JP2015173961A - Elderly person care support management system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an elderly person care support management system capable of sufficiently protecting the privacy of the care support of an elderly person, and enabling a guardian or a care-taker of the elderly person to easily grasp a physical state of the elderly person who should be supported and take prompt support measures.SOLUTION: The elderly person care support management system is configured to include: a dynamic state detection sensor 4 that is disposed, for example, in a house 2 and detects the movement of an elderly person M; a non-contact type vital sensor 6 that is disposed at a sleeping place of the elderly person M and detects a biological signal of the elderly person M; reading processing means 11 that stores individual identification information of the elderly person M beforehand, collects a dynamic state signal and the biological signal, associates the signals with the individual identification information of the elderly person M, and outputs those as support information; a management server 31 that creates elderly person state information on the basis of the support information and transmits the elderly person state information to a computer 41 and a mobile telephone 51 of the guardian and the like of the elderly person M; a wireless data line 21; and an internet line network 22.

Description

  The present invention relates to an elderly care support management system, and more particularly to an elderly care support management system capable of promptly taking necessary support measures in an emergency while protecting the privacy of elderly people.

  With the progress of an aging society in our country in recent years, the number of elderly people living alone has increased. Therefore, a labor-saving automatic management system for grasping the daily life of elderly people living alone, finding abnormal situations, etc. The need is increasing. In addition, nursing care for nursing homes, nursing homes and services for elderly homes, hospitals, and other facilities have increased the burden of nursing care, such as nurses and assistance, especially at night due to a reduction in the number of caregivers. It is increasing.

  As a conventional management system in such a field, Patent Document 1 discloses a moving body data detection that is installed in a living area of an elderly person / person with a disability and detects at least living activities of the elderly person / handicapped person as moving body data. Means, signal processing means for processing a data signal from the moving body data detection means, data transmission means for transmitting data processed by the signal processing means to a regional data center, and the like, installed in the regional data center, An elderly life management support system having data analysis means for analyzing data transmitted by the data transmission means has been proposed.

  In the case of this patent document 1, since a moving body camera that photographs the appearance of the elderly person and a sensor that detects the surrounding temperature, flames, and the like are employed as the moving body data detection means. Such as the heart rate of the elderly person who is a serious concern of the guardian such as the relatives of the elderly person who lives in a different residence from the elderly person. It includes the problem that it is difficult to grasp the physical condition.

JP 2001-195678 A

  The problem to be solved by the present invention is that the elderly, etc. who should be supported by the guardian such as the elderly, while sufficiently protecting the privacy of the elderly living alone, the facility residents for the elderly, etc. There is no elderly care support management system that can easily grasp the physical condition and take support measures.

An elderly care support management system according to the present invention includes a dynamic detection sensor that detects movement of an elderly person that is placed in a house or facility, and the like, and is placed at the sleeping place of the elderly person. A dynamic detection sensor composed of a non-contact type microwave vital sensor that detects a biological signal associated with going to bed or going home, and personal identification information of the elderly person is held in advance, and the biological signal is collected to identify the elderly person personally. A read processing unit that outputs information as support information in association with information, a management server, a management computer, a management mobile, and the like that perform information management on the elderly and create elderly situation information based on a biological signal included in the support information A mobile phone possessed by a guardian of the elderly and registered in the management server, management computer, management mobile, etc., and the reading process And a wireless data line for performing information communication between the management server, the management computer, management mobile, and the like, and an Internet circuit network for performing information communication between the management server and the management computer, management mobile, etc. and between mobile phones. And support information from the reading processing means is acquired through the wireless data line by the management server / management computer / management mobile, etc., and the guardian's management computer / management is transmitted through the Internet line network. The most important feature is that it is configured to transmit the above-mentioned elderly situation information created to a mobile or the like or a mobile phone, or both.

