WO2018230052A1

WO2018230052A1 - Central processing device and method for monitored-person monitoring assistance system, and monitored-person monitoring assistance system

Info

Publication number: WO2018230052A1
Application number: PCT/JP2018/008239
Authority: WO
Inventors: 雅史西角; 山下　雅宣; 篤広野田
Original assignee: コニカミノルタ株式会社
Priority date: 2017-06-15
Filing date: 2018-03-05
Publication date: 2018-12-20
Also published as: JPWO2018230052A1; JP7120232B2

Abstract

When, in this central processing device, central processing method, and monitored-person monitoring support system, a request for an extension of a prescribed display period width is received from a terminal device in the event that vital data in the display period width is displayed on the terminal device, the period width in which the display period width has been extended by a prescribed extended period width is adopted anew as the display period width, the vital data in at least the extended period width is extracted from a vital information storage unit in which the vital data is stored, and the vital data in the display period width is displayed on the terminal device.

Description

Central processing unit and method of monitored person monitoring support system, and monitored person monitoring support system

The present invention relates to a central processing unit and a central processing method of a monitored person monitoring support system that supports monitoring when a monitored person to be monitored is monitored, and the monitored person monitoring support system.

Japan (Japan) is an aging society, more specifically, an aging society with an aging rate exceeding 26.7% (as of October 1, 2015, Cabinet Office). In such an aging society, nurses who need nursing or nursing care due to illness, injury, elderly age, etc. need caregivers who need nursing care or need care in a normal society that is not an aging society. That increase is expected. These nurses and care recipients generally enter hospitals and other facilities such as welfare facilities for the elderly (short-term entrance facilities for the elderly, nursing homes for the elderly and special nursing homes for the elderly in Japan). Get nursing and nursing care. In such facilities, nurses and caregivers regularly check their safety and appearance by patrol. In terms of this safety confirmation, a single person living alone is the same as the nurse requiring care or the person requiring care. On the other hand, in recent years, home medical care such as home visits and home visits has been requested for those who are difficult to move by themselves or who desire home medical treatment.

In such an industry, compared to the increase in the number of people who request services such as medical care, nursing, and nursing care (service beneficiaries), the increase in the number of people who provide the services (service providers) cannot catch up, and there is a chronic manpower. It's running out. For this reason, in order to reduce the burden of the said service and the business which arises in connection with the said service, the technique which complements the said service and the said business is calculated | required. As one of such techniques, for example, Patent Document 1 discloses a vital data collection / display device. The vital data collection / display device disclosed in Patent Document 1 is a vital data collection / display device that collects vital data from a vital sensor provided outside and displays the vital data on a screen. Among the data collected from the vital sensors, the latest data, the latest fixed period or a fixed number of data, and a database that holds all the data in separate tables are provided. And FIG. 8 of the said patent document 1 shows the vital data display screen, and the electrocardiogram corresponding to the designated date (1998/10/26 in FIG. 8) is displayed. The paragraph [0013] of Patent Document 1 states that “FIG. 1 is a configuration diagram of a table 20 that constitutes the database 18. Vital data, etc. can be stored (held), and each vital data has three tables: latest acquisition tables 21a to 26a, trend tables 21b to 26b, and all data tables 21c to 26c. The latest acquisition tables 21a to 26a store the latest data once for each user of the vital data processing device 5, and the trend tables 21b to 26b seem to show the history of the past month for each user. 40 stores the latest 40 data, and all data tables 21c to 26c store all received data for each user. There. Has been described as ".

By the way, the vital data collection and display device disclosed in Patent Document 1 does not have a specific display mode, but displays the trend data of vital data, so it can grasp the vital trend (trend) and is convenient. It is. However, in order to grasp the health status of the service beneficiary, the service provider is not limited to vital trends, but more detailed information on vitals such as the origin of abnormalities, peak (or bottom), change points in vitals. In some cases, it is desired to grasp each piece of attribute information (abnormal state attribute information) in an abnormal state such as an end point. In the vital data collection / display device disclosed in Patent Document 1, the abnormal state attribute information is not always displayed in the displayed trend data, and it may be difficult to grasp.

JP 2000-31665 A

The present invention is an invention made in view of the above-described circumstances, and its purpose is to provide a central processing unit of a monitored person monitoring support system that can more easily grasp, for example, more detailed vital information such as the abnormal state attribute information. And a central processing method, and the monitored person monitoring support system.

In order to achieve the above-described object, a central processing unit and a central processing method of a monitored person monitoring support system reflecting one aspect of the present invention, and the monitored person monitoring support system include: In a case where data is displayed on the terminal device, when a request for extending the display period width is received from the terminal device, a period width obtained by extending the display period width by a predetermined extension period width is newly added to the display period. The vital data in at least the extended period width is taken out from the vital information storage unit storing the vital data, and the vital data in the display period width is displayed on the terminal device.

The advantages and features afforded by one or more embodiments of the invention will be more fully understood from the detailed description and accompanying drawings provided below. The detailed description and the accompanying drawings are given by way of example only and are not intended as a definition of the limitations of the invention.

It is a figure which shows the structure of the to-be-monitored person monitoring assistance system in embodiment. It is a figure which shows the structure of the sensor apparatus in the said to-be-monitored person monitoring assistance system. It is a figure which shows the structure of the management server apparatus in the said to-be-monitored person monitoring assistance system. It is a figure which shows the structure of the vital information table memorize | stored in the said monitoring server apparatus. It is a figure which shows the structure of the marking condition information table memorize | stored in the said monitoring server apparatus. It is a figure which shows the structure of the portable terminal device in the said to-be-monitored person monitoring assistance system. It is a flowchart which shows the operation | movement regarding the vital process in the said management server apparatus. It is a flowchart which shows the operation | movement in the vital information display center screen in the said portable terminal device. It is a flowchart which shows the operation | movement on each vital information display screen in the said portable terminal device. It is a sequence diagram which shows the operation | movement regarding each vital information display in each of the said management server apparatus and the said portable terminal device. It is a sequence diagram which shows the operation | movement regarding the period width past extended display in each of the said management server apparatus and the said portable terminal device. It is a sequence diagram which shows the operation | movement regarding the period width future extension display in each of the said management server apparatus and the said portable terminal device. It is a sequence diagram which shows the operation | movement regarding the vital type change display in each of the said management server apparatus and the said portable terminal device. It is a sequence diagram which shows the operation | movement regarding the display period past change display in each of the said management server apparatus and the said portable terminal device. It is a sequence diagram which shows the operation | movement regarding the display period future change display in each of the said management server apparatus and the said portable terminal device. It is a sequence diagram which shows the operation | movement regarding the marking condition homogeneous past search display in each of the said management server apparatus and the said portable terminal device. It is a sequence diagram which shows the operation | movement regarding the marking condition homogeneous future search display in each of the said management server apparatus and the said portable terminal device. It is a sequence diagram which shows the operation | movement regarding the marking condition all kinds past search display in each of the said management server apparatus and the said portable terminal device. It is a sequence diagram which shows the operation | movement regarding the marking condition all kinds future search display in each of the said management server apparatus and the said portable terminal device. It is a figure which shows an example of the vital data total display screen displayed on the said portable terminal device. It is a figure which shows an example of the body temperature data display screen displayed on the said portable terminal device. It is a figure which shows an example of the blood pressure pulse data display screen displayed on the said portable terminal device. It is a figure which shows an example of the sleep state data display screen displayed on the said portable terminal device. It is a figure for demonstrating one effect by a period change and a period extension in the to-be-monitored person monitoring support system.

Hereinafter, an embodiment according to the present invention will be described with reference to the drawings. However, the scope of the invention is not limited to the disclosed embodiments. In addition, the structure which attached | subjected the same code | symbol in each figure shows that it is the same structure, The description is abbreviate | omitted suitably. In this specification, when referring generically, it shows with the reference symbol which abbreviate | omitted the suffix, and when referring to an individual structure, it shows with the reference symbol which attached the suffix.

The monitored person monitoring support system in the present embodiment is a system that supports monitoring when monitoring a monitored person (watched person) Ob that is a monitored object (watched object) to be monitored (watched). In the present embodiment, a sensor device that is provided corresponding to the monitored person Ob and obtains a predetermined vital that is an index for grasping the health state of the monitored person Ob, and is connected to be communicable with the sensor apparatus. A central processing unit that manages the vital data received from the sensor device, and a terminal device that is communicably connected to the central processing unit and displays the vital data received from the central processing unit. In the present embodiment, the central management device corresponds to the monitored person Ob, vital type information indicating the type of vital, vital data in the monitored person Ob, and acquisition time information indicating when the vital data is acquired. When a first communication signal for requesting the vital data is received from the terminal device by specifying the vital information storage unit to be attached and the monitored person Ob, the vital species information and the acquisition time information, The display period width is a first period width that includes the acquisition time information specified by the first communication signal and has a predetermined default period width, and is specified by the first communication signal in the display period width. Vital data corresponding to the monitored person and the vital species information is extracted from the vital information storage unit, and the vital data in the display period width is A second communication signal to display device and a vital processor for returning to the terminal device. In the present embodiment, the vital processing unit further increases the display period width when receiving a third communication signal requesting extension of the display period width from the terminal device that has returned the second communication signal. A second period width extended by a predetermined extension period width is newly set as the display period width, and the coverage in the vital data displayed on the terminal device by the second communication signal in at least the extension period width is set. Vital data corresponding to the observer Ob and the vital type information is extracted from the vital information storage unit, and a fourth communication signal for causing the terminal device to display the vital data in the display period width is newly added to the fourth communication signal. 2 It returns to the said terminal device as a communication signal. The vital type may be one, but in this embodiment, the vital types are plural different from each other, and the vital processing unit further adds the fourth communication signal to the fourth communication signal. Vital that represents a type of vital that is different from the type of vital in the vital data that is displayed on the terminal by the second communication signal from the terminal when it is returned to the terminal as two communication signals When receiving a fifth communication signal requesting the vital data by specifying species information, the vital data in the vital data displayed on the terminal device by the second communication signal in the display period width A vital detection result corresponding to the monitored person Ob and the vital type information specified by the fifth communication signal is represented by the vital information. A sixth communication signal that is taken out from the storage unit and causes the terminal device to display the vital data in the display period width is newly returned to the terminal device as a second communication signal. Although the terminal device may be one type of device, in the present embodiment, the terminal device is two types of devices, a fixed terminal device and a mobile terminal device. The main difference between the fixed terminal device and the mobile terminal device is that the fixed terminal device is fixedly operated, while the mobile terminal device is carried by a monitor (service provider, user) such as a nurse or a caregiver. The fixed terminal device and the portable terminal device are substantially the same. Such a monitored person monitoring support system will be described in more detail below, taking the management server SV as an example of the central processing unit.

FIG. 1 is a diagram showing a configuration of a monitored person monitoring support system in the embodiment. FIG. 2 is a diagram showing a configuration of a sensor device in the monitored person monitoring support system. FIG. 3 is a diagram showing the configuration of the management server device in the monitored person monitoring support system. FIG. 4 is a diagram showing a configuration of a vital information table stored in the monitoring server device. FIG. 5 is a diagram showing a configuration of a marking condition information table stored in the monitoring server device. FIG. 6 is a diagram showing a configuration of a mobile terminal device in the monitored person monitoring support system.

The monitored person monitoring support system MS in the embodiment is a system that supports monitoring of the monitored person. For example, as shown in FIG. 1, one or a plurality of sensor devices SU (k pieces in the example shown in FIG. 1). Sensor devices SU-1, SU-2, SU-3,..., SU-k), a management server device SV connected to the sensor device SU via a network NW, and a management server device SV. A fixed terminal device SP that is communicably connected via the network NW, and one or a plurality of portable terminal devices TA that are communicably connected to the management server device SV via the network NW (in the example shown in FIG. Mobile terminal devices TA-1, TA-2,...

The network (communication line) NW includes, for example, a telephone network, a data communication network, a mobile communication network, and the like. For example, FTP (File Transfer Protocol), HTTP (Hyper Text Transfer Protocol), TCP (Transmission Control Protocol). The Internet is configured by using so-called Internet protocol groups such as IP (Internet Protocol). Alternatively, the network NW may be, for example, a LAN (Local Area Network) in an Ethernet environment using wireless or wired. Ethernet is a registered trademark.

The monitored person monitoring support system MS is disposed at an appropriate place according to the monitored person Ob. In this embodiment, the monitored person (observed person) Ob is, for example, a person (service beneficiary) Ob who requests services such as medical care, nursing, and nursing care, and more specifically, due to illness or injury. Those who need nursing, those who need nursing care due to a decline in physical ability, those who need home medical care such as home visits and home visits, and those who live alone are living alone. In particular, from the viewpoint of enabling early detection and early action, the monitored person Ob may be a person who needs the detection when a predetermined inconvenient event such as an abnormal state occurs in the person. preferable. For this reason, the monitored person monitoring support system MS is suitably arranged in a building such as a hospital, an elderly welfare facility, or a dwelling unit according to the type of the monitored person Ob. In the example illustrated in FIG. 1, the monitored person monitoring support system MS is disposed in a predetermined area, and each of the plurality of sensor devices SU is associated with each of the plurality of monitored persons Ob. The management server device SV is disposed in a building for performing management thereof, the fixed terminal device SP is disposed in a regional medical facility, and the portable terminal device TA is disposed in the region. It is carried by a service provider working at a medical facility.

The sensor device SU is a device that is provided corresponding to the monitored person Ob and acquires a predetermined vital that is an index for grasping the health state of the monitored person Ob. The predetermined vital may be arbitrary, for example, body temperature, fine movement (in other words, respiratory rate), blood pressure (including at least one of the highest blood pressure and the lowest blood pressure), pulse rate and sleep state ( At least one of sleep and awake). The sensor device SU is communicably connected to the management server device SV via the network NW, and transmits the predetermined vital data to the management server device SV via the network NW. For example, as shown in FIG. 2, such a sensor device SU includes a vital measurement unit 11, a sensor side control processing unit (SU control processing unit) 12, a sensor side communication interface unit (SU communication IF unit) 13, and The sensor side storage unit 14 is provided.

The vital measurement unit 11 is an apparatus that is connected to the SU control processing unit 12 and measures the predetermined vital. The vital measurement unit 11 outputs the predetermined vital to the SU control processing unit 12. The vital measurement unit 11 includes an appropriate sensor according to the predetermined vital type. In the present embodiment, the predetermined vitals are body temperature, blood pressure (maximum blood pressure and minimum blood pressure), pulse rate, minute body motion (respiration rate), and sleep state, and according to this, the vital measurement unit 11 A body temperature measuring unit 111, a blood pressure pulse measuring unit 112, and a fine body motion sleep state measuring unit 113 are provided.

The body temperature measurement unit 111 is, for example, an electronic thermometer that measures body temperature, and is connected to the SU control processing unit 12 by wire or wireless (for example, wireless in accordance with a short-range wireless communication standard such as Bluetooth (registered trademark) standard). Is done. The monitored person Ob measures his / her body temperature at least once a day using a body temperature measuring unit (electronic thermometer) 111 at an appropriate timing. When the body temperature measuring unit (electronic thermometer) 111 measures the body temperature of the monitored person Ob through the measurement operation of the monitored person Ob, the body temperature measuring unit 111 automatically outputs the measured body temperature to the SU control processing unit 12.

The blood pressure pulse measurement unit 112 is an electronic sphygmomanometer with a pulse measurement function that measures, for example, blood pressure (maximum blood pressure and minimum blood pressure) and a pulse rate, and is wired or wireless (for example, wireless based on short-range wireless communication standards) ) To the SU control processing unit 12. The monitored person Ob measures his / her blood pressure and pulse rate at least once a day using the blood pressure pulse measurement unit (electronic blood pressure monitor) 112 at an appropriate timing. When the blood pressure pulse measurement unit (electronic sphygmomanometer) 112 measures the blood pressure and the pulse rate of the monitored person Ob by the measurement operation of the monitored person Ob, the measured blood pressure and the pulse rate are automatically sent to the SU control processing unit 12. Output.

The fine body motion sleep state measurement unit 113 is configured to include, for example, a so-called Doppler sensor 113 and is connected to the SU control processing unit 12 by wire or wireless (for example, wireless conforming to the short-range wireless communication standard). The Doppler sensor 113 is a body motion sensor that transmits a transmission wave, receives a reflection wave of the transmission wave reflected by an object, and outputs a Doppler signal having a Doppler frequency component based on the transmission wave and the reflection wave. is there. When the object is moving, the frequency of the reflected wave is shifted in proportion to the moving speed of the object due to the so-called Doppler effect. Arise. The Doppler sensor 113 generates a Doppler frequency component signal as a Doppler signal. The transmission wave may be an ultrasonic wave, a microwave, or the like, but is a microwave in the present embodiment. Since the microwave can be transmitted through the clothing and reflected from the body surface of the monitored person Ob, the movement of the body surface can be detected even when the monitored person Ob is wearing clothes. The Doppler sensor 113 obtains the number of vertical movements of the chest of the monitored person Ob from the Doppler signal, obtains the number of minute movements, that is, the number of breaths per minute, from this number of up and down movements, The number of body movements) is output to the SU control processing unit 12. For example, the Doppler sensor 113 measures the fine body motion rate (respiration rate) at predetermined time intervals (for example, 10 minutes, 30 minutes, 1 hour, etc.), and the measurement result (respiration rate (fine motion number)). Is output to the SU control processing unit 12. For example, when receiving a measurement request from the SU control processing unit 12, the Doppler sensor 113 measures the number of minute movements (respiration rate) and outputs the measurement result to the SU control processing unit 12. When the SU control processing unit 12 accepts the respiration rate, the SU control processing unit 12 may store the respiration rate in the SU storage unit 14. Further, the Doppler sensor 113 obtains the sleep state of the monitored person Ob from the Doppler signal, and outputs the obtained sleep state to the SU control processing unit 12. For example, “Yuta Masuda, Takayuki Yamaji”, “Technology for Visualizing Sleep State Using Microwave Sensors”, Multimedia, Distributed, Cooperative and Mobile (DICOMO2014) Symposium, 2014 July, p1700-p1703, the technology disclosed in the literature, “Yamamoto Kohei, Tachibana Motoko et al.,“ Sleep Depth Estimation Based on Remote and Non-contact Body Motion Measurement Using Microwave ”, The 29th Annual Conference of Known techniques such as the technique disclosed in the document of the Japan Society for Artificial Integrology, 2015 are used. In the present embodiment, the sleep state includes, for example, three other types of states that are during sleep, during awakening (a state in which the user is awaken in bedding), and during neither sleep nor awakening. The Doppler sensor 113 determines whether or not it is sleeping and whether or not it is awake by the known technology, and determines that it is other when it is determined that none of these. The Doppler sensor 113 determines the sleep state at a predetermined time interval such as several minutes, for example, 5 minutes, and outputs the sleep state to the SU control processing unit 12 when the sleep state changes.

In the above description, the body temperature measurement unit 111 is connected to the SU control processing unit 12 in a wired or wireless manner and automatically outputs the measured body temperature to the SU control processing unit 12. However, the sensor device SU is In place of 111, for example, an input unit such as a numeric keypad or a keyboard is provided, and the monitored person Ob uses a thermometer separate from the sensor device SU to measure his / her body temperature, and inputs the measured body temperature from the input unit You may do it. Accordingly, the sensor device SU may acquire the body temperature using the input unit. Similarly, the blood pressure pulse measurement unit 112 is connected to the SU control processing unit 12 by wire or wirelessly and automatically outputs the measured blood pressure and pulse rate to the SU control processing unit 12, but the sensor device SU Instead of the blood pressure pulse measuring unit 112, the monitoring unit Ob includes a blood pressure meter with a pulse measuring function that is separate from the sensor device SU. The blood pressure and the pulse rate may be input from the input unit. Thereby, the sensor device SU may acquire the blood pressure and the pulse rate by the input unit. Further, in the above description, the minute body motion number (respiration rate) and the sleep state are measured by one minute body motion number sleep state measurement unit 113, but the minute body motion number (respiration rate) is measured. The measurement may be performed by separate devices including the frequency measurement unit and the sleep state measurement unit that measures the sleep state.

The SU communication IF unit 13 is a communication circuit that is connected to the SU control processing unit 12 and performs communication in accordance with the control of the SU control processing unit 12. For example, a data communication card, a communication interface according to the IEEE 802.11 standard, or the like Circuit etc. The SU communication IF unit 13 generates a communication signal containing the data to be transferred input from the SU control processing unit 12 according to the communication protocol used in the network NW of the monitored person monitoring support system MS. A communication signal is transmitted to the management server device SV via the network NW. The SU communication IF unit 13 receives a communication signal from the management server device SV via the network NW, extracts data from the received communication signal, and has a format in which the SU control processing unit 12 can process the extracted data. And output to the SU control processing unit 12.

The imaging unit 15 is an apparatus that is connected to the SU control processing unit 12 and generates an image (image data) under the control of the SU control processing unit 12. The image may be a still image (still image data), or the image may include a moving image (moving image data) as well as a still image. The imaging unit 15 can monitor the space where the monitored subject Ob to be monitored is scheduled (location space, in the example shown in FIG. 1, the room (room) of the monitored subject Ob in the building HS). It is arranged and images the image of the location space as an imaging target from above, generates an image (image data) overlooking the imaging target, and outputs the imaging target image (target image) to the SU control processing unit 12. Preferably, since there is a high probability that the entire monitored person Ob to be monitored can be imaged, the imaging unit 15 is located when the head of the monitored person Ob is located in the bedding (for example, a bed) on which the monitored person Ob is lying. The sensor device SU is arranged so as to be able to take an image of an imaging target immediately above a predetermined head planned position (usually a pillow arrangement position). Ob Image captured from above the The viewer Ob, preferably acquires the image captured from immediately above the head scheduled position.

Such an imaging unit 15 may be a device that generates an image of visible light, but in the present embodiment, it is a device that generates an infrared image so that the monitored subject Ob can be monitored even in a relatively dark place. . For example, in the present embodiment, such an imaging unit 15 has an imaging optical system that forms an infrared optical image of an imaging target on a predetermined imaging surface, and a light receiving surface that matches the imaging surface. An area image sensor that is arranged and converts an infrared optical image in the imaging target into an electrical signal, and data representing an infrared image in the imaging target by performing image processing on the output of the area image sensor The digital infrared camera includes an image processing circuit for generating image data. In the present embodiment, the imaging optical system of the imaging unit 15 is preferably a wide-angle optical system (so-called wide-angle lens (including a fisheye lens)) having an angle of view that can image the entire living room in which the imaging unit 15 is disposed. .

The SU storage unit 14 is a circuit that is connected to the SU control processing unit 12 and stores various predetermined programs and various predetermined data under the control of the SU control processing unit 12. Examples of the various predetermined programs include an SU control program for controlling each unit of the sensor device SU according to the function of each unit, and the predetermined vital data acquired by the vital measurement unit 11 (in this embodiment, (Vital measurement result) is transmitted by the SU communication IF unit 13 to the management server device SV via the network NW, and the imaging unit 15 images the imaging target in response to a request from the management server device SV. A control processing program such as an image transmission processing program for transmitting an image to the management server device SV via the network NW by the SU communication IF unit 13 and a SU clock program for measuring the time of the year, month, day, hour and the like is included. When executing each program such as the sensor device identifier (sensor ID) which is an identifier for identifying and identifying the sensor device SU of the own device, the communication address of the server device SV, etc. Necessary data is included. The SU storage unit 14 includes, for example, a ROM (Read Only Memory) that is a nonvolatile storage element, an EEPROM (Electrically Erasable Programmable Read Only Memory) that is a rewritable nonvolatile storage element, and the like. The SU storage unit 14 includes a RAM (Random Access Memory) serving as a working memory of the so-called SU control processing unit 12 that stores data generated during execution of the predetermined program.

