JP2022016972A - Treatment support device, treatment support method, and treatment support program - Google Patents

Abstract

To provide a treatment support device, a treatment support method, and a treatment support program which support diagnosis or treatment of respiratory system diseases.SOLUTION: A server 80 acquires measurement sound data of a pulmonary sound sensor 71 which is attached to the body of a patient U1 to measure a pulmonary sound, acquires motion data on the patient U1 in a measurement period of the measurement sound data, and causes a display device of an electronic device 90 to display an image (a graph G1, a graph G2, a spectrogram SP, and an image SPa) based on the acquired measurement sound data and motion data.SELECTED DRAWING: Figure 4

Description

The present invention relates to a treatment support device, a treatment support method, and a treatment support program.

In Patent Document 1, the waveform characteristic information is extracted from the sound wave shape by processing the biological sound information measured from the living body, and it is determined what kind of determination criteria the waveform characteristic information matches (or does not match). A device that determines the type of sound according to the determination result and displays the determined type is described.

Japanese Unexamined Patent Publication No. 2013-123494

If the presence or absence of symptoms of respiratory diseases such as asthma is determined only by the lung sound measured from the patient, the determination accuracy may not be sufficiently ensured. In addition, it is difficult to know the factors that cause seizures from the lung sounds alone, and it is difficult to perform appropriate treatment.

An object of the present invention is to provide a treatment support device, a treatment support method, and a treatment support program that support the treatment of a respiratory disease.

(1)
The measurement sound data of the lung sound measuring device that measures the lung sound attached to the body of the person to be measured is acquired, the behavior data of the person to be measured during the measurement period of the measurement sound data is acquired, and the measurement sound data and the measurement sound data are acquired. A treatment support device including a processor that displays an image based on the above behavior data on a display device of an external device.

According to (1), the measurement sound data and the behavior data can be confirmed at a place away from the person to be measured. Therefore, by using these data, it is possible for a doctor who is away from the subject to make a decision on the treatment of a respiratory disease of the subject, or a subject who is away from the subject. It may be possible for the person concerned with the measurer (parents, teachers, nursery teachers, etc.) to decide the medication for the person to be measured. As a result, appropriate treatment can be performed. In addition, since doctors and related persons can check not only the measured sound data but also the behavior data, it is possible to judge whether the person to be measured has a symptom of a respiratory disease and the cause of the symptom. Judgment and the like can be performed accurately.

(2)
(1) The treatment support device described above.
The image is a treatment support device containing a spectrogram of the measured sound data.

According to (2), the state of the lung sound of the subject can be intuitively grasped by the spectrogram of the measured sound data. Therefore, it is possible to easily determine whether or not the subject has symptoms of respiratory disease.

(3)
(2) The treatment support device described above.
The processor analyzes the measured sound data to determine a specific period during which the secondary noise may have been measured in the measurement period of the measured sound data.
The image is a treatment support device including the spectrogram and a specific image showing the range of the specific period in the spectrogram.

According to (3), by looking at the image displayed on the external device, it is possible to instantly grasp the specific period in which the occurrence of the symptom of the respiratory system disease is suspected. For example, was the symptom occurring in a specific period by comparing the spectrogram status of a specific period, the spectrogram of the specific period and the period before and after the specific period, the comparison of the spectrogram of the specific period with the spectrogram of the lung sound data of a healthy person, etc. You can make a judgment with high accuracy.

(4)
(3) The treatment support device described above.
The processor is a treatment support device that reproduces at least the data of the specified period of the measured sound data by the external device.

According to (4), by listening to the reproduced sound of a specific period, it is possible to more accurately determine whether or not the symptom is occurring in the specific period.

(5)
The treatment support device according to (3) or (4).
The processor is a treatment support device that, when it is determined that there is a specific period, notifies a pre-registered electronic device to notify the confirmation of the image.

According to (5), it is not necessary for the doctor to check the image frequently, so that efficient treatment can be performed. In addition, it becomes possible to instruct the subject or a person concerned about the medication at an appropriate timing, and appropriate treatment becomes possible.

