TWM647020U - Self-monitoring of blood glucose and health education application device - Google Patents

Abstract

A self-blood glucose monitoring and health education application device includes a housing unit, a control unit and a storage unit. The housing unit includes a housing and a storage space. The control unit includes a control module, a control module and A reminder module. The storage unit includes a medication record module and a time setting module. The time setting module stores medication time data. The control module provides the user with input of medication record data. The control module will The medication record data is stored in the medication record module. The control module uses the medication time data to determine the medication record data stored in the medication record module, and when the user does not use the medication time data, the medication record data is stored in the medication record module. When stored in the medication record module, the reminder module is controlled to output a reminder information externally.

Description

Self-blood glucose monitoring and health education application device

The present invention relates to an application device, in particular to a self-blood glucose monitoring and health education application device.

Blood sugar (English: Blood sugar) refers to glucose in the blood. After eating, glucose in food enters the blood from the small intestine and is transported to various cells in the body, becoming the main energy source for cells. In the human body, blood sugar concentration is strictly controlled, and the normal value of fasting blood sugar before meals is 70 to 99 mg/dL. Blood sugar concentrations rise one to two hours after eating and are lowest after sleep.

Imbalanced blood sugar concentration can lead to a variety of diseases. If the blood sugar concentration is continuously too high, it is called hyperglycemia. If the blood sugar concentration is too low, it is called hypoglycemia. Sustained high blood sugar caused by a variety of reasons can cause diabetes, which is also related to blood sugar concentration. The most significant disease, hypoglycemia can cause symptoms such as dizziness, inability to concentrate, and even shock.

People with mild diabetes need to regulate their diet and exercise. If type 1 diabetes (dependent type) and type 2 diabetes (acquired type) are confirmed, they need to take medicine on time, measure blood sugar on time, and pay attention to the body's blood sugar level. The measurement of blood sugar is not just about measuring multiple times. The measurement time must be correct so that the blood sugar value has reference value. However, elderly people sometimes forget to take medicine or measure blood sugar, causing the body's blood sugar level to drop. It is easy to be at incorrect values, which can easily make the physical condition worse and worse.

Please refer to the certificate number TW M635654, which describes a drug container and system with monitoring functions. Its technical feature is to use the detection unit to detect the user's physiological data, and then use the rescue unit to send emergency signals to provide cloud platform system analysis and Send an alert to the outside world. However, the content of M635654 does not remind the user to measure blood glucose, nor does it remind the user to store the blood glucose measurement value. As a result, users often forget to measure blood glucose, and M635654 does not provide the function of storing blood glucose value.

Please refer to the certificate number TW M609773, which describes a real-time health care management application system. The main technical feature is the use of a container body that can place medicines, and a temperature detector used to detect the temperature inside the container body. However, the content of M609773 does not remind users of the time to take medicine, nor does it provide users with the ability to record the medicines they have taken, nor does it explain the function of recommending exercise or diet to users.

From the above description, it can be seen that although blood glucose detection technology is mature, the current technical characteristics still have the following shortcomings:

1. Unable to remind you to take medicine or measure blood sugar: Most people with diabetes are elderly. Elderly people tend to forget things. Therefore, elderly people often forget to take medicine and measure blood sugar. This will cause the body of the elderly to always be in incorrect blood sugar, which is harmful to the elderly. The organs of the body are prone to damage.

2. Unable to guide movement: People with high blood sugar are usually in a weak state and often feel tired and do not want to move. However, the less exercise a person with high blood sugar has, the worse their physical condition will be. Currently, there is no treatment for people with high blood sugar. Provides the function of guiding movement, resulting in a weak physical condition of the personnel.

3. Recording medication status is cumbersome: Although personnel can autonomously record the use of medicines, currently the application must be opened to input the data, and then the time of taking medicines must be recorded manually. The cumbersome procedures will cause inertia among personnel, and ultimately result in unwillingness to make further decisions on the status of medicines. record.

Therefore, how to automatically remind people to measure blood sugar, remind people to take medicines on time, provide guidance for people to exercise, and simplify medicine usage records is an urgent goal for relevant technical personnel.