  According to the invention described in claim 1, a guardian / caregiver of an elderly person who is a support target is able to perform normality, abnormality, It is possible to easily grasp the physical condition, and in the unlikely event that an abnormal situation has occurred in the elderly person, it is possible to take immediate support measures, and to protect the privacy of the elderly person M, Furthermore, it is possible to realize and provide an elderly care support management system capable of enjoying a support system with an inexpensive communication usage fee.

  According to the second aspect of the present invention, an e-mail received by a management server, a management computer, a management mobile, etc., or a mobile mail received by a mobile phone by an elderly guardian or caregiver who is a support target It is possible to easily grasp the normal / abnormal dynamics of the elderly, the pulse rate of the body, and the respiratory rate, and in the unlikely event that an abnormal situation occurs in the elderly, it is possible to take immediate support measures. It is possible to realize and provide an elderly care support management system that can also protect the privacy of the elderly person M and can enjoy the support system with an inexpensive communication usage fee.

  According to the invention described in claim 3, as in the invention described in claim 2, an e-mail received by a computer or a mobile mail received by a mobile phone by an elderly guardian or caregiver who is a support target Therefore, it is possible to easily grasp the normal / abnormal dynamics of the elderly, the pulse rate of the body, and the respiratory rate, and to take immediate support measures in the event of an abnormal situation in the elderly Therefore, it is possible to realize and provide an elderly care support management system that can protect the privacy of the elderly person M and can enjoy the support system at a lower communication charge.

  According to the fourth aspect of the present invention, an e-mail or a mobile phone received by each guardian / caregiver corresponding to each elderly person who is a plurality of support persons through a management server, a management computer, a management mobile, etc. You can easily grasp the normal / abnormal dynamics, body pulse, and respiratory rate status of the elderly that you should support with the mobile mail you receive. In some cases, it is possible to take immediate support measures, protect the privacy of the elderly person M, and elderly care that allows each parent to enjoy the support system at a lower communication fee A support management system can be realized and provided.

FIG. 1 is a schematic configuration diagram showing an entire elderly care support management system according to Embodiment 1 of the present invention. FIG. 2 is a schematic diagram showing components of the reading processing means of the elderly care support management system according to Embodiment 1 of the present invention. FIG. 3 is a schematic block diagram illustrating the configuration of the management server of the elderly care support management system according to the first embodiment of the present invention. FIG. 4 is a flowchart showing a process flow of the elderly care support management system according to the first embodiment of the present invention. FIG. 5 is an explanatory diagram showing an example of normal elderly situation information in the elderly care support management system according to Embodiment 1 of the present invention. FIG. 6 is an explanatory diagram illustrating an example of the elderly state information at the time of abnormality of the elderly care support management system according to the first embodiment of the present invention. FIG. 7 is a schematic configuration diagram showing an entire elderly care support management system according to Embodiment 2 of the present invention. FIG. 8 is a flowchart showing a process flow of the elderly care support management system according to the first embodiment of the present invention.

  The present invention makes it easy to grasp the physical condition of the elderly who should be supported by the parents / caregivers of the elderly while sufficiently protecting the privacy of the elderly / resident facilities for the elderly. Vital detection that detects the movement of the elderly people who are placed on the ceiling of the house, etc. for the purpose of providing an elderly care support management system that can take action measures promptly. A non-contact type vital sensor for detecting a biological signal related to a pulse, a respiratory rate, body movement, getting out of bed, landing etc. A computer and a mobile that hold the personal identification information of the elderly in advance, collect pre-biological signals, and output them as support information in association with the personal identification information of the elderly A management server (or a management server that performs information management on the elderly and reading information processing means such as an electronic device and creates elderly situation information including movement information, pulse rate information, and respiratory rate information of the elderly based on the biological signal) Management computer, management mobile, etc.), a computer possessed by the elderly guardian / caregiver and registered in the management server, etc., and the elderly guardian / caregiver registered in the management server, etc. The mobile phone possessed and registered in the management server, etc., the wireless data line for performing information communication between the reading processing means and the management server, the management server, etc., the computer, etc., and the management A server and the like, and an Internet line network for communicating information between mobile phones, and the support from the reading processing means via the wireless data line such as the management server. It acquires information was realized by the internet the guardian, caregiver computer, etc. or a mobile phone through the network, or configured to send the elderly status information created in both.