The SU control processing unit 12 controls each unit of the sensor device SU according to the function of each unit, and the predetermined vital data acquired by the vital measurement unit 11 is transmitted by the SU communication IF unit 13 via the network NW. It is a circuit for transmitting to the management server device SV. The SU control processing unit 12 includes, for example, a CPU (Central Processing Unit) and its peripheral circuits. The SU control processing unit 12 executes the control processing program so that the sensor side control unit (SU control unit) 121, the vital transmission processing unit 122, the image transmission processing unit 123, and the sensor side clock unit (SU clock unit). 124 is functionally provided.

The SU control unit 121 controls each part of the sensor device SU according to the function of each part, and controls the entire control of the sensor device SU.

The SU clock unit 124 counts the year / month / day / hour / minute.

The vital transmission processing unit 122 transmits the predetermined vital data (in this embodiment, the vital measurement result) acquired by the vital measurement unit 11 to the management server device SV via the network NW by the SU communication IF unit 13. It is. More specifically, upon receiving the vital data acquired by the vital measurement unit 11, the vital transmission processing unit 122 obtains the current time from the SU clock unit 124 as the date of the year, month, day, date and time (measurement time in the present embodiment). ) And transmits the vital data and the acquisition time to the management server device SV via the network NW by the SU communication IF unit 13. More specifically, when the temperature data (in this embodiment, the measurement result of the body temperature) is input from the body temperature measurement unit 111 of the vital measurement unit 11, the vital transmission processing unit 122 receives the date from the SU clock unit 124. The current time is acquired as the acquisition time, the sensor ID of the own device, vital species information indicating the type of vitals (body temperature in this example), the body temperature data, and a communication signal containing the acquisition time (acquired vital notification communication signal) ) To the management server device SV, and this acquired vital notification communication signal is transmitted to the network NW by the SU communication IF unit 13. The vital transmission processing unit 122 receives blood pressure (maximum blood pressure and minimum blood pressure) and pulse rate data (in this embodiment, blood pressure and pulse rate measurement results) from the blood pressure pulse measurement unit 112 of the vital measurement unit 11. The current time is acquired as the acquisition time from the SU clock unit 124 as the acquisition time, and the sensor ID of the own device, vital type information indicating the vital type (blood pressure, pulse rate in this example), the blood pressure and the pulse An acquired vital notification communication signal accommodating each number of data and the acquisition time is generated for the management server device SV, and this acquired vital notification communication signal is transmitted to the network NW by the SU communication IF unit 13. The vital transmission processing unit 122 receives data on the fine body motion number (respiration rate) from the fine body motion number sleep state measurement unit 113 of the vital measurement unit 11 (in this embodiment, the measurement result of the fine body motion number (respiration rate)). Is input from the SU clock unit 124 as the acquisition time, and the current time is acquired as the acquisition time, and the vital ID information indicating the sensor ID of the own device and the vital type (in this example, the number of minute movements (breathing Number)), an acquisition vital notification communication signal accommodating the data on the number of minute movements and the acquisition time is generated for the management server device SV, and this acquisition vital notification communication signal is transmitted to the network NW by the SU communication IF unit 13 To do. Note that the vital transmission processing unit 122, when receiving body temperature data and blood pressure data from the vital measurement unit 11, as described above, causes the minute body movement number sleep state measurement unit to measure the number of minute body movements (respiration rate). Alternatively, a vital measurement result notification communication signal may be generated using the measured fine body motion number and transmitted to the management server device SV. Then, when the measurement result of the sleep state (sleep state data) is input from the minute body motion sleep state measurement unit 113 of the vital measurement unit 11, the vital transmission processing unit 122 receives the date from the SU clock unit 124. The acquired vital notification communication signal that acquires the current time as the acquisition time and stores the sensor ID of the own device, vital type information indicating the type of vital (sleep state in this example), the data of the sleep state, and the acquisition time Is transmitted to the management server device SV, and this acquired vital notification communication signal is transmitted to the network NW by the SU communication IF unit 13. In this embodiment, the sleep state data includes the start of sleep (ie, the end of arousal if the previous state is awake, or the other end if the previous state is other), and the start of awakening (ie, the previous state is sleep. End of sleep if inside, or other end if previous state is other), other start (ie, end of sleep if previous state is sleeping or end of awakening if previous state is awake) included.

In response to a request from the management server device SV, the image transmission processing unit 123 images the imaging target by the imaging unit 15 and transmits the image to the management server device SV via the network NW by the SU communication IF unit 13. . More specifically, when receiving a communication signal (image request communication signal) for requesting an image from the management server device SV, the image transmission processing unit 123 causes the imaging unit 15 to capture the imaging target, and the captured image and the image itself. A communication signal (image notification communication signal) containing the sensor ID of the machine is generated for the management server device SV, and this communication signal is returned to the management server device SV.

The management server device SV is a device that manages the predetermined vital data. The management server device SV is communicably connected to the sensor device SU via the network NW, receives vital data in the monitored person Ob corresponding to the sensor device SU from the sensor device SU, and receives the monitored person. Vital data in Ob, the monitored person Ob, the vital species information, and acquisition time information indicating when the vital is acquired are stored in association with each other. Since the sensor device SU is provided corresponding to the monitored person Ob, in the present embodiment, a sensor ID is used as information representing the monitored person Ob. The information representing the monitored person Ob is not limited to this, and the name of the monitored person Ob may be used. In the present embodiment, the acquisition time information uses an acquisition time represented by year / month / day / hour / minute. Note that the acquisition time information is not limited to this, and may be represented by year / month / date, may be represented by date / time, or the reception time of the acquisition vital notification communication signal is used. Also good. The management server SV is communicably connected to the terminal devices SP and TA via the network NW, and transmits (replies) vital data to the terminal devices SP and TA in response to a request from the terminal devices SP and TA. The terminal devices SP and TA display the received vital data. For example, as shown in FIG. 3, the management server device SV includes a server-side communication interface unit (SV communication IF unit) 21, a server-side control processing unit (SV control processing unit) 22, and a server-side storage unit. (SV storage unit) 23.

Similarly to the SU communication IF unit 13, the SV communication IF unit 21 is a communication circuit that is connected to the SV control processing unit 22 and performs communication according to the control of the SV control processing unit 22. The SV communication IF unit 21 is, for example, a data communication card, a communication interface circuit according to the IEEE 802.11 standard, or the like.

The SV storage unit 23 is a circuit that is connected to the SV control processing unit 22 and stores various predetermined programs and various predetermined data under the control of the SV control processing unit 22. Examples of the various predetermined programs include an SV control program for controlling each unit of the management server device SV according to the function of each unit, an SV vital processing program for executing predetermined information processing on vital data, A control processing program such as an SV clock program that counts the date and time is included. The various kinds of predetermined data include a server identifier (server ID) that is an identifier for identifying the management server device SV and identifying the management server device SV, vital information, marking condition information, and the like. Data necessary for executing the program is included. The SV storage unit 23 includes, for example, a ROM, an EEPROM, a RAM, and the like. The SV storage unit 23 functionally includes a vital information storage unit 231 and a marking condition information storage unit 232 in order to store the vital information and marking condition information.

The vital information storage unit 231 includes, as the vital information, the monitored person Ob, the vital type information indicating the type of vital, the vital data in the monitored person Ob, and the acquisition time information indicating when the vital is acquired. Are stored in association with each other. In this embodiment, this vital information is stored in the vital information storage unit 231 in a table format. For example, as shown in FIG. 4, the vital information table VT for registering the vital information includes an acquisition time field 2311 for registering the acquisition time information as an acquisition time for year / month / day / day as an example, and an acquisition time field 2311. By way of example, the vital type name field 2312 for registering the vital type information of the vital acquired at the registered acquisition time as the vital type name, and the vital data acquired at the acquisition time registered in the acquisition time field 2311 And a vital data field 2313 to be registered, and has a record for each vital data.

Such a vital information table VT (VT-1, VT-2, VT-3,...) Is prepared for each monitored person Ob (sensor device SU), and for each monitored person Ob. Corresponding to the sensor ID of the corresponding sensor device SU. FIG. 4 shows, as an example, a vital information table VT-1 associated with the sensor ID “SU-1” of the first sensor device SU-1 provided corresponding to the monitored person name “Mr. A”. Has been. The vital information table VT may be associated with the name of the monitored person Ob (“Mr. A” in the above example) instead of or in addition to the sensor ID.

The marking condition information storage unit 232 stores marking condition information indicating a marking condition for applying a predetermined mark in association with a vital type. The marking condition may be appropriately set in advance according to the type of vital, but preferably, the marking condition is that the vital (vital sign) is an abnormal value or more. In the present embodiment, the marking condition information is stored in the marking condition information storage unit 232 in a table format. The marking condition information table CT for registering the marking condition information includes, for example, as shown in FIG. 5, a vital type name field 2321 for registering a vital type by its type name and a vital type registered in the vital type name field 2321. And a marking condition field 2322 for registering a marking condition corresponding to the type of the record, and has a record for each type of vital. In the example shown in FIG. 5, when the vital type is “body temperature”, the marking condition is “37 ° C. or higher” indicating a condition where the body temperature is abnormal (abnormal body temperature condition), and the vital type is “blood pressure”. The marking condition is “high blood pressure is 140 or higher, or minimum blood pressure is 90 or higher” indicating a condition (blood pressure abnormal condition) in which the blood pressure is abnormal, and the vital type is “number of minute movements”. (Respiration rate) ”, the marking condition is“ 15 times or less per minute, which represents a condition (abnormal condition of minute movement (respiration rate)) in which the minute movement number (respiration rate) is abnormal, or , 20 times or more ”and the type of vital is“ sleep state ”, the marking condition is“ cumulative sleep time per night 4 indicating a condition in which sleep is abnormal (sleep abnormal condition) ” "Less than time".

The SV control processing unit 22 is a circuit for controlling each part of the management server device SV according to the function of each part and managing vital data. The SV control processing unit 22 includes, for example, a CPU and its peripheral circuits. The SV control processing unit 22 executes a server control unit (SV control unit) 221, a server side vital processing unit (SV vital processing unit) 222, and a server side clock unit (SV clock unit) by executing the control processing program. ) 223 functionally.

The SV control unit 221 controls each unit of the management server device SV according to the function of each unit, and controls the entire management server device SV.

The SV clock unit 223 measures time by date.

The SV vital processing unit 222 executes predetermined information processing related to vital data.

More specifically, first, when the SV vital processing unit 222 receives vital information from the sensor device SU, the SV vital processing unit 222 stores (records) the received vital information in the vital information storage unit 231 of the SV storage unit 23. More specifically, when the SV vital processing unit 222 receives the acquired vital notification communication signal from the sensor device SU, the SV vital processing unit 222 displays the vital information table VT corresponding to the sensor ID accommodated in the received acquired vital notification communication signal. 231, a new record is generated in the searched vital information table VT, and the received acquired vital notification communication is respectively transmitted to the acquisition time field 2311, vital type name field 2312 and vital data field 2313 in the generated record. The acquisition time, vital type information and vital data contained in the signal are registered.

When the SV vital processing unit 222 receives a communication signal (total display screen request communication signal) requesting a later-described vital data total display screen from the terminal devices SP and TA, the received total display screen request communication as described later. Generate a vital data general display screen corresponding to the information contained in the signal, generate a communication signal (general display screen notification communication signal) containing the generated vital data general display screen, and generate this general display screen notification A communication signal is returned to the terminal devices SP and TA that are the transmission source of the general display screen request communication signal.

When the SV vital processing unit 222 receives from the terminal devices SP and TA a first communication signal (vital display request communication signal) that requests vital data by specifying the monitored subject Ob, vital type information, and acquisition time information In addition, the vital display request communication in the display period width includes the first period width including the acquisition time information specified by the vital display request communication signal and having a predetermined default period width as a display period width. The vital data corresponding to the monitored person Ob and the vital species information specified by the signal is extracted from the vital information storage unit 231 and the vital data in the display period width is displayed on the terminal devices SP and TA. A communication signal (vital display notification communication signal) is returned to the terminal devices SP and TA.

The default period width (initial period width, initial period width not including extension period) is preferably 5 days, 7 days (1 week), 10 days from the time indicated by the acquisition time information. And any one of 14 days (2 weeks). Further preferably, the default period width is any one of 5 days, 7 days (1 week), 9 days, and 13 days in which the time represented by the acquisition time information is set in the center. Preferably, the default period width is any one of 5 days, 7 days (1 week), 10 days, and 14 days (2 weeks) from the time indicated by the acquisition time information to the future. It is. In the present embodiment, as an example, the default period width is 7 days (one week) from the time represented by the acquisition time information to the past.

When the SV vital processing unit 222 receives a third communication signal (extension request communication signal) requesting extension of the display period width from the terminal device SP or TA that has returned the vital display notification communication signal, A second period width obtained by extending a period width by a predetermined extension period width is newly set as the display period width, and is displayed on the terminal devices SP and TA by the vital display notification communication signal at least in the extension period width. The vital data corresponding to the monitored subject Ob and the vital type information in the vital data is extracted from the vital information storage unit 231 and the vital data in the display period width is displayed on the terminal devices SP and TA. A fourth communication signal to be transmitted is newly returned to the terminal devices SP and TA as the vital display notification communication signal. More specifically, the SV vital processing unit 222 newly sets a second period width obtained by extending the display period width to the past by a predetermined extension period width as the display period width. The vital processing unit 222 newly sets a second period width obtained by extending the display period width to the future by a predetermined extension period width as the display period width. More specifically, the SV vital processing unit 222 sends a third A communication signal (past extension request communication signal) requesting extension of the display period width to the past from the terminal devices SP and TA that have returned the vital display notification communication signal. When received, the second period A width obtained by extending the display period width to the past by a predetermined extension period width is newly set as the display period width, and the terminal is notified by the vital display notification communication signal at least in the extension period width. Vital data corresponding to the monitored subject Ob and the vital species information in the vital data displayed on the devices SP and TA is taken out of the vital information storage unit 231 and the vital data in the display period width. 4A communication signal that causes the terminal devices SP and TA to display the terminal device SP and TA as the vital display notification communication signal. SP, to reply to the TA. When the SV vital processing unit 222 receives a 3B communication signal (future extension request communication signal) requesting extension to the future of the display period width from the terminal devices SP and TA that have returned the vital display notification communication signal. , A second B period width obtained by extending the display period width to the future by a predetermined extension period width is newly set as the display period width, and at least the terminal devices SP, TA by the vital display notification communication signal in the extension period width The vital data corresponding to the monitored subject Ob and the vital species information in the vital data displayed on the computer is taken out of the vital information storage unit 231 and the vital data in the display period width is obtained from the terminal device. The 4B communication signal to be displayed on the SP and TA is newly transmitted to the terminal devices SP and TA as the vital display notification communication signal. To trust.

The extended period width is preferably 1 day, 2 days, 3 days, the nearest integer days not exceeding half of the default period width (= INT ((the default period width) / 2)), the default period width The most recent integer days that do not exceed one third (= INT ((the default period width) / 3)) and the most recent integral days that do not exceed one quarter of the default period width (= INT ((the default Period width) / 4)). Note that INT (x) is an operator that outputs the latest integer value not exceeding x. In this embodiment, as an example, the extended period width is one day.

When the SV vital processing unit 222 does not receive at least one of the first communication signal and the third communication signal within a predetermined time (for example, within 3 minutes, within 5 minutes, etc.), the SV vital processing unit 222 increases the display period width. The display period width is newly set back to the default period width.

The SV vital processing unit 222 is a case where the fourth communication signal is newly returned to the terminal devices SP and TA as the vital display notification communication signal, and is transmitted from the terminal devices SP and TA by the vital display notification communication signal. A fifth communication signal (type change request communication signal for requesting the vital data by specifying vital type information representing a vital type different from the vital type in the vital data displayed on the terminal devices SP and TA. ), The monitored person Ob in the vital data displayed on the terminal device SP, TA by the vital display notification communication signal in the display period width, and the type change request communication Vital data corresponding to the vital type information specified by the signal is sent to the vital information storage unit 23. Returns to the terminal device SP, TA data of the vital in the display period width the terminal device SP, the sixth communication signal to be displayed on the TA as a new vital displayed notification communication signals taken out from.

The SV vital processing unit 222 further returns the vital display notification communication signal to the terminal devices SP and TA, and the seventh communication signal requests the change of the acquisition time information from the terminal devices SP and TA. When the (display period change request communication signal) is received, the acquisition time information corresponding to the display period width in the vital data displayed on the terminal devices SP and TA by the vital display notification communication signal The vital display notification communication signal in the display period width including the acquisition time information shifted by the display period width and having a third period width having the same period width as the display period width as the display period width. Vital data corresponding to the monitored person and the vital species information in the vital data displayed on the terminal device by An eighth communication signal that is extracted from the vital information storage unit 231 and displays the vital data in the display period width on the terminal devices SP and TA is newly returned to the terminal devices SP and TA as the vital display notification communication signal. To do. More specifically, the SV vital processing unit 222 returns the vital display notification communication signal to the terminal devices SP and TA, and requests the terminal device SP and TA to change the acquisition time information to the past. Corresponding to the display period width in the vital data displayed on the terminal devices SP and TA by the vital display notification communication signal when the seventh A communication signal (display period past change request communication signal) is received. The acquisition time information includes the acquisition time information shifted to the past by the display period width, and the 3A period width having the same period width as the display period width is newly set as the display period width. Of the monitored subject Ob and the vital data in the vital data displayed on the terminal devices SP and TA by the vital display notification communication signal. Vital data corresponding to the type information is taken out of the vital information storage unit 231 and a new 8A communication signal for displaying the vital data in the display period width on the terminal devices SP and TA is newly notified of the vital display. A communication signal is returned to the terminal devices SP and TA. The SV vital processing unit 222 returns the vital display notification communication signal to the terminal devices SP and TA, and requests the change of the acquisition time information to the future from the terminal devices SP and TA. When a signal (display period future change request communication signal) is received, the acquisition time information corresponding to the display period width in the vital data displayed on the terminal devices SP and TA by the vital display notification communication signal On the other hand, the 3B period width including the acquisition time information shifted to the future by the display period width and having the same period width as the display period width is newly set as the display period width, and the vital in the display period width In response to the monitored subject Ob and the vital type information in the vital data displayed on the terminal devices SP and TA by a display notification communication signal. Vital data to be extracted from the vital information storage unit 231 and the terminal data SP for displaying the vital data in the display period width on the terminal devices SP and TA are newly used as the vital display notification communication signal. A reply is sent to the devices SP and TA.

The SV vital processing unit 222 attaches a predetermined mark to vital data that satisfies the marking condition represented by the marking condition information when the vital display notification communication signal is returned to the terminal devices SP and TA. The vital display notification communication signal is returned to the terminal devices SP and TA. The predetermined mark is appropriately set, and is, for example, a “circle” (◯) surrounding vital data that satisfies the marking condition. Further, for example, the predetermined mark is an “arrow (→)” indicating vital data that satisfies the marking condition.

The SV vital processing unit 222 returns the vital display notification communication signal to the terminal devices SP and TA, and the marking condition is included in the vital data having the same vital type from the terminal devices SP and TA. In the vital data displayed on the terminal devices SP and TA by the vital display notification communication signal when a ninth communication signal (same type retrieval request communication signal) requesting retrieval of vital data satisfying the condition is received. Marking condition information corresponding to the type of vital is extracted from the marking condition information storage unit 232 and the vital display in the vital data in the vital data displayed on the terminal devices SP and TA by the vital display notification communication signal, the vital display Displayed on the terminal devices SP and TA by a notification communication signal For each of the display period widths in the vital data, the marking condition information that is closest to the vital data displayed on the terminal devices SP and TA by the vital display notification communication signal and that has been taken out The vital data satisfying the marking condition represented by the above is retrieved, and is displayed on the terminal device by the second communication signal in the display period width corresponding to the vital data satisfying the retrieved marking condition. Vital data corresponding to the monitored subject Ob and the vital type information in the vital data is extracted from the vital information storage unit 231 and the vital data in the display period width is a vital that satisfies the marking condition. Data is marked and displayed on the terminal devices SP and TA. The terminal device SP the tenth communication signal for a new said vital displayed notifying the communication signal, and returns to the TA. More specifically, the SV vital processing unit 222 returns the vital display notification communication signal to the terminal devices SP and TA, and the vital data of the same vital type is transmitted from the terminal devices SP and TA. When a ninth A communication signal (same type past search request communication signal) requesting a past search for vital data satisfying the marking condition is received, it is displayed on the terminal devices SP and TA by the vital display notification communication signal. Marking condition information corresponding to the type of vital in the vital data being taken out is extracted from the marking condition information storage unit 232, and the vital data in the vital data being displayed on the terminal devices SP and TA by the vital display notification communication signal The type of vitals, which is indicated by the vital display notification communication signal. For each of the display period widths in the vital data displayed on the terminal devices SP and TA, in the past in relation to the vital data displayed on the terminal devices SP and TA by the vital display notification communication signal. And searching for vital data satisfying the marking condition represented by the extracted marking condition information, and the vital in the display period width corresponding to the vital data satisfying the searched marking condition Vital data corresponding to the monitored subject Ob and the vital type information in the vital data displayed on the terminal devices SP and TA by a display notification communication signal is extracted from the vital information storage unit 231 and the display period The vital data at the width satisfies the marking condition Wherein the data of Ital denoted by the mark terminal SP, said first 10A communication signals to be displayed on the TA as a new second communication signal terminal SP, and returns to the TA. The SV vital processing unit 222 returns the vital display notification communication signal to the terminal devices SP and TA, and the marking condition is included in the vital data having the same vital type from the terminal devices SP and TA. When receiving the 9B communication signal (same type future search request communication signal) for requesting the future search for vital data satisfying the above, the terminal device SP, TA is displayed by the vital display notification communication signal Marking condition information corresponding to the vital type in the vital data is extracted from the marking condition information storage unit 232, and the vital type in the vital data displayed on the terminal devices SP and TA by the vital display notification communication signal , The terminal device SP by the vital display notification communication signal For each of the display period widths in the vital data displayed on TA, the vital data displayed on the terminal device SP, TA by the vital display notification communication signal is in the near future in the future, and And searching for vital data satisfying the marking condition represented by the extracted marking condition information, and the vital display notification communication signal in the display period width corresponding to the retrieved vital data satisfying the marking condition The vital data corresponding to the monitored subject Ob and the vital type information in the vital data displayed on the terminal devices SP and TA is extracted from the vital information storage unit 231 and is displayed in the display period width. Vital data that satisfies the marking conditions The terminal device SP, and returns to the TA as a new second communication signal first 10B communication signal for displaying a mark the terminal device SP, the TA in.

