JP7006762B1 - Biometric information measurement device, biometric information management system, biometric information relay device and biometric information management host device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a system for comprehensively monitoring and managing biometric information of a measurer. SOLUTION: A measurement display control for displaying a systolic blood pressure value and a diastolic blood pressure value obtained by a biological information collecting unit 110, a manchette integrated automatic sphygmomanometer 120, and the manchette integrated automatic sphygmomanometer 120 on a measurement display unit 140. A biometric information measuring device 100 including a unit 130, a measurement transmitting unit 150, a biometric information relay device 200, a host receiving unit 310 for receiving information transmitted from the biometric information relaying device 200, and the host receiving unit. It is composed of a biological information management host device 300 including a host storage unit 320 that stores information received in 310 and a host output control unit 330 that outputs information based on the information stored in the host storage unit 320. [Selection diagram] Fig. 1

Description

The present invention relates to a biometric information measuring device, a biometric information management system, a biometric information relay device, and a biometric information management host device.

In recent years, due to growing concern about health, an increasing number of people want to obtain systems and devices that notify indicators such as hypertension, arteriosclerosis, autonomic nerves, stress, and degree of fatigue. Therefore, in view of the fact that the ultrasonic irradiation device has a therapeutic effect on hypertension and diabetes, the applicant of the present application has applied for a patent for an ultrasonic therapy system for the purpose of improving health while monitoring the effect. (Patent Document 1).

This system receives a mobile information terminal provided with an information relay means that receives biometric information transmitted from an ultrasonic irradiation device and transmits it via a network, and receives biometric information transmitted from the mobile information terminal, and this living body. Based on the information, the effect index calculation means for obtaining the effect index information of the therapeutic effect on at least hypertension and diabetes of the subject by the ultrasonic irradiation in the ultrasonic irradiation device, and the effect index information obtained by the effect index calculation means are networked. It is provided with a center server provided with an effect index transmission control means for transmitting to the mobile information terminal via the above.

Pat. A system is disclosed that analyzes the collected data set and obtains the current stress index of the person based on the analysis.

Japanese Unexamined Patent Publication No. 2020-65622 Japanese Unexamined Patent Publication No. 2012-239890

As mentioned above, even if there is an index that detects stress and fatigue, it is possible to comprehensively monitor and manage the biometric information of the measurer such as blood pressure information, heartbeat information, blood vessel information and blood oxygen concentration and body temperature. There is no biometric information measurement device, biometric information management system, biometric information relay device and biometric information management host device, and such biometric information measurement device, biometric information management system, biometric information relay device and biometric information management host device can be provided. It is requested.

The present invention has been made in response to the above-mentioned demands from the viewpoint of biometric information management, and an object thereof is not only an index for stress and fatigue, but also blood pressure information, heartbeat information, vascular information and blood. It is to provide a biological information measuring device, a biological information management system, a biological information relay device, and a biological information management host device that comprehensively monitor and manage the biological information of the measurer such as oxygen concentration and body temperature.

The biological information management system according to the present invention includes a temperature sensor, a pulse oximeter, a blood glucose level sensor, and a pulse wave sensor, and has a biological information collecting unit for collecting biological information, and for obtaining blood pressure information, heartbeat information, and blood vessel information. A manchette-integrated automatic sphygmomanometer, a measurement display control unit that displays the maximum and minimum blood pressure values obtained by the manchette-integrated sphygmomanometer on the measurement display unit, and biological information collected by the biometric information collection unit. A biometric information measuring device including a manchette-integrated automatic sphygmomanometer, a measurement transmitting unit for transmitting blood pressure information, heartbeat information, and basic information of blood vessel information obtained by the pulse wave sensor, and the biometric information measuring device. A relay receiving unit that receives transmitted biological information, blood pressure information, heartbeat information, and basic information of blood vessel information, and a biological information received by the relay receiving unit, and stores basic information of blood pressure information, heartbeat information, and blood vessel information. Biological information including a relay storage unit, a relay display control unit that displays information based on the information stored in the relay storage unit on the relay display unit, and a relay transmission unit that transmits information stored in the relay storage unit. A relay device, a host receiving unit that receives information transmitted from the biometric information relay device, a host storage unit that stores information received by the host receiving unit, and an output based on the information stored in the host storage unit. It is equipped with a biological information management host device including a host output control unit, and is an autonomic nerve index based on basic information of blood pressure information, heartbeat information, and blood vessel information obtained by the manchette integrated automatic sphygmomanometer and the pulse wave sensor. The index generation means for generating the sphygmomanometer and the blood vessel index is provided in both the biometric information relay device and the biometric information management host device, and the index is based on the information obtained by the manchette integrated automatic sphygmomanometer and the pulse wave sensor. The generation means generates the autonomic nerve index and the sphygmomanometer, and stores the autonomic nerve index and the sphygmomanometer generated by the biometric information relay device in the relay storage unit, and generates the autonomic nerve index and the sphygmomanometer in the relay storage unit. The autonomic nerve index and the sphygmomanometer are stored in the host storage unit, and the stored autonomic nerve index and the sphygmomanometer are displayed and output by the biometric information relay device and the biometric information management host device, respectively. It is characterized by.

In the biometric information management system according to the present invention, at least one of the biometric information relay device provided with the index generating means and the biometric information management host device includes information sent from the biometric information measuring device and the index. A good threshold and a deterioration threshold indicating a range of values requiring attention regarding the index generated by the generation means are provided, a comparison means for comparing with these thresholds is provided, and the comparison result by the comparison means is obtained by the biometric information relay device. It is characterized by displaying or outputting on at least one of the biometric information management host device and the biometric information management host device.