Example 1
Hereinafter, an elderly care support management system according to Embodiment 1 of the present invention will be described in detail with reference to the drawings.

  As shown in FIG. 1, the elderly care support management system 1 according to the first embodiment is disposed, for example, on a ceiling 3 in a house 2 or a care facility, and lives in the house 2 or the care facility, for example, living alone. A movement detection sensor 4 such as a non-contact type vital sensor that detects movement (movement) of the elderly person M or the elderly person M who is a care recipient, and a bed 5 in the house 2, for example, A non-contact vital sensor 6 for detecting biological signals such as pulse, respiration, body movement, getting out of bed, and landing of the elderly person M lying on the bed 5 or going to sleep; and the movement detection sensor 4 And a reading processing means 11 such as a computer and a mobile device wirelessly connected to the non-contact type vital sensor 6.

  In addition, as shown in FIG. 1, the elderly care support management system 1 of the first embodiment further includes a management server 31 (or a management computer / management mobile) that performs information management on the elderly M, and the elderly A computer (or mobile device or the like) 41 possessed by an M guardian / caregiver and registered in the management server 31 and a mobile phone possessed by the guardian / caregiver of the elderly M and registered in the management server 31 A wireless data line 21 for communicating information between the telephone 51, the reading processing means 11 such as the computer and mobile device, and the management server 31, the management server 31, the computer 41, the management server 31, and a mobile phone. And an Internet line network 22 that performs information communication between the telephones 51. The reading processing means 11 such as a computer and a mobile device can also be directly connected to the Internet line, and exchange information such as mail between the Internet line network 22 and the mobile phone 51.

  The non-contact type vital sensor 6 is a sensor using a non-contact / non-constraint type microwave. The sensor main body has a built-in microwave transmission / reception system, and a reflected wave is differentiated to incorporate a built-in DSP (Digital In the signal processor analysis, elderly person situation information including movement information, pulse rate information, and respiratory rate information of the elderly person is configured based on the biological signal.

  This non-contact type vital sensor 6 is installed under the bed mattress, and the elderly person M only sleeps on the bed mattress, and the biological signals such as the pulse, breathing, body movement, getting out of bed, and landing of the elderly person M are real-time. It has come to be detected. Similarly, it can be mounted and assembled on the bedside, head-side headboard, and foot-side footboard using dedicated mounting equipment. Further, the non-contact type vital sensor 6 has a configuration of two non-contact type vital sensors, and detects a biological signal in real time corresponding to various body types, postures, and sleeping positions.

  The non-contact type vital sensor 6 is equipped with various wireless facilities, and can be connected to a computer and a mobile device with only a power cord, and there is no need for facility work such as wiring work. It is designed so that wireless devices that do not affect medical equipment can be selected even when used in nursing homes or hospital rooms.

  The reading processing means 11 such as the computer and the mobile device receives power supply from an AC 100V power source (not shown) (a solar cell can also be used as a power supply source), as shown in FIG. The dynamic signal from the dynamic detection sensor 4 and the biological signal from the non-contact vital sensor 6 for bed are received, the personal identification information assigned in advance to the communication module 15 is read out from the communication module 15, and the dynamic signal and A CPU (Central Processing Unit) 13 for associating biometric signals with personal identification information and generating them as support information, a storage unit 14 comprising HD, SSD, flash memory, etc. for storing the support information, and individuals for each elderly person The identification information is pre-assigned and stored and generated by the CPU 13 A communication module 15 for outputting the temporarily stored the support information in the storage unit 14 in the wireless data channel 21, and a battery 12 using for power failure compensating for example the lithium ion battery or the like, the.

The communication module 15 has a specification employing a communication protocol corresponding to the wireless data line 21.
Although not shown in detail, the wireless data line 21 is configured by a public wireless LAN including a relay device that connects a host and a user of a known network provided by a communication carrier.