The SV vital processing unit 222 returns the vital display notification communication signal to the terminal devices SP and TA. The SV vital processing unit 222 sets the marking condition in the vital data for all vital types from the terminal devices SP and TA. When the eleventh communication signal (all-type search request communication signal) requesting the search for the vital data satisfying is received, the marking condition information corresponding to all the vital types is extracted from the marking condition information storage unit 232, and the vital The vital data displayed on the terminal devices SP and TA by the vital display notification communication signal for each display period width in the vital data displayed on the terminal devices SP and TA by the display notification communication signal And before any one of all vital types The vital data satisfying the marking condition represented by the extracted marking condition information is searched, and the vital display notification communication signal in the display period width corresponding to the vital data satisfying the retrieved marking condition is used. Vital data corresponding to the vital species information in the vital data satisfying the searched marking condition and the monitored person Ob in the vital data displayed on the terminal devices SP and TA, a vital information storage unit A new twelfth communication signal to be displayed on the terminal devices SP and TA by adding a mark to the vital data in the display period width taken from the H.231 and displaying the vital data satisfying the marking condition. Returned to the terminal devices SP and TA as a notification communication signal To. More specifically, the SV vital processing unit 222 returns the vital display notification communication signal to the terminal devices SP and TA, and includes the vital data in all vital types from the terminal devices SP and TA. When the 11A communication signal (all types past search communication signal) requesting the past search for vital data satisfying the marking condition is received, marking condition information corresponding to all vital types is stored as marking condition information. For each display period width in the vital data displayed on the terminal devices SP and TA by the vital display notification communication signal and displayed on the terminal devices SP and TA by the previous vital display notification communication signal. And the latest data for the vital data Search for vital data that satisfies the marking condition represented by the extracted marking condition information in any of the types of ital, and with the display period width corresponding to the retrieved vital data that satisfies the marking condition Corresponding to the monitored subject Ob in the vital data displayed on the terminal devices SP and TA by the vital display notification communication signal and the vital species information in the vital data satisfying the searched marking condition. The vital data to be extracted is extracted from the vital information storage unit 231 and the vital data in the display period width is displayed on the terminal devices SP and TA with the vital data satisfying the marking being marked. The 12th A communication signal is newly added to the vital display notification communication signal. The terminal device SP, and returns to the TA as. The SV vital processing unit 222 returns the vital display notification communication signal to the terminal devices SP and TA. The SV vital processing unit 222 sets the marking condition in the vital data for all vital types from the terminal devices SP and TA. When the 11B communication signal (all types future search communication signal) requesting the future search for the vital data to be satisfied is received, the marking condition information corresponding to all the vital types is extracted from the marking condition information storage unit 232. The terminal device SP, TA is displayed by the previous vital display notification communication signal for each display period width in the vital data displayed on the terminal device SP, TA by the vital display notification communication signal. Nearest future for vital data and all vital types The vital data satisfying the marking condition represented by the extracted marking condition information is searched for in any of the above, and the vital in the display period width corresponding to the searched vital data satisfying the marking condition Vital data corresponding to the vital object information in the vital data satisfying the searched marking condition and the monitored person Ob in the vital data displayed on the terminal devices SP and TA by a display notification communication signal Is transmitted from the vital information storage unit 231 and the vital data in the display period width is displayed on the vital data that satisfies the marking condition and displayed on the terminal devices SP and TA. The terminal is newly used as the vital display notification communication signal. Apparatus SP, to reply to the TA.

The management server device SV is connected to the SV control processing unit 22 as necessary, as shown by a broken line in FIG. 3, for example, a server side input unit (SV input unit) for inputting various commands, various data, and the like. ) 24, a server side output unit (SV output unit) 25 for outputting various commands and various data input by the SV input unit 24, and a server side interface unit for inputting / outputting data to / from an external device ( SVIF unit) 26 and the like may be provided.

Such a management server device SV can be configured by a computer with a communication function, for example.

The fixed terminal device SP includes a communication function for communicating with the management server device SV and the portable terminal device TA via the network NW, a display function for displaying predetermined information, an input function for inputting predetermined instructions and data, and the like. A user of the monitored person monitoring support system MS by inputting a predetermined instruction or data to be given to the management server SV or the portable terminal device TA, displaying vital data obtained by the sensor device SU, etc. It is a device that functions as an interface (UI). Such a fixed terminal device SP can be configured by, for example, a computer with a communication function. The fixed terminal device SP as an example of the terminal device operates in the same manner as the mobile terminal device TA. However, in this specification, a mobile terminal device TA that is another example of the terminal device will be described.

The mobile terminal device TA includes a communication function for communicating with the management server device SV and the fixed terminal device SP via the network NW, a display function for displaying predetermined information, an input function for inputting predetermined instructions and data, and the like. This is a device for inputting predetermined instructions and data to be given to the management server device SV, displaying vital data obtained by the sensor device SU, and the like. In the present embodiment, for example, as shown in FIG. 6, such a mobile terminal device TA includes a terminal-side communication interface unit (TA communication IF unit) 31, a terminal-side control processing unit (TA control processing unit) 32, and A terminal side storage unit (TA storage unit) 33, a terminal side input unit (TA input unit) 34, a terminal side display unit (TA display unit) 35, a terminal side interface unit (TAIF unit) 36, and a terminal side And a sound input / output unit (TA sound input / output unit) 37.

The TA input unit 34 is connected to the TA control processing unit 32 and is, for example, a circuit that accepts a predetermined operation and inputs it to the mobile terminal device TA, for example, a plurality of input switches assigned a predetermined function. . The predetermined operation is necessary for monitoring, for example, an ID input operation for logging in, a voice call request operation and its end operation, a vital data display request operation and its end operation, and the like. Various operations are included. The TA display unit 35 is connected to the TA control processing unit 32, and is monitored by a predetermined operation content input from the TA input unit 34 or the monitored person monitoring support system MS according to the control of the TA control processing unit 32. A circuit for displaying vital data and the like for the monitored person Ob, for example, a display device such as an LCD (liquid crystal display) and an organic EL display. In the present embodiment, the TA input unit 34 and the TA display unit 35 constitute a touch panel. In this case, the TA input unit 34 is a position input device that detects and inputs an operation position such as a resistance film method or a capacitance method. In this touch panel, a position input device is provided on the display surface of the TA display unit 35, and one or more input content candidates that can be input are displayed on the TA display unit 35. For example, a user such as a nurse or a caregiver ( When the monitor (service provider) touches the display position where the input content to be input is displayed, the position is detected by the position input device, and the display content displayed at the detected position is carried as the operation input content of the user. Input to the terminal device TA.

The TAIF unit 36 is a circuit that is connected to the TA control processing unit 32 and inputs / outputs data to / from an external device according to the control of the TA control processing unit 32. For example, the TAIF unit 36 uses the Bluetooth (registered trademark) standard. An interface circuit, an interface circuit that performs infrared communication such as the IrDA standard, and an interface circuit that uses the USB standard.

Similar to the SU communication IF unit 13, the TA communication IF unit 31 is a communication circuit that is connected to the TA control processing unit 32 and performs communication in accordance with the control of the TA control processing unit 32. .11 standard communication interface circuit and the like.

TA sound input / output unit 37 is a circuit for inputting and outputting sound. That is, the TA sound input / output unit 37 is a circuit that is connected to the TA control processing unit 32 and generates and outputs a sound corresponding to an electric signal representing sound according to the control of the TA control processing unit 32. Is a circuit for acquiring and inputting the sound to the portable terminal device TA. The TA sound input / output unit 37 includes, for example, a speaker that converts a sound electrical signal (sound data) into a sound mechanical vibration signal (sound signal), and a microphone that converts a sound mechanical vibration signal in the audible region into an electrical signal. And so on. The TA sound input / output unit 37 outputs an electric signal representing an external sound to the TA control processing unit 32, and converts the electric signal input from the TA control processing unit 32 into a mechanical vibration signal of sound and outputs the sound. .

The TA storage unit 33 is a circuit that is connected to the TA control processing unit 32 and stores various predetermined programs and various predetermined data under the control of the TA control processing unit 32. The various predetermined programs include, for example, a TA control program for controlling each part of the mobile terminal device TA according to the function of each part, a TA vital processing program for executing predetermined information processing on vital data, A control processing program such as a TA clock program that counts the date and time is included. The various types of predetermined data include data necessary for executing each program such as the terminal ID of the own device, screen information displayed on the TA display unit 35, vital information of the monitored person Ob, and the like. The TA storage unit 33 includes, for example, a ROM and an EEPROM. The TA storage unit 33 includes a RAM serving as a working memory for the so-called TA control processing unit 32 that stores data generated during execution of the predetermined program.

The TA control processing unit 32 is a circuit for controlling each part of the mobile terminal device TA according to the function of each part and receiving and displaying vital data on the monitored person Ob. The TA control processing unit 32 includes, for example, a CPU and its peripheral circuits. The TA control processing unit 32 executes a terminal processing unit (TA control unit) 321, a terminal side vital processing unit (TA vital processing unit) 322, and a terminal side clock unit (TA clock unit) by executing a control processing program. 323 is functionally provided.

The TA control unit 321 controls each part of the mobile terminal apparatus TA according to the function of each part, and controls the entire mobile terminal apparatus TA.

The TA vital processing unit 322 executes predetermined information processing related to vital data. More specifically, as will be described later, the TA vital processing unit 322 transmits a communication signal corresponding to an input operation using the touch panel by the user to the management server device SV, and receives a communication signal in response to the communication signal. The vital data contained in the received communication signal is displayed on the TA display unit 35.

The TA clock section 323 counts the year / month / day / hour / minute.

Such a portable terminal device TA can be configured by a portable communication terminal device such as a so-called tablet computer, a smartphone, or a mobile phone.

Next, the operation of this embodiment will be described. FIG. 7 is a flowchart showing an operation related to vital processing in the management server device. FIG. 8 is a flowchart showing an operation on the vital information display center screen in the portable terminal device. FIG. 9 is a flowchart showing an operation on each vital information display screen in the portable terminal device. FIG. 10 is a sequence diagram showing an operation related to each vital information display in each of the management server device and the mobile terminal device. FIG. 11 is a sequence diagram illustrating an operation related to the past period width extension display in each of the management server device and the mobile terminal device. FIG. 12 is a sequence diagram illustrating an operation related to a period width future extension display in each of the management server device and the mobile terminal device. FIG. 13 is a sequence diagram illustrating an operation related to a vital type change display in each of the management server device and the mobile terminal device. FIG. 14 is a sequence diagram illustrating an operation related to display period past change display in each of the management server device and the mobile terminal device. FIG. 15 is a sequence diagram illustrating an operation related to a display period future change display in each of the management server device and the mobile terminal device. FIG. 16 is a sequence diagram illustrating an operation related to a marking condition homogeneous past search display in each of the management server device and the mobile terminal device. FIG. 17 is a sequence diagram showing an operation related to the marking condition homogeneous future search display in each of the management server device and the mobile terminal device. FIG. 18 is a sequence diagram illustrating an operation related to all marking condition past search display in each of the management server device and the mobile terminal device. FIG. 19 is a sequence diagram illustrating an operation related to a marking condition all-type future search display in each of the management server device and the mobile terminal device. FIG. 20 is a diagram illustrating an example of a vital data total display screen displayed on the mobile terminal device. FIG. 21 is a diagram illustrating an example of a body temperature data display screen displayed on the mobile terminal device. FIG. 22 is a diagram illustrating an example of a blood pressure pulse data display screen displayed on the mobile terminal device. FIG. 23 is a diagram illustrating an example of a sleep state data display screen displayed on the mobile terminal device. FIG. 24 is a diagram for explaining one effect of period change and period extension in the monitored person monitoring support system. FIG. 24A shows an example of body temperature data displayed in the vital period data display area 622 with a display period width of a default period width in response to a vital display request. FIG. 24B shows the vital period data with the display period width shifted to the past by one section of the display period width in response to the display period past change request when the body temperature data shown in FIG. 24A is displayed in the vital period data display area 622. An example of body temperature data displayed in the display area 622 is shown. FIG. 24C shows a case in which the body temperature data shown in FIG. 24A is displayed in the vital period data display area 622 in the vital period data display area 622 with the display period width extended to the past by the extension period width by the past extension request. An example of the temperature data displayed is shown.

In the monitored person monitoring support system MS having the above-described configuration, when the devices SU, SV, SP, and TA are turned on, the necessary units are initialized and started to operate. In the sensor device SU, by executing the control processing program, the SU control processing unit 12 includes a SU control unit 121, a vital transmission processing unit 122, an image transmission processing unit 123, and a SU clock unit 124. In the management server device SV, the SV control processing unit 22 is functionally configured with an SV control unit 211, an SV vital processing unit 222, and an SV clock unit 223 by executing the control processing program. In the portable terminal device TA, the TA control processing unit 32 is functionally configured with a TA control unit 321 and a TA vital processing unit 322 by executing the control processing program.

First, the operation related to the acquisition of vital data in the sensor device SU will be described. In the sensor device SU, the monitored person (service beneficiary) Ob measures the body temperature, the blood pressure, and the pulse rate, for example, every morning by using the vital measurement unit 11 of the sensor device SU arranged for the subject.

More specifically, when the body temperature measuring unit (electronic thermometer) 111 measures the body temperature of the monitored person Ob by the measurement operation of the monitored person Ob, the body temperature measuring unit 111 automatically outputs the measured body temperature to the SU control processing unit 12. When the vital temperature data is input from the body temperature measurement unit 111, the vital transmission processing unit 122 of the SU control processing unit 12 acquires the current time as the acquisition time from the SU clock unit 124 as the acquisition time. An acquired vital notification communication signal containing the sensor ID, “body temperature” as vital species information, the temperature data, and the acquisition time is generated for the management server device SV, and this acquired vital notification communication signal is transmitted to the SU communication IF unit 13. To the network NW. Thereby, the body temperature data of the monitored person Ob is transmitted from the sensor device SU to the management server device SV.

When the blood pressure pulse measuring unit (electronic blood pressure monitor) 112 measures the blood pressure (maximum blood pressure and minimum blood pressure) and the pulse rate of the monitored subject Ob by the measurement operation of the monitored subject Ob, the measured blood pressure and pulse rate are automatically calculated. To the SU control processing unit 12. When the blood pressure and pulse rate data is input from the blood pressure pulse measuring unit 112, the vital transmission processing unit 122 of the SU control processing unit 12 acquires the current time as the acquisition time from the SU clock unit 124. Then, an acquired vital notification communication signal containing the sensor ID of the device, “blood pressure” and “pulse rate” as vital type information, the blood pressure and pulse rate data, and the acquisition time is generated for the management server device SV. Then, this acquired vital notification communication signal is transmitted to the network NW by the SU communication IF unit 13. As a result, the blood pressure and pulse rate data of the monitored person Ob is transmitted from the sensor device SU to the management server device SV.

The minute body motion sleep state measuring unit 113 measures the number of minute motions (respiration rate) at predetermined time intervals (for example, 10 minutes, 30 minutes, 1 hour, etc.), for example, and the measurement result (micro body motions). Number (respiration rate)) is output to the SU control processing unit 12. When the vital movement processing unit 122 of the SU control processing unit 12 receives the minute movement rate (respiration rate) data from the minute movement number sleep state measurement unit 113, the vital transmission processing unit 122 presents the current date and time from the SU clock unit 124. Is acquired as the acquisition time, and contains the sensor ID of the own device, the “minute motion rate (respiration rate)” as vital type information, the data of the minute motion rate (respiration rate), and the acquisition time. A vital notification communication signal is generated for the management server device SV, and this acquired vital notification communication signal is transmitted to the network NW by the SU communication IF unit 13. Thereby, the data on the number of minute movements (respiration rate) in the monitored person Ob is transmitted from the sensor device SU to the management server device SV.

The minute body motion sleep state measurement unit 113 determines the sleep state every few minutes, for example, and outputs the sleep state to the SU control processing unit 12 when the sleep state changes. When the measurement result of the sleep state (sleep state data) is input from the minute body motion sleep state measurement unit 113, the vital transmission processing unit 122 of the SU control processing unit 12 receives the date and time from the SU clock unit 124. The current time is acquired as the acquisition time, and the sensor ID of the device, the “sleep state” as vital type information, the sleep state data, and the acquired vital notification communication signal containing the acquisition time are addressed to the management server device SV The obtained vital notification communication signal is transmitted to the network NW by the SU communication IF unit 13. As a result, sleep state data of the monitored person Ob is transmitted from the sensor device SU to the management server device SV. For example, the minute body motion sleep state measurement unit 113 determines the sleep state every 5 minutes, for example, and when the change of the sleep state from awakening to the start of sleep is measured as a result of this determination, the sleep start is SU-controlled. Output to the processing unit 12. When this sleep start is input, the vital transmission processing unit 122 acquires the current time as the acquisition time from the SU clock unit 124 as the acquisition date, the sensor ID of the own device, the sleep state as vital type information, An acquired vital notification communication signal accommodating the sleep start and the acquisition time is generated for the management server device SV, and this acquired vital notification communication signal is transmitted to the network NW by the SU communication IF unit 13. Thereby, the sleep start in the monitored person Ob is transmitted from the sensor device SU to the management server device SV.

The sensor device SU operates in this way with respect to acquisition of vital data for acquiring vital data in the monitored person Ob corresponding to the own device.

Next, operations relating to vital data management in the management server device SV will be described. In FIG. 7, the management server device SV determines whether or not the SV communication IF unit 21 has received a communication signal by the SV control unit 221 of the SV control processing unit 22 (S1). As a result of the determination, when the communication signal is not received (No), the management server device SV returns the process to S1, and when the communication signal is received as a result of the determination (Yes), The management server device SV executes the following process S2. That is, the management server device SV is waiting for reception of a communication signal.

In the process S2, the management server device SV determines the type of the received communication signal by the SV control unit 221. As a result of this determination, when the received communication signal is a vital display request communication signal (vital display request), the management server device SV executes the process S14 after executing the process S3, and receives the received communication signal. Is a past extension request communication signal (past extension request), the process S14 is executed after executing the process S4, and when the received communication signal is a future extension request communication signal (future extension request). If the received communication signal is a type change request communication signal (type change request) after executing step S5, execute step S14 after executing step S6, and receive the received signal. When the communication signal is a display period past change request communication signal (display period past change request), the process S14 is executed after the process S7, and the received communication signal is displayed. When it is a period future change request communication signal (display period future change request), after executing step S8, step S14 is executed. Request), after executing step S9, execute step S14. If the received communication signal is a homogeneous future search request communication signal (homogeneous future search request), execute step S10 after executing step S10. If the received communication signal is an all-type past search request communication signal (all-type past search request), the process S11 is executed after the process S11, and the received communication signal is the all-type future search signal. If it is a search request communication signal (all types of future search requests), the process S12 is executed after the process S12 is executed, and the received communication signal is any of these communication signals. The case (other) have, executes the step S14 after executing the process S13.

In process S3, the SV vital processing part 222 of the SV control processing part 22 executes a vital display process with a default period width. The vital display processing in the default period width is each processing C11 to C15 shown in FIG. 10, and will be described in more detail later.

In process S4, the SV vital processing part 222 of the SV control processing part 22 executes a vital display process with a display period width extended to the past. The vital display process with the display period width extended to the past is the processes C31a to C35a shown in FIG. 11, and will be described in more detail later.

In process S5, the SV vital processing part 222 of the SV control processing part 22 executes a vital display process with a display period width extended to the future. The vital display process with the display period width extended to the future is the processes C31b to C35b shown in FIG. 12, and will be described in more detail later.

In step S6, the SV vital processing unit 222 of the SV control processing unit 22 executes another type of vital display processing with the display period width being displayed. The other types of vital display processing in the display period width during display are the processes C51 to C54 shown in FIG. 13, and will be described in more detail later.

In process S7, the SV vital processing part 222 of the SV control processing part 22 executes a vital display process with a display period width shifted by one section to the past. The vital display process with the display period width shifted by one section to the past is the processes C71a to C75a shown in FIG. 14, and will be described in more detail later.

In process S8, the SV vital processing part 222 of the SV control processing part 22 executes a vital display process with a display period width shifted by one section to the future. The vital display processing with the display period width shifted by one section to the future is each processing C71b to C75b shown in FIG. 15, and will be described in more detail later.

In process S9, the SV vital processing part 222 of the SV control processing part 22 executes the vital display process after the marking condition matching search in the same type in the past. This vital display processing after marking condition matching search in the past is the processing C91a to C95a shown in FIG. 16, and will be described in more detail later.

In the process S10, the SV vital processing part 222 of the SV control processing part 22 executes a vital display process after the marking condition matching search in the same type in the future. The vital display process after the marking condition matching search in the same type in the future is the processes C91b to C95b shown in FIG. 17, and will be described in more detail later.

In the processing S11, the SV vital processing unit 222 of the SV control processing unit 22 executes the vital display processing after the marking condition matching search in the past for all types. The vital display process after the marking condition matching search in the past in all types is the processes C111a to C115a shown in FIG. 18, and will be described in more detail later.

In process S12, the SV vital processing unit 222 of the SV control processing unit 22 executes vital display processing after the marking condition matching search in the future for all types. The vital display process after the marking condition matching search in the future in all types is the processes C111b to C115b shown in FIG. 19, and will be described in more detail later.

In the process S13, the management server apparatus SV performs an appropriate process according to the communication signal received in the process S1 by the SV control processing unit 22.

For example, when the communication signal received in the processing S1 is an acquired vital notification communication signal, the SV vital processing unit 222 of the SV control processing unit 22 is accommodated in the acquired vital notification communication signal received in the processing S1. The vital information table VT corresponding to the sensor ID is retrieved from the vital information storage unit 231 and a new record is generated in the retrieved vital information table VT. In the vital data field 2313, the acquisition time, vital type information, and vital data accommodated in the acquired vital notification communication signal received in the processing S1 are registered. Thus, the vital information acquired by the sensor device SU and transmitted from the sensor device SU to the management server device SV is stored (recorded) in the vital information storage unit 231 of the SV storage unit 23.

For example, when the communication signal received in the process S1 is a general display screen request communication signal, the SV vital processing unit 222 of the SV control processing unit 22 uses the total display screen request communication signal received in the process S1. A vital data general display screen is generated for the monitored person Ob (sensor ID) of the designated monitored person name, a general display screen notification communication signal containing the generated vital data general display screen is generated, and the generated The general display screen notification communication signal is returned to the terminal devices SP and TA that are the transmission source of the general display screen request communication signal received in the processing S1.

In the process S14 executed after each of the processes S3 to S13, the management server apparatus SV determines whether the operation is finished (stopped) by the SV control processing unit 22. As a result of this determination, when the operation is finished (stopped) (Yes), the management server device SV finishes this process. On the other hand, when the operation is not finished (stopped) (No), the management server device SV The server apparatus SV returns the process to the process S1.

Regarding the communication signals received from each device SU, SP, TA, the management server device SV operates as described above.

Next, operations related to displaying vital data in the terminal devices SP and TA will be described in the case of the portable terminal device TA. As noted above, the processes S3 to S13 in the management server device SV are also described below.

In the portable terminal device TA, when the login to the system by the user (monitorer, service provider) is completed, the portable terminal device TA desires to display vital data by the TA vital processing unit 322 of the TA control processing unit 32. A target person selection screen for selecting the monitored person Ob to be displayed is displayed on the TA display unit 35.

The target person selection screen displays a list of a plurality of monitored persons Ob monitored by the monitored person monitoring support system MS, and designates (selects) the monitored person Ob who desires to display vital data. It is a screen to accept. The target person selection screen includes, for example, a plurality of monitored person name display areas that display the names of the plurality of monitored persons Ob, and each of the monitored person name display areas includes the monitored person Ob. Also serves as an input button for accepting designation. The user performs an input operation on the monitored person name display area displaying the name of the monitored person Ob who desires to display vital data using the TA input unit 34 constituting the touch panel. Upon receiving this input operation, the portable terminal device TA causes the TA vital processing unit 322 to send a general display screen request communication signal for requesting a vital data total display screen to the management server device SV via the network NW. Send to. This total display screen request communication signal includes an instruction (command, command) for requesting a vital data total display screen, the name of the monitored person received by the input operation (of the monitored person Ob who is desired to display vital data) Name) and the terminal ID of the own device are accommodated. In addition, since the sensor device SU is provided corresponding to the monitored person Ob, the general display screen request communication signal is replaced with the monitored person name or added to the monitored person name. The sensor ID of the sensor device SU that monitors the monitored person Ob with the monitored person name may be accommodated. In this case, the portable terminal device TA has a correspondence relationship between the monitored person name and the sensor ID of the sensor apparatus SU monitoring the monitored person Ob of the monitored person name in the TA storage unit 33 in advance. Remembered. Alternatively, the management server device SV stores in advance in the SV storage unit 23 the correspondence between the monitored person name and the sensor ID of the sensor device SU that is monitoring the monitored person Ob of this monitored person name, Based on this correspondence, the monitored person name may be converted into a corresponding sensor ID. In this sense, the monitored person name (that is, the monitored person Ob) and the sensor ID can be treated synonymously. In the present embodiment, the name of the monitored person is displayed on the TA display unit 35, and an example in which the sensor ID corresponding to the monitored person name is accommodated in the communication signal will be described below. Therefore, the general display screen request communication signal contains an instruction (command, command) for requesting a vital data general display screen, a sensor ID corresponding to the monitored person name received by the input operation, and a terminal ID of the own device. Is done.