(6)
The treatment support device according to any one of (1) to (5).
The behavior data is a treatment support device including at least one of the environmental information of the place where the subject is present and the activity amount of the subject.

According to (6), by looking at the image displayed on the external device, it is possible to grasp at least one of the environment of the place where the subject is present or the amount of activity of the subject at the time of measuring the lung sound. This makes it possible to improve the accuracy of determining whether or not a respiratory symptom has occurred and the cause of the occurrence of the symptom.

(7)
(6) The treatment support device according to the above.
The above environmental information includes the amount of allergens.
The image is a treatment support device including at least one of an image showing a transition of the amount of the allergen in the measurement period and an image showing the transition of the activity amount in the measurement period.

According to (7), by looking at the image displayed on the external device, the environment of the place where the subject is present at the time of lung sound measurement or at least one of the activity amount of the subject is intuitively grasped. can. This makes it possible to improve the accuracy of determining whether or not a respiratory symptom has occurred and the cause of the occurrence of the symptom.

(8)
The processor of the device having the processor acquires the measurement sound data of the lung sound measuring device that measures the lung sound attached to the body of the person to be measured, and the behavior data of the person to be measured during the measurement period of the measured sound data. A treatment support method comprising a step of acquiring the above-mentioned measurement sound data and displaying an image based on the above-mentioned behavior data on a display device of an external device of the above-mentioned device.

(9)
The measured sound data of the lung sound measuring device for measuring the lung sound attached to the body of the person to be measured is acquired by the processor of the device having the processor, and the behavior data of the person to be measured during the measurement period of the measured sound data. A treatment support program that acquires and executes a step of displaying an image based on the measured sound data and the behavior data on the display device of the external device of the device.

According to the present invention, it is possible to support the treatment of respiratory diseases.

It is a figure which shows the schematic structure example of the asthma treatment support system. It is a figure which shows the schematic structure example of the asthma treatment support system. It is a figure which shows the behavior information of a patient U1 schematically. It is a schematic diagram which shows an example of the image displayed based on the display data.

(Overview)
An outline of a treatment support system including a server, which is an embodiment of the treatment support device of the present invention, will be described. The treatment support system makes it possible to check the health condition of a patient with a respiratory disease such as asthma at a remote location such as a hospital or home away from the patient. The server of the treatment support system acquires the measurement sound data of the lung sound measurement device that measures the lung sound attached to the patient's body, acquires the patient's behavior data during the measurement period of the measurement sound data, and acquires the measurement. The image based on the sound data and the acquired behavior data is displayed on the display device of an external device (for example, an electronic device owned by a doctor who treats the patient or an electronic device owned by a person related to the patient).

Pulmonary sounds are all sounds that occur with respiratory movements in the lungs and thorax, regardless of whether they are normal or abnormal, except for sounds originating from the cardiovascular system. Lung sounds are classified into breath sounds, which are physiological sounds that originate from the air flow generated in the airways by breathing, and secondary noise, which is an abnormal sound that occurs in pathological conditions such as wheezing or pleural friction rub. Will be done. Wheezing is one of the continuous secondary noises. The behavioral data is data showing at least one of the environment of the place where the patient was acting and the active state of the patient.

According to this treatment support system, measurement sound data and behavior data can be confirmed at a place away from the patient. Therefore, by using these data, it is possible for a doctor or a person concerned who is away from the patient to determine the treatment of the respiratory system disease of the patient, and appropriate treatment can be performed. In particular, since doctors or related persons can check not only the measured sound data but also the behavior data, it is necessary to accurately determine whether the patient has respiratory symptoms and the cause of the symptoms. Can be done. Hereinafter, the details of the embodiment will be described.