  As shown in FIG. 3, the management server 31 includes a control unit 32 that controls the entire elderly care support management system 1 according to the first embodiment, and a wireless data line from the reading processing unit 11 such as the computer and the mobile device. A receiving unit 33 that receives the support information transmitted via the storage unit 21, a storage unit 34 that stores the support information received from the reading processing unit 11 such as a computer and a mobile device received by the receiving unit 33, and a guardian or A client address storage unit 35 in which the address (e-mail address) of the caregiver's computer 41 is stored in advance, and a mobile phone user address storage unit 36 in which the address of the guardian or the caregiver's mobile phone 51 (mobile email address) is stored in advance. And an operation program of the elderly care support management system 1 according to the first embodiment, and the support Elderly status information including normality / abnormal motion information, pulse information (times / min), and respiratory rate information (times / min) based on dynamic signals and biological signals included in information An e-mail for the computer 41 is created based on the program for creating elderly situation information, the address of the computer 41 and the elderly situation information, and based on the address of the mobile phone 51 and the elderly situation information. A mail creation program for creating a mobile mail for the mobile phone 51, and the created individual e-mail and mobile mail are regularly transmitted to the corresponding addresses through the Internet network 22 (for example, preset four times a day: (9 o'clock, 12 o'clock, 18 o'clock, 22 o'clock, etc.) Based on the mail information storage unit 38 for temporarily storing the generated electronic mail and mobile mail, and the transmission program, the electronic mail for the computer 41 and the mobile mail for the mobile phone 51 are output to the Internet line network 22. A transmission unit 39, a keyboard 40, and a display unit 30 are provided.

  Next, operation | movement of the elderly person care support management system 1 which concerns on the present Example 1 is demonstrated with reference also to FIG.4, FIG.5 and FIG.6.

  In the elderly care support management system 1 according to the first embodiment, as shown in FIG. 4, the movement detection sensor 4 disposed on the ceiling 3 in the house 2 where the elderly M lives is an everyday life of the elderly M. A dynamic signal representing dynamics (motion) is detected and output to the reading processing means 11 such as the computer and the mobile device.

  Further, the non-contact type vital sensor 6 installed on the bed 5 receives biological signals such as heartbeat, breathing, body movement, getting out of bed, and landing of the elderly person M who is standing on the bed 5 or going to sleep. Detected and output to the reading processing means 11 such as the computer and mobile device.

  A CPU (Central Processing Unit) 13 of the reading processing means 11 such as the computer and the mobile device receives the dynamic signal from the dynamic detection sensor 4 and the biological signal from the non-contact vital sensor 6, and sends it to the communication module 15. The personal identification information assigned in advance is read out, the dynamic signal and the biological signal are associated with the personal identification information, and these are generated as support information.

  The generated support information is stored in the storage unit 14 such as the HD / SSD / flash memory, and is output to the wireless data line 21 by the communication module 15.

  In the management server 31, the receiving unit 33 receives the support information transmitted through the wireless data line 21 from the reading processing unit 11 such as a computer and a mobile device based on the operation program, and stores it in the storage unit 34. .

  Furthermore, in the management server 31, motion information and pulse information (time / cycle) indicating normal or abnormal motion of the elderly person M based on dynamic signals and biological signals included in the support information by the elderly situation information creation program. Minute) and elderly situation information including respiratory rate information (times / minute).

  FIG. 5 shows an example of creation of normal elderly situation information, and FIG. 6 shows an example of creation of abnormal elderly situation information.

  The normality / abnormality determination of the movement of the elderly person M is performed, for example, by the elderly person situation information creation program. For example, when the dynamic signal sets a threshold value and is within the range, it is normal and exceeds the range. Is determined to be abnormal.

  As for the biological signal, when the pulse information is, for example, 65 (times / minute) and the respiratory rate information is, for example, 20 (times / minute), the pulse signal is, for example, 20 (times / minute), and the respiratory information is, for example, 20 (times / minute). For example, when the numerical information is 10 (times / minute), an example of determining an abnormality can be given.

