TWI735973B - Personal health assessment system - Google Patents

Abstract

The aerosol supply device (1) supplies an aerosol to a user. The aerosol supply device (1) is equipped with: a generation unit (2) for generating an aerosol; an aerosol flow path that supplies the aerosol generated by the generation unit (2) to the outside; a suction port provided on the aerosol flow path for a user to inhale the aerosol; a pulse sensor (6) for detecting a user's pulse when using the aerosol supply device (1); and a data transmission unit (7) for transmitting data to the arithmetic device (20). The data transmission unit (7) transmits the pulse detected by the pulse sensor (6) to the arithmetic device (20).

Description

Personal health evaluation system

The present invention relates to a mist supply device capable of detecting vital information data, and a personal health evaluation system equipped with a mist supply device and a calculation device.

In recent years, flavor attractors (smoking articles) capable of inhaling flavor without burning flavor sources such as tobacco have been widely used to replace cigarettes. For example, Patent Document 1 discloses a mist supply device (described in the document as a mist generating article) that includes a mist forming substrate that forms mist by heating without burning, and a cooling element that cools the mist.

In addition, Patent Document 2 discloses a mist supply device containing nicotine but not containing tar (described in this document as a mist generating rod).

In addition, Patent Document 3 discloses an electronic cigarette that senses the smoking of non-smokers by sensing substances contained in exhalation and saliva.

In addition, it is known that biological information data is related to psychological stress. For example, Non-Patent Document 1 discloses that there is a correlation between pulse and psychological stress.

[Advanced Technical Literature] [Patent Literature]

[Patent Document 1] WO2013/120565

[Patent Document 2] Japanese Patent Publication No. 2017-501676

[Patent Document 3] Japanese Patent Publication No. 2018-523982

[Non-Patent Literature]

[Non-Patent Document 1] Japanese Society of Autonomic Nerve Society: Autonomic Nerve Function Test (4th Edition), Bunkodo, 2007; Gao Jin (et al), Discussion on the Evaluation of Mental Stress Caused by Heart Rate Variability, Electric Theory C vol120, No1, pp.104-110,2000

As we all know, the heartbeat and pulse, which are one of the vital information data, are closely related to diseases. For example, arrhythmia is related to myocardial infarction, cardiomyopathy, arrhythmic right ventricular cardiomyopathy, cardiac sarcoidosis, valvular disease and congenital heart disease; tachycardia is related to atrial fibrillation and sudden upper ventricular heartbeat Tachycardia, ventricular tachycardia, ventricular fibrillation and WPW syndrome are related to diseases; bradycardia is related to sinus insufficiency syndrome, atrioventricular block and bradycardia atrial fibrillation and other diseases.

Therefore, since it is important to detect the disease as early as possible before the disease worsens, there is a need for frequent measurement of vital information data. In addition, living body information data varies greatly with the environment, and also varies greatly depending on individual differences such as gender and age. Therefore, there is a need for continuous and careful measurement of living body information data.

However, vital information data such as pulse, heartbeat, etc. are usually used between exercise and rest. There are large data differences between them, and in order to obtain high-reliability data, it is necessary to maintain a stable state for a certain period of time. Therefore, it is difficult to obtain data frequently and continuously in daily life.

The present invention is developed in view of the above problems. It provides a mist supply device and a personal health evaluation system. When the body is in a stable state, it can detect vital information data at a high frequency, and can be based on the large differences between individuals. Evaluate the vital information data, easily evaluate the health status.

The mist supply device of the present invention supplies mist to the user. The mist supply device is provided with: a generating part for generating the mist; a mist channel for supplying the mist generated by the generating part to the outside; an inhalation port provided with On the mist channel, for the user to inhale the mist; the living body information detection unit detects the user’s living body information data when the mist supply device is used; and the data transmission unit sends the data To an external machine; wherein the data transmission unit transmits the living body information data detected by the living body information detection unit to the external machine.

In addition, the personal health evaluation system of the present invention measures the user’s health status based on biological information data. The personal health evaluation system is provided with: the mist supply device; The transmitted data is used to calculate the parameters showing the health status of the user; the calculation device is provided with: a data receiving unit, which receives the living body information data transmitted from the data transmission unit; and a living body information memory unit, which is a memory The living body information data received by the data receiving unit; and the analysis unit, which analyzes the living body information data and evaluates the health status of the user.

According to the mist supply device and personal health evaluation system of the present invention, the mist supply device that is often used when the body is in a stable state can be used to detect vital information data. In addition, the health status can be easily evaluated based on the living body information data that is difficult to evaluate due to individual differences.