(Embodiment)
1 and 2 are diagrams showing a schematic configuration example of an asthma treatment support system. The treatment support system 100 shown in FIG. 1 is a system that supports the treatment of asthma of a patient U1 who uses a facility 1 such as a nursery school, a kindergarten, a school, or an amusement facility. Facility 1 includes building 2 and garden 3. The building 2 includes a room 21, a room 22, and a corridor 23. In the building 2, an entrance / exit 21g is provided between the room 21 and the corridor 23, an entrance / exit 22g is provided between the room 22 and the corridor 23, and an entrance / exit 23g is provided between the corridor 23 and the outside.

The treatment support system 100 is installed in the behavior information measuring device 41 installed in the doorway 21g, the behavior information measuring device 42 installed in the doorway 22g, the behavior information measuring device 43 installed in the doorway 23g, and the room 21. The environmental information measuring device 51, the environmental information measuring device 52 installed in the room 22, the environmental information measuring device 53 installed in the corridor 23, the environmental information measuring device 54 installed in the garden 3, and the patient U1. A wireless tag 60 provided on a name tag or the like, a lung sound measuring device 70 attached to the patient U1, a server 80 constituting a treatment support device, and a doctor or a person related to the patient U1 who treats the patient U1 ( It is equipped with an electronic device 90 owned by a parent, a teacher, a nursery teacher, etc.). The electronic device 90 constitutes an external device existing outside the server 80. The electronic device 90 is an electronic device including a display device such as a personal computer, a smartphone, or a tablet terminal.

As shown in FIG. 2, the behavior information measuring devices 41, 42, 43, the environmental information measuring devices 51, 52, 53, 54, the lung sound measuring device 70, the server 80, the electronic device 90, etc. It is connected to the network NW and can communicate with each other.

The behavior information measuring devices 41, 42, and 43 each include two wireless tag readers 401, a control unit 402, and a communication interface (IF) 403. The communication interface 403 is an interface for communicating with a device connected to the network NW. The two wireless tag readers 401 are arranged side by side at intervals of the entrance / exit direction of a person at each of the entrances / exits 21g, 22g, and 23g. The wireless tag reader 401 communicates with the wireless tag 60 possessed by the patient U1. The wireless tag 60 stores in advance the identification information of the patient who possesses the tag 60.

When the identification information is read from the same wireless tag 60 by each of the two wireless tag readers 401 in a short time, the control unit 402 includes the identification information, the date and time of reading, the entrance information, and the exit information. And are associated and stored in the memory.

When the control unit 402 of the behavior information measuring device 41 installed at the doorway 21g reads the same identification information in order from the two radio tag readers 401 of the behavior information measuring device 41 arranged on the corridor 23 side. The identification information, the date and time, the entrance information to the room 21, and the exit information from the corridor 23 are stored in association with each other. When the same identification information is read in order from the two wireless tag readers 401 of the behavior information measuring device 41 arranged on the room 21 side, the control unit 402 of the behavior information measuring device 41 together with the identification information. , The date and time, the exit information from the room 21, and the entrance information to the corridor 23 are stored in association with each other.

When the control unit 402 of the behavior information measuring device 42 installed at the doorway 22g reads the same identification information in order from the two radio tag readers 401 of the behavior information measuring device 42 arranged on the corridor 23 side. The identification information, the date and time, the entrance information to the room 22, and the exit information from the corridor 23 are stored in association with each other. When the same identification information is read in order from the two wireless tag readers 401 of the behavior information measuring device 42, which are arranged on the room 22 side, the control unit 402 of the behavior information measuring device 42 together with the identification information. , The date and time, the exit information from the room 22, and the entrance information to the corridor 23 are stored in association with each other.

The control unit 402 of the behavior information measuring device 43 installed at the doorway 23g read the same identification information in order from the two radio tag readers 401 of the behavior information measuring device 43 arranged outside the building 2. In this case, the identification information, the date and time, the entrance information to the corridor 23, and the exit information from the garden 3 are stored in association with each other. When the same identification information is read in order from the two wireless tag readers 401 of the behavior information measuring device 43, which are arranged on the corridor 23 side, the control unit 402 of the behavior information measuring device 43 together with the identification information. , The date and time, the exit information from the corridor 23, and the entrance information to the garden 3 are stored in association with each other.