In view of this, the purpose of the present invention is to provide a self-blood glucose monitoring and health education application device.

The self-blood glucose monitoring and health education application device includes a housing unit, a control unit, and a storage unit.

The shell unit includes a shell and an accommodation space defined by the shell.

The control unit includes a control module provided in the accommodation space, a control module provided in the housing, and a reminder module provided in the housing. The control module, the control module and the Reminder module connection.

The storage unit includes a medication recording module connected to the control module, and a time setting module connected to the control module. The time setting module stores medication time data, and the control module provides user input. A medication record data, the control module stores the medication record data in the medication record module, the control module uses the medication time data to determine the medication record data stored in the medication record module, and saves the medication when the user does not When the medication time data stores the medication record data in the medication record module, the reminder module is controlled to output a reminder information to the outside.

Another technical means of the present invention is that the above-mentioned storage unit further includes a suggested menu storage module connected to the control module, the suggested menu storage module stores a suggested menu data, and the control module controls the The control module outputs the suggested menu data.

Another technical means of the present invention is that the above-mentioned storage unit further includes a blood glucose recording module connected to the control module. The control module provides the user with input of blood glucose measurement data, and the control module records the blood glucose measurement data. Blood glucose measurement data is stored in the blood glucose recording module.

Another technical means of the present invention is that the above-mentioned time setting module stores a measurement time data, and the control module uses the measurement time setting data to determine the blood glucose measurement data stored in the blood glucose recording module, and When the user does not store the blood glucose measurement data in the blood glucose recording module at the measurement time data, the reminder module is controlled to output the reminder information externally.

Another technical means of the present invention is that the above-mentioned storage unit further includes a threshold storage module connected to the control module. The threshold storage module stores blood glucose threshold data, and the control module uses the blood glucose threshold data. Determine the blood glucose measurement data to control the reminder module to output the reminder information when the blood glucose measurement data exceeds the blood glucose threshold data.

Another technical means of the present invention is that the above-mentioned self-blood glucose monitoring and health education application device further includes a detection unit. The detection unit includes a blood glucose detection module connected to the control module. The blood glucose detection module The measuring module is used to detect and obtain the blood glucose measurement data and transmit it to the control module.

Another technical means of the present invention is that the above-mentioned control unit further includes a control terminal wireless transmission module connected to the control module, and the detection unit further includes a detection unit connected to the blood glucose detection module. The control terminal wireless transmission module is information-connected to the detection terminal wireless transmission module.

Another technical means of the present invention is that the above-mentioned storage unit further includes a sports video storage module connected to the control module. The sports video storage module stores a sports video data, and the control module controls the control. The module outputs the sports video data to the outside world.

Another technical means of the present invention is that the above-mentioned control unit further includes a camera module disposed on the housing, the camera module is connected to the control module, and the camera module is used for photographing medicines.

Another technical means of the present invention is that the above-mentioned storage unit further includes a drug characteristic storage module connected to the control module. The drug characteristic storage module stores a drug characteristic data. The control module is based on the drug. The characteristic data is the image captured by the camera module to automatically generate the medication record data.

The beneficial effect of this new model is that the control module can automatically determine whether the user has recorded the medication status based on the medication record data stored in the medication recording module. This will prevent the user from forgetting to take the medication. In the same way, the user will not forget to take the medication. The control module can automatically determine whether the user has measured blood sugar on time based on the blood sugar measurement data stored in the blood sugar recording module to prevent the user from forgetting to measure blood sugar.

The relevant patent application features and technical contents of this new model will be clearly presented in the following detailed description of a preferred embodiment with reference to the drawings. Before proceeding to the detailed description, it should be noted that similar components are designated with the same number.

Referring to Figures 1, 2, and 3, a preferred embodiment of the new self-blood glucose monitoring and health education application device 3 is shown. The self-blood glucose monitoring and health education application device 3 includes a housing unit 31 and a control unit. 32. A storage unit 33, and a detection unit 34.