1, 1A, 1B: mist supply device

2: Producer

3: fog

4: Fog channel

5: Shell

5a: suction port

5b: Light-emitting element

5X: Nozzle

6: Pulse sensor (life information detection department)

7: Data Transmission Department

8: Airflow channel

9: Air pressure sensor (pressure detection part)

10: Memory

20, 20A, 20B, 20C: calculation device (external device)

21: Data Receiving Department

22: Living Information Memory Department

23: Analysis Department

24: Display (Notification Department)

25: Selection Department

26: Memory

27: Evaluation Results Transmission Department

30: mobile terminal

40, 40A, 40B, 40C: calculation department

S: Personal health evaluation system

Fig. 1 is a side view schematically showing the mist supply device of this embodiment.

Figure 2 is a block diagram showing the functions of a personal health evaluation system composed of a mist supply device and an arithmetic device.

Fig. 3 is a block diagram showing the function of the mist supply device of the first modification.

Fig. 4 is a block diagram showing the function of the mist supply device of the second modification.

Fig. 5 is a block diagram showing the function of the arithmetic device of the third modification.

Fig. 6 is a block diagram showing the functions of the arithmetic device of the fourth modification.

Fig. 7 is a diagram showing an example of the relationship between the number of puffs and the pulse rate at normal times, and the relationship between the number of puffs and the pulse rate at abnormal times.

Fig. 8 is a block diagram showing the functions of the arithmetic device and the mobile terminal with a display of the fifth modification.

Hereinafter, embodiments of the present invention will be described with reference to the drawings. In addition, the embodiments described below are only examples for making the present invention easy to understand, and are not intended to limit the present invention. That is, without departing from the spirit of the present invention, the shape, size, arrangement, etc. of the members described below may be changed or improved, and the present invention also includes their equivalents.

In addition, in all the drawings, the same reference numerals are given to the same constituent elements, and repeated descriptions are appropriately omitted.

<summary>

First, referring to Figs. 1 and 2, the outline of the mist supply device 1 and the personal health evaluation system S of this embodiment will be described. Fig. 1 is a side view schematically showing the mist supply device 1 of this embodiment. Fig. 2 is a block diagram showing the functions of the personal health evaluation system S composed of the mist supply device 1 and the calculation device 20.

The mist supply device 1 of this embodiment is a device for supplying mist 3 to the user. The mist supply device 1 is equipped with: a generating part 2, which generates mist 3; a mist channel 4, which supplies the mist 3 generated by the generating part 2 to the outside; and an inhalation port 5a, which is provided on the mist channel 4 for use The person inhales the mist 3; the vital information detection unit (pulse sensor 6) detects the user’s vital information data (pulse) when the mist supply device 1 is used; and the data transmission unit 7 sends the data to an external machine (Calculating device 20).

The data transmission unit 7 transmits the biological information data (pulse) detected by the biological information detection unit (pulse sensor 6) to an external device (calculating device 20).

According to the above configuration, the mist supply device 1 can be used to detect the living body information data, and by transmitting the living body information data to an external device, the health status can be easily evaluated based on the living body information body data that is difficult to evaluate due to the large individual differences.

More specifically, since the mist supply device 1 is often used when the body is in a stable state, the carrying rate is high and the frequency of use is high, so by using the mist supply device 1, the biological information data can be obtained continuously and stably.

In this way, highly reliable data showing the normal state of the user can be obtained, which is helpful for early detection of abnormalities when the user's health status is abnormal.

In terms of "in vivo information data", as described later, in addition to pulse, it also contains data such as heart rate, perspiration volume, sweat composition, blood flow velocity, vascular resistance, dissolved oxygen concentration in the blood, and blood glucose level.

In addition, the "in vivo information data" and the "pressure data about pressure" described later, in addition to the detected uncalculated data, can also be the data obtained by eliminating noise by filtering devices not shown. , Data of the average value of each predetermined time elapsed, etc.

As far as the "life information detection unit" is concerned, in addition to the pulse sensor 6, it may also be a heart rate sensor, an electrode for measuring the amount of perspiration, and a device that irradiates light and detects blood components based on the amount of light absorbed by the blood.

The personal health status evaluation system S is a system for determining the health status of the user based on biological information data.

The personal health status evaluation system S includes a mist supply device 1 and an arithmetic device 20 that calculates parameters showing the health status of the user based on the data transmitted from the data transmission unit 7.

The calculation device 20 is provided with: a data receiving unit 21 which receives the biological information data transmitted from the data transmission unit 7; a biological information storage unit 22 which stores the biological information data received by the data receiving unit 21; and an analysis unit 23, It analyzes vital information and evaluates the health status of users.

According to the above-mentioned structure, the mist supply device 1 has a vital information detection unit that can detect vital information data during use, and the personal health condition provided with the mist supply device 1 The state evaluation system S can easily evaluate the health status based on the living body information data that is difficult to evaluate due to large individual differences.