Each control unit 402 of the behavior information measuring devices 41, 42, and 43 transfers the behavior measurement data including the identification information, the date and time, the entrance information, and the exit information stored in the memory to the server 80 by using the communication interface 403. Send.

The environmental information measuring devices 51, 52, 53, and 54 each include an environmental information measuring device 501, a control unit 502, and a communication interface 503, respectively. The communication interface 503 is an interface for communicating with a device connected to the network NW.

The environmental information measuring device 501 is a device for measuring environmental information of the place where it is installed. Environmental information is the amount of allergens (dust, dust, pollen, PM2.5, etc.) in the air that may cause attacks of respiratory diseases such as temperature, humidity, and asthma, or the odor index that indicates odor. be. Hereinafter, the environmental information measuring device 501 will be described as an example of a sensor for measuring the amount of allergen.

The control unit 502 inputs the environmental measurement data including the environmental information (allergen amount) measured by the environmental information measuring device 501, the measurement time of the environmental information, and the location information of the place where the environmental information measuring device 501 is installed. , The communication interface 503 is used to transmit to the server 80.

The lung sound measuring device 70 is attached to the body of the patient U1 and used while the patient U1 is in the facility 1. The lung sound measuring device 70 operates on a battery, and communicates with the lung sound sensor 71, the body motion sensor 72, the control unit 73 including the processor and the memory, and the device connected to the network NW. The communication interface 74 of the above is provided.

The lung sound sensor 71 is a device (lung sound measuring device) that measures the lung sound of the patient U1 with a sound measuring element such as a microphone in a state of being in contact with the body surface of the patient U1. The body motion sensor 72 detects the body motion of the patient U1 and is composed of at least one of an acceleration sensor and an angular velocity sensor.

The processor of the control unit 73 performs signal processing such as noise removal processing on the output signal of the sound measuring element of the lung sound sensor 71, and communicates the signal after this signal processing and the measured sound data including the measurement time of the signal. It transmits to the server 80 via the interface 74. The processor of the control unit 73 processes the detection signal of the body motion sensor 72 to obtain the activity amount of the patient U1, and transmits the activity amount data including the activity amount and the detection time to the server 80 via the communication interface 74. ..

The body motion sensor 72, the control unit 73, and the communication interface 74 in the lung sound measuring device 70 can be replaced by an electronic device such as a smartphone possessed by the patient U1. In this case, the unit including the lung sound sensor 71 and the battery and the electronic device may be configured to be able to communicate by wire or wirelessly.

The server 80 includes a communication interface 81 for communicating with a device connected to the network NW, a control unit 82, and a database 83. The server 80 can be accessed from the electronic device 90.

The control unit 82 controls the entire server 80 in an integrated manner, and the hardware-like structure is various processors that execute programs and perform processing.

As various processors, programmable logic is a processor whose circuit configuration can be changed after manufacturing such as CPU (Central Processing Unit), which is a general-purpose processor that executes a program and performs various processes, and FPGA (Field Programmable Gate Array). It includes a dedicated electric circuit which is a processor having a circuit configuration specially designed for executing a specific process such as a device (Programmable Logic Device: PLD) or an ASIC (Application Specific Integrated Circuit). More specifically, the structure of these various processors is an electric circuit in which circuit elements such as semiconductor elements are combined.

The control unit 82 may be composed of one of various processors, or may be composed of a combination of two or more processors of the same type or different types (for example, a combination of a plurality of FPGAs or a combination of a CPU and an FPGA). You may. Although not shown, the server 80 is provided with a ROM (Read Only Memory) for storing a program or the like executed by the control unit 82, a RAM (Random Access Memory) as a work memory, and the like. A program including a treatment support program is stored in the ROM.

The control unit 82 that operates according to this treatment support program sequentially records a data group consisting of measurement sound data, activity amount data, environment measurement data, and behavior measurement data received by the communication interface 81 in the database 83.