  Next, the management server 31 creates e-mail information for the computer (or mobile device, etc.) 41 based on the address of the computer (or mobile device, etc.) 41 and the elderly situation information by the mail creation program. Further, mobile mail information for the mobile phone 51 is created based on the address of the mobile phone 51 and the elderly situation information.

  These electronic mail information and mobile mail information are temporarily stored in the mail information storage unit 38.

  Next, the management server 31 sends the created e-mail information, portable e-mail information, or e-mail information temporarily stored in the e-mail information storage unit 38 through the transmission line program via the Internet network 22. The data is transmitted to the computer (or mobile device) 41 and the mobile phone 51 (for example, preset four times a day: 9 o'clock, 12 o'clock, 18 o'clock, 20 o'clock, etc.)

  Accordingly, the elderly person M's guardian's computer (or mobile device or the like) 41 has movement information, pulse information (times / minute), respiratory rate information (normal / abnormal movement of the elderly person M). Elderly person situation information including the number of times / minute) is transmitted by e-mail, and the mobile phone 51 of the guardian of the elderly person M includes motion information indicating a normal or abnormal movement of the elderly person M, a pulse Elderly person status information including information (times / minute) and respiratory rate information (times / minute) is transmitted by mobile mail.

  According to the elderly care support management system 1 according to the first embodiment, the guardian who visually recognizes the screen of the computer (or mobile device or the like) 41 or the screen of the mobile phone 51 is normal or abnormal in dynamics of the elderly person M. And body pulse information (times / minute) and respiratory rate information (times / minute) can be easily grasped. If an abnormal situation occurs in the elderly M, support measures ( It is possible to rush to the residence of the elderly M, request ambulance support from related organizations, etc.).

  Further, according to the elderly care support management system 1 according to the first embodiment, the dynamics of the elderly person M is detected by the movement detection sensor 4, and the biological signal of the elderly person M is detected by the non-contact vital sensor 6. Since the detection configuration is employed, it is not necessary to photograph the figure of the elderly person M, and thus the support management system 1 that takes into account the privacy protection of the elderly person M can be realized.

  Further, according to the first embodiment, since the wireless data line 21 and the Internet line network 22 are used, an elderly person M who can enjoy the above support system with an inexpensive communication usage fee. The support care management system 1 can be realized.

  In addition, the frequency | count of the mail transmission by the said management server 31 is not limited to the example mentioned above, Each can be made into arbitrary numbers.

(Example 2)
Next, an elderly care support management system 1A according to Embodiment 2 of the present invention will be described in detail with reference to FIGS.

  Since the elderly care support management system 1A of the second embodiment has substantially the same configuration as the elderly care support management system 1 of the first embodiment, the same elements are denoted by the same reference numerals, Detailed description is omitted.

  The elderly care support management system 1A according to the second embodiment corresponds to the elderly care support management system 1 according to the first embodiment to a plurality of (many) elderly persons M and individual guardians corresponding to the elderly persons M. It is characterized by extending to the system configuration.

  For the elderly care support management system 1A of the second embodiment, for example, three elderly persons M and three guardians Pa, Pb for each elderly person M individually supporting these three elderly persons M, An example of a system configuration corresponding to Pc will be described with reference to FIG.

  As in the case of the first embodiment, the elderly care support management system 1A of the second embodiment arranges the motion detection sensors 4 on the ceilings 3 and the like in the three houses 2 existing in geographically different positions. In addition, each non-contact type vital sensor 6 is installed on each bed 2, for example, on the bed 5, and further, each dynamic detection sensor 4 and non-contact type vital sensor 6 are connected to each house 2 by cables. Read processing means 11 is arranged.

