resident etc. are not aware that there is a discrepancy between the original schedule information and the current status information, the mode is automatically changed and appropriate measures are taken for the house or resident. It becomes possible. For example, in a configuration that performs security management in a house, according to the schedule information, when all the residents are out, the presence of a person is confirmed in the house (for example, an unlocking operation such as a front door is performed) In some cases), raising the security level, and prohibiting the unlocking of entrance doors.

Means 5. It is equipped with a communication means that can receive schedule information sent from an information sending source outside the house,
5. The residential information management system according to any one of means 1 to 4, wherein the schedule update means creates and stores the schedule information based on schedule information received via the communication means.

  According to the means 5, when schedule information is transmitted from an information transmission source outside the house, the schedule information is received at the house side, and schedule information created based on the schedule information is sequentially stored. Thereby, schedule information can be automatically updated with respect to people and objects, and even when there are many various schedules with respect to people and objects, the schedule can be easily managed. Therefore, the convenience for residents can be greatly enhanced.

Means 6. The schedule information received from the information source includes schedule information from a provider that provides services (services) to people and objects in the house,
6. The residential information management system according to claim 5, wherein the schedule update means creates and stores the schedule information based on schedule information from the supplier.

  For example, housing equipment (including fixtures) and resident-owned vehicles are regularly subjected to maintenance (maintenance inspection, replacement, etc.), and repairs are performed for defective parts due to breakdowns. In addition, when the resident includes an elderly person, the elderly person may regularly receive a visiting care service. In such a case, the schedule information sent from the contractor (housing dealer, car dealer, nursing care service provider, etc.) is received by the house, and the schedule information is created based on the schedule information. The schedule information can be automatically updated for (service), and the schedule can be easily managed. Therefore, the convenience for residents can be greatly enhanced.

  It is preferable that the schedule update means sets a provisional schedule based on schedule information from a supplier, and then sets the schedule according to the convenience of people and the like, and stores the schedule as the schedule information.

Mean 7 The schedule information received from the information source includes at least one of schedule information from the school where the resident goes to school and schedule information from the hospital where the resident goes to the hospital,
7. The residential information management system according to claim 5 or 6, wherein the schedule update means creates and stores the schedule information based on schedule information from the school or the hospital.

  The means 7 assumes a case where a resident or the like to be managed by this system includes a student who goes to school or a person who goes to a hospital. In such a case, when the date of school events is transmitted from the school, or when the date and time of hospital visit is transmitted from the hospital, the schedule information transmitted from the school or hospital is received at the house side, and the schedule is further based on the schedule information. Information is created. Thereby, schedule information can be automatically updated about the business (service) about a school or a hospital, and the schedule management can be performed easily. Therefore, the convenience for residents can be greatly enhanced.

  The schedule update means may determine a temporary schedule based on schedule information from a school or hospital, and then determine the schedule according to the convenience of the person, etc., and store the schedule as the schedule information. desirable.

Means 8. A determination means for determining a person or thing corresponding to the schedule information from the information transmission source;
When the schedule update means receives schedule information from the information transmission source, the schedule update means selects any one of schedule information corresponding to the person or thing determined by the determination means and stores the schedule information. Information management system for homes.

  According to the means 8, the schedule information is stored only in the schedule information of the person or thing corresponding to the schedule information from the information transmission source. That is, the schedule information is automatically allocated. In this case, the schedule information transmitted from time to time from the information transmission source can be appropriately registered as schedule information for each person or thing without confusion.

  For example, a keyword or the like may be determined in advance for each person or thing, and schedule information may be updated by allocating schedule information based on the keyword or the like. Specifically, if the received information includes “XX Elementary School”, the schedule information of the mother and child (commuter) is updated, and if the received information includes “△ × Hospital”, the grandfather (going to the hospital) The schedule information of the father (car owner) is updated when the received information includes “XX (model name)”.

Means 9. Request sending means for sending a request for providing information to the information source outside the house via the communication means;
9. The residential information management system according to any one of means 5 to 8, wherein the schedule update means creates and stores the schedule information based on schedule information returned in response to a request from the request transmission means.

  According to the means 9, an information provision request (request) is transmitted to the information transmission source outside the house via the communication means. Then, schedule information is created and stored based on the schedule information returned in response to the request. In this case, since schedule information is created in consideration of mutual convenience, it is possible to suppress a discrepancy between schedules and to optimize schedule management.