The housing unit 31 includes a housing 311 and an accommodation space 312 defined by the housing 311. In this preferred embodiment, the self-blood glucose monitoring and health education application device 3 is a mobile phone device. The housing The body 311 is a mobile phone casing, but is not limited to this.

The control unit 32 includes a control module 321 provided in the accommodation space 312, a control module 322 provided in the housing 311 and electrically connected to the control module 321, and a control module 322 provided in the housing 311 and electrically connected to the control module 321. The control module 321 is electrically connected to a reminder module 323, a camera module 324 is disposed on the housing 311 and is electrically connected to the control module 321, and a control terminal wireless transmission module is connected to the control module 321. Group 325, the control module 321 is a mobile phone control circuit, the control module 322 is a touch display panel, the reminder module 323 can be a sound output circuit, a text message or network output circuit, or a light Output circuit, the camera module 324 is a photography lens, and the control terminal wireless transmission module 325 is a Bluetooth transmission circuit. In actual implementation, the housing 311 has a first housing of a mobile phone body (not shown in the figure), and a second housing (not shown) spaced apart from the first housing. The second housing is provided with the control module 322 and the reminder module 323. The control module 321 and the control module The group 322, and the reminder module 323, but are not limited to this.

The storage unit 33 includes a medication recording module 331 connected to the control module 321, a time setting module 332 connected to the control module 321, and a suggested menu storage module 333 connected to the control module 321. , a blood glucose recording module 334 connected to the control module 321, a threshold storage module 335 connected to the control module 321, a sports video storage module 336 connected to the control module 321, and a The control module 321 is connected to a drug characteristic storage module 337, and the storage unit 33 is a memory circuit.

The detection unit 34 includes a blood glucose detection module 341 connected to the control module 321, and a detection terminal wireless transmission module 342 connected to the blood glucose detection module 341. The detection unit 34 is a blood glucose detection module. machine, the blood glucose detection module 341 is a blood glucose detection circuit, and the detection end wireless transmission module 342 is a Bluetooth transmission circuit.

Please refer to Figure 2. The time setting module 332 stores a medication time data. The control module 322 allows the user to input a medication record data. The drug feature storage module 337 stores a drug feature data. The control module 321 Analyze the image captured by the camera module 324 based on the drug characteristic data to automatically generate the medication record data. In this preferred embodiment, when the user wants to take the drug 41, the camera module 324 can be driven to view the drug 41 To capture images, the control module 321 will analyze the picture captured by the camera module 324 based on the drug characteristic data of the drug characteristic storage module 337, such as appearance shape characteristics or appearance color characteristics, to automatically determine the shooting Whether the drug 41 exists in the picture, and when the drug 41 exists in the photographed picture, the medication time is automatically recorded as the medication record data. After the user obtains the drug 41, the image of the drug 41 can be stored in the drug. The drug characteristic data used to form the drug 41 in the feature storage module 337 can provide subsequent image analysis by the control module 321. In actual implementation, the control module 322 can use other image recognition technologies and should not be limited to this. , when the control module 321 determines that the photographed picture has drug characteristic data, it automatically stores the time in the medication recording module 331, and the user takes the drug directly after photographing the drug.

In addition, since the control module 321 stores the medication record data in the medication record module 331, the control module 321 can use the medication time data to determine the medication records stored in the medication record module 331. data, and when the user does not store the medication record data in the medication record module 331, the reminder module 323 is controlled to output a reminder information. For example, the user can preset the medication time. Data, such as 7 am to 8 am, 12 pm to 1 pm, 7 pm to 8 pm, but not limited to this, so that the control module 321 knows the user's medication time, and the user is When taking medicine, the time of taking medicine can be recorded in the medicine recording module 331 manually or automatically. Preferably, the control module 322 displays a touch button. When the user touches the touch button, The control module 321 performs recording of medication time. When the time reaches the medication time data, the data of the medication record module 331 will be analyzed. If the user does not record the medication record data, it means that the user may have forgotten to take the medication. The control module 321 then uses the reminder information output by the reminder module 323 to remind the user to take medicine.