<The structure of each part>

Next, with reference to Fig. 1 and Fig. 2, the structure of each part of the mist supply device 1 and the calculation device 20 constituting the personal health evaluation system S will be described.

The mist supply device 1 of this embodiment is provided with: a generating part 2 that generates a mist 3; a housing 5 covering the generating part 2; a suction nozzle 5X for the user to hold; and a side of the housing 5 and detecting the user Pulse pulse sensor 6.

The generating unit 2 includes, for example, a power supply device, a spray core part, and a liquid storage unit, which are not shown. Regarding other configurations, the generation part 2 may contain powder containing tobacco leaves, nicotine, and the like.

As for the spray core parts, conventional parts having a mechanism capable of generating mist 3 from the above-mentioned liquid storage part can be used.

For example, the spray core may have an electric heater (not shown), or may have parts that generate mist 3 by other mechanisms.

The liquid contained in the liquid storage portion, that is, the mist base material, may have any composition, which can be appropriately set by the manufacturer, but preferably contains a fragrance ingredient. In addition, the mist base material may include nicotine, nicotine salt, and the like. In addition, it can also contain vitamins and other ingredients, caffeine, GABA and other effective ingredients.

The housing 5 of this embodiment contains a light-emitting element 5b partially exposed to the outside. The light emitting element 5b has a function of notifying the electric capacity of the built-in battery, for example, as a function of a notification unit that displays the health state of the user, as will be described later. The light-emitting element 5b is, for example, LED, electric light, etc. The source is set so that the user can visually recognize the light type when emitting light.

The vital information data in this embodiment is pulse.

Since the data is pulse, it is easy to detect, easy to infer the health state including the pressure state related to the sympathetic nerve and parasympathetic nerve of the user, and it is easy to transmit the data.

In addition, the position of the pulse sensor 6 for detecting the pulse is preferably set so that when the mist supply device 1 is used to inhale the mist 35, the fingertips are brought into contact with the pulse sensor 6 when the mist supply device 1 is held by the fingertip. Specifically, it is preferable to arrange it so that it may be closer to the suction nozzle 5X side than the center part of the longitudinal direction of the housing 5.

With such a structure, the pulse can be measured without difficulty when using the mist supply device 1, and simple and stable measurement can be achieved. In addition, the pressure relief caused by the use of the mist supply device 1 can be confirmed by the parameters of the pulse.

The living body information data is data from a living body, which can be invasively measured, but if it is data that can be measured (obtained) non-invasively, it is better because it does not cause a burden on the user. In this way, non-invasive measurement, data detection of the user's normal state, and data transmission will become easy.

For example, the biological information data can be selected from the group consisting of heart rate, pulse, sweating (perspiration amount or perspiration component), blood flow rate, vascular resistance, blood pressure, blood components (dissolved oxygen concentration in blood or blood sugar, etc.) More than one type of data in the group.

When the biological information data is one or more data selected from the group consisting of heartbeat, pulse, sweating, blood pressure, and blood components, the user's health status can be appropriately judged.

For a device that can non-invasively measure the pulse of the living body information data, it is preferable to use a pulse sensor 6 that uses a photointerrupter for transmitting and receiving infrared rays or the like.

In addition, for the person who detects vital information data related to sweating, an electrode for measuring the amount of perspiration, not shown, can be used. This electrode system outputs a response value corresponding to the skin conductance based on the resistance value when a weak current for measuring the amount of perspiration is passed through the user's finger skin.

In addition, it can also be a pulse oximeter that detects blood oxygen saturation as vital information data.

The mist supply device 1 includes a data transmission unit 7 for storing and/or analyzing biological information data, and transmitting the data to a calculation device 20 for judging the user's health status. The data transmission unit 7 can be any one of wired or wireless communication devices.

When the data transmission unit 7 is a wired communication device, it may include more than one connection port such as a USB port or a fire wire port for connecting the mist supply device 1 to other computing devices such as a smart phone or a computer. In addition, when the data transmission unit 7 is a wireless output communication device, it may include telemetry, Bluetooth (registered trademark), infrared, or wireless for connecting the mist supply device 1 to other arithmetic devices such as smartphones or computers. launcher.

The calculation device 20 calculates the living body information data transmitted from the data transmission unit 7 of the mist supply device 1 to determine the health state of the user, and displays information corresponding to the determination, and may be a computer, a smart phone or other calculation devices.

The calculation device 20 of this embodiment includes: a calculation unit 40 having a data receiving unit 21 and an analysis unit 23; a living body information storage unit 22; and a display 24 for displaying information analyzed by the analysis unit 23.