  For example, when the information transmission source outside the house is a trader who provides services to people or things in the house, the request transmission means may contact the trader when the predetermined service provision time for a predetermined service approaches. On the other hand, a service provision request may be transmitted via the communication means.

  DESCRIPTION OF EXEMPLARY EMBODIMENTS Hereinafter, an embodiment of the invention will be described with reference to the drawings. FIG. 1 is a diagram showing an outline of the housing information management system of the present embodiment.

  In FIG. 1, a home 10 is provided with a home server 11, an input device 12, a display device 13, and a communication device 14, and the input device 12, the display device 13, and the communication device 14 are respectively provided to the home server 11. Electrically connected. The home server 11 is configured using a well-known personal computer or the like, and the home server 11 manages execution of various programs, information communication via the communication device 14, and the like. The home server 11 includes a control unit 15 that performs various types of control and a server memory 16 that constructs a database. In the server memory 16, various types of schedule information including a house and residents living in the house are provided. Registration information is stored.

  The input device 12 includes a keyboard input unit 12a capable of inputting characters and the like, and various processes by the home server 11 are executed in accordance with an input operation to the input device 12. Further, the display device 13 includes a display unit 13a made of a liquid crystal device or the like. The display device 13 is installed, for example, in a living room in the house 10 so that each resident can check the display content of the display unit 13a. The display device 13 may be installed in the common space of the resident, and may be installed in the entrance hall or the like in addition to the living room. The display devices 13 may be installed at a plurality of installation locations. Note that a personal computer display attached to a personal computer can be used as the display device 13 of the present system.

  The communication device 14 is a housing communication means that enables two-way communication with a store or facility outside the house, and a wide area communication network is formed by connecting an external network 18 to the communication device 14. ing. Specifically, management computers 21, 22, 23, and 24 installed in a housing dealer G1, an automobile dealer G2, a school G3, a hospital G4, and the like are connected to the external network 18. The house dealer G1 and the car dealer G2 are companies that provide services (services) to residents and goods. Further, the school G3 is an elementary school, a junior high school, a high school, or the like to which any one of the residents attends, and the hospital G4 is a hospital to which any one of the residents attends. These residential dealer G1, automobile dealer G2, school G3, hospital G4, etc. correspond to “information transmission source outside the house”.

  The external network 17 may be a wireless network (wireless communication) using radio waves, light, or the like in addition to a wired network (wired communication) using a telephone line, an Internet cable, a power line, or the like. In addition to the above, other sources such as kindergartens / nursery schools where children attend, government offices in the residential area (city halls, etc.), company where they work, hobby groups that belong to residents, etc. It is also possible to assume.

  Further, in the house 10, a human sensor 31 for detecting the presence or absence of a person is provided at one place or a plurality of places, and a security control device 32 for performing security management in the house is provided. The sensor 31 and the security control device 32 are electrically connected to the home server 11.

  Further, the home server 11 can wirelessly communicate with the portable communication device 34 carried by each resident and the vehicle-mounted control device 35 of the automobile C owned by the resident. The mobile communication device 34 is, for example, a mobile phone device. The mobile communication device 34 and the vehicle-mounted control device 35 correspond to “mobile communication devices” and can transmit individual identification information (ID) to the home server 11 by the wireless communication function. In addition, an ID tag or the like as a mobile communication device can be attached to each facility in the house.

  Based on detection signals from various crime prevention and disaster prevention sensors (not shown) provided in the house, the security control device 32 locks the entrance doors and windows, intrusions of suspicious persons, gas leaks, and fires. For example, when it is detected that there is a suspicious person, a warning is issued and suspicious person information is transmitted to the mobile communication device 34 of the resident, a security company, or the like.

  When the resident goes out, the location of the outing destination is detected by the mobile communication device 34, and the detection information is transmitted to the home server 11. Further, the position of the destination of the automobile C is detected by the in-vehicle control device 35, and the detection information is transmitted to the home server 11. Thereby, in the home server 11, the position information of a resident and a car can be acquired. In the present embodiment, the mobile communication device 34 and the in-vehicle control device 35 correspond to “position detection means”.

  Next, functions of the home server 11 will be described using the functional block diagram of FIG.