Each time the data group for a unit period such as 10 minutes is recorded in the database 83, the control unit 82 sets the measurement sound data of the patient U1 in this unit period and this unit based on the data group for this unit period. The behavior data of the patient U1 in the period is acquired, the measurement sound data and the display data for displaying the image based on the behavior data are generated, and this display data is associated with the information of this unit period to the database 83. Record in.

The control unit 82 acquires the behavior data by generating the above behavior data based on the behavior measurement data, the activity amount data, and the environment measurement data for a unit period. Hereinafter, a concrete example of a method of generating behavior data will be described.

The control unit 82 generates behavioral information indicating the existence period of each place in the facility 1 of the patient U1, and stores this behavioral information in the database 83. Specifically, the control unit 82 obtains the period during which the patient U1 was present in the room 21 and the period during which the patient U1 was present in the room 22 from the behavior measurement data for the unit period of the patient U1. , The period during which the patient U1 was present in the corridor 23 and the period during which the patient U1 was present in the garden 3 are derived to generate, for example, the behavioral information schematically shown in FIG. The period shown by the diagonal line in FIG. 3 indicates the period during which the patient U1 was present. In the example of FIG. 3, the unit period is a period of 10 minutes from 8:00 to 8:10.

The control unit 82 generates the behavior data of the patient U1 in the unit period based on the behavior information for the unit period, the environment measurement data for the unit period, and the activity amount data for the unit period. This behavioral data is data showing how and in what environment the patient U1 was behaving.

For example, the behavior data is at least one of activity transition data showing the transition of the activity amount of the patient U1 in the unit period and allergen transition data showing the transition of the amount of allergen in the place where the patient U1 was present in the unit period. including.

The activity transition data is data including the activity amount (for example, the number of steps) for each time (for example, every minute) included in the activity amount data for a unit period.

For example, in the case of the behavior information shown in FIG. 3, the allergen transition data includes the amount of allergen measured by the environmental information measuring device 53 in the corridor 23 in the period T1 and the environmental information measuring device in the room 22 in the period T2. The amount of allergen for each time measured in 52, the amount of allergen for each time measured by the environmental information measuring device 54 in the garden 3 in the period T3, and the amount of allergen measured by the environmental information measuring device 51 in the room 21 in the period T4. The amount of allergen for each time, the amount of allergen for each time measured by the environmental information measuring device 52 in the room 22 in the period T5, and the amount of allergen for each time measured by the environmental information measuring device 53 in the corridor 23 in the period T6. It is the data consisting of the amount of allergen in.

Further, the control unit 82 analyzes the measured sound data of the unit period, and the specific period (measured sound data) in which the secondary noise in the unit period (that is, the measurement period of the measured sound data) may have been measured. The period during which the sound suspected to be the secondary noise is included) is determined. The sub-noise referred to here is not a sub-noise that occurs frequently in a patient with a disease, but a sub-noise that occurs suddenly (for example, continuous sub-noise such as wheezing). When the control unit 82 determines that there is such a specific period, the control unit 82 includes data for displaying an image showing the range of the specific period in the unit period in the display data.

Specifically, the display data includes an image showing how much activity the patient U1 was in in what environment (environment with a large amount of allergen or an environment with a small amount of allergen), and the lung sound of the patient U1. It is a data for displaying an image showing what the measured sound data obtained by measuring the above is. For example, the control unit 82 generates display data for displaying the image shown in FIG.

FIG. 4 is a schematic diagram showing an example of an image displayed based on the display data. FIG. 4 shows graph G1, graph G2, spectrogram SP, and image SPA (two dashed lines, two-way arrows, and the letters “suspected wheezing period”) showing a range of specific periods.

Graph G1 is a graph showing allergen transition data. Graph G2 is a graph showing activity transition data. The spectrogram SP indicates a spectrogram of the measured sound data. In the example of FIG. 4, the graph G1 and the graph G2 form an image based on the behavior data, and the spectrogram SP and the image SPA form an image based on the measured sound data.