The biometric information management system according to the present invention is characterized in that the biometric information collecting unit is provided with a sheet type piezoelectric sensor.

The biological information relay device according to the present invention includes a temperature sensor, a pulse oximeter, a blood pressure level sensor, and a pulse wave sensor, and has a biological information collecting unit for collecting biological information, and for obtaining blood pressure information, heartbeat information, and blood pressure information. A manchette-integrated automatic sphygmomanometer, a measurement display control unit that displays the systolic blood pressure value and the diastolic blood pressure value obtained by the manchette-integrated automatic sphygmomanometer on the measurement display unit, and biological information collected by the biometric information collection unit. A biometric information measuring device including a manchette-integrated automatic sphygmomanometer, a measurement transmitting unit for transmitting blood pressure information, heartbeat information, and basic information of blood pressure information obtained by the pulse wave sensor, and the biometric information measuring device. It is composed of a biological information relay device that relays the transmitted biological information, basic information of blood pressure information, heartbeat information, and blood pressure information, and a biological information management host device that obtains information from the biological information relay device and processes the information. The relay receiving unit, which is the biological information relay device in the biological information management system, receives the biological information transmitted from the biological information measuring device, the basic information of blood pressure information, heart rate information, and blood pressure information, and the relay receiving unit. A relay storage unit that stores basic information of blood pressure information, heart rate information, and blood pressure information received in the above, a relay display control unit that displays a display based on the information stored in the relay storage unit on the relay display unit, and the above. It is equipped with a relay transmission unit that transmits information stored in the relay storage unit, and is an autonomic nerve index based on the basic information of blood pressure information, heart rate information, and blood pressure information obtained by the manchette integrated automatic sphygmomanometer and the pulse wave sensor. The index generation means is provided with an index generation means for generating the blood pressure index and the blood pressure index, and the index generation means generates the autonomic nerve index and the blood pressure index based on the information obtained by the manchette integrated automatic blood pressure monitor and the pulse wave sensor, and the relay . It is characterized in that it is stored in a storage unit, displayed on the relay display unit, and further transmitted to the biometric information management host device .

In the biological information relay device according to the present invention, a good threshold value and a deterioration threshold value indicating a range of values requiring attention regarding the information sent from the biological information measuring device and the index generated by the index generating means are stored, and these threshold values are stored. The relay display control unit is characterized in that the relay display control unit displays the comparison result by the comparison means in the relay display unit .

The biological information management host device according to the present invention includes a temperature sensor, a pulse oximeter, a blood pressure level sensor, and a pulse wave sensor, and has a biological information collecting unit for collecting biological information, and for obtaining blood pressure information, heartbeat information, and blood pressure information. Manchette integrated automatic sphygmomanometer, measurement display control unit that displays the systolic blood pressure value and diastolic blood pressure value obtained by the manchette integrated automatic sphygmomanometer on the measurement display unit, and the living body collected by the biometric information collection unit. A biometric information measuring device including a biometric information measuring device for transmitting information, blood pressure information, heartbeat information, and basic information of blood pressure information obtained by the manchette integrated automatic sphygmomanometer and the pulse wave sensor, and the biometric information measurement. It consists of a biometric information relay device that relays basic information of blood pressure information, heart rate information, and blood pressure information transmitted from the device, and a biometric information management host device that receives information from the biometric information relay device and processes it. The biometric information management host device in the biometric information management system, the host receiving unit that receives the information transmitted from the biometric information relay device, and the host storage unit that stores the information received by the host receiving unit. A host output control unit that outputs information based on the information stored in the host storage unit is provided, and the basic information of blood pressure information, heart rate information, and blood pressure information obtained by the manchette integrated automatic sphygmomanometer and the pulse wave sensor can be used. An index generation means for generating an autonomic nerve index and a blood pressure index is provided, and the autonomic nerve index and the blood pressure index are generated in the index generation means based on the information obtained by the Manchette integrated automatic blood pressure monitor and the pulse wave sensor. It is characterized in that it is generated , stored in the host storage unit, displayed and output by the biometric information management host device, and further transmitted to the biometric information relay device .

In the biometric information management host device according to the present invention, a good threshold value and a deterioration threshold value indicating a range of values requiring attention regarding the information sent from the biometric information measuring device and the index generated by the index generating means are stored, and these are stored. It is provided with a comparison means for comparing a threshold value and an index generated by the index generation means, and the host output control unit is characterized by outputting a comparison result by the comparison means.