In the present embodiment, a schedule management function is assumed as a main function in the home server 11. More specifically, the control unit 15 of the home server 11
(1) A schedule update function for creating schedule information including date and contents for each resident and thing (owned by the resident) and storing the schedule information in the server memory 16 as needed;
(2) a schedule display function for displaying schedule information stored in the server memory 16 on the display device 13 as necessary;
(3) With respect to the schedule information stored in the server memory 16, a current status information acquisition function for acquiring current status information representing the current status for each resident and thing;
(4) a schedule monitoring function for checking schedule information stored in the server memory 16 with current status information acquired each time and notifying the result;
It has.

  Various schedule information relating to schedule creation is input to the control unit 15 via the input device 12 and the communication device 14 (see FIG. 1). Then, the control unit 15 creates schedule information based on the input information each time, and stores the schedule information in the server memory 16 as needed. Details will be described later.

  Here, the server memory 16 stores a plurality of schedule information. The plurality of pieces of schedule information are roughly divided into a schedule information group M1 related to “residents” and a schedule information group M2 related to “things”. The “resident” schedule information group M1 is a data group that defines the schedule of each resident living in the home. For example, “for father”, “for mother”, “for child 1”, “for child 2”, etc. Each schedule information is prepared. The “thing” schedule information group M2 is a data group that defines a schedule for a house, housing equipment, automobile (private car), etc., for example, “building”, “elevator”, “air conditioning equipment”. Each schedule information such as “for automobile” is prepared.

  Each schedule information stores a daily requirement, a time schedule, etc. for the same period. In the illustrated example, schedule information of “November 2007” is stored. The display device 13 displays each schedule information in a calendar format.

  Next, each function in the control unit 15 of the home server 11 will be described in detail.

(1) Schedule update function When an input operation of the input device 12 is performed by a resident, the control unit 15 takes in schedule information specified in accordance with the input operation of the input device 12, and creates schedule information based on the schedule information. At the same time, the schedule information is sequentially registered in the server memory 16. For example, if there is a business to go out, the date and time of the business is registered as the schedule information of the corresponding resident. At this time, if the date and time of the schedule information input this time overlaps with the date and time of the already registered schedule information, this is notified to the resident. For example, the overlapping schedule is displayed on the display device 13 as error information.

  Further, when schedule information is transmitted from an information source outside the house (housing dealer G1, car dealer G2, school G3, hospital G4, etc.), the control unit 15 captures the schedule information via the communication device 14. Schedule information is created and the schedule information is sequentially registered in the server memory 16. At this time, the control unit 15 specifies a resident or item corresponding to each schedule information, selects schedule information corresponding to the specified resident or item, and stores the schedule information. For example, association data in which an information transmission source is associated with a resident or an object is created, and the resident or the object is specified based on the association data.

  The procedure for creating schedule information based on schedule information received from an information transmission source outside the house will be described more specifically.

  From the house dealer G1, schedule information on periodic inspection of buildings and facilities, repair of defective parts, replacement of parts, etc. is transmitted. Further, schedule information on various inspections (including legal inspections), insurance renewals, repairs, engine oil changes, and the like is transmitted from the automobile dealer G2. In the home server 11, the received schedule information is appropriately sorted and stored in building schedule information, automobile schedule information, and the like. At this time, a resident (for example, a father) who responds to a supplier who performs inspection or the like is specified, and the schedule information is also stored as schedule information of the specified resident.

  In the home server 11, provisional schedules (a plurality of candidate dates including preliminary days) are determined based on schedule information from each dealer, and then this schedule is determined according to the circumstances of the person, etc. The schedule may be stored as schedule information.

  Further, schedule information and the like regarding school events are transmitted from the school G3, and schedule information and the like regarding examination appointments are transmitted from the hospital G4. In the home server 11, residents corresponding to the school G and the hospital G4 are specified, and the schedule information is stored as the schedule information of the specified residents. At this time, for example, if it is schedule information regarding a school event for a child, schedule information is created and stored for both the mother and the child.

  In the home server 11, provisional schedules (a plurality of candidate dates including preliminary days) are determined based on the schedule information from the school G3 and the hospital G4, and then this schedule is determined in accordance with the convenience of people and the like. The schedule may be stored as schedule information.