When receiving the general display screen request communication signal, the management server device SV executes the above-described processing S1, processing S2 and processing S13 by the SV control processing unit 22, respectively. In this process S13, the management server device SV uses the vital data for the monitored person Ob (sensor ID) of the monitored person name specified by the general display screen request communication signal by the SV vital processing part 222 of the SV control processing part 22. A general display screen is generated, a communication signal (general display screen notification communication signal) containing the generated vital data total display screen is generated, and the generated total display screen notification communication signal is returned to the mobile terminal device TA. . More specifically, the SV vital processing unit 222 first acquires the current time from the SV clock unit 223. Next, the SV vital processing unit 222 searches the vital information storage unit 231 for the vital information table VT corresponding to the sensor ID accommodated in the general display screen request communication signal received in the processing S1. Next, the SV vital processing unit 222 refers to each registration content of the acquisition time field 2311 and the vital type name field 2312 in the searched vital information table VT, and has the acquisition time information closest to the acquired current time. Each record for registering body temperature, blood pressure, pulse rate, fine body motion (respiration rate) and sleep state is searched, and body temperature, blood pressure, pulse rate, fine motion number are searched from the vital data field 2313 in each searched record. (Respiration rate) and sleep state data are acquired. In parallel with each of these processes, the SV vital processing unit 222 transmits an image request communication signal to the sensor apparatus SU having the sensor ID accommodated in the general display screen request communication signal received in the process S1. A reply of the image notification communication signal is received from the SU, and a target image obtained by imaging the location space of the monitored person Ob is acquired. In addition, when the image transmission processing unit 123 receives the image request communication signal from the management server device SV, the sensor device SU captures the imaging target by the imaging unit 15, and accommodates the captured image and the sensor ID of the own device. An image notification communication signal is generated for the management server device SV and sent back to the management server device SV. Then, the SV vital processing unit 222 displays a vital data total display screen based on the acquired body temperature, blood pressure, pulse rate, fine body motion number (respiration rate) and sleep state data, and the target image, for example. Generated by writing in a markup language such as HTML (Hyper Text Markup Language) or XML (Extensible Markup Language), and generates a general display screen notification communication signal containing the electronic file of the generated vital data general display screen The generated general display screen notification communication signal is returned to the portable terminal device TA.

This vital data general display screen is a screen for displaying the most recently acquired vital data and accepting the designation (selection) of the type of vital that is desired to display more detailed vital data acquired in the past. . An example of such a vital data total display screen is shown in FIG. The vital data general display screen 61 shown in FIG. 20 includes a menu bar area 611, a monitored person name display area 612, a vital data general display area 613, an “update” button 614, and a target image display area 615. Prepare. The menu bar area 611 is an area for displaying a menu bar. The menu bar area 611 is also used as an input button (menu button) for receiving a menu screen display instruction. The monitored person name display area 612 is an area for displaying the monitored person name, and here, the monitored person name specified on the target person selection screen is displayed. The vital data general display area 613 is an area for displaying vital data acquired most recently with respect to the current time in the monitored person Ob of the monitored person name displayed in the monitored person name display area 612. The vital data general display area 613 is divided into a plurality of areas according to the number of types of vitals. In this embodiment, the vital data comprehensive display area 613 includes a body temperature data display area 6131 for displaying body temperature data, a minute body movement number data display area 6132 for displaying minute body movement number (respiration rate) data, and blood pressure. A blood pressure data display area 6133 for displaying (maximum blood pressure and minimum blood pressure) and pulse rate data, and a sleep state data display area 6134 for displaying sleep state data. Each of the areas 6131 to 6134 in the vital data general display area 613 receives a request for displaying the vital data corresponding to the designated vital type by accepting designation of the vital type for which more detailed vital data is desired. It is also used as an input button to accept. In the example shown in FIG. 20, the body temperature data display area 6131 also functions as a “body temperature” button 6131 that accepts a designation of body temperature as a vital type and accepts a request to display the body temperature data. The area 6132 also functions as a “minute movement number” button 6132 that accepts a designation of the number of minute movements as a vital type and receives a request to display the data of the minute movement number, and a blood pressure data display area 6133 includes: It also functions as a “blood pressure” button 6133 that accepts a blood pressure and pulse rate designation as a vital type and accepts a request to display the blood pressure and pulse rate data, and the sleep state data display area 6134 includes a vital type. Accepts a sleep state designation and receives a request to display the sleep state data as a “sleep state” button. Also functions as a down 6134. The target image display area 615 is an area for displaying a target image. The “update” button 614 is a button for instructing to update the vital data displayed in the vital data general display area 613 and the target image displayed in the target image display area 615.

When the mobile terminal device TA receives the reply of the general display screen notification communication signal from the management server device SV, the TA vital processing unit 322 displays the vital data total display screen contained in the received general display screen notification communication signal as TA. Displayed on the display unit 35. Thus, for example, a vital data general display screen 61 shown in FIG. 20 is displayed on the TA display unit 35 of the portable terminal device TA.

When the vital data comprehensive display screen 61 is displayed in this way, in FIG. 8, the portable terminal device TA performs an input operation of the menu button (menu bar area) 611 by the TA vital processing unit 322, TA constituting the touch panel. It is determined whether it has been accepted by the input unit 34 (S21). If the result of this determination is that the input operation of the menu button 611 has not been accepted (No), the TA vital processing unit 322 next executes step S22. On the other hand, if the input operation of the menu button 611 is accepted as a result of the determination (Yes), the TA vital processing unit 322 displays the menu screen on the TA display unit 35 instead of the vital data general display screen 61. The menu screen display process (S31) is executed, and this process ends. Thereafter, predetermined processing corresponding to the case of the menu screen is executed.

In this process S22, the portable terminal device TA determines whether or not the TA input unit 34 has accepted an input operation of the “body temperature” button (body temperature data display area) 6131 by the TA vital processing unit 322. As a result of this determination, if the input operation of the “body temperature” button 6131 is not accepted (No), the TA vital processing unit 322 next executes the process S23. On the other hand, if the input operation of the “body temperature” button 6131 is accepted as a result of the determination (Yes), the TA vital processing unit 322 displays more detailed body temperature data instead of the vital data general display screen 61. The body temperature data display screen display process (S32) for displaying the body temperature data display screen to be displayed on the TA display unit 35 is executed, and this process is terminated.

In the body temperature data display screen display process S32, more specifically, the following processes are executed together with the management server SV.

In FIG. 10, when an input operation of the “body temperature” button 6131 is accepted, a vital display request communication signal for requesting vital data by designating the monitored person Ob, vital species information, and acquisition time information is transmitted to the management server device SV. In order to do this, first, the mobile terminal device TA acquires the current date from the TA clock unit 323 by the TA vital processing unit 322 (C21).

Next, the portable terminal device TA generates a vital display request communication signal to the management server device SV by the TA vital processing unit 322 (C22). Here, since the input operation of the “body temperature” button 6131 is accepted, a vital display request communication signal corresponding to the body temperature is generated. More specifically, the TA vital processing unit 322 extracts the monitored person name in the monitored person name display area 612 of the vital data general display screen 61 displayed on the TA display unit 35. Next, the TA vital processing unit 322 accommodates the taken-out monitored person name, “body temperature”, and the date acquired in the process C21 as the designated monitored person name, vital species information, and acquisition time information, respectively. A vital display request communication signal is generated for the management server device SV. In the present embodiment, as described above, the monitored person name is converted into the corresponding sensor ID, and the converted sensor ID is stored in the vital display request communication signal instead of the monitored person name. Is done.

Next, the portable terminal device TA uses the TA vital processing unit 322 to transmit the generated vital display request communication signal to the network NW through the TA communication IF unit 31 (C23).

The vital display request communication signal transmitted from the portable terminal device TA is transmitted to the management server device SV by the network NW. When this vital display request communication signal is received by the management server device SV, the processes S1, S2 and S3 described above with reference to FIG. 7 are executed.

In this process S3, more specifically, in FIG. 10, first, the management server apparatus SV obtains the acquisition time information (herein) contained in the vital display request communication signal received in the process S1 by the SV vital processing unit 222. Then, the display period width is set with a default period width based on the current date (C11). More specifically, for example, when the default period width is 7 days (1 week) in the past starting from the time represented by the acquisition time information, the SV vital processing unit 222 performs the vital display request communication signal. 7 days from the current date stored as acquisition time information to the past is set as the display period width. The display period width includes the starting date. For example, when the current date is “June 23, 2016”, the display period width is a period width from June 17, 2016 to June 23, 2016 (June 23, 2016). From the past to the past June 17, 2016).

Next, the management server device SV uses the SV vital processing unit 222 to monitor the subject Ob (sensor ID) and the vital type specified in the vital display request communication signal received in the processing S1 in the display period width. Information vital data is extracted from the vital information storage unit 231 of the SV storage unit 23 and acquired. More specifically, the SV vital processing unit 222 searches the vital information storage unit 231 for the vital information table VT corresponding to the sensor ID accommodated in the general display screen request communication signal received in the process S1. Next, the SV vital processing unit 222 refers to the respective registration contents of the acquisition time field 2311 and the vital type name field 2312 in the searched vital information table VT, and obtains the acquisition time field 2311 belonging to the display period width. Records for registering time information and registering “body temperature” in the vital type name field 2312 are retrieved, and each data of body temperature is acquired from the vital data field 2313 in each retrieved record. In the above-described example, body temperature data acquired on each day from June 17, 2016 to June 23, 2016 is acquired.

Next, the management server device SV uses the SV vital processing unit 222 to monitor the subject Ob (sensor ID) and the vital type specified in the vital display request communication signal received in the processing S1 in the display period width. Data of a vital data display screen for displaying vital data of information is generated (C13). More specifically, the SV vital processing unit 222 generates the vital data display screen by describing the vital data display screen in the markup language based on each vital data in the display period acquired in the above-described process C12. The data (electronic file) of the vital data display screen is generated. Here, since the designated vital species information is “body temperature”, the SV vital processing unit 222 obtains the body temperature data display screen based on each body temperature data acquired in the above-described process C12. To generate an electronic file of the body temperature data display screen.

The vital data display screen includes the acquisition time information specified by the vital display request communication signal, the first period width having the default period width is set as a display period width, and the vital data in the display period width is displayed. It is a screen for displaying vital data corresponding to the monitored person Ob (sensor ID) specified by the display request communication signal and the vital type information. The vital data display screen includes a plurality of screens corresponding to the number of types of vitals. In this embodiment, the vital data display screen includes a body temperature data display screen that displays body temperature data, a micro body motion data display screen that displays micro body motion (breathing rate) data, and blood pressure (maximum blood pressure and Blood pressure pulse data display screen for displaying each data of the minimum blood pressure and pulse rate, and a sleep state data display screen for displaying sleep state data. Examples of such body temperature data display screen, blood pressure pulse data display screen, and sleep state data display screen are shown in FIGS. 21, 22, and 23, respectively.

The body temperature data display screen 62a shown in FIG. 21 includes a menu bar area 621, a monitored person name display area 625, a display period input area 623, and a vital species selection input area 624.

Similarly to the monitored person name display area 612, the monitored person name display area 625 displays the monitored person name of the monitored person Ob corresponding to the body temperature data displayed on the body temperature data display screen 62a. It is an area.

The menu bar area 621 is an area for displaying a menu bar. The menu bar area 621 includes, for example, a menu button 6211, a return button 6212, a similar past condition match search button 6213-1, an all types past condition match search button 6214-1, and a same future condition match search button 6213-. 2 and an all-species future condition match search button 6214-2. The menu button 6211 is a button for receiving an instruction to display a menu screen. The return button 6212 is a button for accepting an instruction to return to the screen displayed immediately before the screen currently displayed on the TA display unit 35. The same type past condition matching search button 6213-1 is a vital sign that satisfies the marking condition in the vital data of the same type as the vital data displayed on the vital data display screen 62 (62a, 62c, 62d). It is a button for accepting an instruction to search and display the data in the past. The all types past condition matching search button 6214-1 is a button for receiving an instruction to search for and display vital data satisfying the marking condition among the vital data in all vital types. The same-type future condition match search button 6213-2 is a vital condition that satisfies the marking condition in the vital data of the same type as the vital data displayed on the vital data display screen 62 (62a, 62c, 62d). This button accepts an instruction to search and display the data of the future. The all-type future condition match search button 6214-2 is a button for receiving an instruction to search for and display vital data satisfying the marking condition among the vital data in all vital types. The operation when these buttons 6213 (6213-1, 6213-2) and 6214 (62114-1, 6214-2) are input will be described later.

The vital period data display area 622 is an area for displaying vital data in the display period width. In the body temperature data display screen 62 a shown in FIG. 21, body temperature data in the display period width is displayed in the vital period data display area 622. The body temperature data is displayed in a line graph in which the points where the body temperature for each day of the display period width is plotted are connected by line segments. In the example shown in FIG. 21, body temperature data from June 17, 2016 to June 23, 2016 is displayed in a line graph in the vital period data display area 622.

The display period input area 623 is an area for displaying information related to the display period width, input buttons, and the like. The display period input area 623 includes, for example, a display period display area 6231, a display period past shift button 6232-1, a display period past extension button 6233-1, a display period future shift button 6232-2, and a display period future. And an extension button 6233-2. The display period display area 6231 is an area for displaying the date of the display period width in the vital data displayed in the vital period data display area 622. The display period display area 6231 includes, for example, the period width The start date and the end date are displayed. In the example shown in FIG. 21, “06/17 / 16-June 23/2017” is displayed in the display period display area 6231. The display period past shift button 6232-1 is a new display period width obtained by shifting the display period width in the vital data displayed in the vital period data display area 622 to the past by the display period width. A button for receiving an instruction to display vital data in the vital period data display area 622. The display period past extension button 6233-1 is a new display period width obtained by extending the display period width in the vital data displayed in the vital period data display area 622 to the past by the extended period width. This button accepts an instruction to display vital data in the data display area 622. The display period future shift button 6232-2 is a new display period width obtained by shifting the display period width in the vital data displayed in the vital period data display area 622 to the future by the display period width. A button for receiving an instruction to display vital data in the vital period data display area 622. The display period future extension button 6233-2 is a new display period width obtained by extending the display period width in the vital data displayed in the vital period data display area 622 to the future by the extension period width. This button accepts an instruction to display vital data in the data display area 622. The operation when these buttons 6232 (6232-1, 6232-2) and 6233 (6233-1, 6233-2) are input will be described later.

The vital type selection input area 624 includes an input button that accepts a designation of a vital type for which more detailed vital data is desired and accepts a request to display vital data corresponding to the designated vital type. In this embodiment, the vital species selection input area 624 includes a “body temperature” button 6241 that accepts a body temperature designation as a vital type and receives a request to display the body temperature data, and a minute motion number designation as a vital type. , And receives a request to display the data of the minute body motion, and a button 6242 for accepting a request to display the data of the minute body motion. A “blood pressure” button 6243 that accepts a request, and a “sleep state” button 6244 that accepts a request to display sleep state data by accepting designation of a sleep state as a vital type. These “body temperature” button 6241, “minute motion number” button 6242, “blood pressure” button 6243, and “sleep state” button 6244 are each displayed in the display period width displayed in the display period display area 6231 as the acquisition time information. Except that the end date is used, the “body temperature” button (body temperature data display area) 6131, the “minute body motion number” button (minute body motion number data display area) 6132, and the “blood pressure” button (blood pressure data). It functions in the same way as the display area 6133 and the “sleep state” button (sleep state data display area) 6134. Note that the “body temperature” button 6241, the “minute motion number” button 6242, the “blood pressure” button 6243, and the “sleep state” button 6244 are collectively referred to as a vital species selection button 624 as appropriate. The body temperature data display area 6131 as the “body temperature” button, the body motion data display area 6132 as the “body motion” button, the blood pressure data display area 6133 as the “blood pressure” button, and the “sleep state” When the sleep state data display area 6134 as a button is generically referred to, it is appropriately referred to as a vital type selection button 613. These “body temperature” button 6241, body temperature data display area 6131 as the “body temperature” button, “minute body motion” button 6242, minute body motion data display area 6132 as the “minute body motion” button, “blood pressure” ”Button 6243, blood pressure data display area 6133 as the“ blood pressure ”button,“ sleep state ”button 6244, and sleep state data display area 6134 as the“ sleep state ”button are collectively referred to as vital species selection These buttons are referred to as

buttons

613 and 624 as appropriate.

The blood pressure pulse data display screen 62c shown in FIG. 22 is a menu bar area 621 similar to the body temperature data display screen 62a described above except that blood pressure data and pulse rate data are displayed in the vital period data display area 622. A monitored person name display area 625, a vital period data display area 622, a display period input area 623, and a vital species selection input area 624. The blood pressure data is displayed, for example, as a bar graph from the lowest blood pressure to the highest blood pressure for each day of the display period width. The pulse rate data is displayed as a line graph in which the points where the pulse rate for each day of the display period width is plotted are connected by line segments.

The sleep state data display screen 62d shown in FIG. 23 is similar to the above-described body temperature data display screen 62a except that the sleep state data is displayed in the vital period data display region 622. A name display area 625, a vital period data display area 622, a display period input area 623, and a vital species selection input area 624 are provided. The sleep state data is displayed, for example, in a time chart for each day of the display period width in which the sleep state is displayed in a display mode corresponding to the sleep state. In the example shown in FIG. 23, the sleeping time zone, the awakening time zone, and the other time zones are respectively a relatively rough stippling hatching, a relatively fine stippling hatching, and a diagonal hatching. Are displayed in different hatching display modes.

The fine body motion data display screen (not shown) is a menu bar region similar to the above-described body temperature data display screen 62a except that the data of the fine body motion (respiration rate) is displayed in the vital period data display region 622. 621, a monitored person name display area 625, a vital period data display area 622, a display period input area 623, and a vital type selection input area 624. The data on the number of minute movements (respiration rate) is displayed in a line graph in which the points where the number of minute movements (respiration rate) for each day in the display period width are plotted are connected by line segments.

Returning to FIG. 10, since the designated vital species information is “body temperature” here, as described above, in the process C13, the SV vital processing unit 222 obtains the display acquired in the above-described process C12. Based on the body temperature data in the period, a body temperature data display screen 62a as shown in FIG. 21 is generated in a markup language, and an electronic file of the body temperature data display screen 62a is generated.

Then, after the process C13, the management server apparatus SV sends a vital display screen notification communication signal containing an electronic file of the vital data display screen generated in the process C13 by the SV vital processing unit 222 in the process S1. The received vital display request communication signal is generated for the mobile terminal device TA that is the transmission source (C14). Here, the SV vital processing unit 222 generates a vital temperature vital display screen notification communication signal containing the electronic file of the temperature data display screen 62a as shown in FIG. 21 to the portable terminal device TA.

Then, the management server apparatus SV uses the SV vital processing unit 222 to transmit the generated vital display screen notification communication signal to the network NW through the SV communication IF unit 21 (C15). Here, the SV vital processing unit 222 transmits the vital temperature vital display screen notification communication signal.

In the process S3, the management server device SV executes the processes C11 to C15 described above and operates as described above.

When the portable terminal device TA receives the reply of the vital display screen notification communication signal from the management server device SV, the TA display processing unit 322 displays the vital display screen contained in the received vital display screen notification communication signal in the TA display unit. 35 (C24). Accordingly, here, for example, a body temperature data display screen 62a shown in FIG. 21 is displayed on the TA display unit 35 of the portable terminal device TA.

In the process S32, the mobile terminal device TA executes the processes C21 to C24 described above and operates as described above.

Returning to FIG. 8, in the process S 23, the portable terminal device TA performs an input operation of the “minute motion number” button (minute motion number data display area) 6132 by the TA vital processing unit 322. 34, it is determined whether or not it has been accepted. As a result of this determination, if the input operation of the “number of minute movements” button 6132 is not accepted (No), the TA vital processing unit 322 next executes the process S24. On the other hand, as a result of the determination, if the input operation of the “number of minute movements” button 6132 is accepted (Yes), the TA vital processing unit 322 changes to the vital data general display screen 61 and displays a more detailed minute body. The fine motion data display screen (S33) for displaying the fine motion data display screen for displaying the motion data on the TA display unit 35 is executed, and this processing is terminated.

In the display processing S33 of the minute body motion data display screen, the “minute body motion” is used instead of “body temperature” as vital type information, and the body temperature data display screen 62a shown in FIG. 21 is used as the vital data display screen. Except for the point of using the approximate minute motion number data display screen, the portable terminal device TA executes the processes C21 to C24 in the same manner as the processes C21 to C24 described above with reference to FIG. Then, the management server apparatus SV executes the processes S1 to S3 in the same manner as the processes S1 to S3 described above with reference to FIG. In the process S3, the management server apparatus SV executes the processes C11 to C15 in the same manner as the processes C11 to C15 described above with reference to FIG. Thereby, here, for example, an unillustrated minute motion number data display screen is displayed on the TA display unit 35 of the portable terminal device TA.

In the process S24, the portable terminal device TA determines whether or not the TA input unit 34 has accepted an input operation of the “blood pressure” button (blood pressure data display area) 6133 by the TA vital processing unit 322. If the result of this determination is that the input operation of the “blood pressure” button 6133 has not been accepted (No), the TA vital processing unit 322 next executes step S25. On the other hand, when the input operation of the “blood pressure” button 6133 is accepted as a result of the determination (Yes), the TA vital processing unit 322 changes to the vital data general display screen 61 and displays more detailed blood pressure and pulse rate. The blood pressure pulse data display screen display process (S34) for displaying the blood pressure pulse data display screen for displaying each data on the TA display unit 35 is executed, and this process is terminated.

In this blood pressure pulse data display screen display process S34, “blood pressure” and “pulse rate” are used in place of “body temperature” as vital species information, and the body temperature data display screen 62a shown in FIG. 21 is used as the vital data display screen. Except for using the blood pressure pulse data display screen 62c shown in FIG. 22, the mobile terminal device TA executes the processes C21 to C24 in the same manner as the processes C21 to C24 described above with reference to FIG. In response, the management server apparatus SV executes the processes S1 to S3 in the same manner as the processes S1 to S3 described above with reference to FIG. In the process S3, the management server apparatus SV executes the processes C11 to C15 in the same manner as the processes C11 to C15 described above with reference to FIG. Accordingly, here, for example, the blood pressure pulse data display screen 62c shown in FIG. 22 is displayed on the TA display unit 35 of the portable terminal device TA.

In the process S25, the portable terminal device TA determines whether or not the TA input unit 34 has accepted an input operation of the “sleep state” button (sleep state data display area) 6134 by the TA vital processing unit 322. As a result of this determination, if the input operation of the “sleep state” button 6134 has not been received (No), the TA vital processing unit 322 next executes a process S26. On the other hand, if the input operation of the “sleep state” button 6134 is accepted as a result of the determination (Yes), the TA vital processing unit 322 replaces the vital data general display screen 61 with more detailed sleep state data. The sleep state data display screen for displaying the sleep state data display screen for displaying on the TA display unit 35 is executed (S35), and this process is terminated.

In this sleep state data display screen display process S35, “sleep state” is used instead of “body temperature” as vital species information, and the body temperature data display screen 62a shown in FIG. 21 is used as the vital data display screen, and sleep shown in FIG. Except for using the state data display screen 62d, the portable terminal device TA executes the processes C21 to C24 in the same manner as the processes C21 to C24 described above with reference to FIG. The SV executes the processes S1 to S3 in the same manner as the processes S1 to S3 described above with reference to FIG. In the process S3, the management server apparatus SV executes the processes C11 to C15 in the same manner as the processes C11 to C15 described above with reference to FIG. Accordingly, here, for example, the blood pressure pulse data display screen 62c shown in FIG. 23 is displayed on the TA display unit 35 of the portable terminal device TA.