According to the calculation device 20, the pressure level of the user can be evaluated based on the vital information data (pulse value) transmitted from the data transmission unit 7, and the type of mist base material corresponding to the value and the suction of the mist supply device 1 can be determined. The tasting method and the like are displayed on the display 24 of a smartphone or the like as the calculation device 20. Thus, the user can effectively use the mist supply device 1 And effectively relieve stress.

The analysis of the biological information data performed by the analysis unit 23 can be appropriately set by the operator according to the type of the biological information.

For example, by storing and analyzing an individual's vital information data, data about the individual's general status can be obtained. The normal state data obtained in this way is used as the control data. For example, when obtaining data that is significantly different from the normal state (significant difference), the possibility of an abnormal state can be evaluated because there may be some abnormality.

For example, the pulse rate can be analyzed from the number of pulses per minute, the interval between pulses, and noise (non-periodic variation).

Furthermore, R-R interval fluctuations (heart rate interval fluctuations) obtained from the pulse are classified into periodic fluctuations and non-periodical fluctuations. As we all know, pulse irregularity can be detected by analyzing heart rate fluctuations, and atrial fibrillation can be detected by clustering the two.

For example, when the pulse rate in the normal state is 70 to 90 beats per minute and the periodicity is regular, when the sudden drop to about 50 beats or a significant increase in non-periodic fluctuations are measured, it can be based on the significant difference from the normal state and irregular pulsation To determine the possibility of disease.

In addition, the analysis performed by the analysis section 23 can be used to evaluate the mental state. For example, the known value of LF/HF, which is generally called the pressure index, can also be used to detect the pressure state.

The LF value is an abbreviation for Low Frequency, and it is known that it mainly contains sympathetic nerve components. The LF value is a value obtained by integrating the power value obtained by the pulse fluctuation analysis in the frequency band of 0.04 to 0.15 Hz.

The HF value is an abbreviation for High Frequency, and is known to contain parasympathetic components. The HF value is a value obtained by integrating the power value obtained by the pulse fluctuation analysis in the frequency band of 0.15 to 0.4 Hz.

Compared with the LF/HF in the normal state, when a higher value is obtained, it can be evaluated as being in a high pressure state, and the result can be presented to the user.

The calculation device 20 may further include a notification unit (display 24) that notifies the analysis unit 23 of the evaluation result data of the health state analyzed.

Since the calculation device 20 is provided with the display 24, the user or a monitor of the health status of the user near the calculation device 20 can confirm the evaluation result by the display 24.

The result notified to the user by the display 24 etc. may be the value of the biological information data itself, the data after the above analysis, or the evaluation value of disease or psychological stress calculated by the analysis of the analysis unit 23. .

In addition, based on the analysis data or the evaluation value, suggestions on the use method of the mist supply device 1 can be provided, such as the time and method of sucking the mist supply device 1, the type of the mist base material, and the like. In addition, it is also possible to propose related information such as goods and services corresponding to the evaluation value.

For example, for users who have a higher evaluation of psychological stress than usual, the display 24 can be used to provide information about the means to reduce the degree of psychological stress, such as leisure products, travel, nearby salons, hospitals, and leisure service advertisements or coupons.

In addition, it is also recommended to inhale the mist 3 further, and other types of mist substrates are recommended. For example, the notification of diseases such as arrhythmia should be noted, and the pressure has been relieved.

<First Modification Example>

Next, referring mainly to FIG. 3, the mist supply device 1A of the first modification will be described. Fig. 3 is a block diagram showing the function of the mist supply device 1A of the first modification.

The mist supply device 1A is also equipped with a pressure detection unit (air pressure sensor 9) which is provided on the passage (air flow passage 8 shown in Figure 1) through which the user inhales the air flow generated by the mist supply device 1A , And detect pressure.

The data transmission unit 7 transmits the vital information data detected by the vital information detection unit (pulse sensor 6) and the pressure data related to the pressure detected by the pressure detection unit (air pressure sensor 9) to an external machine ( Calculation device 20).

The air pressure sensor 9 is a sensor that is arranged inside the housing 5 (refer to FIG. 1) and detects the air pressure in the housing 5. The air pressure sensor 9 is, for example, a condenser microphone sensor, and can output, for example, a voltage value indicating the capacitance of the capacitor to the data transmission unit 7 as pressure data. The air pressure sensor 9 is used when the user sucks air in the housing 5 through the suction port 5a, and the air introduced into the housing 5 from the air vent (not shown) flows through the air flow path 8 toward the suction port 5a1 in the housing 5 that changes. The air pressure is output to the data transmission section 7.

The data receiving unit 21 obtains the air pressure in the housing 5 based on the output signal of the data transmitting unit 7.

The above-mentioned "pressure data" refers to the measured pressure value or its converted value. It can be a count value (number of times) whose pressure value is above (or below) a predetermined value, or a count value whose pressure value is above (or below) a predetermined value and lasts for more than a predetermined time. All data that can be obtained based on pressure, such as numerical value (number of times).