  The schedule information from the information transmission source such as the housing dealer G1 is automatically sent from the information transmission source to the home server 11 (house) when the predetermined service provision time, event date, etc. are approaching. 10) or sent to the home server 10 in response to a request (request) from the home server 10 side. Supplementing the latter, the home server 11 sends a service request signal to the information source (outside contractor) outside the house via the communication device 14 when a predetermined service provision time for a predetermined service approaches. The schedule information is created and stored based on the schedule information transmitted and returned in response to the request signal.

(2) Schedule display function The control part 15 displays the schedule information memorize | stored in the server memory 16 on the display apparatus 13 as needed. Specifically, when there is a request from a resident, schedule information is displayed in accordance with the request. At this time, a configuration may be adopted in which a password (password) is registered for each resident and the schedule information is displayed only when authentication by the password is performed. Further, the schedule information may be automatically displayed on the display device 13 when the date and time of the message stored as the schedule information approaches.

  In addition, the configuration may be such that schedule information is transmitted from the home server 11 to the mobile communication device 33 and the schedule information is displayed on the display unit of the mobile communication device 33.

(3) Current Status Information Acquisition Function The control unit 15 acquires current status information representing the current status for each resident and thing regarding the schedule information stored in the server memory 16. More specifically, based on the detection signal of the human sensor 31, current status information indicating the presence or absence of a person in the house 10 is acquired. Further, based on communication information from the mobile communication device 34 and the in-vehicle control device 35, identification information of a resident and a car and current position information as accompanying information are acquired. In addition, when acquiring the current status information for each resident and thing, it is also possible to obtain all the information related to the resident and the thing in addition to performing information acquisition only for each schedule information.

(4) Schedule monitoring function The control unit 15 collates the schedule information stored in the server memory 16 with the current status information of the resident or the object (including the resident home information, current location information, etc.) and obtains the result. Notice. In this case, if there is a mismatch (inconsistency) as a result of collating the schedule information with the current status information, a warning notification is issued or the in-house control is changed to a mode (non-normal mode) depending on the content of the mismatch. Or migrate. A specific example of schedule monitoring is illustrated below.

  (A) When the current schedule is a restaurant or family trip with all residents, the schedule information of the restaurant or family trip (that is, the schedule information when the house is away) and the human sensor 31 The home information acquired based on the detection signal is collated, and the result of the collation is notified to the resident through the portable communication device 34 or the like. At this time, if there is no one in the house 10 but there is a person at home, a warning notification is given that there is a possibility that there is a suspicious person. Alternatively, the security mode of the security control device 32 is shifted from the normal mode to the alert mode (non-normal mode), and all the entrance doors and windows are automatically locked. Or, if the entrance door is about to be unlocked despite the absence of the whole family, the door can be unlocked at all, or a specific password can be required to unlock the door. There may be.

  (B) When the current child's schedule is cram school, the cram school schedule information is compared with the child's current position information acquired from the position information of the mobile communication device 34 possessed by the child. The result of the verification is notified to the resident (in this case, in particular, the mother or father) through the portable communication device 34 or the like. At this time, if the current position information of the child is changing at a speed higher than a predetermined speed (for example, when it is considered that the child is moving at the driving speed of the car), the schedule inconsistency can be confirmed and a warning is given to the mother, etc. Execute notification.

  (C) When the current vehicle schedule is under periodic inspection or repair by a car dealer, the schedule information for the periodic inspection, etc., is collated with the position information of the car, and the result of the collation is The resident (in this case, especially the father) is notified through the portable communication device 34 or the like. At this time, if the car is in a place other than the dealer (home, leisure facility, etc.), a warning notice is executed to the father or the like to encourage the car to be taken to the dealer.

  Next, schedule update processing and schedule monitoring processing executed by the control unit 15 will be described again with reference to the flowcharts of FIGS.

  FIG. 3 is a flowchart showing the procedure of the schedule update process, and FIG. 4 is a flowchart showing the procedure of the schedule monitoring process. These processes are executed by the control unit 15 at a predetermined time period.

  In FIG. 3, in step S <b> 11, it is determined whether or not there is an input regarding schedule information. If there is a schedule input, the process proceeds to the subsequent step S12. For example, when a schedule input operation is performed by the input device 12 or when schedule information is received from an information transmission source outside the house, step S11 becomes YES.

  In step S12, schedule information to be updated is specified. At this time, the schedule information of the resident or thing designated by the input device 12 is set as the update target. Alternatively, when schedule information is received from an information transmission source outside the house, schedule information of residents or objects associated with the information transmission source is updated.