The biological information measuring device according to the present invention includes a temperature sensor, a pulse oximeter, a blood glucose level sensor, and a pulse wave sensor, and has a biological information collecting unit for collecting biological information, and for obtaining blood pressure information, heartbeat information, and blood vessel information. A manchette-integrated automatic sphygmomanometer, a measurement display control unit that displays the maximum and minimum blood pressure values obtained by the manchette-integrated sphygmomanometer on the measurement display unit, and biological information collected by the biometric information collection unit. A biometric information measuring device including a manchette-integrated automatic sphygmomanometer and a measurement transmitting unit that transmits basic information of blood pressure information, heartbeat information, and blood vessel information obtained by the pulse wave sensor. The destinations are the relay receiving unit that receives the biological information transmitted from the biological information measuring device, the blood pressure information, the heartbeat information, and the basic information of the blood vessel information, the biological information received by the relay receiving unit, and the blood pressure information. , A relay storage unit that stores basic information of heartbeat information and blood vessel information, a relay display control unit that displays a display based on the information stored in the relay storage unit on the relay display unit, and a relay storage unit that transmits information stored in the relay storage unit. A biometric information relay device including a relay transmission unit, wherein the biometric information relay device includes the biometric information measuring device, a host receiving unit for receiving information transmitted from the biometric information relay device, and the host. Biological information is relayed between a host storage unit that stores information received in the receiving unit and a biometric information management host device including a host output control unit that outputs information based on the information stored in the host storage unit. The index generation means for generating an autonomic nerve index and a blood vessel index based on the blood pressure information, heartbeat information, and basic information of blood vessel information obtained by the Manchette integrated automatic sphygmomanometer and the pulse wave sensor is the biological information relay. The index generation means generates the autonomic nerve index and the blood vessel index based on the information obtained by the manchette-integrated automatic sphygmomanometer and the pulse wave sensor, which are provided in both the device and the biometric information management host device. , The autonomic nerve index and the blood vessel index generated by the biometric information relay device are stored in the relay storage unit, and the autonomic nerve index and the blood vessel index generated by the biometric information management host device are stored in the host storage unit. It is characterized in that the stored autonomic nerve index and the vascular index are displayed and output by the biometric information relay device and the biometric information management host device, respectively .

According to the present invention, it is possible to comprehensively monitor and manage not only an index for stress and fatigue, but also blood pressure information, heartbeat information, blood vessel information, blood oxygen concentration, body temperature, and other biological information of the measurer. Is.

The block diagram of the 1st Embodiment in the biological information management system which concerns on this invention. The figure which shows the QRS complex of the electrocardiogram waveform and the RR interval (RRI) of this QRS complex. The block diagram of the embodiment of the biometric information measuring apparatus in the biometric information management system which concerns on this invention. The block diagram of the embodiment of the biological information relay device in the biological information management system according to the present invention. The block diagram of the embodiment of the biometric information management host device in the biometric information management system which concerns on this invention. The flowchart which shows the operation of embodiment of the biological information measuring apparatus in the biological information management system which concerns on this invention. The flowchart which shows the operation of embodiment of the biological information relay device in the biological information management system which concerns on this invention. The flowchart which shows the operation of embodiment of the biometric information management host device in the biometric information management system which concerns on this invention. The block diagram of the 2nd Embodiment in the biological information management system which concerns on this invention. The figure which shows the graph of brachial artery volume and blood pressure-cuff pressure obtained by integrating the pulse wave amplitude. The figure which shows the waveform which differentiated the pulse wave. The block diagram of the 3rd Embodiment in the biological information management system which concerns on this invention. The figure which shows an example of the good threshold value and the deterioration threshold value used in the 3rd Embodiment in the biological information management system which concerns on this invention.

Hereinafter, an embodiment of the biological information management system, an embodiment of the biological information measuring device, an embodiment of the biological information relay device, and an embodiment of the biological information management host device according to the present invention will be described with reference to the accompanying drawings. In each figure, the same components are designated by the same reference numerals, and duplicate description will be omitted. FIG. 1 shows a block diagram of a first embodiment in the biological information management system according to the present invention. This biometric information management system is composed of a biometric information measuring device 100, a biometric information relay device 200, and a biometric information management host device 300.

The biological information measuring device 100 includes a biological information collecting unit 110, a manchette integrated automatic blood pressure monitor 120, a measurement display control unit 130, a measurement display unit 140, and a measurement transmission unit 150. The biological information collecting unit 110 is configured to collect various types of biological information, and the biological information collecting unit 110 is provided with at least a temperature sensor 111, a pulse oximeter 112, a blood glucose level sensor 113, and a pulse wave sensor 115. However, in the present embodiment, the sheet type piezoelectric sensor 114 is also provided. The temperature sensor 111 can be configured by, for example, a thermography camera, and can measure body temperature and air temperature. The pulse oximeter 112 can measure arterial oxygen saturation (SpO ₂ ) and pulse rate. As the blood glucose level sensor 113, one that measures the blood glucose level non-invasively using a high-intensity mid-infrared laser can be adopted. As the sheet type piezoelectric sensor 114, for example, one manufactured by Future Ink Corporation can be adopted, and one capable of measuring a weak biological signal such as a pulse wave or a respiratory rate can be adopted. Further, the pulse wave sensor 115 can be configured by an optical sensor attached to the fingertip, and measures a change in the capacity of a blood vessel.

The Manchette integrated automatic blood pressure monitor 120 expands or contracts the Manchette to control the degree of hemorrhagic, detects the time point of systolic blood pressure and the time point of diastolic blood pressure by a Korotkoff sound sensor, and measures blood pressure. In addition, it is possible to obtain basic information of blood pressure information, heart rate information and blood vessel information by the Manchette integrated automatic sphygmomanometer 120. The QRS complex of the electrocardiogram waveform as shown in FIG. 2 can be measured by the Manchette integrated automatic sphygmomanometer 120, and it is possible to measure the RR interval (RRI) of the QRS complex and connect it to the process of obtaining heartbeat information. can. Further, as blood vessel information, for example, API (Arterial Pressure volume Index), AVI (Arterial Velocity pulse Index), etc. are known, but these can be calculated by Manchette pressure (cuff pressure) and pulse wave. The biological information measuring device 100 collects and transmits basic information of blood pressure information, heart rate information, and blood vessel information obtained by a manchette integrated automatic sphygmomanometer 120, a pulse wave sensor 115, and the like. As described above, the basic information of blood vessel information refers to information such as manchette pressure and pulse wave which are the basis for obtaining blood vessel information such as API and AVI, and generates an electrocardiogram waveform for obtaining RRI. It also includes the information that makes it possible.