In the processing S26, the portable terminal device TA determines whether the TA vital processing unit 322 has accepted an input operation of the “update” button 614 by the TA input unit 34 or not. As a result of this determination, when the input operation of the “update” button 614 has not been received (No), the TA vital processing unit 322 then returns the process to the process S21. That is, the vital data total display screen 61 currently displayed on the TA display unit 35 is displayed as it is. On the other hand, when the input operation of the “update” button 614 is accepted as a result of the determination (Yes), the TA vital processing unit 322 displays the vital data and the target displayed on the vital data general display screen 61. Data update display processing (S37) for updating the image is executed, and then the processing returns to step S21.

More specifically, in the data update display process S37, the portable terminal device TA uses the TA vital processing unit 322 to display the name of the person to be monitored (sensor ID) is used to newly generate a general display screen request communication signal and transmit it to the management server device SV, and receive a new reply of the general display screen notification communication signal from the management server device SV. A new vital data total display screen 61 accommodated in the display screen notification communication signal is displayed on the TA display unit 35. Thus, a vital data general display screen 61 in which the vital data and the target image are updated is displayed on the TA display unit 35.

When the vital data general display screen 61 is displayed, the mobile terminal device TA and the management server device SV operate in this way.

Next, the operation of the mobile terminal device TA when the vital data display screen is displayed will be described together with the operation of the management server device SV.

As described above, the vital data display screen includes four body temperature data display screen 62a, fine body motion data display screen (not shown), blood pressure pulse data display screen 62c, and sleep state data display screen 62d in the present embodiment. It has. As described above, the body temperature data display screen 62a is displayed on the TA display unit 35 of the mobile terminal device TA by an input operation of the “body temperature” button (body temperature data display area) 6131 on the vital data general screen 61. Alternatively, the body temperature data display screen 62a is a vital data display screen (that is, a body temperature data display screen 62a, an unillustrated minute motion number data display screen, a blood pressure pulse data display screen 62c, and a sleep, as described later). It is displayed on the TA display unit 35 of the portable terminal device TA by an input operation of the “body temperature” button 6241 on the state data display screen 62d). Similarly, as described above, the minute motion number data display screen is displayed on the portable terminal device TA by the input operation of the “minute motion number” button (fine motion number data display area) 6132 on the vital data general screen 61. It is displayed on the TA display unit 35. Alternatively, the minute motion number data display screen is displayed on the TA display unit 35 of the portable terminal device TA by an input operation of the “minute motion number” button 6242 on the vital data display screen, as will be described later. As described above, the blood pressure pulse data display screen 62c is displayed on the TA display unit 35 of the portable terminal device TA by an input operation of the “blood pressure” button (blood pressure data display region) 6133 on the vital data general screen 61. Alternatively, the blood pressure pulse data display screen 62c is displayed on the TA display unit 35 of the portable terminal device TA by an input operation of the “blood pressure” button 6243 on the vital data display screen, as will be described later. As described above, the sleep state data display screen 62d is displayed on the TA display unit 35 of the mobile terminal device TA by an input operation of the “sleep state” button (sleep state data display region) 6134 on the vital data general screen 61. . Alternatively, the sleep state data display screen 62d is displayed on the TA display unit 35 of the portable terminal device TA by an input operation of the “sleep state” button 6244 on the vital data display screen, as will be described later. The body temperature data display screen 62a, the fine body frequency data display screen (not shown), the blood pressure pulse data display screen 62c, and the sleep state data display screen 62d are respectively displayed in the vital period data display area 622 as understood from the above. Since only the vital data to be changed is different, the operations according to the input operations of the input buttons arranged in the menu bar area 621, the display period input area 623, and the vital type selection input area 624 are the same. Then, taking as an example the case where the body temperature data display screen 62a is displayed on the TA display unit 35 of the mobile terminal device TA, each operation of the mobile terminal device TA and the management server device SV when the vital data display screen is displayed Will be described.

In FIG. 9, the body temperature data display screen 62 a is changed to the TA display unit 35 of the portable terminal device TA by the input operation of the “body temperature” button (body temperature data display area) 6131 on the vital data display screen, for example, the vital data synthesis screen 61. Is displayed (S41), the portable terminal device TA determines whether the input operation of the menu button 6211 is accepted by the TA input unit 34 constituting the touch panel by the TA vital processing unit 322 (S42). As a result of this determination, if the input operation of the menu button 6211 is not accepted (No), the TA vital processing unit 322 next executes the process S43. On the other hand, if the input result of the menu button 6211 is accepted as a result of the determination (Yes), the TA vital processing unit 322 changes to the vital data display screen (in this example, the body temperature data display screen 62a), and the menu. A menu screen display process (S61) for displaying the screen on the TA display unit 35 is executed, and this process ends. Thereafter, predetermined processing corresponding to the case of the menu screen is executed.

In the process S43, the portable terminal device TA determines whether or not the TA input unit 34 has accepted an input operation of the return button 6212 by the TA vital processing unit 322. As a result of this determination, if the input operation of the return button 6212 has not been accepted (No), the TA vital processing unit 322 next executes a process S44. On the other hand, when the input operation of the return button 6212 is accepted as a result of the determination (Yes), the TA vital processing unit 322 is displayed one before the screen currently displayed on the TA display unit 35. The display process (S62) for returning to the previously displayed screen is executed, and this process ends. In this example, the body temperature data display screen 62 a returns to the vital data total display screen 61, and the vital data total display screen 61 is displayed on the TA display unit 35. Of course, for example, as described later, when the body temperature data display screen 62a is displayed on the TA display unit 35 by the input operation of the “body temperature” button 6241 on the blood pressure pulse data display screen 62c, the blood pressure pulse data display screen 62c is returned. The TA display unit 35 displays a blood pressure pulse data display screen 62c. In this case, the process shown in FIG. 9 for the body temperature data display screen 62a is terminated, and the process shown in FIG. 9 for the blood pressure pulse data display screen 62c is started from process S41.

In the process S44, the portable terminal device TA determines whether or not the TA input processing unit 322 has accepted the input operation of the same kind past condition matching search button 6213-1 by the TA input unit. As a result of this determination, if the input operation of the same type past condition match search button 6213-1 is not accepted (No), the TA vital processing unit 322 next executes a process S45. On the other hand, as a result of the determination, when the input operation of the same type past condition match search button 6213-1 is accepted (Yes), the TA vital processing unit 322 executes the same type past condition match search process (S63), The process returns to process S42.

More specifically, in the same type past condition matching search process S63, the following processes are executed together with the management server apparatus SV.

In FIG. 16, when the input operation of the same type past condition matching search button 6213-1 is accepted, first, in order to search for vital data that satisfies the marking condition of the same type as the vital type currently displayed on the TA display unit 35, The portable terminal device TA uses a TA vital processing unit 322 to request a past search for vital data satisfying the marking condition among the vital data of the same vital type (the ninth A communication signal, (Same type past search request communication signal) is generated for the management server device SV (C101a). More specifically, the TA vital processing unit 322 displays a vital data display screen (in this example, a body temperature) that is currently displayed on the TA display unit 35 by receiving a vital display notification communication signal in order to designate a search target person. The monitored person name displayed in the monitored person name display area 625 in the data display screen 62a) is acquired. In this example, for example, the monitored person name; “Mr. A” displayed in the monitored person name display area 625 in the body temperature data display screen 62a shown in FIG. 21 is acquired. Next, the TA vital processing unit 322 is displayed in the display period display area 6231 on the vital data display screen currently displayed on the TA display unit 35 by receiving the vital display notification communication signal in order to specify the starting point of the search. Information (display period information) representing the displayed display period is acquired. The display period information includes, for example, the display period width and its start date, or the display period width and its end date, or each start date and end date in the display period width, or the display period width and the display period width. The starting and ending dates at. In the example shown in FIG. 21, for example, “7 days” is acquired as the display period width, and June 23, 2016 is acquired as the end point date. Next, the TA vital processing unit 322 determines the type of the vital data display screen currently displayed on the TA display unit 35 by receiving the vital display notification communication signal in order to designate the vital type to be searched. By doing this, the type of vital (vital species information) is acquired. In this example, since the body temperature data display screen 62a shown in FIG. 21 is displayed on the TA display unit 35, “body temperature” is acquired as vital species information. Then, the TA vital processing unit 322 instructs to search the past with the same kind of vital data satisfying the marking condition (command, command), monitored person name (“Mr. A” in this example), vital type information (This example is “body temperature”), display period information (in this example, “7 days” as the display period width, “June 23, 2016” as the end point date), and the same type that accommodates the terminal ID of the own device A past search request communication signal is generated for the management server device SV. In the present embodiment, as described above, the monitored person name is converted into a sensor ID corresponding to the monitored person name, and the same type past search request communication signal includes the converted sensor ID instead of the monitored person name. Be contained.

Next, the portable terminal device TA uses the TA vital processing unit 322 to transmit the generated same type past search request communication signal to the network NW through the TA communication IF unit 31 (C102a).

The same type past search request communication signal transmitted from the portable terminal device TA is transmitted to the management server device SV by the network NW. When the same kind of past search request communication signal is received by the management server device SV, the processes S1, S2 and S9 described above with reference to FIG. 7 are executed.

In this process S9, more specifically, in FIG. 16, first, the management server apparatus SV acquires a predetermined marking condition by the SV vital processing unit 222 based on the same type past search request communication signal received in the process S1. (C91a). More specifically, the SV vital processing unit 222 is accommodated in the same type past search request communication signal received in the process S1 from the marking condition information stored in the marking condition information storage unit 232 of the SV storage unit 23. The marking condition corresponding to the vital type information (in this example, “body temperature”) is extracted. More specifically, the SV vital processing unit 222 accommodates the same type past search request communication signal received in the processing S1 in the vital type name field 2321 in the marking condition information table CT stored in the marking condition information storage unit 232. A record for registering the registered vital species information (in this example, “body temperature”) is searched, and the marking condition registered in the marking condition field 2322 of the searched record is extracted. In the example shown in FIG. 5, “37 ° C. or higher” is extracted as the marking condition.

Next, the management server apparatus SV uses the SV vital processing unit 222 to store the vital data that satisfies the marking condition in the same kind of vital data based on the same kind of past search request communication signal received in the process S1. (C92a). More specifically, the SV vital processing unit 222 is a vital type in the vital data displayed on the portable terminal device TA by the above-described vital display notification communication signal, and the portable terminal device by the vital display notification communication signal. For each display period width in the vital data displayed on the TA, the vital data displayed on the portable terminal device TA by the vital display notification communication signal is in the past, and the Vital data that satisfies the marking condition represented by the extracted marking condition information is searched. That is, the SV vital processing unit 222 includes the monitored person name (sensor ID) accommodated in the same type past search request communication signal received in the process S1 and the type of the monitored person and the type of vital sign. From the date of the end point of the display period width accommodated in the same type past search request communication signal, from among the vital data corresponding to the data stored in the same type past search request communication signal For each display period width, vital data that first satisfies the marking condition represented by the extracted marking condition information in the past is searched. More specifically, the SV vital processing unit 222 is a sensor accommodated in the same kind of past search request communication signal received in the process S1 from the vital information stored in the vital information storage unit 231 of the SV storage unit 23. The vital information corresponding to the ID is extracted, and from the extracted vital information, the vital type represented by the vital species information contained in the same-type past search request communication signal received in the processing S1, the said extracted Search for the latest vital data in the past that satisfies the marking condition. More specifically, first, the SV vital processing unit 222 corresponds to the sensor ID accommodated in the same type past search request communication signal received in the process S1 from the vital information table VT stored in the vital information storage unit 231. Take out the vital information table. Next, the SV vital processing unit 222 refers to the acquisition time registered in the acquisition time field 2311 in the extracted vital information table VT, thereby accommodating the same type past search request communication signal received in the processing S1. From the end date in the displayed display period width, the display period width accommodated in the same type past search request communication signal is displayed in the vital type name field 2312 with the vital type information contained in the same type past search request communication signal. Records for registering the vital type names to be recorded, and at the time of acquisition registered in the acquisition time field 2311, vital type name field 2312 and vital data field 2313 in each of these searched records, the vital type and vital data respectively Remove these removed In le data, it determines whether the data of the marking satisfy vital there. As a result of the determination, if there is no vital data that satisfies the marking condition, the SV vital processing unit 222 searches for vital data that satisfies the marking condition in the past until there is vital data that satisfies the marking condition. Then, the same processing as described above is repeatedly executed while shifting to the past by the display period width. On the other hand, as a result of the determination, if there is vital data that satisfies the marking condition in the extracted vital data, the SV vital processing unit 222 executes the next process C93a. In this example, a vital information table VT-1 having a sensor ID; “SU-1” (Mr. A) is extracted from the vital information storage unit 231. From this vital information table VT-1, June 23, 2016 Every 7 days in the past, each record in which “body temperature” is registered in the vital type name field 2312 is searched. At the time of acquisition, body temperature and body temperature data are respectively retrieved, and it is determined whether or not there is body temperature data satisfying the marking condition of 37 ° C. or higher in the retrieved body temperature data.

In this process C93a, the management server apparatus SV uses the SV vital processing unit 222 to generate vital data display screen data (electronic file) with a predetermined mark based on the search result. More specifically, the SV vital processing unit 222 causes the portable terminal device TA to display the vital display notification communication signal in the display period width corresponding to the vital data satisfying the searched marking condition. The vital data corresponding to the monitored person and the vital type information in the vital data is extracted from the vital information storage unit 231 as described above, and the vital data in the display period width is determined as the marking condition. The vital data satisfying the condition is marked and an electronic file of the vital data display screen is generated. More specifically, the SV vital processing unit 222 uses the vital type and vital data at the time of acquisition extracted in the processing C93a, and adds a mark MK; Then, a vital data display screen is generated in a markup language, and an electronic file of the vital data display screen is generated. In this example, an electronic file of the body temperature data display screen 62a with the mark MK; “◯” attached to the vital data that satisfies the marking condition is generated. For example, if the body temperature data of 06/21 satisfies the marking condition, the mark MK; “◯” is added to the body temperature of 06/21, as indicated by the broken circle in FIG. Of course, if the body temperature data from June 17, 2016 to June 23, 2016 does not meet the marking conditions, the display period is selected from the body temperature data before June 16, 2016. For each width, body temperature data satisfying the marking condition is searched (searched) as described above, and the mark MK;

Then, after the process C93a, the management server device SV stores the electronic file of the vital data display screen generated in the process C93a by the SV vital processing unit 222 (in this example, the electronic file of the body temperature data display screen 62a). The generated vital display screen notification communication signal (the 10A communication signal and the second communication signal) is generated for the portable terminal device TA that is the transmission source of the same type past search request communication signal received in the process S1 (C94a). Note that, as a result of the above-described processing C91a to processing C93a, if vital data satisfying the marking condition is not searched, the SV vital processing unit 222 displays that the search is not performed such as “no corresponding data”. Vital display screen notification communication signal (10th A communication signal, second communication signal) to be displayed on the mobile terminal device TA that is the transmission source of the same type past search request communication signal received in the process S1 in a superimposed manner on the vital data display screen. ) Is generated for the portable terminal device TA that is the transmission source of the same-type past search request communication signal received in step S1.

Then, the management server device SV uses the SV vital processing unit 222 to transmit the generated vital display screen notification communication signal to the network NW through the SV communication IF unit 21 (C95a). Here, the SV vital processing unit 222 transmits a vital temperature screened vital sign screen notification communication signal.

In the process S9, the management server device SV executes the processes C91a to C95a described above and operates as described above.

When the portable terminal device TA receives a reply of the vital display screen notification communication signal from the management server device SV, the vital data display screen with a mark contained in the received vital display screen notification communication signal is received by the TA vital processing unit 322. Is displayed on the TA display 35 (C103a). Accordingly, here, a temperature data display screen 62a with a mark is displayed on the TA display unit 35 of the portable terminal device TA.

In the process S63, the portable terminal device TA executes the processes C101a to C103a described above and operates as described above.

Returning to FIG. 9, in the processing S 45, the portable terminal device TA determines whether or not the TA input processing unit 322 has accepted the input operation of the same-type future condition matching search button 6213-2 by the TA input unit 34. To do. If the result of this determination is that the input operation of the same-type future condition match search button 6213-2 has not been accepted (No), the TA vital processing unit 322 next executes processing S46. On the other hand, as a result of the determination, if the input operation of the same-type future condition match search button 6213-2 is accepted (Yes), the TA vital processing unit 322 executes the same-type future condition match search process (S64), The process returns to process S42.

More specifically, the same-type future condition matching search process S64 is shown in FIG. 17 together with each process of the management server device SV. As can be seen by comparing the same-type future condition match search process S64 shown in FIG. 17 with the same-type past condition match search process S63 shown in FIG. 16, the same-type past condition match search process S63 shown in FIG. Although the direction is the past, the same future condition matching search process S64 shown in FIG. 17 is the same as that shown in FIG. 16 except that the time direction of the search is the future in the same future condition matching search process S64 shown in FIG. The same kind past condition matching search process S63 shown in FIG. 5 and the processes of the management server apparatus SV are the same, and the description thereof is omitted. The processes C91b to C95b executed by the management server device SV in the same future condition matching search process S64 shown in FIG. 17 correspond to the process S10 shown in FIG. 7, and more specific processes of this process S10. It is.

In the example of the body temperature data display screen 62a shown in FIG. 21 described above, body temperature data for the past 7 days is displayed from the present, so even if the same future condition match search button 6213-2 is input, the above-described body temperature data is displayed. As described above, for example, “no corresponding data” or the like that is not searched is displayed superimposed on the displayed body temperature data display screen 62a. An example in which the input operation of the same-type future condition match search button 6213-2 is preferable will be described later.

Returning to FIG. 9, in the processing S 46, the portable terminal device TA determines whether or not the TA input processing unit 322 has accepted the input operation of the all types past condition matching search button 6214-1 by the TA input unit 34. judge. As a result of this determination, if the input operation of the all types past condition match search button 6214-1 has not been accepted (No), the TA vital processing unit 322 next executes a process S47. On the other hand, as a result of the determination, when the input operation of the all types past condition match search button 6214-1 is accepted (Yes), the TA vital processing unit 322 executes all types past condition match search processing (S65). Then, the process returns to the process S42.

More specifically, in this all-type past condition matching search process S65, the following processes are executed together with the management server apparatus SV.

In FIG. 18, when the input operation of the all types past condition match search button 6214-1 is accepted, in order to search for vital data satisfying the marking condition among the vital data in all the vital types, first, the mobile terminal device The TA uses the TA vital processing unit 322 to request a past search for vital data that satisfies the marking condition among vital data in all vital types (11th communication signal, all types of past search request). Communication signal) is generated for the management server device SV (C121a). More specifically, the TA vital processing unit 322 displays a vital data display screen (in this example, a body temperature) that is currently displayed on the TA display unit 35 by receiving a vital display notification communication signal in order to designate a search target person. The monitored person name displayed in the monitored person name display area 625 in the data display screen 62a) is acquired. Next, the TA vital processing unit 322 is displayed in the display period display area 6231 on the vital data display screen currently displayed on the TA display unit 35 by receiving the vital display notification communication signal in order to specify the starting point of the search. Display period information representing the displayed display period. In the example shown in FIG. 21, the monitored person name “Mr. A” is acquired, for example, “7 days” is acquired as the display period width, and June 23, 2016 is acquired as the end point date. . The TA vital processing unit 322 then instructs to search the past for all types of vital data (command, command), monitored person name (“Mr. A” in this example), display period information (in this example) In this case, the display period width is “7 days”, the end point date is “June 23, 2016”), and all types of past search request communication signals containing the terminal ID of the own device are generated for the management server device SV. . In the present embodiment, as described above, the monitored person name is converted into the corresponding sensor ID, and the all-type past search request communication signal is replaced with the converted sensor ID instead of the monitored person name. Is housed.

Next, the portable terminal device TA transmits the generated all-type past search request communication signal to the network NW through the TA communication IF unit 31 by the TA vital processing unit 322 (C122a).

The all-type past search request communication signal transmitted from the portable terminal device TA is transmitted to the management server device SV by the network NW. When this all-type past search request communication signal is received by the management server device SV, the processes S1, S2 and S11 described above with reference to FIG. 7 are executed.

In this process S11, in more detail, in FIG. 18, first, the management server apparatus SV uses the SV vital processing unit 222 to store all kinds of marking condition information stored in the marking condition information storage unit 232 of the SV storage unit 23. Is acquired (C111a). More specifically, the SV vital processing unit 222 extracts all marking condition information registered in the marking condition field 2322 in the marking condition information table CT stored in the marking condition information storage unit 232.

Next, the management server apparatus SV uses the SV vital processing unit 222 to obtain vital data that satisfies the marking condition among all vital data based on the same type past search request communication signal received in the processing S1. Search to the past (C112a). More specifically, the SV vital processing unit 222 uses the vital display notification communication signal for each display period width in the vital data displayed on the portable terminal device TA by the vital display notification communication signal. Vital data that satisfies the marking condition represented by the extracted marking condition information in any of the vital types that is in the past with respect to the vital data displayed on the device TA. Search for. That is, the SV vital processing unit 222 includes the vital data corresponding to the monitored person represented by the monitored person name (sensor ID) contained in the all-type past search request communication signal received in the process S1. From the end date of the display period width accommodated in the all types past search request communication signal, for each display period width accommodated in the all types past search request communication signal, Vital data satisfying the marking condition is first retrieved in the past in any one of all the marking conditions represented by all the extracted marking condition information. More specifically, the SV vital processing unit 222 is accommodated in the all-type past search request communication signal received in the process S1 from the vital information stored in the vital information storage unit 231 of the SV storage unit 23. The vital information corresponding to the sensor ID is extracted, and the latest vital data in the past satisfying the marking condition in any of all the extracted marking conditions is searched from the extracted vital information. More specifically, first, the SV vital processing unit 222 uses the vital information table VT stored in the vital information storage unit 231 as the sensor ID contained in the all-type past search request communication signal received in the processing S1. Retrieve the corresponding vital information table. Next, the SV vital processing unit 222 refers to the acquisition time registered in the acquisition time field 2311 in the extracted vital information table VT, so that the all-type past search request communication signal received in the processing S1 is obtained. From the end point date in the accommodated display period width, a record is retrieved in the display period width accommodated in the all-type past search request communication signal, and the acquisition time field 2311 and vital type name field 2312 in each retrieved record. At the time of acquisition registered in the vital data field 2313, the vital type and vital data are extracted, and the vital data that satisfies the marking condition in any of all the marking conditions is extracted from the extracted vital data. It is determined whether or not there is. If there is no vital data that satisfies the marking condition as a result of this determination, the SV vital processing unit 222 determines that there is vital data that satisfies the marking condition in any of the marking conditions. In order to search for vital data satisfying the marking condition in any of the marking conditions, the same processing as described above is repeatedly executed while shifting to the past by the display period width. On the other hand, as a result of the determination, if there is vital data that satisfies the marking condition in the extracted vital data, the SV vital processing unit 222 executes the next process C113a. When vital data satisfying the marking condition is found for a plurality of vital types, vital data satisfying the marking condition in the past is selected. In this example, a vital information table VT-1 having a sensor ID; “SU-1” (Mr. A) is extracted from the vital information storage unit 231. From this vital information table VT-1, June 23, 2016 Each record is searched for every 7 days in the past, and the type name of vital and the data of vital data at the time of acquisition registered in the acquisition time field 2311, vital type name field 2312 and vital data field 2313 in each of these searched records Each is extracted, and it is determined whether or not there is vital data satisfying the marking condition in any of all the marking conditions in the extracted vital data. For example, when the type name of the vital is “blood pressure”, it is determined whether the blood pressure data is 140 or more at the maximum blood pressure or 90 or more at the minimum blood pressure. If the type name is “sleep state”, it is determined whether or not the data of the sleep state is less than 4 hours in the accumulated sleep time per night.