  Thereafter, in step S13, a writing process is executed for the schedule information to be updated this time. That is, the schedule information is updated by writing the schedule information input this time in the server memory 16.

  In FIG. 4, in step S <b> 21, schedule information to be monitored this time is selected from the schedules stored in the server memory 16. At this time, schedule information related to the business that is currently in progress is monitored.

  Thereafter, in step S22, the current status information of the resident or the object is acquired regarding the schedule information to be monitored this time. At this time, as described above, the current state information of the resident or the object is acquired based on the detection signal of the human sensor 31 provided in the house 10, the communication information of the mobile communication device 34, and the communication information of the in-vehicle control device 35. .

  In step S23, the schedule information to be monitored this time and the current status information acquired in step S22 are collated, and in the subsequent step S24, it is determined whether or not the collation results are consistent. If they match, the process proceeds to step S25, and a normal notification indicating that the schedule is met is executed. If it is inconsistent, the process proceeds to step S26, and a warning notification indicating that the schedule is not met is executed. If the schedule is not met, other modes such as in-house control mode transition are appropriately performed.

  According to the embodiment described in detail above, the following excellent effects can be obtained.

  Since this home information management system is configured with the schedule update function, the current information acquisition function, and the schedule monitoring function as described above, it is possible to quickly grasp when the residents who are to be managed take actions other than the schedule. , The notice or other person can be notified by notification. In addition, when an object (such as a housing facility or a car) is used in a mode different from the schedule information, it can be quickly grasped, and a resident can be notified by notification. Therefore, an action deviating from a predetermined schedule can be suppressed. As a result, appropriate schedule management can be implemented for residents and objects.

  As the schedule monitoring function, the schedule information stored in the server memory 16 is compared with the current location information of the resident or the object, and the result is notified, so it is easy to determine whether the current behavior or the like is appropriate for the resident or the object. Can be judged. Thereby, it is possible to appropriately notify the person or other person of the occurrence of the schedule mismatch.

  In addition, as a result of collating the schedule information with the current status information, if there is inconsistency, the control in the house is shifted to a different mode depending on the content of the inconsistency. Even if the resident or the like is not aware that the inconsistency has occurred, the mode is automatically switched, and it is possible to perform appropriate measures for the house or the resident.

  When the schedule information transmitted from the information transmission source outside the house is received, the schedule information is created and stored based on the schedule information, so that the schedule information can be automatically updated with respect to residents and objects. Therefore, even when there are a lot of various schedules regarding residents and things, the schedule can be easily managed. Therefore, the convenience for residents can be greatly enhanced.

  When schedule information is received from an information source outside the house, the resident or object corresponding to the schedule information is determined, and the schedule information corresponding to the determined resident or object is selected to update the information. Information can be allocated automatically. Therefore, the schedule information transmitted from time to time from the information source outside the house can be appropriately registered as schedule information for each resident or item without being confused.

  Because it is configured to send an information request (request) to an information source outside the house and create and store schedule information based on the schedule information returned in response to the request, the resident side and the other side The schedule information will be created taking into account the mutual convenience with (the trader, school, etc.). Therefore, the discrepancy of the schedule can be suppressed, and the schedule management can be optimized.

[Other Embodiments]
The present invention is not limited to the description of the above embodiment, and may be implemented as follows, for example.

  In the above embodiment, the configuration is such that the user is notified of the result of the schedule collation, but instead of or in addition to the notification, the schedule information stored in the server memory 16 is automatically corrected according to the result of the schedule collation. It is also possible to do.

  In the above embodiment, in the home server 11, association data in which an information transmission source is associated with a resident or an object is created, and when the schedule information is received from an information transmission source outside the house, the association is performed. Although it was set as the structure which identifies a resident and an object based on data, this is changed. For example, keywords or the like are determined in advance for each resident or thing, and the home server 11 (control unit 15) allocates schedule information based on the keywords and updates the schedule information. Specifically, if the received information includes “XX Elementary School”, the schedule information of the mother and child (commuter) is updated, and if the received information includes “△ × Hospital”, the grandfather (going to the hospital) The schedule information of the father (car owner) is updated when the received information includes “XX (car model name)”.