The measurement display unit 140 is a display device having a screen for displaying characters and biological signal waveforms by an LCD or LED. The measurement display control unit 130 displays the maximum blood pressure value and the minimum blood pressure value obtained by the Manchette integrated automatic sphygmomanometer 120 on the measurement display unit 140. Further, the measurement display control unit 130 may display the biological information obtained by the temperature sensor 111, the pulse oximeter 112, and the blood glucose level sensor 113 on the measurement display unit 140, and further, the sheet type piezoelectric sensor 114. The biological information obtained by the pulse wave sensor 115 may also be displayed on the measurement display unit 140. The measurement transmission unit 150 transmits the biological information collected by the biological information collection unit 110, the blood pressure information obtained by the manchette integrated automatic sphygmomanometer 120 and the pulse wave sensor, and the basic information of the heart rate information and the blood vessel information. Is.

The specific configuration of the biometric information measuring device 100 is as shown in FIG. That is, the main body apparatus 10 configured by a computer is provided with a configuration in which a manchette 11, a pump 12, a temperature sensor 111, a pulse oximeter 112, a blood glucose level sensor 113, a sheet type piezoelectric sensor 114, and a pulse wave sensor 115 are connected. There is.

The main body device 10 controls each part based on the program stored in the main memory 21 by the CPU 20 to collect and transmit biological information, blood pressure information, heart rate information, and basic information of blood vessel information. Therefore, the main memory 21 is connected to the CPU 20, and the I / O (I / O interface) 23, 24, 25, the display controller 26, the transmission / reception controller 27, and the input are further connected to the CPU 20 via the bus 22. The controller 28 is connected.

Blood pressure information and Korotkoff sound signals arrive at the I / O 23 from the Manchette 11. A pump 12 is connected to the I / O 24, and causes air to be sent to the manchette 11 and also functions as a discharge port when the air in the manchette 11 is discharged. A temperature sensor 111, a pulse oximeter 112, a blood glucose level sensor 113, a sheet type piezoelectric sensor 114, and a pulse wave sensor 115 are connected to the I / O 25, and the biometric information as described above can be taken in. ing.

A display device 26A such as an LCD or an LED is connected to the display controller 26, and the above-mentioned blood pressure information and biological information are displayed. The transmission / reception controller 27 transmits the biological information collected by the biological information collecting unit 110, the blood pressure information obtained by the Manchette integrated automatic sphygmomanometer 120 and the pulse wave sensor, and the basic information of the heartbeat information and the blood vessel information. A transmission / reception unit 27A for receiving necessary information is connected. The transmission / reception unit 27A can adopt a short-range wireless communication method such as Bluetooth (registered trademark). An input unit 28A provided with a power switch, a keyboard for setting a transmission time, and the like is connected to the input controller 28.

As shown in FIG. 1, the biometric information relay device 200 includes a relay reception unit 210, a relay storage unit 220, a relay display unit 230, a relay display control unit 240, and a relay transmission unit 250. The relay receiving unit 210 receives the biological information transmitted from the biological information measuring device 100, and the basic information of the blood pressure information, the heartbeat information, and the blood vessel information. The relay storage unit 220 stores the biological information received by the relay reception unit 210, and basic information of blood pressure information, heart rate information, and blood vessel information. The relay display unit 230 is a display device for displaying characters and images. The relay display control unit 240 displays on the relay display unit based on the information stored in the relay storage unit 220, and the relay transmission unit 250 transmits the information stored in the relay storage unit 220.

The specific configuration of the biometric information relay device 200 is as shown in FIG. The biological information relay device 200 is composed of, for example, a smartphone which is a mobile communication terminal, a personal digital assistant, or the like. That is, it includes a CPU 30 that realizes a function as a mobile communication terminal by using data and programs stored in the main memory 31. A program for realizing the biometric information relay function of the present embodiment is stored in the main memory 31, and the CPU 30 executes this program to perform processing.

The CPU 30 can transmit / receive and control data via the bus 32. A transmission / reception unit 33, a telephone unit 34, a storage unit 35, a display unit 36, and an input unit 37 are connected to the bus 32. The transmission / reception unit 33 is connected to a network such as the Internet via a wireless line, and can transmit / receive data and voice, and can also perform communication by a short-range wireless communication method such as Bluetooth. That is, it includes a transmission / reception unit that transmits / receives via a network such as the Internet, and a transmission / reception unit that transmits / receives by a short-range wireless communication method such as Bluetooth.

A microphone 34M and a speaker 34S are connected to the call unit 34, and voice input and voice output are possible. The call unit 34 is configured to be capable of converting voice to voice signal and vice versa, and is capable of making a call. The audio signal reaches the talking unit 34 via the transmitting / receiving unit 33. The storage unit 35 is composed of a storage medium and its controller, and under the control of the CPU 30, basic information of biological information, blood pressure information, heartbeat information and blood vessel information is stored, and the stored biological information, blood pressure information, and heartbeat information are stored. And the basic information of blood pressure information is read out.

The display unit 36 includes a display unit such as an LED or an LCD for displaying characters and images, and a controller thereof. The input unit 37 is composed of an input unit such as a key or a switch for inputting characters and data, and a controller thereof.

As shown in FIG. 1, the biometric information management host device 300 includes a host receiving unit 310, a host storage unit 320, and a host output control unit 330. The host receiving unit 310 receives the information transmitted from the biometric information relay device. The host storage unit 320 stores the information received by the host reception unit. The host output control unit 330 outputs based on the information stored in the host storage unit.