  In addition, as shown in FIG. 7, the elderly care support management system 1A of the second embodiment includes a management server 31 having the same configuration as that of the first embodiment that performs information management on the three elderly persons M. Each computer (or mobile device etc.) 41 possessed by each of the parents Pa, Pb, Pc of the three elderly persons M and registered in the management server 31, and each guardian Pa, Pb, Pc of the elderly person M Each mobile phone 51 registered in the management server 31, the wireless data line 21 for communicating information between the reading processing means 11 and the management server 31, the management server 31, and each computer ( Or a mobile device or the like) 41, the management server 31, and the Internet line network 22 for performing information communication between the respective mobile phones 51.

  Next, the operation of the elderly care support management system 1A according to the second embodiment will be described with reference to FIG.

  In the elderly care support management system 1A of the second embodiment, each movement detection sensor 4 arranged on the ceiling 3 in the three houses 2 in which each elderly person M resides is a daily movement of each elderly person M ( Motion signals representing motion) are detected and output to the corresponding reading processing means 11.

  In addition, each non-contact type vital sensor 6 installed on each bed 5 has each heart rate, breathing, body movement, getting out of bed, landing, etc. of each of the elderly persons M who are standing or sleeping on the bed 5. A biological signal is detected and output to each reading processing means 11.

  In each reading processing means 11, each CPU 13 receives a dynamic signal from the dynamic detection sensor 4 and a biological signal from the non-contact type vital sensor 6, and stores personal identification information assigned to the communication module 15 in advance. The dynamic signal and the biological signal are read out and associated with the personal identification information, and these are generated as support information.

  The generated support information is stored in the memories 14 and is output to the wireless data line 21 by the communication modules 15.

  In the management server 31, the receiving unit 33 receives the support information transmitted from the reading processing means 11 through the wireless data line 21 based on the operation program, and stores it in the storage means 34.

  Furthermore, in the management server 31, motion information indicating normality or abnormality of motion of the elderly person M based on dynamic signals and biological signals included in the respective support information by the elderly situation information creation program, heart rate information / Min) and elderly person situation information including respiratory rate information (times / min) is created for each elderly person M.

  In this case, the normal situation information of the elderly and the abnormal situation information of the elderly are the same as those shown in FIGS. 5 and 6 described above.

  Next, in the management server 31, each computer based on the address of each computer (or mobile device etc.) 41 of the three guardians Pa, Pb, Pc and corresponding elderly person status information by the mail creation program. E-mail information for 41 (or a mobile device or the like) is created, and each mobile phone 51 is based on the address of each mobile phone 51 of the three guardians Pa, Pb, and Pc and corresponding elderly person status information. Create mobile email information for.

  These electronic mail information and mobile mail information are temporarily stored in the mail information storage unit 38.

  Next, the management server 31 uses the transmission program to send the created individual e-mail information, portable e-mail information, or individual e-mail information temporarily stored in the e-mail information storage unit 38 to the Internet line Each of the three guardians Pa, Pb, and Pc computers (or mobile devices) 41 and the mobile phone 51 are transmitted through the network 22 (for example, preset four times a day: 9:00, 12:00, 18:00, 20 Time).

  As a result, the three parents Pa, Pb, and Pc computers (or mobile devices, etc.) 41 corresponding to the three elderly persons M have normal movements of the elderly persons M that they should support, Elderly situation information including motion information representing an abnormality, heart rate information (pulses / minute), respiratory rate information (times / minute) is transmitted by e-mail, and three people corresponding to the three elderly persons M Each of the parents Pa, Pb, and Pc mobile phones 51 includes motion information representing normality and abnormality of the elderly person M to be supported by himself / herself, heartbeat information (times / minute), respiratory rate information (times / Elderly status information including

  According to the elderly care support management system 1A according to the second embodiment, for example, three guardians Pa, Pb, and Pc visually recognize the screen of their own computer (or mobile device) 41 or the screen of the mobile phone 51, respectively. By doing so, it is possible to easily grasp the normal and abnormal dynamics of the elderly person M that should be supported, the heart rate information (times / min) of the body, and the respiratory rate information (times / min). When an abnormal situation occurs in the elderly person M to be supported, it is possible to take immediate support measures (run to the residence of the elderly person M, request ambulance support from related organizations, etc.).