  -It is also possible to envisage contractors other than the above-mentioned residential dealers and automobile dealers as providers that provide services to residents. For example, when assuming a business that performs a home care service, the home service 11 receives schedule information of a regular home care service by using the care service business as an information transmission source outside the house. And in the home server 11, based on the schedule information transmitted from the care service provider, the schedule information of the elderly person (care recipient) and the attendant is created.

  -It is good also as a structure which produces and memorize | stores schedule information for pets. In this case, schedule information for pets and caretakers is created based on schedule information transmitted from pet vendors, animal hospitals, and the like.

The figure which shows the outline | summary of a housing information management system. The block diagram for demonstrating the function of a home server. The flowchart which shows the procedure of a schedule update process. The flowchart which shows the procedure of a schedule monitoring process.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 10 ... House, 11 ... Home server, 12 ... Input device, 13 ... Display apparatus, 14 ... Communication apparatus (communication means), 15 ... Control part (Schedule update means, acquisition means, schedule monitoring means, determination means, request transmission means) , Mode transition means), 16 ... server memory (storage medium), 18 ... external network, 31 ... human sensor, 32 ... security control device, 34 ... portable communication device (position detection means, mobile communication device), 35 ... In-vehicle control device (position detecting means, mobile communication device), G1 ... residential dealer, G2 ... automobile dealer, G3 ... school, G4 ... hospital.

Claims (9)

A communication means for receiving work schedule information transmitted from a contractor that performs work including these inspections on a plurality of possessions owned by a resident,
When the work schedule information is received by the communication means, the property corresponding to the work schedule information is specified, and the specifying means for specifying the resident corresponding to the trader performing the work;
Based on the work schedule information, the property schedule information including the date and contents of the work for the property specified by the specifying means is created, and the corresponding date and contents for the resident specified by the specifying means A schedule creation means for creating schedule information for residents including:
Schedule update means for storing property schedule information and resident schedule information created by the schedule creation means in a storage medium, and
Acquisition means for acquiring current status information representing the current situation of the resident and the property ;
First monitoring means for collating the current status information about the resident acquired by the acquiring means with the schedule information for resident stored in the storage medium and monitoring whether the matching result is consistent or not. When,
Second monitoring means for collating the current status information about the property acquired by the acquisition means with the schedule information for property stored in the storage medium and monitoring whether the verification result is consistent or not. When,
A residential information management system comprising: The communication means receives work schedule information transmitted from a housing dealer and a car dealer as the contractor that performs work including inspection of the building, equipment and car as the property,
When the work schedule information is received by the communication means, the specifying means specifies whether the property corresponding to the work schedule information is a building, equipment, or a car, and provides a dealer who performs the work. The residential information management system according to claim 1, wherein a corresponding resident is specified . A keyword to be associated with a resident is defined as a keyword included in the work schedule information,
The residential information management system according to claim 1 , wherein the specifying unit specifies a resident corresponding to the contractor based on the keyword . Comprising position detecting means for detecting the current position of each of the resident and the property ,
The acquisition unit acquires the current position information of the resident and the property as the current state information from the detection result by the position detection unit,
The first monitoring means and said second monitoring means according to any one of claims 1 to 3 collates the present position information acquired by the schedule information and the acquisition means is stored in the storage medium housing Information management system. A mobile communication device attached to each of the resident and the property and capable of transmitting individual identification information by a wireless communication function,
The residential information management system according to any one of claims 1 to 4, wherein the acquisition unit acquires the current status information based on identification information and accompanying information transmitted from the mobile communication device. If the first monitoring means and the second monitoring means collate the schedule information with the current status information, if there is a mismatch, the mode shift to shift the in-house control to a different mode depending on the content of the mismatch The residential information management system according to any one of claims 1 to 5 , further comprising means. The communication means receives at least one of the schedule information from the school where the resident goes to school and the schedule information from the hospital where the resident goes to the hospital ,
The scheduling means, the school or residential information management system according to any one of claims 1 to 6 that forms create the inhabitant for scheduling information date information based from the hospital. A determination means for determining a resident corresponding to the schedule information received from either the school or the hospital ;
Said schedule creating means, when receiving the schedule information from any of the school and the hospital, according to claim 7 for storing the schedule information to select the schedule information corresponding to the residents determined by the determining means Residential information management system. A request transmission means for transmitting an information provision request to the merchant via the communication means;
The scheduling means, residential information management system according to any one of claims 1 to 8 that forms create the schedule information based on the working schedule information returned in response to a request by the request transmitting means .

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