The specific configuration of the biological information management host device 300 is as shown in FIG. That is, the biometric information management host device 300 can adopt a computer configuration such as a personal computer or a server computer having the configuration shown in FIG. That is, it includes a CPU 40 that realizes a function as a biometric information management host device 300 by using data and programs stored in the main memory 41.

A bus 42 is connected to the CPU 40, and a display controller 43, a communication controller 44, an external storage controller 45, and an input controller 46 are connected to the bus 42. A display device 53 such as an LCD or an LED is connected to the display controller 43, and the above-mentioned blood pressure information and biological information are displayed. A transmission / reception unit 54 that connects to the Internet to transmit / receive information is connected to the communication controller 44. An external storage device 55 is connected to the external storage controller 45. The external storage device 55 stores programs and information for the CPU 40 to process biometric information and the like as the biometric information management host device 300, and the CPU 40 appropriately reads these into the main memory 41 to read the programs and information. The operation is performed using. An input device 56 such as a keyboard and a pointing device 57 such as a mouse are connected to the input controller 46 so that commands and necessary information can be input.

In the biometric information management system configured as described above, the user winds the manchette 11 around the upper arm of one hand and operates the power switch of the input unit 28A to start the operation of the biometric information measuring device 100. As a result, in the biological information measuring device 100, as shown in the flowchart of FIG. 6, basic information of blood pressure information, heartbeat information, and blood vessel information is collected from the manchette 11, and a temperature sensor 111, a pulse oximeter 112, and a blood vessel level sensor 113 are collected. , Biological information is collected by the pulse wave sensor 115 (S11). Then, from the collected information, the blood pressure information including the minimum blood pressure value and the maximum blood pressure value, the heart rate information, and the predetermined information in the biological information collected by each sensor are displayed (S12). Further, the blood pressure information, the heart rate information, the basic information of the blood vessel information, and the biological information collected by each sensor are transmitted together with the measurement time information (S13).

Corresponding to the operation of the biometric information measuring device 100, the biometric information relay device 200 operates as shown in the flowchart shown in FIG. 7. That is, the blood pressure information, the heart rate information, the basic information of the blood vessel information transmitted from the biological information measuring device 100, and the biological information collected by each sensor are received (S21). Then, the received blood pressure information, heartbeat information, basic information of blood vessel information, and biological information collected by each sensor are stored in the storage unit 35 (S22). Further, from the information stored in the above, all the information in the blood pressure information including the diastolic blood pressure value and the systolic blood pressure value, the heartbeat information, and the biological information collected by each sensor is displayed in characters and as a waveform (S23). As a result, the user can see all the biological information measured by the biological information measuring device 100 by characters and waveforms, and can confirm his / her health condition. The blood pressure information, the heartbeat information, the basic information of the blood vessel information, and the biometric information collected by each sensor are transmitted to the biometric information management host device 300 stored in the storage unit 35 (S24).

Corresponding to the operation of the biometric information relay device 200, the biometric information management host device 300 operates as shown in the flowchart shown in FIG. That is, the blood pressure information, the heartbeat information, the basic information of the blood vessel information transmitted from the biological information relay device 200, and the biological information collected by each sensor are received (S31). Then, the received blood pressure information, heart rate information, basic information of blood vessel information, and biological information collected by each sensor are stored in, for example, an external storage device 55 (S32). Further, from the information stored in the above, all the information in the blood pressure information including the diastolic blood pressure value and the systolic blood pressure value, the heartbeat information, and the biological information collected by each sensor is output as a character and as a waveform (S33). Although this output control can be performed on the display device 53, it is possible to output from the communication controller 44 and the transmission / reception unit 54 to a preset computer of a hospital or a doctor via the Internet.

Further, it is assumed that the storage in the external storage device 55 can be stored for a considerable number of times (for example, for half a year or one year if the measurement is performed twice a day), and the biometric information measurement that is the measurement source of the biometric information. It can be stored in association with the identification information of the device 100, the user's name and the identification information, and further, in addition to the above, in association with the identification information and the address of the biological information relay device 200. On the other hand, the storage unit 35 of the biological information relay device 200 can store several times. Then, in the display in the biological information relay device 200, when the measurement is performed, in addition to the display of the biological information related to the measurement, the biological information at the time of the past measurement can be retroactively displayed. In this case, when all the biometric information stored in the external storage device 55 is retroactively displayed, the corresponding biometric information stored in the external storage device 55 from the biometric information management host device 300 in the past is displayed. Upon receiving the transmission, the display unit 36 can display the transmission. Thus, the user can see not only the biometric information related to the current measurement but also the biometric information measured in the past by display, which can be useful for his / her own health management.

As described above, it is possible to output from the communication controller 44 and the transmission / reception unit 54 of the biometric information management host device 300 to a preset hospital or doctor's computer via the Internet, and the user can output from the hospital or doctor's computer. It is also possible to identify, retrieve, display and diagnose desired biological information stored in the external storage device 55 based on the name and identification information of the computer. That is, when this hospital or doctor performs regular medical examinations or the like with the user as a patient, the past biological information can be viewed retroactively, and health management advice or the like can be appropriately given.

Next, the biological information management system according to the second embodiment will be described with reference to the block diagram of FIG. In the biometric information management system according to the second embodiment, the biometric information relay device 200A includes the index generation means 260 as compared with the configuration of the first embodiment. The index generation means 260 generates an autonomic nerve index and a blood vessel index based on the blood pressure information, the heart rate information, and the basic information of the blood vessel information obtained by the Manchette integrated automatic sphygmomanometer 120 and the pulse wave sensor.