In this process C113a, the management server apparatus SV uses the SV vital processing unit 222 to generate vital data display screen data (electronic file) with a predetermined mark based on the search result. More specifically, the SV vital processing unit 222 causes the portable terminal device TA to display the vital display notification communication signal in the display period width corresponding to the vital data satisfying the searched marking condition. Vital data corresponding to the vital species information in the vital data satisfying the searched marking condition and the monitored person in the vital data is extracted from the vital information storage unit 231 and the display period width The vital data that satisfies the marking condition is marked, and an electronic file of the vital data display screen is generated. More specifically, the SV vital processing unit 222 obtains corresponding to the vital type in the vital data satisfying the searched marking condition from the vital type and vital data at the time of the retrieval extracted in the process C113a. Time and vital data are extracted, and the type of vital data in the vital data satisfying the searched marking condition, and the extracted vital and vital data, respectively, A vital data display screen is generated in a markup language with a mark MK; “O”, and an electronic file of the vital data display screen is generated.

Then, after the process C113a, the management server device SV uses the SV vital processing unit 222 to transmit a vital display screen notification communication signal (12th A communication signal, which contains an electronic file of the vital data display screen generated in the process C113a). (Second communication signal) is generated for the portable terminal device TA that is the transmission source of the all-type past search request communication signal received in step S1 (C114a). When the vital data satisfying any of the marking conditions is not retrieved as a result of the above-described processes C111a to C113a, the SV vital processing unit 222 has not retrieved, for example, “no corresponding data”. Is superimposed on the displayed vital data display screen and is displayed on the portable terminal device TA that is the transmission source of the all-type past search request communication signal received in the process S1 (the 12A communication signal, the 12th communication signal). 2 communication signals) is generated for the mobile terminal device TA that is the transmission source of the all-type past search request communication signal received in the process S1.

Then, the management server apparatus SV uses the SV vital processing unit 222 to transmit the generated vital display screen notification communication signal to the network NW through the SV communication IF unit 21 (C115a). Here, the SV vital processing unit 222 transmits a vital display screen notification communication signal with a mark.

In the process S11, the management server apparatus SV executes the processes C111a to C115a described above and operates as described above.

When the portable terminal device TA receives a reply of the vital display screen notification communication signal from the management server device SV, the vital data display screen with a mark contained in the received vital display screen notification communication signal is received by the TA vital processing unit 322. Is displayed on the TA display unit 35 (C123a). Thereby, a vital data display screen with a mark is displayed on the TA display unit 35 of the portable terminal device TA.

In the process S65, the mobile terminal device TA executes the processes C121a to C123a described above and operates as described above.

Returning to FIG. 9, in the processing S 47, the portable terminal device TA determines whether or not the TA input processing unit 322 has accepted an input operation of the all-kind future condition match search button 6214-2 by the TA input unit 34. judge. As a result of this determination, if the input operation of the all-type future condition match search button 6214-2 has not been accepted (No), the TA vital processing unit 322 next executes a process S48. On the other hand, as a result of the determination, when the input operation of the all-species future condition match search button 6214-2 is accepted (Yes), the TA vital processing unit 322 executes the all-species future condition match search process (S66). Then, the process returns to the process S42.

More specifically, this all-type future condition matching search process S66 is shown in FIG. 19 together with each process of the management server device SV. As can be seen by comparing the all-species future condition match search process S66 shown in FIG. 19 with the all-species past condition match search process S65 shown in FIG. 18, the all-species past condition match search process S65 shown in FIG. Although the time direction of the search was in the past, the all-type future condition match search process S66 shown in FIG. 19 is different from the all-type future condition match search process S66 shown in FIG. 19 except that the search time direction is the future. Is the same, including all types of past condition matching search processing S65 shown in FIG. The processes C111b to C115b executed by the management server device SV in the all-type future condition matching search process S66 shown in FIG. 19 correspond to the process S12 shown in FIG. 7, and are more specific to this process S12. It is processing.

Returning to FIG. 9, in the processing S 48, the portable terminal device TA determines whether or not the TA input processing unit 322 has accepted the input operation of the display period past shift button 632-1 by the TA input unit 34. . As a result of this determination, if the input operation of the display period past shift button 6232-1 is not accepted (No), the TA vital processing unit 322 next executes a process S49. On the other hand, when the input operation of the display period past shift button 6232-1 is accepted as a result of the determination (Yes), the TA vital processing unit 322 shifts the vital data by shifting the display period width by one section to the past. The period past shift process (S67) is executed, and the process returns to process S42.

More specifically, this period past shift process S67 is shown in FIG. 14 together with each process of the management server apparatus SV.

In FIG. 14, when the input operation of the display period past shift button 6232-1 is accepted, in order to display the vital data by shifting the display period width by one section to the past, first, the mobile terminal device TA performs the TA vital processing. The unit 322 generates a communication signal (7th A communication signal, display period past change request communication signal) requesting the change of the acquisition time information to the management server device SV (C81a). More specifically, the TA vital processing unit 322 displays a vital data display screen currently displayed on the TA display unit 35 by receiving a vital display notification communication signal (in this example, body temperature) in order to designate a display target person. The monitored person name displayed in the monitored person name display area 625 in the data display screen 62a) is acquired. Next, the TA vital processing unit 322 displays the display period on the vital data display screen currently displayed on the TA display unit 35 by receiving the vital display notification communication signal in order to acquire the current acquisition time information to be changed. Display period information displayed in the display area 6231 is acquired. Next, the TA vital processing unit 322 determines the type of the vital data display screen currently displayed on the TA display unit 35 by receiving the vital display notification communication signal in order to designate the vital type to be displayed. By doing this, the type of vital (vital species information) is acquired. In the example shown in FIG. 21, the name of the person to be monitored; “Mr. A” is acquired, for example, “7 days” is acquired as the display period width, and June 23, 2016 is acquired as the end point date. “Body temperature” is acquired as vital species information. Then, the TA vital processing unit 322 includes an instruction (command, command) for requesting a change of the acquisition time information to the past, a monitored person name (“Mr. A” in this example), vital type information (in this example, “body temperature”). )), Display period information (in this example, the display period width is “7 days”, the end point date is “June 23, 2016”), and the display period past change request communication signal accommodating the terminal ID of the own device Is generated for the management server device SV. In the present embodiment, as described above, the monitored person name is converted into the corresponding sensor ID, and in the display period past change request communication signal, the converted sensor ID is used instead of the monitored person name. Is housed.

Next, the portable terminal device TA uses the TA vital processing unit 322 to transmit the generated display period change request communication signal to the network NW through the TA communication IF unit 31 (C82a).

The display period past request communication signal transmitted from the portable terminal device TA is transmitted to the management server device SV by the network NW. When the display period past change request communication signal is received by the management server device SV, the processes S1, S2, and S7 described above with reference to FIG. 7 are executed.

In this process S7, more specifically, in FIG. 14, first, the management server apparatus SV displays the display period during display based on the display period past change request communication signal received in the process S1 by the SV vital processing unit 222. The display period width is updated by shifting the width by one section to the past (C71a). More specifically, the SV vital processing unit 222 performs only the display period width with respect to the acquisition time information corresponding to the display period width in the vital data displayed on the portable terminal device TA by the vital display notification communication signal. Generate acquisition time information shifted to the past, and update the acquisition information. That is, the SV vital processing unit 222 requests the display period past change request to the end date (end date before update) in the display period width accommodated in the display period past change request communication signal received in the process S1. By subtracting the display period width accommodated in the communication signal, the end point date (updated end date) in the new display period width is generated, and the end date in the new display period width is used as the starting point. The display period width is updated by setting a new display period width with the display period width accommodated in the display period past change request communication signal. In the example shown in FIG. 21, the display period past change request communication signal received in the processing S1 contains “7 days” as the display period width as described above, and the end date of the date is 201606. May 23 is housed. For this reason, the current display period width from the June 23, 2016, which is the end date in the display period width from June 17, 2016, to the June 23, 2016, which is the current display period width, is 7 By subtracting the day, the end date of the new display period width is obtained as of June 16, 2016. Starting from June 16, 2016, the current display period width is 7 days. Thus, by setting a new display period width, the updated new display period width is obtained from June 09, 2016 to June 16, 2016.

Next, the management server device SV uses the SV vital processing unit 222 to display the vital data displayed on the mobile terminal device TA by the above-described vital display notification communication signal in the update display period width generated in the processing C71a. Vital data corresponding to the monitored person and vital species information is extracted from the vital information storage unit 231 of the SV storage unit 23 and acquired (C72a). That is, the SV vital processing unit 222 uses the display period past change request communication signal received in the process S1 in the display period width of the update generated in the process C71a and the monitored person Ob (sensor ID) specified by the display period past change request communication signal. Vital data of vital species information is extracted from the vital information storage unit 231 and acquired. More specifically, the SV vital processing unit 222 searches the vital information storage unit 231 for the vital information table VT corresponding to the sensor ID accommodated in the display period change request communication signal received in the processing S1. Next, the SV vital processing unit 222 refers to the respective registration contents of the acquisition time field 2311 and the vital type name field 2312 in the searched vital information table VT, and updates the acquisition time field 2311 generated by the process C71a. The acquisition time information belonging to the display period width is registered, the record for registering “body temperature” in the vital type name field 2312 is searched, and each body temperature data is acquired from the vital data field 2313 in each of these searched records. . In the above-described example, body temperature data acquired on each day from June 9, 2016 to June 16, 2016 is acquired.

Next, the management server device SV uses the SV vital processing unit 222 to display the vital data displayed on the mobile terminal device TA by the above-described vital display notification communication signal in the update display period width generated in the processing C71a. Vital data corresponding to the monitored person and the vital species information in (2) is generated as a vital data display screen data (electronic file) displayed on the portable terminal device TA (C73a). That is, the SV vital processing unit 222 uses the display period past change request communication signal received in the process S1 in the display period width of the update generated in the process C71a and the monitored person Ob (sensor ID) specified by the display period past change request communication signal. Vital data of vital type information is generated as a vital data display screen data (electronic file) displayed on the portable terminal device TA. More specifically, the SV vital processing unit 222 generates the vital data display screen by describing the vital data display screen in the markup language based on the vital data in the display period width acquired in the above-described process C72a. Then, data (electronic file) of the vital data display screen is generated. In this example, since the body temperature data display screen 62a is displayed on the mobile terminal device TA, the SV vital processing unit 222 obtains the display period width (from June 9, 2016) acquired in the above-described process C72a. A body temperature data display screen 62a is newly generated based on the body temperature data in the display period width until June 16, 2016), and a new electronic file of the body temperature data display screen 62a is generated.

Next, the management server device SV uses the SV vital processing unit 222 to send a vital display screen notification communication signal (8th A communication signal, second communication signal) containing the electronic file of the vital data display screen generated in the process C73a. The display period change request communication signal received in step S1 is generated for the mobile terminal device TA that is the transmission source (C74a).

Then, the management server device SV uses the SV vital processing unit 222 to transmit the generated vital display screen notification communication signal to the network NW through the SV communication IF unit 21 (C75a).

In the process S7, the management server apparatus SV executes the processes C71a to C75a described above and operates as described above.

When the portable terminal device TA receives a reply of the vital display screen notification communication signal from the management server device SV, the TA vital processing unit 322 displays the vital data display screen contained in the received vital display screen notification communication signal as a TA. This is displayed on the part 35 (C83a). Accordingly, in this example, the TA display unit 35 of the mobile terminal device TA has a display period width from June 17, 2016 to June 23, 2016, which is shifted to the past in June 2016. A body temperature data display screen 62a having a display period width from 09th to June 16, 2016 is displayed.

In the process S67, the portable terminal device TA executes the processes C81a to C83a described above and operates as described above.

Returning to FIG. 9, in the process S49, the portable terminal device TA determines whether or not the TA input processing unit 322 has accepted the input operation of the display period future shift button 6232-2 by the TA input unit 34. . As a result of this determination, if the input operation of the display period future shift button 6232-2 is not accepted (No), the TA vital processing unit 322 next executes a process S50. On the other hand, when the input operation of the display period future shift button 6232-2 is accepted as a result of the determination (Yes), the TA vital processing unit 322 shifts the vital period data by shifting to the future by one section in the display period width. The period future shift process (S68) is displayed, and the process returns to process S42.

More specifically, this period future shift process S68 is shown in FIG. 15 together with each process of the management server apparatus SV. As can be seen by comparing the period future shift processing S68 shown in FIG. 15 with the period past shift processing S67 shown in FIG. 14, in the period past shift processing S67 shown in FIG. 14, the time direction of the period change is past. However, in the period future shift process S68 shown in FIG. 15, the period future shift process S68 shown in FIG. 15 is different from the period past shift process S67 shown in FIG. 14 except that the time direction of the period change is the future. Since the processing is the same including the processing of the management server device SV, the description thereof is omitted. The processes C71b to C75b executed by the management server SV in the period future shift process S68 shown in FIG. 15 correspond to the process S8 shown in FIG. 7, and are more specific processes of the process S8. . If there is no vital data as a result of shifting the display period width by one section to the future, for example, an image without vital data may be displayed in the vital period data display area 622.

Returning to FIG. 9, in the processing S50, the portable terminal device TA determines whether or not the TA input processing unit 322 has accepted the input operation of the display period past extension button 6233-1 by the TA input unit 34. . If the result of this determination is that the input operation of the display period past extension button 6233-1 has not been accepted (No), the TA vital processing unit 322 next executes processing S51. On the other hand, if the input result of the display period past extension button 6233-1 is accepted as a result of the determination (Yes), the TA vital processing unit 322 extends the display period width to the past by a predetermined extension period width. The past extension process (S69) for displaying vital data is executed, and the process returns to process S42.

This past extension process S69 is more specifically shown in FIG. 11 together with each process of the management server device SV.

In FIG. 11, when the input operation of the display period past extension button 6233-1 is accepted, the mobile terminal device TA first displays the vital data by extending the display period width to the past by a predetermined extension period width. The TA vital processing unit 322 generates a communication signal (third A communication signal, past extension request communication signal) requesting extension of the display period width to the past (C41a). More specifically, the TA vital processing unit 322 displays a vital data display screen currently displayed on the TA display unit 35 by receiving a vital display notification communication signal (in this example, body temperature) in order to designate a display target person. The monitored person name displayed in the monitored person name display area 625 in the data display screen 62a) is acquired. Next, the TA vital processing unit 322 displays the display period on the vital data display screen currently displayed on the TA display unit 35 by receiving the vital display notification communication signal in order to acquire the current acquisition time information to be extended. Display period information displayed in the display area 6231 is acquired. Next, the TA vital processing unit 322 determines the type of the vital data display screen currently displayed on the TA display unit 35 by receiving the vital display notification communication signal in order to designate the vital type to be displayed. By doing this, the type of vital (vital species information) is acquired. In the example shown in FIG. 21, the name of the person to be monitored; “Mr. A” is acquired, for example, “7 days” is acquired as the display period width, and June 23, 2016 is acquired as the end point date. “Body temperature” is acquired as vital species information. The TA vital processing unit 322 then instructs to extend the display period width to the past (command, command), monitored person name (“Mr. A” in this example), vital type information (in this example “body temperature” )), Display period information (in this example, the display period width is “7 days”, the end point date is “June 23, 2016”), and the past extension request communication signal containing the terminal ID of the own device is managed. It is generated for the server device SV. In the present embodiment, as described above, the monitored person name is converted into the corresponding sensor ID, and in the display period past change request communication signal, the converted sensor ID is used instead of the monitored person name. Is housed.

Next, the portable terminal device TA uses the TA vital processing unit 322 to transmit the generated past extension request communication signal to the network NW through the TA communication IF unit 31 (C42a).

The past extension request communication signal transmitted from the portable terminal device TA is transmitted to the management server device SV by the network NW. When the past extension request communication signal is received by the management server device SV, the processes S1, S2 and S4 described above with reference to FIG. 7 are executed.

In this process S4, more specifically, in FIG. 11, the management server device SV first sets the display period width being displayed by the SV vital processing unit 222 based on the past extension request communication signal received in the process S1. The display period width is updated by extending to the past by a predetermined extension period width (C31a). More specifically, the SV vital processing unit 222 has a second period width obtained by extending the display period width in the vital data displayed on the mobile terminal device TA by the above-described vital display notification communication signal by a predetermined extension period width. Is generated as a new display period width, and the display period width is updated. That is, the SV vital processing unit 222 sends the past extension request to the past starting from the end date (end date before update) in the display period width accommodated in the past extension request communication signal received in the processing S1. The display period width is updated by setting a new display period width based on the addition result obtained by adding the predetermined extension period width to the display period width accommodated in the communication signal. In the example shown in FIG. 21, the past extension request communication signal received in the processing S1 contains “7 days” as the display period width as described above, and the end date is June 23, 2016. Is housed. Therefore, when the predetermined extension period width is 1 day, the end date in the display period width from June 17, 2016 to June 23, 2016, which is the current display period width, is 2016. Updated by setting a new display period width to the past starting from June 23, 8 days, which is the result of adding the predetermined extension period width to the current display period width of 7 days. The new display period width thus obtained is obtained from June 16, 2016 to June 23, 2016.

Next, the management server device SV uses the SV vital processing unit 222 to display the vital data displayed on the portable terminal device TA by the above-mentioned vital display notification communication signal at least in the extended period width extended in the processing C31a. Vital data corresponding to the monitored person and vital species information is extracted from the vital information storage unit 231 of the SV storage unit 23 and acquired (C32a). That is, the SV vital processing unit 222 has at least the monitored person Ob (sensor ID) and the vital type specified in the past extension request communication signal received in the process S1 with the extended period width extended in the process C31a. Information vital data is extracted from the vital information storage unit 231 and acquired. In the above example, the SV vital processing unit 222 obtains at least vital data on June 16, 2016. Thus, at least in the case where vital data with the extended period width extended in the process C31a is acquired, the vital display notification communication signal transmitted to the portable terminal device TA most recently with respect to the reception of the past extension request communication signal The stored vital data needs to be stored in the SV storage unit 23. For this reason, in this embodiment, in order to make this storage process unnecessary, all vital data in the new display period width extended by the extended period width is acquired. In this case, in this process C32a, the SV vital processing unit 222 displays the vital data displayed on the portable terminal device TA by the above-described vital display notification communication signal in the update display period width generated in the process C31a. Vital data corresponding to the monitored person and vital species information is extracted from the vital information storage unit 231 of the SV storage unit 23 and acquired. That is, the SV vital processing unit 222 has the display period width of the update generated in the process C31a, the monitored person Ob (sensor ID) specified by the display period past change request communication signal received in the process S1, and Vital data of vital species information is extracted from the vital information storage unit 231 and acquired. More specifically, the SV vital processing unit 222 searches the vital information storage unit 231 for the vital information table VT corresponding to the sensor ID accommodated in the display period change request communication signal received in the processing S1. Next, the SV vital processing unit 222 refers to the registration contents of the acquisition time field 2311 and the vital type name field 2312 in the searched vital information table VT, and updates the acquisition time field 2311 generated by the process C31a. The acquisition time information belonging to the display period width is registered, the record for registering “body temperature” in the vital type name field 2312 is searched, and each body temperature data is acquired from the vital data field 2313 in each of these searched records. . In the above-described example, body temperature data acquired on each day from June 16, 2016 to June 23, 2016 is acquired.

Next, the management server device SV uses the SV vital processing unit 222 to display the vital data displayed on the mobile terminal device TA by the above-described vital display notification communication signal in the update display period width generated in the processing C31a. Vital data corresponding to the monitored person and the vital species information in (1) is generated as a vital data display screen data (electronic file) displayed on the portable terminal device TA (C33a). That is, the SV vital processing unit 222 has the monitored subject Ob (sensor ID) and vital type specified in the past extension request communication signal received in the process S1 within the display period width of the update generated in the process C31a. Vital data of information is generated as data (electronic file) on a vital data display screen displayed on the portable terminal device TA. More specifically, the SV vital processing unit 222 generates the vital data display screen by describing the vital data display screen in the markup language based on the vital data in the display period width acquired in the process C32a. Then, the data (electronic file) of the vital data display screen is generated. In this example, since the body temperature data display screen 62a is displayed on the portable terminal device TA, the SV vital processing unit 222 acquires the display period width (from June 16, 2016) acquired in the above-described process C32a. The body temperature data display screen 62a is newly generated based on the body temperature data in the display period width until June 23, 2016), and an electronic file of the body temperature data display screen 62a is newly generated.

Next, the management server device SV uses the SV vital processing unit 222 to send a vital display screen notification communication signal (4th A communication signal, second communication signal) containing the electronic file of the vital data display screen generated in the process C33a. Then, it is generated for the portable terminal device TA that is the transmission source of the past extension request communication signal received in the processing S1 (C34a).

Then, the management server device SV causes the SV vital processing unit 222 to transmit the generated vital display screen notification communication signal to the network NW through the SV communication IF unit 21 (C35a).

In the process S4, the management server apparatus SV executes the processes C31a to C35a described above and operates as described above.

When the portable terminal device TA receives the reply of the vital display screen notification communication signal from the management server device SV, the TA vital processing unit 322 displays the vital data display screen contained in the received vital display screen notification communication signal as a TA. It is displayed on the part 35 (C43a). Accordingly, in this example, the TA display unit 35 of the mobile terminal device TA has a display period width from June 17, 2016 to June 23, 2016, which is extended to the past in June 2016. A body temperature data display screen 62a having a display period width from the 16th to June 23, 2016 is displayed.

In the process S69, the mobile terminal device TA executes the processes C41a to C43a described above and operates as described above.

Returning to FIG. 9, in the processing S 51, the portable terminal device TA determines whether or not the TA input processing unit 322 has accepted the input operation of the display period future extension button 6233-2 by the TA input unit 34. . As a result of this determination, if the input operation of the display period future extension button 6233-2 is not accepted (No), the TA vital processing unit 322 next executes the process S52. On the other hand, as a result of the determination, if the input operation of the display period future extension button 6233-2 is accepted (Yes), the TA vital processing unit 322 extends the display period width to the future by a predetermined extension period width. The future extension process (S70) for displaying vital data is executed, and the process returns to process S42.

More specifically, this future extension process S70 is shown in FIG. 12 together with each process of the management server device SV. As can be seen by comparing the future extension process S70 shown in FIG. 12 with the past extension process S69 shown in FIG. 11, the time direction of the period extension was past in the past extension process S69 shown in FIG. In the future extension process S70 shown in FIG. 12, except that the time direction of the period extension is the future, the future extension process S70 shown in FIG. 12 includes the past extension process S69 shown in FIG. Since each process is the same, description thereof is omitted. The processes C31b to C35b executed by the management server SV in the future extension process S70 shown in FIG. 12 correspond to the process S5 shown in FIG. 7, and are more specific processes of the process S5.

Returning to FIG. 9, in the processing S 52, the portable terminal device TA determines whether or not the TA input processing unit 322 has accepted the input operation of the vital species selection button 624 by the TA input unit 34. In the present embodiment, the vital species selection button 624 is the “body temperature” button 6241, the “minute body motion” button 6242, the “blood pressure” button 6243, and the “sleep state” button 6244 as described above. In S 52, whether or not any one of these “body temperature” button 6241, “minute motion” button 6242, “blood pressure” button 6243, and “sleep state” button 6244 is accepted by the TA input unit 34. Is determined. As a result of the determination, when the input operation of the vital type selection button 624 has not been accepted (No), the TA vital processing unit 322 returns the process to the process S42. On the other hand, as a result of the determination, when the input operation of the vital species selection button 624 is accepted (Yes), the TA vital processing unit 322 corresponds to the vital type accepted by the input operation of the vital species selection button 624. The type change process (S53) for displaying vital data to be executed is executed, and this process ends. That is, as a result of the determination, if an input operation of the “minute motion number” button 6242 is accepted, a type change process S53 for displaying data of the minute motion number is executed. As a result of the determination, if an input operation of the “blood pressure” button 6243 is accepted, a type change process S53 for displaying each data of blood pressure and pulse rate is executed. As a result of the determination, when an input operation of the “sleep state” button 6244 is accepted, a type change process S53 for displaying sleep state data is executed. If the input operation of the “body temperature” button 6241 is accepted as a result of the determination, a type change process S53 for displaying body temperature data may be executed.