When the control unit 82 receives an image display request based on display data for a predetermined period (for example, one day spent by the patient U1 at the facility 1) from the electronic device 90 connected to the network NW, the control unit 82 receives the request. The image shown in FIG. 4 for a predetermined period is generated and transmitted to the requesting electronic device 90. In the electronic device 90, the image received from the server 80 can be displayed by the display device. The server 80 transmits the configuration data for displaying the image shown in FIG. 4 to the requesting electronic device 90, and the web browser of the electronic device 90 generates and displays the image shown in FIG. 4 from the configuration data. It may be displayed on the device.

(Effect of treatment support system)
According to the treatment support system 100, an image based on the measurement sound data of the patient U1 and an image based on the behavior data of the patient U1 can be confirmed at a place away from the patient U1. Therefore, by using this image, a doctor who is away from the patient U1 or a person concerned with the patient U1 can determine the treatment of asthma of the patient U1 and can perform appropriate treatment.

For example, it is possible to compare the behavior of the patient U1 during the period in which the asthma attack is considered to have not occurred with the behavior of the patient U1 during the period in which the asthma attack is considered to occur (the above-mentioned specific period). Become. This makes it possible to know the environment and behavior in which seizures are likely to occur, which can be useful for treatment. In addition, the behavioral status of the patient U1 before and after the period in which the asthma attack is considered to have occurred can be grasped, which can be useful for treatment.

In addition, the doctor or the person concerned with the patient U1 can determine whether or not an asthma attack has occurred by checking the portion of each of the spectrogram SP, the graph G1 and the graph G2 for a specific period. This makes it possible to determine the frequency of seizures with high accuracy.

In addition, the suspicion of an asthma attack can be known at an early timing by a doctor or a person concerned with the patient U1 frequently checking an image based on the display data generated periodically. For example, if a doctor who sees an image of a specific period shown in FIG. 4 determines that a seizure has occurred during this specific period, he or she may instruct the parent of patient U1 to take medication or inform the staff of facility 1. Patients U1 can be instructed to administer medication. This enables medication treatment at an appropriate timing.

As described above, in the treatment support system 100, the final determination of the presence or absence of a seizure (wheezing) of the patient U1 is made by the doctor. Therefore, the server 80 need only make a simple determination that can support the diagnosis of the doctor as the determination of the presence or absence of the specific period. Therefore, the cost of the server 80 can be reduced. Further, by performing this determination on the server 80 side, the lung sound measuring device 70 does not require a processor that requires advanced processing. Therefore, the battery drive time of the lung sound measuring device 70 can be extended, and it can be made suitable for constant wearing. In addition, the manufacturing cost of the lung sound measuring device 70 can be reduced.

(First variant of the treatment support system)
When the control unit 82 determines that there is a specific period as a result of the analysis of the measurement sound data of the unit period, the control unit 82 prompts the user to confirm the image based on the display data recorded in the database 83 corresponding to this unit period. Is preferably performed for a pre-registered electronic device. The registered electronic device is, for example, the electronic device 90 used by a doctor or a person concerned with the patient U1. The notification is performed, for example, by sending an e-mail or using the notification function of the application.

By giving such notification, the doctor or the person concerned with the patient U1 can know the possibility of having an asthma attack with a short time lag. Therefore, it becomes possible to administer the medication to the patient U1 at an appropriate timing, and appropriate treatment becomes possible. In addition, the doctor or the person concerned with the patient U1 does not need to confirm the image based on the display data with high frequency. Therefore, efficient treatment can be performed.

(Second variant of the treatment support system)
The control unit 82 may cause the electronic device 90 to reproduce at least the data for a specific period among the measured sound data used for generating the display data. For example, a doctor who is a user of the electronic device 90 displaying the image shown in FIG. 4 performs a reproduction instruction operation of the measurement sound data shown by the spectrogram SP. In response to this operation, the control unit 82 reads the measured sound data, which is the original data of the spectrometer SP displayed on the electronic device 90, from the database 83, and instructs the reproduction of the measured sound data and the measured sound data. Information is transmitted to the electronic device 90. The electronic device 90 that has received the measured sound data and the information outputs the sound based on the measured sound data from the speaker.