Examples of the autonomic nerve index include SDNN (Standard Deviation of the NN intervals) and TP (total power). SDNN is the standard deviation of the RR interval described in FIG. 2 and can be obtained by the following equation (1).

TP is the sum of LF (index of sympathetic nerve activity) and HF (index of parasympathetic nerve). Since the RR interval is discrete data with unequal intervals, it is converted into time-series data with equal intervals, frequency analysis is performed by a known method using FFT, etc., and LF and HF are obtained, and TP is obtained. ..

As described above, API (Arterial Pressure volume Index) and AVI (Arterial Velocity pulse Index) can be used as the blood vessel index. The graph of brachial artery volume and blood pressure-cuff pressure obtained by integrating the pulse wave amplitude is as shown in FIG. At this time, the brachial artery volume Y is
Y = A * arctan (B * X + C) + D
Approximate with. API = 1 / B is set by the coefficient B in this case.

Further, AVI is obtained as follows. When the waveform obtained by differentiating the pulse wave is as shown in FIG. 11, FIG. 11 shows the ascending speed and the descending speed of the pulse wave waveform. Among them, the maximum velocity at the rising edge of the pulse wave is obtained as Vf, and the maximum velocity at the falling edge of the pulse wave is obtained as Vr.
It is assumed that AVI = 20 × (Vr / Vf).

Similar to the biometric information transmitted from the biometric information measuring device 100, the above values are also stored in the storage unit 35, displayed on the display unit 36, and further transmitted to the biometric information management host device 300. According to this second embodiment, not only the biometric information obtained from the Manchette 11 and each sensor but also the autonomic nerve index and the blood vessel index can be obtained. Therefore, the degree of fatigue of the user can be grasped by the autonomic nerve index and the blood vessel can be obtained. It is possible to grasp the health condition from various angles such as arteriosclerosis due to deterioration of blood vessels from the index.

In the above second embodiment, the biological information relay device 200A is provided with the index generation means 260, but the biological information relay device 200 is not provided with the index generation means 260, and the biological information management host device 300 is provided with the index generation means. The same index generation means as 260 may be provided. It is assumed that the autonomic nerve index and the blood vessel index obtained by the index generation means of the biological information management host device 300 are stored in the external storage device 55, and the host output control unit 330 outputs as necessary. The destination to which the host output control unit 330 outputs can be a preset hospital or doctor's computer, and the biometric information relay device 200 is set as the destination and displayed on the biometric information relay device 200. May be. Further, the biometric information relay device 200A may be provided with the index generating means 260, and the biometric information management host device 300 may be provided with the same index generating means as the index generating means 260. In this case, each of the biometric information relay device 200A and the biometric information management host device 300 can generate an autonomic nerve index and a blood vessel index, store them, and display or output them.

Next, the biological information management system according to the third embodiment will be described with reference to the block diagram of FIG. In the biometric information management system according to the third embodiment, the biometric information relay device 200B includes the comparison means 270 as compared with the configuration of the second embodiment. The biological information relay device 200B provided with the comparison means 270 is provided with information sent from the biological information measuring device 100, and a good threshold value and a deterioration threshold value for the index generated by the index generating means 260.

The above-mentioned good threshold value and deterioration threshold value are set as shown in FIG. 13 for each of SDDN, TP, API, and AVI, indicating that it is desirable that the good threshold value or more or the good threshold value or less is desired, and the deterioration threshold value or more or It indicates that caution is required when the value is below the deterioration threshold. In SDDN and TP, a decrease is seen in the case of illness or chronic fatigue, when strenuous exercise is performed, and an increase is observed in the case of relaxation. API is said to take a large value in the case of brachial arteriosclerosis, and AVI is said to take a large value in the case of cardiac dysfunction, vascular wall sclerosis, peripheral blood vessel constriction, and the like.

The comparison means 270 compares the index generated by the index generation means 260 with the good threshold and the deterioration threshold shown in FIG. 11 and obtains a good or bad result. The comparison result by the comparison means 270 is stored in the storage unit 35, displayed on the display unit 36, and further transmitted to the biometric information management host device 300, similarly to the biometric information transmitted from the biometric information measuring device 100. do. This comparison result can also be output from the communication controller 44 and the transmission / reception unit 54 of the biometric information management host device 300 to a preset hospital or doctor's computer via the Internet, and can be output from the hospital or doctor's computer. It is also possible to specify the information to be taken out by the user's name and identification information, take it out together with the desired biological information stored in the external storage device 55, display it, and make a diagnosis.

In the above third embodiment, the biological information relay device 200B includes the index generation means 260 and the comparison means 270, but the biological information relay device 200 does not include the index generation means 260 and the comparison means 270, and the biological information. The management host device 300 may be provided with index generation means and comparison means similar to those of the index generation means 260 and the comparison means 270. The comparison result obtained by the comparison means of the biometric information management host device 300 is stored in the external storage device 55, and is output by the host output control unit 330 as needed. The destination to which the host output control unit 330 outputs can be a preset hospital or doctor's computer, and the biometric information relay device 200 is set as the destination and displayed on the biometric information relay device 200. May be. Further, the biological information relay device 200B may be provided with the index generation means 260 and the comparison means 270, and the biological information management host device 300 may be provided with the same index generation means and comparison means as the index generation means 260 and the comparison means 270. .. In this case, each of the biometric information relay device 200B and the biometric information management host device 300 can generate an autonomic nerve index and a blood vessel index, store them, and display or output them.