This type change process S53 is more specifically shown in FIG. 13 together with each process of the management server device SV.

In FIG. 13, when the input operation of the vital type selection button 624 is accepted, in order to display vital data corresponding to the accepted vital type, first, the mobile terminal device TA is subjected to vitals by the TA vital processing unit 322. Designate the seed information and request vital data (fifth communication signal, kind change request communication signal) to the management server apparatus SV (C61). More specifically, the TA vital processing unit 322 displays a vital data display screen currently displayed on the TA display unit 35 by receiving a vital display notification communication signal (in this example, body temperature) in order to designate a display target person. The monitored person name displayed in the monitored person name display area 625 in the data display screen 62a) is acquired. Next, the TA vital processing unit 322 displays the display period on the vital data display screen currently displayed on the TA display unit 35 by receiving the vital display notification communication signal in order to acquire current acquisition time information to be displayed. Display period information displayed in the display area 6231 is acquired. In the example shown in FIG. 21, the monitored person name “Mr. A” is acquired, for example, “7 days” is acquired as the display period width, and June 23, 2016 is acquired as the end point date. . Then, the TA vital processing unit 322 includes an instruction (command, command) for requesting the display of vital data, the monitored person name (“Mr. A” in this example), the vital species information received in the processing S52, and the display period. Information (in this example, “7 days” as the display period width, “June 23, 2016” as the end point date), and a type change request communication signal containing the terminal ID of the own device are sent to the management server device SV Generate. Here, when the input operation of the “minute motion number” button 6242 is accepted in the processing S52, “number of minute motion” is accommodated in the type change request communication signal as the vital type information. When the input operation of the “blood pressure” button 6243 is accepted in the processing S52, “blood pressure” is accommodated in the type change request communication signal as the vital type information. When the input operation of the “sleep state” button 6244 is accepted in the process S52, “sleep state” is accommodated in the type change request communication signal as the vital type information. When the input operation of the “body temperature” button 6241 is accepted in the process S52, “body temperature” may be contained in the type change request communication signal as the vital species information. In the present embodiment, as described above, the monitored person name is converted into the corresponding sensor ID, and the display period past change request communication signal is converted into the monitored person name instead of the monitored person name. A sensor ID is accommodated.

Next, the portable terminal device TA uses the TA vital processing unit 322 to transmit the generated type change request communication signal to the network NW through the TA communication IF unit 31 (C62).

The type change request communication signal transmitted from the portable terminal device TA is transmitted to the management server device SV by the network NW. When the type change request communication signal is received by the management server device SV, the processes S1, S2 and S6 described above with reference to FIG. 7 are executed.

In this process S6, more specifically, in FIG. 13, first, the management server apparatus SV has a display period width being displayed by the SV vital processing unit 222 based on the type change request communication signal received in the process S1. Vital data corresponding to the designated vital type is extracted and acquired (C51). More specifically, the SV vital processing unit 222 uses the vital display notification communication signal in the display period width in the vital data displayed on the portable terminal device TA by the vital display notification communication signal described above. Vital data corresponding to the person to be monitored in the vital data displayed on the screen and the vital type information specified by the type change request communication signal received in the processing S1 is the vital information of the SV storage unit 23. Extracted from the storage unit 231 and acquired. That is, the SV vital processing unit 222 includes the monitored person Ob (sensor ID) specified by the type change request communication signal and the display period width specified by the type change request communication signal received in step S1. Vital data of vital species information is extracted from the vital information storage unit 231 and acquired. More specifically, the SV vital processing unit 222 obtains a display period width corresponding to the acquisition time information accommodated in the type change request communication signal received in the process S1. That is, the SV vital processing unit 222 sets the display period width in the past starting from the end date in the display period width accommodated in the type change request communication signal received in the process S1. Next, the SV vital processing unit 222 searches the vital information storage unit 231 for the vital information table VT corresponding to the sensor ID accommodated in the type change request communication signal received in the processing S1. Next, the SV vital processing unit 222 refers to each registered content of the acquisition time field 2311 and the vital type name field 2312 in the searched vital information table VT, and registers the acquisition time information belonging to the obtained display period width. In the vital type name field 2312, a record in which the vital type name represented by the vital type information contained in the type change request communication signal is registered is retrieved, and the vital data field 2313 in each retrieved record is searched. Each data of vitals is acquired from. In the above-described example, when the input operation of the “minute motion number” button 6242 is accepted in the processing S52 and “minute motion number” is accommodated as vital type information in the type change request communication signal, 2016. Data of the number of minute movements acquired on each day from June 17, 2016 to June 23, 2016 is acquired. In the above example, when an input operation of the “blood pressure” button 6243 is accepted in the process S52 and “blood pressure” is stored as vital species information in the type change request communication signal, from June 17, 2016 The blood pressure and pulse rate data acquired on each day until June 23, 2016 are acquired. In the above example, when an input operation of the “sleep state” button 6244 is received in the process S52 and “sleep state” is stored as vital species information in the type change request communication signal, June 17, 2016 The sleep state data acquired on each day from the date to June 23, 2016 is acquired. In the above example, when an input operation of the “body temperature” button 6241 is accepted in the processing S52 and “body temperature” is stored as vital species information in the type change request communication signal, June 17, 2016 Data of body temperature acquired from each day until June 23, 2016 may be acquired.

Next, the management server device SV is carried by the vital sign notification communication signal in the display period width in the vital data displayed on the portable terminal device TA by the vital sign notice communication signal described above by the SV vital processing unit 222. Vital data corresponding to the monitored person in the vital data displayed on the terminal device TA and the vital type information specified by the type change request communication signal received in the processing S1, the portable terminal device Data (electronic file) of the vital data display screen displayed on TA is generated (C52). That is, the SV vital processing unit 222 includes the monitored person Ob (sensor ID) specified by the type change request communication signal and the display period width specified by the type change request communication signal received in step S1. Vital data of vital type information is generated as a vital data display screen data (electronic file) displayed on the portable terminal device TA. More specifically, the SV vital processing unit 222 generates the vital data display screen by describing the vital data display screen in the markup language based on the vital data in the display period width acquired in the process C51. Then, the data (electronic file) of the vital data display screen is generated. In the above-described example, when the input operation of the “minute motion number” button 6242 is accepted in the processing S52 and “minute motion number” is accommodated as vital type information in the type change request communication signal, 2016. Based on the data of the fine motion data in the display period width from June 17, 2012 to June 23, 2016, a fine motion data display screen is newly generated, and the fine motion data display screen Create a new electronic file. In the above example, when an input operation of the “blood pressure” button 6243 is accepted in the process S52 and “blood pressure” is stored as vital species information in the type change request communication signal, from June 17, 2016 For example, a blood pressure pulse data display screen 62c shown in FIG. 22 is newly generated based on the blood pressure and pulse rate data in the display period width until June 23, 2016, and an electronic file of the blood pressure pulse data display screen 62c is generated. Is newly generated. In the above example, when an input operation of the “sleep state” button 6244 is received in the process S52 and “sleep state” is stored as vital species information in the type change request communication signal, June 17, 2016 23. For example, based on the sleep state data in the display period width from the day to June 23, 2016, for example, a sleep state data display screen 62d shown in FIG. 23 is newly generated, and an electronic file of the sleep state data display screen 62d is generated. Create a new one. In the above example, when an input operation of the “body temperature” button 6241 is accepted in the processing S52 and “body temperature” is stored as vital species information in the type change request communication signal, June 17, 2016 For example, a new body temperature data display screen 62a shown in FIG. 21 is generated based on the body temperature data in the display period width from the date to June 23, 2016, and a new electronic file of the body temperature data display screen 62a is generated. You can do it.

Next, the management server device SV uses the SV vital processing unit 222 to send a vital display screen notification communication signal (sixth communication signal, second communication signal) containing the electronic file of the vital data display screen generated in the process C52. Then, it is generated for the mobile terminal device TA that is the transmission source of the type change request communication signal received in the processing S1 (C53).

Then, the management server device SV uses the SV vital processing unit 222 to transmit the generated vital display screen notification communication signal to the network NW through the SV communication IF unit 21 (C54).

In the process S6, the management server apparatus SV executes the processes C51 to C54 described above and operates as described above.

When the portable terminal device TA receives a reply of the vital display screen notification communication signal from the management server device SV, the TA vital processing unit 322 displays the vital data display screen contained in the received vital display screen notification communication signal as a TA. This is displayed on the part 35 (C63). Accordingly, in the above example, when an input operation of the “number of fine movements” button 6242 is received in the processing S52, the TA display unit 35 of the portable terminal device TA displays the body temperature data display screen 62a before the change. The minute motion data display screen is displayed in the display period width from June 17, 2016 to June 23, 2016, which is the same as the display period width. In the above example, when the input operation of the “blood pressure” button 6243 is accepted in the process S52, the TA display unit 35 of the portable terminal device TA has the same display period width as that of the body temperature data display screen 62a before the change. The blood pressure pulse data display screen 62c in the display period width from June 17, 2016 to June 23, 2016 is displayed. In the above example, when an input operation of the “sleep state” button 6243 is received in the process S52, the TA display unit 35 of the mobile terminal device TA displays the display period width of the body temperature data display screen 62a before the change. The sleep state data display screen 62d in the same display period width from June 17, 2016 to June 23, 2016 is displayed. In the above-described example, when the input operation of the “body temperature” button 6241 is accepted in the process S52, the display period width of the body temperature data display screen 62a before the change is displayed on the TA display unit 35 of the portable terminal device TA. The body temperature data display screen 62a in the same display period width from June 17, 2016 to June 23, 2016 may be displayed. That is, the same body temperature data display screen 62a may be displayed before and after the input operation of the “body temperature” button 6241 is accepted.

In the process S53, the mobile terminal device TA executes the processes C61 to C63 described above and operates as described above.

Then, the management server device SV causes the SV vital processing unit 222 to transmit at least one of the vital display request communication signal, the past extension request communication signal, and the future extension request communication signal within a predetermined time (for example, 3 minutes). The display period width is changed back to the default period width and newly set as the display period width. Note that the SV vital processing unit 222 instead of, or in addition to, a communication signal (display period width return request communication signal) requesting that the display period width be returned to the default period width. When received from the device TA, the display period width may be returned to the default period width and newly set as the display period width. In this case, the vital data display screen is further provided with a “return display period width” button for accepting an instruction to return the display period width to the default period width. When the input operation is received, an instruction (command, command) for returning the display period width to the default period width by the TA vital processing unit 322, the monitored person name (“Mr. A” in the above example), vital type information (described above) In this example, “body temperature”), the end date in the display period width, and the display period width return request communication signal containing the terminal ID of the own device are generated for the management server device SV, and the generated display period width return is generated. A request communication signal is transmitted to V to the management server apparatus S. When receiving the display period width return request communication signal, the management server device SV sets the display period width to the past with the default period width starting from the date of the end point accommodated in the display period width return request communication signal. A vital data display screen is generated based on the information contained in the display period width return request communication signal in the period width, and a vital display notification communication signal containing this vital data display screen is generated for the portable terminal device TA. The generated vital display notification communication signal is returned to the portable terminal device TA.

As described above, the monitored person monitoring support system MS according to the present embodiment, the management server device SV which is an example of the central processing unit, and the central processing method implemented therein include the past extension request communication signal and the future extension request. When the communication signal is received, a second period width obtained by extending the display period width displayed on the terminal devices SP and TA by the vital display notification communication signal by the extension period width is newly set as the display period width, With the extended display period width, vital data is displayed on the terminal devices SP and TA by a new vital display notification communication signal. Therefore, in the monitored person monitoring support system, the management server device SV, and the central processing method, the user who handles the terminal devices SP and TA has more detailed information on vitals, for example, abnormalities in vitals, in the display period width before the extension. Even if the abnormal state attribute information in the abnormal state such as the starting point, peak (or bottom), changing point, and end point cannot be grasped, the display period width is extended, and the vital is displayed with the extended display period width By referring to the data in the terminal devices SP and TA, it is possible to more easily grasp vital information such as the abnormal state attribute information.

Describing with a specific example, it is assumed that a body temperature data display screen 62a having a vital period data display area 622 shown in FIG. 24A is displayed on the TA display unit 35 of the portable terminal device TA. The vital period data display area 622 shown in FIG. 24A has a display period width of 7 days from February 21 to February 27, and gradually increases from February 21 to February 24. A line graph α1 of body temperature data that repeats up-and-down movement from to February 27 is displayed. In order to find the starting point of this rise, when the user performs an input operation of the display period past shift button 6232-1, the above operation has shifted to the past by one section of the display period width of 7 days. The body temperature data display screen 62a having the vital period data display area 622 shown in FIG. 24B in the display period width of 7 days from February to February 20 is newly displayed on the TA display unit 35 of the portable terminal device TA. In the vital period data display area 622 shown in FIG. 24B, a line graph α2 of body temperature data that repeatedly moves up and down between February 14 and February 20 is displayed. For this reason, in FIG. 24B, the starting point of the said rise is difficult to understand. However, when the body temperature data display screen 62a having the vital period data display area 622 shown in FIG. 24A is displayed on the TA display unit 35 of the portable terminal device TA, the user inputs the display period past shift button 6232-1. When the input operation of the display period past extension button 6233-1 is executed three times instead of the operation, the above-mentioned operation extends the display period width from 7 days to the past, from February 18 to February. A body temperature data display screen 62a having a vital period data display area 622 shown in FIG. 24C in the display period width of 10 days until 27th is newly displayed on the TA display unit 35 of the portable terminal device TA. In this case, since the body temperature line graph α3 shown in FIG. 24C extending to the past three days is displayed from the body temperature line graph α1 shown in FIG. 24A, the user starts the rise on February 21st. If there is, it can be recognized more clearly. Thus, the user who handles the terminal devices SP and TA extends the display period width and displays the display period width after the extension even if the display period width before the extension cannot grasp detailed information on the vitals. By referencing the vital data to be used by the terminal devices SP and TA, it is possible to more easily grasp detailed information.

When the monitored person monitoring support system, the management server apparatus SV, and the central processing method receive a type change request communication signal after extending the display period width, vital data is transmitted to the terminal apparatuses SP and TA by the vital display notification communication signal. Vital data corresponding to the vital type information specified in the type change request communication signal with the same display time width as the display time width that is displayed by the terminal device SP, Display on TA. For example, when an input operation of the “blood pressure” button 6243 is received when the body temperature data display screen 62a having the vital period data display area 622 shown in FIG. 24C is displayed on the TA display unit 35 of the portable terminal device TA, , The blood pressure pulse data display screen 62c having the vital period data display area 622 displaying the blood pressure and pulse rate data in the display period width from February 18 to February 27 is displayed on the portable terminal device TA. It is displayed on the TA display unit 35. Therefore, in such a monitored person monitoring support system, the management server device SV and the central processing method, the user who handles the terminal devices SP and TA has its data in the first type vitals (in the above example, body temperature data). When the terminal device SP, TA is referred to, the second type vitals different from the first type in the same time zone displaying the measurement result in the first type vitals. The data (in the above example, blood pressure and pulse rate data) can be referred to by the terminal devices SP and TA. Therefore, the user can more appropriately grasp the health condition of the monitored person Ob by referring to a plurality of vital data with the terminal devices SP and TA. In particular, when the vital display notification communication signal when the display period width is extended is returned to the terminal devices SP and TA, the user grasps more detailed vital information about the first type vital. In such a case, whether or not the second type vitals show the same tendency as the first type vitals can be referred to by the terminal devices SP and TA. The health status can be grasped more appropriately.

When the monitored person monitoring support system, the management server apparatus SV, and the central processing method receive the display period past change request communication signal and the display period future change request communication signal, the monitoring apparatus monitoring support system SV and the central processing method display the terminal apparatus SP, TA with the vital display notification communication signal. The vital data is displayed on the terminal devices SP and TA with a period width shifted by the display period width with respect to the display period width in the vital data. Therefore, in such a monitored person monitoring support system, the management server device SV, and the central processing method, the user who handles the terminal devices SP and TA shifts for each display period width while using the terminal devices SP and TA. The vital data can be referred to.

The monitored person monitoring support system, the management server device SV, and the central processing method display the vital data on the terminal devices SP and TA by adding a mark MK to the vital data that satisfies the marking condition and using the vital display notification communication signal. Let Therefore, the user who handles the terminal devices SP and TA can grasp the presence of vital data that satisfies the marking condition by finding the mark MK. In particular, by defining the marking condition that a vital (vital sign) is an abnormal value or more, the user can easily grasp a vital abnormality.

When the monitored person monitoring support system, the management server device SV, and the central processing method receive the same type past search request communication signal and the same type future search request communication signal, they are displayed on the terminal devices SP and TA by the vital display notification communication signal. Among the vital data of the same type as the vital data in the vital data, the vital data is the closest to the vital data displayed on the terminal device SP, TA by the vital display notification communication signal, and Vital data satisfying the marking condition is searched, and vital data in the display period width corresponding to the searched vital data satisfying the marking condition is displayed on the terminal devices SP and TA. Therefore, in such a monitored person monitoring support system, the management server device SV, and the central processing method, the user who handles the terminal devices SP and TA can display the display period width displayed on the terminal devices SP and TA. It is possible to refer to vital data that is of the same type as vital data and satisfies the latest marking conditions.

For example, when the body temperature data display screen 62a is displayed, after the input operation of the display period past shift button 6232-1 is executed a plurality of times, the input operation of the same type past condition match search button 6213-1 is executed. Then, at the time when the display period width is shifted by the display period width a plurality of times, data of body temperature satisfying the marking condition in the past is retrieved.

Further, for example, when the body temperature data display screen 62a is displayed, the input operation of the display period past shift button 6232-1 is executed a plurality of times, and further, the input operation of the “minute motion number” button 6242 is executed. After that, when an input operation of the same-type future condition match search button 6213-2 is executed, the minute that satisfies the marking condition in the future at the time when the display period width is shifted a plurality of times by the display period width. The data of dynamic numbers is retrieved. As described above, the same-type future condition match search button 6213-2 can be suitably used when past vital data is displayed. Subsequently to the above case, when the input operation of the “body temperature” button 6241 is executed, the body temperature data in the display period width in which the data of the fine body motion conditions satisfying the marking condition is displayed is displayed. Body temperature data in the case of data on the number of minute movements satisfying the condition can be referred to, and the health condition of the monitored person Ob can be grasped more appropriately.

When the monitored person monitoring support system, the management server device SV, and the central processing method receive all types of past search request communication signals and all types of future search request communication signals, from among vital data in all vital types, Vital data that is closest to the vital data displayed on the terminal devices SP and TA by the vital sign notification communication signal and satisfies the marking condition is retrieved, and the vital data that satisfies the retrieved marking condition is retrieved. Vital data in the display period width corresponding to the data is displayed on the terminal devices SP and TA. Therefore, in such a monitored person monitoring support system, the management server device SV, and the central processing method, the user who handles the terminal devices SP and TA can display the display period width displayed on the terminal devices SP and TA. It is possible to refer to vital data satisfying the most recent marking condition for any kind of vital data.

For example, when the body temperature data display screen 62a is displayed, after the input operation of the display period past shift button 6232-1 is executed a plurality of times, the input operation of the all species past condition match search button 6214-1 is performed. When executed, when the display period width is shifted multiple times by the display period width, vital data that satisfies the marking condition is searched for in any of the most recent vital data in the past. The

Further, for example, when the body temperature data display screen 62a is displayed, the input operation of the display period past shift button 6232-1 is executed a plurality of times, and further, the input operation of the “minute motion number” button 6242 is executed. After that, when the input operation of the all-species future condition match search button 6214-2 is executed, when the display period width is shifted a plurality of times by the display period width, Any of the data is searched for vital data that satisfies the marking condition. As described above, the all-species future condition match search button 6214-2 can be suitably used when past vital data is displayed. Subsequently to the above case, when the input operation of the vital type selection button 624 different from the vital type in the vital data satisfying the marking condition is executed, the display period in which the vital data satisfying the marking condition is retrieved. Data of other vital types in the width are displayed, and the health condition of the monitored person Ob can be grasped more appropriately.

This specification discloses various modes of technology as described above, and the main technologies are summarized below.

A central processing unit according to one aspect is provided corresponding to a monitored person who is a monitoring target, and acquires a predetermined vital that is an index for grasping a health condition of the monitored person, the sensor apparatus A central processing unit that is communicably connected to manage the vital data received from the sensor device, and a terminal that is communicably connected to the central processing unit and displays the vital data received from the central processing unit And a central processing unit of a monitored person monitoring support system for supporting monitoring of the monitored person, wherein the monitored person, vital type information indicating a vital type, and vitals in the monitored person Data, a vital information storage unit that stores acquisition time information that represents the time when the vital data was acquired, and the monitored person, Including the acquisition time information specified by the first communication signal when receiving from the terminal device a first communication signal specifying the vital species information and the acquisition time information and requesting the vital data; and The first period width having a predetermined default period width is set as the display period width, and the vital data corresponding to the monitored person and the vital species information specified by the first communication signal in the display period width is A vital processing unit that returns to the terminal device a second communication signal that is extracted from the vital information storage unit and causes the terminal device to display the vital data in the display period width, and the vital processing unit includes: Further, when a third communication signal requesting extension of the display period width is received from the terminal device that has returned the second communication signal, the display period width is increased by a predetermined length. A second period width extended by a period width is newly set as the display period width, and the monitored person in the vital data displayed on the terminal device by the second communication signal at least in the extended period width and A fourth communication signal for taking out vital data corresponding to the vital type information from the vital information storage unit and displaying the vital data in the display period width on the terminal device is newly set as the second communication signal. Reply to the terminal device. Preferably, in the above-described central processing unit, the vital includes body temperature, number of micromotions (in other words, respiratory rate), blood pressure (including at least one of maximum blood pressure and minimum blood pressure), pulse rate, and sleep state (sleep). At least one of medium and awake). Preferably, in the above-described central processing unit, the acquisition time information is year / month / day information (first date information) representing the time when the vital was acquired by date. Preferably, in the above-described central processing unit, the acquisition time information is year / month / day / hour / minute information (second date information) representing the time when the vital was acquired by year / month / day / hour / minute. Preferably, in the above-described central processing unit, the time when the vital is acquired is the time when the vital is measured and the vital data is acquired. Preferably, in the above-described central processing unit, the time when the vital is acquired is the time when the vital data is received and the vital data is acquired. Preferably, in the above-described central processing unit, the default period width (initial period width, initial period width not including the extension period) is 5 days or 7 days in the past from the time represented by the acquisition time information. (1 week) One of 10 days and 14 days (2 weeks). Preferably, in the above-described central processing unit, the default period width is any one of 5 days, 7 days (1 week), 9 days, and 13 days in which the time represented by the acquisition time information is set in the center. One. Preferably, in the above-described central processing unit, the default period width is 5 days, 7 days (1 week), 10 days and 14 days (2 weeks) from the time represented by the acquisition time information to the future. Any one of them. Preferably, in the above-described central processing unit, the extended period width is one day, two days, three days, the nearest integer days not exceeding half of the default period width (= INT ((the default period width) / 2) )), The most recent integer days not exceeding one third of the default period width (= INT ((the default period width) / 3)), the most recent integer days not exceeding one quarter of the default period width (= INT ((the default period width) / 4)). Note that INT (x) is an operator that outputs the latest integer value not exceeding x. Preferably, in the above-described central processing unit, the vital processing unit newly sets a second period width obtained by extending the display period width to the past by a predetermined extension period width as the display period width. Preferably, in the above-described central processing unit, the vital processing unit newly sets a second period width obtained by extending the display period width to the future by a predetermined extension period width as the display period width. Preferably, in the above-described central processing unit, when the vital processing unit does not receive at least one of the first communication signal and the third communication signal within a predetermined time, the display period width is set to the default. Returning to the period width, the display period width is newly set. Preferably, in the above-described central processing unit, when the vital processing unit receives a communication signal requesting that the display period width be returned to the default period width from the terminal device, the display period width is set to the default. Returning to the period width, the display period width is newly set.

