JP-7855309-B2 - Health support device, health support method, and program

Inventors

• 山村 淳貴
• ゼイ田 満広
• 鈴木 雄一
• 李 殷瑞
• 高木 基成

Assignees

• サントリーホールディングス株式会社

Dates

Publication Date

20260508

Application Date

20201124

Claims (10)

1. A blood glucose acquisition unit that acquires a group of blood glucose levels consisting of two or more time-series blood glucose levels of the user, A variation information acquisition unit acquires variation information, which is a score for the temporal fluctuation of blood glucose levels, using the aforementioned blood glucose level group. A determination unit that determines whether the aforementioned fluctuation information satisfies predetermined output conditions and obtains the determination result, A health support device comprising: an output unit that outputs blood glucose information, which is information relating to the blood glucose level and includes the score, when the judgment result is determined to satisfy the output conditions.
2. A blood glucose level acquisition unit that acquires the user's blood glucose level, A determination unit that determines whether the blood glucose level meets predetermined output conditions and obtains the determination result, The system comprises an output unit that outputs blood glucose information relating to the blood glucose level when the judgment result is determined to satisfy the output conditions, The aforementioned output conditions are: A health support device that detects when blood glucose levels are above or above a threshold at a predetermined time after going to sleep.
3. The aforementioned change information acquisition unit, The health support device according to claim 1, which acquires fluctuation information, which is the difference between the lowest blood glucose level and the highest blood glucose level within a predetermined time period in the group of blood glucose levels, and acquires a lower score the larger the fluctuation information, or acquires a blood glucose fluctuation trend, which is the rate of blood glucose fluctuation or the acceleration of blood glucose fluctuation, using the lowest blood glucose level and the highest blood glucose level within a predetermined time period in the group of blood glucose levels, and acquires a lower score the larger the blood glucose fluctuation trend.
4. The health support device according to claim 1 , wherein the blood glucose level group is a blood glucose level group that includes three or more blood glucose levels ranging from the normal blood glucose level to the peak blood glucose level and from the peak blood glucose level to the normal blood glucose level.
5. The aforementioned blood glucose level acquisition unit is Obtain two or more blood glucose level groups of the aforementioned user, The aforementioned change information acquisition unit, The health support device according to claim 1 , which acquires the fluctuation information using the two or more blood glucose level groups.
6. The health support device according to claim 5 , wherein the two or more blood glucose groups are two or more blood glucose groups from different days at the same time, or two or more blood glucose groups corresponding to the occurrence of the same event.
7. The aforementioned output condition is a warning condition for outputting a warning, The aforementioned change information acquisition unit, The health support device according to claim 1 , which acquires change information regarding a warning when the judgment result is determined to satisfy the warning conditions.
8. A health support device according to any one of claims 1 to 7 , having the shape of a wristwatch.
9. A health support method comprising all steps performed by the health support device described in any one of claims 1 to 8 .
10. Computers, A program for causing a health support device to function as described in any one of claims 1 to 8 .

Description

This invention relates to a health support device, etc., that acquires and outputs information related to blood glucose levels using the user's blood glucose levels. In the prior art, there were non-invasive devices for measuring blood glucose levels (see, for example, Patent Document 1). Patent No. 4052461 Block diagram of health support device A in Embodiment 1Flowchart illustrating an example of the operation of the health support device A.A flowchart illustrating an example of the process for acquiring change information.This figure shows the appearance of the health support device A and an example of its information output.Diagram showing the warning condition management table.Conceptual diagram of health support system B in Embodiment 2Block diagram of the same health support system BConceptual diagram of the health support system B.Overview of the computer system in the above embodimentBlock diagram of the computer system The following describes embodiments of the health support device, etc., with reference to the drawings. Note that components denoted by the same reference numerals in the embodiments perform similar operations, and therefore, further explanation may be omitted. (Embodiment 1) This embodiment describes a health support device that uses the user's blood glucose level to acquire and output blood glucose level information. The blood glucose level information includes, for example, the blood glucose level itself and warning information. Furthermore, this embodiment describes a health support device that acquires and outputs fluctuation information regarding blood glucose levels using two or more time-series blood glucose levels of the user. The fluctuation information may include, for example, a score or warning information. Furthermore, in this embodiment, a health support device that acquires fluctuation information based on comparison with reference information will be described. Furthermore, this embodiment describes a health support device that acquires fluctuation information based on a comparison with the user's past blood glucose levels. Furthermore, in this embodiment, a health support device that acquires and outputs information on fluctuations in blood glucose levels using a blood glucose level group, which is a set of blood glucose levels that are continuous over time, will be described. Such a blood glucose level group may, for example, be a set of blood glucose levels from normal to peak, or a set of blood glucose levels from normal to peak and from peak to normal. Furthermore, this embodiment describes a health support device that acquires fluctuation information using two or more blood glucose level groups at different times. Note that the two or more blood glucose level groups at different times are, for example, two or more blood glucose level groups at the same time period, or two or more blood glucose level groups corresponding to the occurrence of the same event, such as a meal. Figure 1 is a block diagram of the health support device A in this embodiment. The health support device A comprises a storage unit 1, a reception unit 2, a processing unit 3, and an output unit 4. The storage unit 1 comprises a reference information storage unit 11 and a past blood glucose level group storage unit 12. The processing unit 3 comprises a blood glucose level acquisition unit 31, a fluctuation information acquisition unit 32, and a judgment unit 33. The output unit 4 comprises a blood glucose level information output unit 41 and a fluctuation information output unit 42. The storage unit 1 stores various types of information. These types of information include, for example, the reference information (described later), the past blood glucose level group (described later), output conditions, and processing conditions (described later). The output conditions may be common to all users, or they may be associated with a user identifier. The output conditions may also be warning conditions (described later). Output conditions are the conditions for outputting information. Examples of output conditions include conditions for outputting blood glucose information and conditions for outputting fluctuation information. The blood glucose information output conditions are the conditions for outputting blood glucose information. These conditions may be related solely to blood glucose levels, or to both blood glucose levels and timing. Timing refers to information about the time of day or event. Examples of blood glucose information output conditions include: "Blood glucose level is not within the normal range indicated by the reference information described later," "Blood glucose level is above or above the threshold," "Blood glucose level is below or below the threshold," "It is normal time, and blood glucose level is above or above the threshold," "Within a specified period after an event such as a meal (e.g., within 2 hours), blood glucose level is above or above the threshold," and "At a sp