In the embodiment provided with the above comparison means, the autonomic nerve index and the blood vessel index obtained by the index generation means are stored in the biometric information relay device 200B or the biometric information management host device 300, as in the case of the second embodiment. However, it can be displayed and output together with the comparison result. By displaying and outputting the comparison results, it is possible to objectively evaluate the autonomic nerve index and the vascular index, and it is possible to more appropriately perform future treatment and health management of the disease.

10 Main unit 11 Manchette 12 Pump 20, 30, 40 CPU
21, 31, 41 Main memory 22, 32, 42 Bus 23, 24, 25 I / O 26 Display controller 26A Display device 27 Transmission / reception controller 27A Transmission / reception unit 28 Input controller 28A Input unit 33 Transmission / reception unit 34 Communication unit 34M Microphone 34S Speaker 35 Storage unit 36 Display unit 37 Input unit 43 Display controller 44 Communication controller 45 External storage controller 46 Input controller 53 Display device 54 Transmission / reception unit 55 External storage device 56 Input device 57 Pointing device 100 Biometric information measurement device 110 Biometric information collection unit 111 Temperature sensor 112 Pulse oximeter 113 Blood glucose level sensor 114 Sheet type piezoelectric sensor 115 Pulse wave sensor 120 Manchette integrated automatic blood pressure monitor 130 Measurement display control unit 140 Measurement display unit 150 Measurement transmission unit 200, 200A, 200B Biological information relay device 210 Relay reception unit 220 Relay storage unit 230 Relay display unit 240 Relay display control unit 250 Relay transmission unit 260 Index generation means 270 Comparison means 300 Biometric information management host device 310 Host reception unit 320 Host storage unit 330 Host output control unit

Claims (8)