Upon receiving the third communication signal, such a central processing unit newly displays a second period width obtained by extending the display period width displayed on the terminal device by the second communication signal by the extension period width. Vital data is displayed on the terminal device by the fourth communication signal, which is a period width, and is a display period width obtained by extending the period width, and is the second communication signal. Therefore, in such a central processing unit, the user who handles the terminal device can obtain more detailed information on vitals in the display period width before the extension, for example, an abnormality starting point, peak (or bottom), changing point and end point in vitals. Even if each attribute information (abnormal state attribute information) in an abnormal state such as the above cannot be grasped, the display period width is extended and the vital data displayed in the extended display period width is referred to by the terminal device. Thus, for example, it is possible to more easily grasp vital information such as the abnormal state attribute information.

In another aspect, in the above-described central processing unit, there are a plurality of types of vitals, and the vital processing unit further sets the fourth communication signal as a second communication signal to the terminal device. In this case, the vital information is designated from the terminal device by specifying vital type information representing a vital type different from the vital type in the vital data displayed on the terminal device by the second communication signal. When the fifth communication signal requesting the data is received, the monitored person in the vital data displayed on the terminal device by the second communication signal in the display period width, and the first 5 Vital data corresponding to the vital type information specified by the communication signal is extracted from the vital information storage unit and the table is displayed. A sixth communication signal for displaying the data of the vital in the period width to the terminal device returns to the newly the terminal device as the second communication signal.

When such a central processing unit receives the fifth communication signal after extending the display period width, it displays the same display time as the display time width in which the vital data is displayed on the terminal device by the second communication signal. Vital data corresponding to the vital type information designated by the fifth communication signal is displayed on the terminal device by the sixth communication signal newly set as the second communication signal. Therefore, in such a central processing unit, when the user who handles the terminal device refers to the data in the first type vitals in the terminal device, the measurement result in the first type vitals is displayed. The terminal device can refer to the data in the second type of vital different from the first type in the same time zone. For this reason, the user can more appropriately grasp the health condition of the monitored person by referring to a plurality of vital data on the terminal device. In particular, when the fourth communication signal is newly returned to the terminal device as the second communication signal, the user may know more detailed information about the first type of vitals, In such a case, whether or not the second type vitals show the same tendency as the first type vitals can be referred to by the terminal device, and the health condition of the monitored person can be grasped more appropriately. It becomes.

In another aspect, in the above-described central processing unit, the vital processing unit further returns the second communication signal to the terminal device, and changes the acquisition time information from the terminal device. Is received by the second communication signal and is shifted by the display period width with respect to the acquisition time information corresponding to the display period width in the vital data displayed on the terminal device by the second communication signal. The third period width including the acquisition time information and having the same period width as the display period width is newly set as the display period width, and is displayed on the terminal device by the second communication signal in the display period width. Vital data corresponding to the monitored person and the vital species information in the vital data being taken out from the vital information storage unit and the display period The data of the vital in the width returns to the terminal device the eighth communication signals to be displayed on the terminal device as a new second communication signal. Preferably, in these above-described central processing units, the vital processing unit further returns the second communication signal to the terminal device, and changes the acquisition time information from the terminal device to the past. When the 7A communication signal requesting the communication is received, the display period past the acquisition time information corresponding to the display period width in the vital data displayed on the terminal device by the second communication signal. The terminal device includes the 3A period width that includes the acquisition time information shifted to the same time and has the same period width as the display period width, and uses the second communication signal in the display period width as the display period width. Vital data corresponding to the monitored person and the vital species information in the vital data displayed on the screen is extracted from the vital information storage unit Returns to the terminal device. 8A communication signal for displaying the data of the vital in the display period width to the terminal device as a new second communication signal. Preferably, in these above-described central processing units, the vital processing unit further returns the second communication signal to the terminal device, and changes the acquisition time information from the terminal device to the future. When the 7B communication signal requesting the communication is received, the future by the display period width with respect to the acquisition time information corresponding to the display period width in the vital data displayed on the terminal device by the second communication signal The terminal device includes the 3B period width that includes the acquisition time information shifted to the same time and has the same period width as the display period width as the display period width, and uses the second communication signal in the display period width to Vital data corresponding to the monitored person and the vital species information in the vital data displayed on the screen is extracted from the vital information storage unit Returns to the terminal device the first 8B communication signal for displaying the data of the vital in the display period width to the terminal device as a new second communication signal.

When receiving the seventh communication signal, the central processing unit shifts the display period width with respect to the display period width in the vital data displayed on the terminal device by the second communication signal. Vital data is displayed on the terminal device by the eighth communication signal newly set as the second communication signal with a period width. Therefore, in such a central processing unit, a user who handles the terminal device can refer to the vital data on the terminal device while shifting for each display period width.

In another aspect, in the above-described central processing unit, a marking condition information storage unit that stores marking condition information representing a marking condition for giving a predetermined mark to the vital data in association with the vital type. In addition, the vital processing unit further adds a mark to the vital data that satisfies the marking condition represented by the marking condition information when the second communication signal is returned to the terminal device. The second communication signal is returned to the terminal device. Preferably, in these above-mentioned central processing units, the marking condition is that the vital (vital sign) is not less than an abnormal value.

Such a central processing unit adds a mark to vital data that satisfies the marking condition, and displays the vital data on the terminal device by the second communication signal. Therefore, the user who handles the terminal device can find the presence of vital data that satisfies the marking condition by finding the mark. In particular, by defining the marking condition that a vital (vital sign) is an abnormal value or more, the user can easily grasp a vital abnormality.

In another aspect, in the above-described central processing unit, a marking condition information storage unit that stores marking condition information representing a marking condition for giving a predetermined mark to the vital data in association with the vital type. The vital processing unit further includes a case in which the second communication signal is returned to the terminal device, and the marking condition is satisfied in the vital data having the same vital type from the terminal device. Marking condition information corresponding to the type of vital in the vital data displayed on the terminal device by the second communication signal when the ninth communication signal requesting the search for vital data is received. Retrieved from the information storage unit and displayed on the terminal device by the second communication signal The type of vital in the vital data is displayed on the terminal device by the second communication signal for each display period width in the vital data displayed on the terminal device by the second communication signal. Search for vital data that is closest to the vital data and satisfies the marking condition represented by the extracted marking condition information, and corresponds to the vital data that satisfies the retrieved marking condition Vital data corresponding to the monitored person and the vital type information in the vital data displayed on the terminal device by the second communication signal in the display period width is extracted from the vital information storage unit. The vital data in the display period width is the marking condition. The data vital that plus reply to the terminal device 10 communication signal as a new second communication signals to be displayed on the terminal device in a mark. Preferably, in the above-described central processing units, the vital processing unit further returns the second communication signal to the terminal device, and the vital type of the vitals of the same type from the terminal device. When a 9A communication signal requesting a past search for vital data satisfying the marking condition in the data is received, the vital data in the vital data displayed on the terminal device by the second communication signal is displayed. Marking condition information corresponding to the type is extracted from the marking condition information storage unit, and is the vital type in the vital data displayed on the terminal device by the second communication signal, and the terminal device by the second communication signal. For each display period width in the vital data displayed in 2) search for vital data that is in the past with respect to the vital data displayed on the terminal device by the communication signal and satisfies the marking condition represented by the extracted marking condition information; Corresponding to the monitored person and the vital species information in the vital data displayed on the terminal device by the second communication signal in the display period width corresponding to the vital data satisfying the marking condition. 10A communication for taking out the vital data to be displayed from the vital information storage unit and displaying the vital data in the display period width on the vital data satisfying the marking condition on the terminal device. A signal is newly returned to the terminal device as the second communication signal. Preferably, in the above-described central processing units, the vital processing unit further returns the second communication signal to the terminal device, and the vital type of the vitals of the same type from the terminal device. When a 9B communication signal requesting a future search for vital data satisfying the marking condition in the data is received, the vital data in the vital data displayed on the terminal device by the second communication signal is displayed. Marking condition information corresponding to the type is extracted from the marking condition information storage unit, and is the vital type in the vital data displayed on the terminal device by the second communication signal, and the terminal device by the second communication signal. For each display period width in the vital data displayed in 2) search for vital data that is the latest in the future with respect to the vital data displayed on the terminal device by the communication signal and satisfies the marking condition represented by the extracted marking condition information; Corresponding to the monitored person and the vital species information in the vital data displayed on the terminal device by the second communication signal in the display period width corresponding to the vital data satisfying the marking condition. The 10th-B communication for taking out the vital data to be displayed from the vital information storage unit and displaying the vital data in the display period width on the vital data satisfying the marking with a mark on the terminal device. A signal is newly returned to the terminal device as the second communication signal.

When receiving the ninth communication signal, the central processing unit receives the ninth communication signal from the vital data of the same type as the vital data in the vital data displayed on the terminal device by the second communication signal. 2 search for vital data that is closest to the vital data displayed on the terminal device by the communication signal and that satisfies the marking condition, and Vital data in the corresponding display period width is displayed on the terminal device by the tenth communication signal newly set as the second communication signal. Therefore, in such a central processing unit, the user who handles the terminal device is the same type of vital data in the display period width displayed on the terminal device and the vital data that satisfies the latest marking condition. Can be referred to.

In another aspect, in the above-described central processing unit, a marking condition information storage unit that stores marking condition information representing a marking condition for giving a predetermined mark to the vital data in association with the vital type. In addition, the vital types are plural different from each other, and the vital processing unit further returns the second communication signal to the terminal device, from the terminal device, all vital types When the eleventh communication signal requesting the search for vital data satisfying the marking condition among the vital data is received, marking condition information corresponding to all vital types is extracted from the marking condition information storage unit, In the vital data displayed on the terminal device by the second communication signal, For each of the display period widths, the marking that is closest to the vital data displayed on the terminal device by the second communication signal and that has been taken out in any of all vital types Vital data satisfying the marking condition represented by the condition information is retrieved and displayed on the terminal device by the second communication signal in the display period width corresponding to the retrieved vital data satisfying the marking condition. Vital data corresponding to the vital species information in the vital data satisfying the marking condition searched and the monitored person in the vital data being taken out from the vital information storage unit and the display period width Vital data at the same time as the vital data that satisfies the marking conditions Returns to the terminal device as a new second communication signal 12 communication signal to be displayed on the terminal device in a mark. Preferably, in these above-described central processing units, the vital processing unit further returns the second communication signal to the terminal device, and the vital data in all vital types is transmitted from the terminal device. When the 11A communication signal requesting the past search for vital data satisfying the marking condition is received, marking condition information corresponding to all vital types is extracted from the marking condition information storage unit, For each of the display period widths of the vital data displayed on the terminal device by the second communication signal, the vital data displayed on the terminal device by the second communication signal is the latest in the past. And the extracted marking condition information in any of the vital types Vital data satisfying the indicated marking condition is retrieved and displayed on the terminal device by the second communication signal in the display period width corresponding to the retrieved vital data satisfying the marking condition. Vital data corresponding to the vital species information in the vital data satisfying the searched marking condition and the searched person in the vital data is extracted from the vital information storage unit and the display period width The vital data that satisfies the marking condition is marked with a mark, and a 12th A communication signal to be displayed on the terminal device is newly returned to the terminal device as the second communication signal. Preferably, in these above-described central processing units, the vital processing unit further returns the second communication signal to the terminal device, and the vital data in all vital types is transmitted from the terminal device. When the 11B communication signal requesting a future search for vital data satisfying the marking condition is received, marking condition information corresponding to all vital types is extracted from the marking condition information storage unit, For each of the display period widths of the vital data displayed on the terminal device by the second communication signal, the vital data displayed on the terminal device by the second communication signal is closest to the future. And the extracted marking condition information in any of the vital types Vital data satisfying the indicated marking condition is retrieved and displayed on the terminal device by the second communication signal in the display period width corresponding to the retrieved vital data satisfying the marking condition. Vital data corresponding to the vital species information in the vital data satisfying the searched marking condition and the searched person in the vital data is extracted from the vital information storage unit and the display period width The vital data that satisfies the marking condition is marked with a mark, and a 12B communication signal to be displayed on the terminal device is newly returned to the terminal device as the second communication signal.

When the central processing unit receives the eleventh communication signal, the vital data displayed on the terminal device by the second communication signal is selected from the vital data in all vital types. Vital data that is nearest and satisfies the marking condition is searched, and vital data in the display period width corresponding to the searched vital data that satisfies the marking condition is newly added to the second data. Displayed on the terminal device by the twelfth communication signal as a communication signal. Therefore, in such a central processing unit, the user who handles the terminal device is any type of vital data in the display period width displayed on the terminal device and satisfies the latest marking condition. View vital data.

The central processing method according to another aspect includes a sensor device that is provided corresponding to a monitored person who is a monitoring target and acquires a predetermined vital that is an index for grasping the health condition of the monitored person, A central processing unit that is communicably connected to a sensor device and manages the vital data received from the sensor device, and displays the vital data received from the central processing unit that is communicably connected to the central processing unit A monitoring device monitoring support system for supporting monitoring of the monitored person, wherein the monitored person, vital type information indicating the type of vital, in the monitored person Vital data storage unit that stores the vital data and the acquisition time information indicating the time when the vital data was acquired in association with each other in the vital information storage unit And when the first communication signal for requesting the vital data is specified from the terminal device by designating the monitored person, the vital species information and the acquisition time information, the first communication signal is designated. The first period width including the acquisition time information and having a predetermined default period width is set as a display period width, and the monitored person and the vital type specified by the first communication signal in the display period width A vital processing step of extracting a vital data corresponding to the information from the vital information storage unit and returning a second communication signal for causing the terminal device to display the vital data in the display period width to the terminal device; The vital processing step further includes a case where a third communication signal requesting extension of the display period width is received from the terminal device that has returned the second communication signal. The second period width obtained by extending the display period width by a predetermined extension period width is newly set as the display period width, and the vital is displayed on the terminal device by the second communication signal at least in the extension period width A fourth communication signal for extracting the vital data corresponding to the monitored person and the vital species information from the vital information storage unit and displaying the vital data in the display period width on the terminal device. A new reply is made to the terminal device as the second communication signal.

In the central processing method, when the third communication signal is received, a second period width obtained by extending the display period width displayed on the terminal device by the second communication signal by the extension period width is newly displayed. Vital data is displayed on the terminal device by the fourth communication signal, which is a period width, and is a display period width obtained by extending the period width, and is the second communication signal. Therefore, in such a central processing method, the user who handles the terminal device can increase the display period width even if the display period width before the extension cannot grasp the finer vital information, for example, the abnormal state attribute information. By extending and referring to the vital data displayed in the display period width after the extension with the terminal device, finer vital information such as the abnormal state attribute information can be grasped more easily.

A monitored person monitoring support system according to another aspect is provided for a monitored person who is a monitoring target, and acquires a predetermined vital that is an index for grasping the health condition of the monitored person A central processing unit that is communicably connected to the sensor device and manages data of the vitals received from the sensor device, and a vital processing unit that is communicably connected to the central processing unit and received from the central processing unit. A monitored person monitoring support system that includes a terminal device that displays data and supports monitoring of the monitored person, wherein the central processing unit is any of the above-described central processing units.

Since such a monitored person monitoring system includes any one of the above-described central processing units, it is possible to more easily grasp vital information such as the abnormal state attribute information.

This application is based on Japanese Patent Application No. 2017-117376 filed on June 15, 2017, the contents of which are included in this application.

Although embodiments of the present invention have been illustrated and described in detail, it is merely exemplary and illustrative and not limiting. The scope of the invention should be construed by the language of the appended claims.

In order to express the present invention, the present invention has been properly and fully described through the embodiments with reference to the drawings. However, those skilled in the art can easily change and / or improve the above-described embodiments. It should be recognized that this is possible. Therefore, unless the modifications or improvements implemented by those skilled in the art are at a level that departs from the scope of the claims recited in the claims, the modifications or improvements are not covered by the claims. To be construed as inclusive.

According to the present invention, a central processing unit and a central processing method of a monitored person monitoring support system for supporting monitoring when a monitored person to be monitored is monitored, and the monitored person monitoring support system Can be provided.

Claims

A sensor device that is provided corresponding to a monitored person to be monitored and acquires a predetermined vital that is an index for grasping the health condition of the monitored person, and is connected to the sensor device so as to be communicable with the sensor device A central processing unit that manages the vital data received from the central processing unit, and a terminal device that is communicably connected to the central processing unit and displays the vital data received from the central processing unit. The central processing unit of a monitored person monitoring support system for supporting monitoring,
A vital information storage unit for storing the monitored person, vital type information indicating the type of vital, vital data in the monitored person, and acquisition time information indicating the time when the vital data was acquired;
The acquisition specified by the first communication signal when the first communication signal that requests the vital data is specified from the terminal device by specifying the monitored person, the vital species information, and the acquisition time information The first period width including the time information and having a predetermined default period width is set as the display period width, and the monitored person and the vital species information specified by the first communication signal in the display period width are included in the display period width. A vital processing unit that takes out the corresponding vital data from the vital information storage unit and returns a second communication signal to the terminal device to display the vital data in the display period width to the terminal device;
The vital processing unit further includes:
When a third communication signal requesting extension of the display period width is received from the terminal device that has returned the second communication signal,
A second period width obtained by extending the display period width by a predetermined extension period width is newly set as the display period width,
Vital data corresponding to the monitored person and the vital species information in the vital data displayed on the terminal device by the second communication signal at least in the extended period width from the vital information storage unit A fourth communication signal for taking out and displaying the vital data in the display period width on the terminal device is newly returned to the terminal device as the second communication signal.
Central processing unit.
The types of vitals are a plurality different from each other,
The vital processing unit further includes:
When the fourth communication signal is newly returned to the terminal device as a second communication signal, the vital data in the vital data displayed on the terminal device by the second communication signal from the terminal device When a fifth communication signal requesting the vital data is received by specifying vital type information representing a different vital type,
Corresponding to the monitored person in the vital data displayed on the terminal device by the second communication signal and the vital species information specified by the fifth communication signal in the display period width Vital data is taken out from the vital information storage unit and a sixth communication signal for causing the terminal device to display the vital data in the display period width is newly returned to the terminal device as a second communication signal.
The central processing unit according to claim 1.
The vital processing unit further includes:
When the second communication signal is returned to the terminal device, and when the seventh communication signal requesting the change of the acquisition time information is received from the terminal device,
Including the acquisition time information shifted by the display period width with respect to the acquisition time information corresponding to the display period width in the vital data displayed on the terminal device by the second communication signal, and the display period width And a third period width having the same period width as the display period width,
Vital data corresponding to the monitored person and the vital type information in the vital data displayed on the terminal device by the second communication signal in the display period width is extracted from the vital information storage unit. An eighth communication signal for causing the terminal device to display the vital data in the display period width is newly returned to the terminal device as the second communication signal.
The central processing unit according to claim 1 or 2.
A marking condition information storage unit that stores marking condition information representing a marking condition for giving a predetermined mark to the vital data in association with the vital type,
When the vital processing unit returns the second communication signal to the terminal device, the vital processing unit marks the vital data that satisfies the marking condition represented by the marking condition information, and then adds the mark. Returning a communication signal to the terminal device;
The central processing unit according to any one of claims 1 to 3.
A marking condition information storage unit that stores marking condition information representing a marking condition for giving a predetermined mark to the vital data in association with the vital type,
The vital processing unit further includes:
Ninth communication requesting retrieval of vital data satisfying marking conditions from vital data of the same vital type from the terminal device when the second communication signal is returned to the terminal device When a signal is received,
Marking condition information corresponding to the vital type in the vital data displayed on the terminal device by the second communication signal is extracted from the marking condition information storage unit,
For each of the display period widths in the vital data displayed on the terminal device by the second communication signal, the vital type in the vital data displayed on the terminal device by the second communication signal, Searching for vital data that is nearest to the vital data displayed on the terminal device by the second communication signal and satisfies the marking condition represented by the extracted marking condition information;
The monitored person and the vital species information in the vital data displayed on the terminal device by the second communication signal in the display period width corresponding to the vital data satisfying the searched marking condition The vital data corresponding to the second is extracted from the vital information storage unit and the vital data in the display period width is displayed on the terminal device with the vital data satisfying the marking being marked. 10 communication signals are newly returned to the terminal device as the second communication signals.
The central processing unit according to any one of claims 1 to 4.
A marking condition information storage unit that stores marking condition information representing a marking condition for giving a predetermined mark to the vital data in association with the vital type,
The types of vitals are a plurality different from each other,
The vital processing unit further includes:
An eleventh communication signal for requesting a search for vital data satisfying a marking condition among vital data in all vital types from the terminal device when the second communication signal is returned to the terminal device. Is received,
Marking condition information corresponding to all vital types is extracted from the marking condition information storage unit,
For each of the display period widths of the vital data displayed on the terminal device by the second communication signal, the vital data displayed on the terminal device by the second communication signal is closest to the vital data. And searching for vital data satisfying the marking condition represented by the extracted marking condition information in any of the vital types,
The monitored person in the vital data displayed on the terminal device by the second communication signal in the display period width corresponding to the vital data satisfying the retrieved marking condition and the retrieved Vital data corresponding to the vital species information in the vital data that satisfies the marking condition is extracted from the vital information storage unit, and the vital data in the display period width is converted into vital data that satisfies the marking condition. Returns a twelfth communication signal to be displayed on the terminal device with a mark as the second communication signal to the terminal device.
The central processing unit according to any one of claims 1 to 5.
A sensor device that is provided corresponding to a monitored person to be monitored and acquires a predetermined vital that is an index for grasping the health condition of the monitored person, and is connected to the sensor device so as to be communicable with the sensor device A central processing unit that manages the vital data received from the central processing unit, and a terminal device that is communicably connected to the central processing unit and displays the vital data received from the central processing unit. A central processing method of a monitored person monitoring support system for supporting monitoring,
Vital information that stores the vital information of the monitored person, vital type information indicating the type of vital, the vital data in the monitored person, and the acquisition time information that indicates the time when the vital data is acquired in association with each other Memory process;
The acquisition specified by the first communication signal when the first communication signal that requests the vital data is specified from the terminal device by specifying the monitored person, the vital species information, and the acquisition time information The first period width including the time information and having a predetermined default period width is set as the display period width, and the monitored person and the vital species information specified by the first communication signal in the display period width are included in the display period width. Vital processing step of returning corresponding second vital data from the vital information storage unit and returning to the terminal device a second communication signal for displaying the vital data in the display period width on the terminal device,
The vital treatment process further includes:
When a third communication signal requesting extension of the display period width is received from the terminal device that has returned the second communication signal,
A second period width obtained by extending the display period width by a predetermined extension period width is newly set as the display period width,
Vital data corresponding to the monitored person and the vital species information in the vital data displayed on the terminal device by the second communication signal at least in the extended period width from the vital information storage unit A fourth communication signal for taking out and displaying the vital data in the display period width on the terminal device is newly returned to the terminal device as the second communication signal.
Central processing method.
A sensor device that is provided corresponding to a monitored person to be monitored and acquires a predetermined vital that is an index for grasping the health condition of the monitored person, and is connected to the sensor device so as to be communicable with the sensor device A central processing unit that manages the vital data received from the central processing unit, and a terminal device that is communicably connected to the central processing unit and displays the vital data received from the central processing unit. A monitored person monitoring support system for supporting monitoring,
The central processing unit is the central processing unit according to any one of claims 1 to 6.
Monitored person monitoring system.