  Further, according to the elderly care support management system 1A according to the second embodiment, the dynamics of each elderly person M is detected by the movement detection sensor 4 as in the case of the first embodiment, and the living body of each elderly person M is detected. Since the configuration in which the signal is detected by the non-contact type vital sensor 6 is adopted, it is not necessary to photograph each of the elderly persons M themselves, and thus the support management system 1A considering the privacy protection of the elderly persons M. Can be realized.

  Furthermore, according to the first embodiment, since the wireless data line 21 and the Internet line network 22 are used, each of the guardians Pa, Pb, and Pc has the above-described support system at an inexpensive communication usage fee. The support management system 1 for the elderly person M that can be enjoyed can be realized.

  The number of mail transmissions by the management server 31 is not limited to the above-described example, but can be set to any number as in the case of the first embodiment.

  In the elderly support care management system 1A according to the second embodiment, the number of the elderly persons M to be targeted and the number of individual guardians corresponding to each elderly person M is 10, 50, 100, and more. Of course, it is possible to adopt a system configuration corresponding to a large number of people, and it is of course not limited to the case described in the second embodiment.

  In the above-described first embodiment and first embodiment of the present invention, the elderly person M's elderly person status information is transmitted to the guardian's computer (or mobile device, etc.) and the guardian's mobile phone. It is also possible to adopt a system configuration in which M elderly person status information is transmitted to a computer in a call center, for example, and support measures are taken through the call center.

  In the first embodiment and the first embodiment of the present invention, the management server 31 includes, for example, a database containing a folder having a large number of folder areas that can be individually specified, and addresses in the individual folder areas of the database. In addition, it stores (writes) elderly person status information, and at the same time, instantaneously and individually transmits the corresponding address to each computer (or mobile device, etc.) or mobile phone by e-mail or mobile mail. It is also possible to adopt a configuration that employs an instantaneous transfer type management server having a configuration having a transmission program.

  The elderly care support management system of the present invention can be widely applied to support management of, for example, a care recipient in a care facility and an inpatient in a hospital room, in addition to the support management of the elderly living alone. It is.

DESCRIPTION OF SYMBOLS 1 Elderly care support management system 1A Elderly care support management system 2 House 3 Ceiling 4 Dynamic detection sensor 5 Bed 6 Non-contact vital sensor 11 Reading processing means 12 Battery 13 CPU
14 Storage Unit 15 Communication Module 21 Wireless Data Line 22 Internet Network 30 Display Unit 31 Management Server (or Management Computer / Management Mobile, etc.)
32 Control unit 33 Reception unit 34 Storage means 35 Client address storage unit 36 Mobile phone user address storage unit 37 Program memory 38 Mail information storage unit 39 Transmission unit 40 Keyboard 41 Computer (or mobile device, etc.)
51 Mobile phone M Senior citizen Pa Parent Pb Parent Pc Parent

Claims (4)