For example, the analysis unit 23 detects the suction action of the user through the suction port 5a ( Suction action). For example, the analysis unit 23 detects that the user is sucking through the suction port 5a. The suction state of the gas in the casing 5 (attraction zone) and the non-attraction state (non-attraction zone) not attracted by the user. In this way, the analysis unit 23 can specify the number of suction actions (the number of puffs) of the user.

With the above configuration, the mist supply device 1A can transmit pulse data and pressure data to the calculation device 20, so that the calculation device 20 can prompt the user with various suggestions related to pressure changes (puffing times).

Specifically, the user’s health status can be estimated based on the difference between the user’s biological information per unit of puffs calculated from the pressure data and the user’s normal biological information per unit of puffs. Instead, various suggestions can be made, such as suggestions on the number of puffs, display of suggestions on travel, and so on.

For example, if the predetermined number of puffs is exceeded and it is considered that it should be normal, a warning can be issued if there is an abnormality in the biological information data.

Except for the above description, the mist supply device 1 is the same as the mist supply device 1A, so the description is omitted. The following modifications are also the same.

<Second Modification Example>

Next, referring mainly to FIG. 4, the mist supply device 1B of the second modification will be described. Fig. 4 is a block diagram showing the function of the mist supply device 1B of the second modification.

The mist supply device 1B of the second modification example further includes a memory 10 connected to the vital information detection unit (pulse sensor 6) and memorizes the information detected from the vital information detection unit (pulse sensor 6) In vivo information data.

The data transmission unit 7 transmits the biological information data (pulse) stored in a memory 10 such as RAM to an external device (calculation device 20).

According to the above structure, the living body information data continuously obtained by the mist supply device 1B can be stored, and the stored living body information data can be transmitted to the calculation device 20. Therefore, when an external device receives biological information that clearly deviates from the average value of the individual, it can correctly determine the abnormality of the health state.

<Third Modification Example>

Next, referring mainly to FIG. 5, the operation device 20A of the third modification will be described. Fig. 5 is a block diagram showing the function of the arithmetic device 20A of the third modification.

The calculation unit 40A of the calculation device 20A further includes a selection unit 25 which selects the use method of the mist supply device 1 based on the evaluation result data of the health state analyzed by the analysis unit 23. In addition, the method of use selected by the selection unit 25 is notified by the notification unit (display 24). That is, the selection unit 25 selects the content to be notified by the notification unit.

According to the above configuration, the method of using the mist supply device 1 (the type of mist base used, the use time, etc.) can be proposed based on the evaluation results of the pressure level, etc., and the health condition can be quickly improved. For example, when it is determined that the user is in a tensioned state, the display 24 may display a description text that recommends the type of mist base material that can reduce the pressure.

In addition, the selection unit 25 can select the above-mentioned specific methods for reducing the degree of psychological stress based on the evaluation result data of the health status (evaluation of psychological stress), such as suggestions for extending rest time, suggestions for massage, etc., and display In the display 24.

In addition, the selection unit 25 can select from data of options such as the method of use of the mist supply device 1 previously recorded in the memory 26 described later.

<Fourth Modification>

Next, referring mainly to FIG. 3, FIG. 6, and FIG. 7, the operation device 20B of the fourth modification will be described. Fig. 6 is a block diagram showing the function of the arithmetic device 20B of the fourth modification. Fig. 7 is a diagram showing an example of the relationship between the number of puffs and the pulse rate at normal times, and the relationship between the number of puffs and the pulse rate at abnormal times.

The mist supply device 1A of this embodiment is the same as the mist supply device described with reference to Fig. 3 in the first modification, and further includes a pressure detection unit (air pressure sensor 9), which is provided for the user to inhale On the airflow channel (airflow channel 8) generated by the mist 3, and detect the pressure.

The data transmission part 7 combines the vital information data detected by the vital information detection part (pulse sensor 6), and the suction amount including the pressure data about the pressure detected by the pressure detection part (air pressure sensor 9) The suction volume data is sent to the calculation device 20B.

The living body information storage unit 22 of the calculation device 20B stores the living body information data and the suction volume data received by the data receiving unit 21.

The calculation device 20B is also provided with a memory 26 such as RAM, and the memory system stores relevant data showing the relationship between the user's usual suction amount of the mist 3 and the biological information data.

The analysis unit 23 included in the calculation unit 40B compares the relevant data stored in the memory 26 with the biological information data and the suction volume data stored in the biological information storage unit, and evaluates the health status of the user.

According to the above configuration, it is possible to use the relevant data stored in the memory 26 showing the relationship between the user’s usual suction amount of mist 3 and the biological information data to speed up the processing performed by the analysis unit 23, and based on the suction amount data and The relationship between the vital information data can accurately evaluate the health status of the user.