A biometric information collection unit that collects biometric information, including a temperature sensor, pulse oximeter, blood glucose level sensor, and pulse wave sensor.
Manchette integrated automatic sphygmomanometer for obtaining blood pressure information, heart rate information, blood vessel information,
A measurement display control unit that displays the maximum blood pressure value and the minimum blood pressure value obtained by the Manchette integrated automatic sphygmomanometer on the measurement display unit, and
A living body including a biological information collected by the biological information collecting unit, a blood pressure information obtained by the manchette integrated automatic sphygmomanometer and the pulse wave sensor, and a measurement transmitting unit for transmitting basic information of heartbeat information and blood vessel information. Information measuring device and
A relay receiving unit that receives basic information of biometric information transmitted from the biometric information measuring device, blood pressure information, heartbeat information, and blood vessel information.
A relay storage unit that stores biological information received by the relay reception unit, basic information of blood pressure information, heart rate information, and blood vessel information, and a relay storage unit.
A relay display control unit that displays a display based on the information stored in the relay storage unit on the relay display unit, and a relay display control unit.
A relay transmission unit that transmits information stored in the relay storage unit, and a relay transmission unit.
A biometric information relay device equipped with
A host receiving unit that receives information transmitted from the biometric information relay device, and
A host storage unit that stores information received by the host reception unit, and a host storage unit.
A biometric information management host device including a host output control unit that outputs information based on the information stored in the host storage unit is provided.
The biometric information relay device and the living body are index generation means for generating an autonomic nerve index and a blood vessel index based on the blood pressure information, the heartbeat information, and the basic information of the blood vessel information obtained by the manchette integrated automatic sphygmomanometer and the pulse wave sensor. Provided on both sides of the information management host device
The autonomic nerve index and the blood vessel index are generated by the index generation means based on the information obtained by the Manchette integrated automatic sphygmomanometer and the pulse wave sensor, and the autonomic nerve index generated by the biometric information relay device. And the blood vessel index are stored in the relay storage unit, the autonomic nerve index and the blood vessel index generated by the biometric information management host device are stored in the host storage unit, and the stored autonomic nerve index and the blood vessel are stored. A biometric information management system characterized in that an index is displayed and output by the biometric information relay device and the biometric information management host device, respectively . At least one of the biometric information relay device provided with the index generating means and the biometric information management host device should be noted about the information sent from the biometric information measuring device and the index generated by the index generating means. A good threshold and a bad threshold indicating a range of required values are provided, and a comparison means for comparing with these thresholds is provided.
The biometric information management system according to claim 1, wherein the comparison result by the comparison means is displayed or output on at least one of the biometric information relay device and the biometric information management host device. The biometric information management system according to claim 1 or 2, wherein the biometric information collecting unit is provided with a sheet-type piezoelectric sensor. A biometric information collection unit that collects biometric information, including a temperature sensor, pulse oximeter, blood glucose level sensor, and pulse wave sensor.
Manchette integrated automatic sphygmomanometer for obtaining blood pressure information, heart rate information, blood vessel information,
A measurement display control unit that displays the maximum blood pressure value and the minimum blood pressure value obtained by the Manchette integrated automatic sphygmomanometer on the measurement display unit, and
A living body including a biological information collected by the biological information collecting unit, a blood pressure information obtained by the manchette integrated automatic sphygmomanometer and the pulse wave sensor, and a measurement transmitting unit for transmitting basic information of heartbeat information and blood vessel information. Information measuring device and
A biological information relay device that relays basic information of blood pressure information, heartbeat information, and blood vessel information, as well as biological information transmitted from the biological information measuring device.
The biometric information relay device in a biometric information management system including a biometric information management host device that obtains information from the biometric information relay device and performs processing.
A relay receiving unit that receives basic information of biometric information transmitted from the biometric information measuring device, blood pressure information, heartbeat information, and blood vessel information.
A relay storage unit that stores biological information received by the relay reception unit, basic information of blood pressure information, heart rate information, and blood vessel information, and a relay storage unit.
A relay display control unit that displays a display based on the information stored in the relay storage unit on the relay display unit, and a relay display control unit.
A relay transmission unit that transmits information stored in the relay storage unit, and a relay transmission unit.
Equipped with
It is equipped with an index generation means for generating an autonomic nerve index and a blood vessel index based on the blood pressure information, heart rate information and basic information of blood vessel information obtained by the manchette integrated automatic sphygmomanometer and the pulse wave sensor.
Based on the information obtained by the Manchette integrated automatic blood pressure monitor and the pulse wave sensor, the index generation means generates the autonomic nerve index and the blood vessel index , stores them in the relay storage unit, and stores them in the relay display unit. A biometric information relay device characterized by displaying and further transmitting to the biometric information management host device. A good threshold value and a deterioration threshold value indicating a range of values requiring attention regarding the information sent from the biometric information measuring device and the index generated by the index generation means are stored, and a comparison means for comparing these threshold values is provided. ,
The biometric information relay device according to claim 4, wherein the relay display control unit displays a comparison result by the comparison means in the relay display unit. A biometric information collection unit that collects biometric information, including a temperature sensor, pulse oximeter, blood glucose level sensor, and pulse wave sensor.
Manchette integrated automatic sphygmomanometer for obtaining blood pressure information, heart rate information, blood vessel information,
A measurement display control unit that displays the maximum blood pressure value and the minimum blood pressure value obtained by the Manchette integrated automatic sphygmomanometer on the measurement display unit, and
It is provided with a measurement transmission unit that transmits the biological information collected by the biological information collection unit and the basic information of blood pressure information, heart rate information, and blood vessel information obtained by the manchette integrated automatic sphygmomanometer and the pulse wave sensor. Biometric information measuring device and
A biological information relay device that relays basic information of blood pressure information, heartbeat information, and blood vessel information, as well as biological information transmitted from the biological information measuring device.
The biometric information management host device in a biometric information management system including a biometric information management host device that obtains information from the biometric information relay device and performs processing.
A host receiving unit that receives information transmitted from the biometric information relay device, and
A host storage unit that stores information received by the host reception unit, and a host storage unit.
It is equipped with a host output control unit that outputs information based on the information stored in the host storage unit.
It is equipped with an index generation means for generating an autonomic nerve index and a blood vessel index based on the blood pressure information, heart rate information and basic information of blood vessel information obtained by the manchette integrated automatic sphygmomanometer and the pulse wave sensor.
Based on the information obtained by the Manchette integrated automatic sphygmomanometer and the pulse wave sensor, the index generation means generates the autonomic nerve index and the blood vessel index , stores them in the host storage unit, and also stores the biometric information management host. A biometric information management host device characterized by displaying and outputting on the device and further transmitting to the biometric information relay device. A good threshold value and a deterioration threshold value indicating a range of values requiring attention regarding the information sent from the biometric information measuring device and the index generated by the index generation means are stored, and these threshold values and the index generated by the index generation means are stored. Equipped with a comparison means for comparing
The biometric information management host device according to claim 6, wherein the host output control unit outputs a comparison result by the comparison means. A biometric information collection unit that collects biometric information, including a temperature sensor, pulse oximeter, blood glucose level sensor, and pulse wave sensor.
Manchette integrated automatic sphygmomanometer for obtaining blood pressure information, heart rate information, blood vessel information,
A measurement display control unit that displays the maximum blood pressure value and the minimum blood pressure value obtained by the Manchette integrated automatic sphygmomanometer on the measurement display unit, and
A living body including a biological information collected by the biological information collecting unit, a blood pressure information obtained by the manchette integrated automatic sphygmomanometer and the pulse wave sensor, and a measurement transmitting unit for transmitting basic information of heartbeat information and blood vessel information. It is an information measuring device
The destination of the measurement transmitter is
A relay receiving unit that receives the biological information transmitted from the biological information measuring device, blood pressure information, heartbeat information, and basic information of blood vessel information, and biological information received by the relay receiving unit, blood pressure information, heartbeat information, and blood vessels. A relay storage unit that stores basic information of information, a relay display control unit that displays information based on the information stored in the relay storage unit on the relay display unit, and a relay transmission unit that transmits information stored in the relay storage unit. It is a biological information relay device equipped with,
The biometric information relay device is
The biometric information measuring device and
A host receiving unit that receives information transmitted from the biometric information relay device, a host storage unit that stores information received by the host receiving unit, and a host output control that outputs information based on the information stored in the host storage unit. It relays biometric information to and from the biometric information management host device that has a unit.
The biometric information relay device and the living body are index generation means for generating an autonomic nerve index and a blood vessel index based on the blood pressure information, the heartbeat information, and the basic information of the blood vessel information obtained by the manchette integrated automatic sphygmomanometer and the pulse wave sensor. Provided on both sides of the information management host device
The autonomic nerve index and the blood vessel index are generated by the index generation means based on the information obtained by the Manchette integrated automatic sphygmomanometer and the pulse wave sensor, and the autonomic nerve index generated by the biometric information relay device. And the blood vessel index are stored in the relay storage unit, the autonomic nerve index and the blood vessel index generated by the biometric information management host device are stored in the host storage unit, and the stored autonomic nerve index and the blood vessel are stored. A biometric information measuring device characterized in that an index is displayed and output by the biometric information relay device and the biometric information management host device, respectively .

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