A motion detection sensor for detecting a motion signal representing the motion of an elderly person located in a house / facility, etc., and a biological signal associated with the sleep of the elderly person placed at the sleeping location of the elderly person Non-contact type vital sensor to detect, reading processing means for holding personal identification information of the elderly person in advance, collecting the dynamic signal and biological signal, and outputting them as support information in association with the personal identification information of the elderly person A management server that performs information management on the elderly and creates elderly situation information based on dynamic signals and biological signals included in the support information;
A computer possessed by the guardian of the elderly and registered in the management server;
A mobile phone possessed by the guardian of the elderly and registered in the management server;
A wireless data line for communicating information between the reading processing means and the management server;
An internet network for performing information communication between the management server and computers, and between the management server and a mobile phone;
Comprising
The management server obtains support information from the reading processing means through the wireless data line, and transmits the created elderly situation information to the guardian's computer and / or mobile phone through the Internet line network. An elderly care support management system characterized by having a configuration. A movement detection sensor for detecting movement signals representing the movements of elderly people located in the ceiling of a house or facility, etc.
A non-contact vital sensor that detects biological signals related to heart rate, respiratory rate, body movement, getting out of bed, landing, etc.
Read processing means for holding the personal identification information of the elderly in advance, collecting the dynamic signals and biological signals, and outputting them as support information in association with the personal identification information of the elderly, and managing information on the elderly A management server for creating elderly situation information including movement information, heart rate information, and respiratory rate information of the elderly person based on the dynamic signal and the biological signal; and the elderly person's guardian possesses and registers with the management server Computer
A mobile phone possessed by the guardian of the elderly and registered in the management server, a wireless data line for performing information communication between the reading processing means and the management server, the management server, between the computers, and the A management server, an Internet network for information communication between mobile phones, and
Comprising
The management server obtains support information from the reading processing means through the wireless data line, and transmits the created elderly situation information to the guardian's computer and / or mobile phone through the Internet line network. An elderly care support management system characterized by having a configuration. A movement detection sensor for detecting movement signals representing the movements of elderly people located in the ceiling of a house or facility, etc.
Non-contact type vital sensor for detecting biological signals related to heart rate, respiratory rate, body movement, getting out of bed, landing, etc.
The reading processing means for holding the personal identification information of the elderly in advance, collecting the dynamic signals and biological signals, and outputting them as support information in association with the personal identification information of the elderly, and possessed by the guardian of the elderly And a computer registered in the management server;
Movements indicating normality and abnormality of the elderly person's movement based on the cellular phone, the operation program, the dynamic signal, and the biological signal included in the support information possessed by the guardian of the elderly person and registered in the management server Elderly situation information creation program for creating elderly situation information including information, heart rate information, respiratory rate information, computer-based e-mail based on the computer address and the elderly condition information, and mobile A mail creation program for creating a mobile mail for a mobile phone based on the telephone address and the elderly status information, and the created individual e-mail and mobile mail are transmitted to the corresponding addresses through the Internet network. A management program having a program memory storing a control program, a control unit, and storage means; and the reading A wireless data channel for performing information communication between the management unit and the management server, said management server, between computers, and the management server, the Internet network for performing information communication between mobile phones,
Comprising
The management server obtains support information from the reading processing means through the wireless data line, and transmits the created elderly situation information to the guardian's computer and / or mobile phone through the Internet line network. An elderly care support management system characterized by having a configuration. A movement detection sensor for detecting a movement signal indicating the movement of the elderly person existing in the room, etc., which is arranged on the ceiling of a house or facility where a plurality of elderly persons live, and
Non-contact that is placed on the bed, which is the sleeping place of each elderly person in each house, and detects biological signals related to heart rate, respiratory rate, body movement, getting out of bed, landing etc. Type vital sensor,
Each reading processing means that holds personal identification information of each elderly person in advance, collects the dynamic signals and biological signals, and outputs them as support information in association with the individual identification information of the elderly person, and protection of each elderly person A computer possessed by the person and registered in the management server;
Normality and abnormality of the elderly person's movement based on the mobile phone, the operation program, the dynamic signal included in each support information, and the biological signal possessed by the parents of each elderly person and registered in the management server For each computer based on the elderly person situation information creation program for creating elderly person situation information for each elderly person including motion information, heart rate information, and respiratory rate information to be expressed, and each computer address and each elderly person situation information A mail creation program for creating a mobile mail for each mobile phone based on the address of each mobile phone and the information on the status of each elderly person, and the created individual email and mobile A transmission program for transmitting mail to each corresponding address through the Internet line network, a program memory storing the control program, a control unit, and storage means; A management server, a wireless data line that performs information communication between each reading processing unit and the management server, and an Internet that performs information communication between the management server and each computer, and between the management server and each mobile phone A network,
Comprising
The management server obtains each support information from each reading processing means through the wireless data line, and creates a corresponding seniority computer or each mobile phone corresponding to the corresponding parent computer through the Internet network. Elderly care support management system characterized by having a configuration for transmitting each person's situation information.

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