In the example shown in FIG. 7, the relationship between the number of puffs (suction volume) and the pulse rate of the user stored in the memory 26 is indicated by a broken line, and the actual amount from the living body information storage unit 22 is indicated by a solid line. The relationship between acquired vital information data (pulse rate) and suction volume data (puffing times).

In the case shown in FIG. 7, the analysis unit 23 determines that the user's pulse rate is higher than the normal collation data, and displays the meaning on the display 24.

The so-called "contrast data" here refers to a function of the number of puffs (or, for example, the suction time, etc.) of the suction volume data related to the biological information data (pulse rate).

Based on the size of the difference between the comparison data and the actual measurement result, the analysis unit 23 determines that the user's state at this time is abnormal, and transmits a signal to the display 24 and gives a warning.

Regarding the normal living body information data, in addition to the pulse rate, it can be heart rate data, so as to be the user's responsiveness to various mists 3 (for example, the degree of pressure reduction per predetermined number of puffs).

In this way, in the analysis performed by the analysis unit 23, it is best to use personal biological information data as comparison data, but external conventional data may also be used. In addition, in the analysis, the biological information data obtained from the externally known data can be corrected according to age, gender, race, presence or absence of genetic background, etc.

Regarding the "suction amount data", in addition to the number of puffs, a timer (not shown) may be used, for example, to count the elapsed time from the end of the suction (puffing) action by the user.

<Fifth Modification>

In the above example, the devices provided with the display 24 are the computing devices 20, 20A, and 20B, but they may be other devices.

Next, referring mainly to FIG. 8, the operation device 20C of the fifth modification example will be described. FIG. 8 is a block diagram showing the functions of the arithmetic device 20C and the mobile terminal 30 having the display 24 according to the fifth modification.

The calculation unit 40C of the calculation device 20C of this embodiment further includes an evaluation result transmission unit 27, which transmits the evaluation result data of the health condition analyzed by the analysis unit 23 to a device equipped with a notification unit (display 24) (Mobile terminal 30).

Since the calculation device 20C includes the evaluation result transmission unit 27 that transmits the evaluation result to the device (mobile terminal 30) equipped with the display 24, the evaluation result can be confirmed by the display 24 of another device (including the mist supply device). The calculation device 20C of this embodiment is, for example, a device located in the cloud.

The device equipped with the notification unit (display 24) is preferably a mobile terminal 30 such as a smart phone or a smart watch.

Since the device with the display 24 is the mobile terminal 30, the mobile terminal 30 can be used to confirm remote information and grasp the health status of the user of the mist supply device 1.

The device provided with the notification unit (display 24) may also be the mist supply device 1.

With such a configuration, even if the mist supply device 1 does not include the calculation unit 40C for weight reduction, etc., it can be provided with the display 24 and receive data from the external calculation device 20C and display the evaluation result.

In addition, the light-emitting element 5b shown in FIG. 1 can be lit or blinked, and the light functions as a notification unit that displays the health status of the user.

In addition, a vibration motor, not shown, may be used as a notification unit to notify abnormalities in the state of health. For example, a vibration motor is driven (action) by receiving power from a battery not shown, and is driven by different types of vibrations (for example, vibrations with different vibration frequencies) in order to notify abnormalities in accordance with a drive command from the evaluation result transmission unit 27 Vibration motor.

In addition, the notification can be made by a sound from a buzzer, or by a sound output device that outputs a sound.

In addition, in the calculation units 40, 40A, 40B, and 40C, the programs for executing the above-mentioned processes can be recorded on a recording medium that can be read by a computer. For the recording medium on which the program is recorded, the above processing can be performed by making the computer read and execute the program on the recording medium.

Here, a computer-readable recording medium refers to a recording medium that can store data, programs, and other information through electrical, magnetic, optical, mechanical, or chemical action, and that can be read from a computer. Examples of such recording media that can be removed from the computer include floppy disks, optical disks, magneto-optical disks, magnetic tapes, memory cards, etc. In addition, examples of the recording medium fixed to the computer include a hard disk drive, a ROM, and the like.

In addition, it is also possible to provide a chip composed of a memory and a processor, with the memory storing a program for executing each process performed by the suction device of the above embodiment, and the processor executing the program stored in the memory.

In addition, each component related to the mist supply device of the present invention does not need to be independent. Multiple components can also be formed as a single component, one component can also be composed of multiple components, one component can also be a part of another component, and a part of one component can also be combined with another component. Some overlaps are allowed.

The above embodiments include the following technical ideas.