By making it possible to reproduce the measured sound data in this way, the doctor can more accurately determine whether or not a seizure has occurred in a specific period. If the portion of the measured sound data for a specific period can be reproduced at least by the electronic device 90, it is possible to determine the presence or absence of a seizure.

(Other variants of the treatment support system)
In the image shown in FIG. 4, the control unit 82 may further add an image showing a measured period of a sound other than the secondary noise such as a vocal sound or a nasal congestion sound and different from the breath sound.

In the above description, the spectrogram SP of the measured sound data is displayed as an image based on the measured sound data, but the present invention is not limited to this. For example, a graph of sound intensity for each frequency obtained by fast Fourier transforming the measured sound data may be displayed.

In the above description, the measurement of the environmental information is performed by the device installed at each place where the patient U1 can exist, but the measurement is not limited to this. For example, the patient U1 may have a device for measuring environmental information. In this case, it is not necessary to acquire the behavior measurement data.

Further, the electronic device 90 may be a device possessed by a person concerned with the patient U1, and the person concerned may share the information confirmed by the electronic device 90 with the doctor. By doing so, it is possible to support an appropriate diagnosis by a doctor.

U1 Patient T1 ~ T6 Period G1, G2 Graph 1 Facility 2 Building 3 Garden 21g, 22g, 23g Doorway 21,22 Room 23 Corridor 41,42,43 Behavior information measuring device 51,52,53,54 Environmental information measuring device 60 Wireless Tag 70 Pulmonary sound measuring device 71 Pulmonary sound sensor 72 Pulmonary sound sensor 72 Body motion sensor 73, 82, 402, 502 Control unit 74, 81, 403, 503 Communication interface 80 Server 83 Database 90 Electronic device 100 Treatment support system 401 Wireless tag reader 501 Environmental information measurement device

Claims (9)

The measurement sound data of the lung sound measuring device that measures the lung sound attached to the body of the person to be measured is acquired, the behavior data of the person to be measured during the measurement period of the measurement sound data is acquired, and the measured sound data and the measurement sound data are acquired. A treatment support device including a processor that displays an image based on the behavior data on a display device of an external device. The treatment support device according to claim 1.
The image is a treatment support device containing a spectrogram of the measured sound data. The treatment support device according to claim 2.
The processor analyzes the measured sound data to determine a specific period during which the secondary noise may have been measured in the measurement period of the measured sound data.
The image is a treatment support device comprising the spectrogram and a specific image showing the range of the specific period in the spectrogram. The treatment support device according to claim 3.
The processor is a treatment support device that reproduces at least the data of the specified period of the measured sound data by the external device. The treatment support device according to claim 3 or 4.
The processor is a treatment support device that, when it is determined that there is a specific period, notifies a pre-registered electronic device to notify the confirmation of the image. The treatment support device according to any one of claims 1 to 5.
The behavior data is a treatment support device including at least one of environmental information of the place where the subject is present and the amount of activity of the subject. The treatment support device according to claim 6.
The environmental information includes the amount of allergen.
The image is a treatment support device including at least one of an image showing a transition of the amount of the allergen during the measurement period and an image showing a transition of the activity amount during the measurement period. The processor of the device having the processor acquires the measurement sound data of the lung sound measuring device that measures the lung sound attached to the body of the person to be measured, and the behavior data of the person to be measured during the measurement period of the measured sound data. A treatment support method comprising a step of acquiring the measurement sound data and displaying an image based on the measurement sound data and the behavior data on a display device of an external device of the device. The measured sound data of the lung sound measuring device for measuring the lung sound attached to the body of the person to be measured is acquired by the processor of the device having the processor, and the behavior data of the person to be measured during the measurement period of the measured sound data. A treatment support program for executing a step of displaying the measured sound data and an image based on the behavior data on a display device of an external device of the device.

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