(1) A mist supply device, which supplies mist to a user, the mist supply device is provided with:

The generating part is to generate the mist;

The mist channel is to supply the mist generated by the generating part to the outside;

The inhalation port is set on the mist channel for the user to inhale the mist;

The vital information detection unit detects the vital information data of the user when the mist supply device is used; and

The data transmission department transmits data to external machines;

The data transmission unit transmits the living body information data detected by the living body information detecting unit to the external machine.

(2) The mist supply device as described in (1) is further equipped with a pressure detection part, which is arranged on the passage of the air flow generated by the user inhaling the mist and detects the pressure; the data transmission part The living body information data detected by the living body information detecting unit and the pressure data about the pressure detected by the pressure detecting unit are sent to the external machine.

(3) The mist supply device described in (1) or (2) is further equipped with a memory, which is connected to the living body information detection unit and memorizes the information detected from the living body information detection unit Living body information data; the data transmission unit sends the living body information data stored in the memory to the external machine.

(4) The mist supply device according to any one of (1) to (3), wherein the biological information data is non-invasively obtained data.

(5) The mist supply device according to any one of (1) to (4), wherein the biological information data is at least one selected from the group consisting of heartbeat, pulse, sweating, blood pressure, and blood components data of.

(6) The mist supply device as described in (5), wherein the vital information data is pulse.

(7) A personal health status evaluation system, which measures the user’s health status based on vital information data. The personal health status evaluation system has:

The mist supply device as described in any one of (1) to (6); and

The calculation device is based on the data transmitted from the data transmission unit to calculate the parameters showing the health status of the user;

The calculation device is equipped with:

The data receiving unit receives the biological information data transmitted from the data transmission unit;

The living body information storage unit stores the living body information data received by the data receiving unit; and

The analysis part analyzes the biological information data and evaluates the health status of the user.

(8) The personal health status evaluation system according to (7), wherein the calculation device further includes a notification unit that notifies the evaluation result data of the health status analyzed by the analysis unit.

(9) The personal health status evaluation system as described in (7), wherein the calculation device is further provided with an evaluation result transmission unit, and the evaluation result transmission unit transmits the evaluation result data of the health status analyzed by the analysis unit to A device with a notification unit.

(10) The personal health evaluation system according to (9), wherein the device with the notification unit is the mist supply device.

(11) The personal health evaluation system according to (9), wherein the device with the notification unit is a mobile terminal.

(12) The personal health status evaluation system according to any one of (8) to (11), wherein the calculation device further includes a selection unit that selects the mist based on the evaluation result data of the health status The usage method of the supply device; and the notification unit notifies the usage method selected by the selection unit.

(13) The personal health evaluation system according to any one of (8) to (11), wherein the calculation device further includes a selection unit that selects the content notified by the notification unit; the selection unit is Based on the evaluation result data of the health status, the relevant information about the means to reduce the degree of psychological stress is selected.

(14) The personal health status evaluation system according to any one of (7) to (13), wherein the mist supply device further includes a pressure detecting part, and the pressure detecting part is provided when the user inhales the And detect the pressure; the data transmission part is the vital information data detected by the vital information detecting part, and contains information about the vital information detected by the pressure detecting part The pressure data and the suction volume data of the suction volume are sent to the calculation device; the living body information storage unit stores the living body information data and the suction volume data received by the data receiving portion; the calculation device also has a memory , The memory system memory shows the relevant data of the relationship between the user’s usual mist suction and the biological information data; the analysis unit compares the relevant data stored in the memory with the relevant data stored in the living information memory unit The vital information data and the attraction data of to evaluate the health status of the user.

This application claims priority on the basis of Japanese Application Japanese Patent Application No. 2018-207305 filed on November 2, 2018, and uses the entire contents here.

1: Mist supply device

2: Producer

6: Pulse sensor

7: Data Transmission Department

20: calculation device

21: Data Receiving Department

22: Living Information Memory Department

23: Analysis Department

24: display

40: Calculation Department

S: Personal health evaluation system

Claims (15)

A personal health status evaluation system, which measures the user’s health status based on vital information data. The personal health status evaluation system is provided with: a mist supply device for supplying mist to the user; and a calculation device for calculation and display The parameter of the user’s health status; the mist supply device is provided with: a generating part for generating the mist; a mist channel for supplying the mist generated by the generating part to the outside; an inhalation port provided on the mist The channel is used for the user to inhale the mist; the vital information detection part is used to detect the user’s vital information when the mist supply device is used; the pressure detection part is set for the user to inhale the mist The air flow generated by the mist, and detect the pressure; and the data transmission part is the vital information data detected by the vital information detection part, and includes information about the detected pressure by the pressure detecting part The suction volume data of the pressure data of the pressure is transmitted to the calculation device; the calculation device is provided with: a data receiving part which receives the biological information data and the suction volume data transmitted from the data transmission part; The living body information storage unit stores the living body information data and the attraction data received by the data receiving unit; the analysis unit evaluates the health status of the user; and Memory is related data showing the relationship between the user’s usual suction amount of mist and the living information data; the analysis unit compares the related data stored in the memory with the living information memory Part of the vital information data and the attracting volume data to evaluate the user’s health status. A personal health status evaluation system, which measures the user’s health status based on vital information data. The personal health status evaluation system is provided with: a mist supply device for supplying mist to the user; and a calculation device for calculation and display The parameter of the user’s health status; the mist supply device is provided with: a generating part for generating the mist; a mist channel for supplying the mist generated by the generating part to the outside; an inhalation port provided on the mist The channel is used for the user to inhale the mist; the vital information detection part is used to detect the user’s vital information when the mist supply device is used; the pressure detection part is set for the user to inhale the mist The air flow generated by the mist, and detect the pressure; and the data transmission part is the vital information data detected by the vital information detection part, and includes information about the detected pressure by the pressure detecting part The suction volume data of the pressure data of the pressure is transmitted to the calculation device; the calculation device is provided with: a data receiving part which receives the biological information data and the suction volume data transmitted from the data transmission part; The living body information memory unit stores the living body information data and the attraction amount data received by the data receiving unit; and the analysis unit compares the living body information data and the attraction amount data stored in the living body information memory unit, and Evaluate the user's health status. A personal health status evaluation system, which measures the user’s health status based on vital information data. The personal health status evaluation system is provided with: a mist supply device for supplying mist to the user; and a calculation device for calculation and display The parameter of the user’s health status; the mist supply device is provided with: a generating part for generating the mist; a mist channel for supplying the mist generated by the generating part to the outside; an inhalation port provided on the mist The channel is used for the user to inhale the mist; the living body information detection unit detects the user’s living body information data when the mist supply device is used; and the data transmission unit sends the data to the calculation Device; the calculation device is provided with: a data receiving unit, which receives the biological information data transmitted from the data transmission unit; a biological information storage unit, which stores the biological information data received by the data receiving unit; an analysis unit, It analyzes the vital information data and evaluates the health status of the user; the notification part informs the analysis part of the evaluation result data of the health status analyzed by the analysis part; and the selection part is based on the evaluation result data of the health status and selects Select the method of use of the mist supply device; and The notification unit informs the usage method selected by the selection unit. For example, the personal health evaluation system described in item 3 of the scope of patent application, wherein the mist supply device is further equipped with a pressure detecting part, which is arranged on the channel of the air flow generated by the user inhaling the mist, and detects Pressure; The data transmission unit sends the living body information data detected by the living body information detection unit and the pressure data about the pressure detected by the pressure detection unit to the calculation device. For the personal health evaluation system described in any one of items 1 to 3 in the scope of the patent application, the mist supply device is further equipped with a memory, which is connected to the living body information detection unit and memorizes the living body information The living body information data detected by the detecting unit; the data transmitting unit transmits the living body information data stored in the memory of the mist supply device to the calculation device. For example, the personal health status evaluation system described in any one of items 1 to 3 of the scope of patent application, wherein the biological information data is non-invasively obtained data. The personal health status evaluation system described in any one of items 1 to 3 in the scope of the patent application, wherein the biological information data is selected from the group consisting of heartbeat, pulse, sweating, blood pressure, and blood components More than one type of information. Such as the personal health evaluation system described in item 7 of the scope of patent application, wherein the vital information data is pulse. For example, the personal health status evaluation system described in item 1 or 2 of the scope of patent application, wherein the calculation device further includes a notification unit that notifies the analysis unit of the evaluation result data of the health status analyzed by the analysis unit. Personal health status as described in any one of items 1 to 3 in the scope of the patent application A state evaluation system, wherein the calculation device further includes an evaluation result transmission unit, and the evaluation result transmission unit transmits the evaluation result data of the health state analyzed by the analysis unit to a device equipped with a notification unit. The personal health status evaluation system described in item 10 of the scope of patent application, wherein the device provided with the notification unit is the mist supply device. The personal health status evaluation system described in item 10 of the scope of patent application, wherein the device with the notification unit is a mobile terminal. For example, the personal health status evaluation system described in item 9 of the scope of patent application, wherein the calculation device further includes a selection unit which selects the use of the mist supply device from options based on the evaluation result data of the health status Method; And, the use method selected by the selection section is notified by the notification section. For example, in the personal health evaluation system described in item 3 of the scope of patent application, the selection unit selects the content notified by the notification unit and selects relevant information about the means to reduce the degree of psychological stress. For example, the personal health evaluation system described in item 13 of the scope of patent application, wherein the selection unit selects the content notified by the notification unit and selects relevant information about the means to reduce the degree of psychological stress.

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