The control module 322 provides the user with input of blood glucose measurement data. The control module 321 stores the blood glucose measurement data in the blood glucose recording module 334. Preferably, the control module 322 displays an input box. The user directly inputs the blood glucose value. The control module 322 uses the blood glucose value as the blood glucose measurement data. The time setting module 332 stores a measurement time data. The control module 321 determines the measurement time based on the measurement time setting data. The blood glucose measurement data stored in the blood glucose recording module 334 is controlled by the reminder module 323 to output the reminder information when the user does not store the blood glucose measurement data in the blood glucose recording module 334 at the measurement time. , to remind the user to measure blood sugar.

Diabetic patients must perform routine blood sugar monitoring and weight control. Patients can monitor their blood sugar before meals and two hours after meals as directed by their doctor. The daily monitoring time before meals is 7AM-11AM-4PM and two hours after meals; blood sugar before bedtime Test time is 9pm. (Numerical judgment: normal fasting blood sugar: 70~99mg/dl, postprandial blood sugar 80~140mg/dl, glycated hemoglobin 4~6%). When blood sugar is lower than 70mg/dL or higher than 400mg/dL, home care should be notified immediately or legal representative.

In addition, the control module 321 stores information on blood sugar control methods that provide health education applications, and can be output by the control module 321. The health education applications are described as follows, but are not limited thereto:

1. Blood sugar medication before or after meals - follow your doctor’s instructions:

(1) Rapid-acting insulin, such as insulin injection or oral hypoglycemic drugs, must be given before meals; it can be given half an hour before the patient needs to eat, and do not wait too long between meals to avoid hypoglycemia.

(2) The cause of persistently low blood sugar before meals should be assessed first. Patients with poor appetite can change the insulin to after meals to assess food intake before injecting.

(3) Reminding the elderly about the use of medicines and quickly recording the medication status of the elderly can prevent the elderly from taking medications repeatedly, thereby preventing excessive dosage of medicine from harming the elderly's body.

2. Remember to bring sugary foods such as cookies or candies when you go out to prevent hypoglycemia.

3. Dietary hygiene education: control your diet to avoid rising blood sugar. Adopt a low-sugar, low-fat, high-fiber diet and provide relevant pictures and portions.

Users can refer to the above-mentioned blood sugar control methods to provide health education applications to prevent blood sugar levels from being too high or too low, and to assist the body's blood sugar control.

Please refer to Figure 3. In addition, the user can also use a wireless method to automatically record blood glucose levels. The control terminal wireless transmission module 325 is connected to the detection terminal wireless transmission module 342, that is, the control terminal wireless transmission module 342 is connected to the control terminal wireless transmission module 342. The terminal wireless transmission module 325 performs Bluetooth pairing with the detection terminal wireless transmission module 342. When the user measures blood glucose, the control module 321 automatically stores the blood glucose value and detection time in the blood glucose record. In module 334.

In addition, the blood glucose detection module 341 is used to detect and obtain the blood glucose measurement data and transmit it to the control module 321. The threshold storage module 335 stores a blood glucose threshold data, and the control module 321 uses The blood glucose threshold data determines the blood glucose measurement data to control the reminder module 323 to output the reminder information when the blood glucose measurement data exceeds the blood glucose threshold data. Preferably, the blood glucose threshold data is greater than 160mg/dL three times. Or more than 240 mg/dL at one time, but not limited to this. When the blood glucose measurement data stored in the blood glucose recording module 334 is higher than 160mg/dL three times in a row or higher than 240mg/dL once, the control module 321 controls the reminder module 323 to output warning information and immediately recommend the user to seek medical treatment. , among which, the reminder module 323 can not only emit a warning sound for the user's attention, but also can emit warning lights to enhance the reminder effect, and can also use the control module 322 to output relevant text information and picture information. When the user records the blood sugar level, the control module 321 can instantly analyze whether it meets the standard. When the user's blood sugar level is not well controlled (the first set value), it will remind the user to take medicine on time, pay attention to diet and exercise more. , when the user's blood sugar is too high (the second set value), the user is immediately reminded to seek medical treatment to avoid continued deterioration of the physical condition.

The suggested menu storage module 333 stores a suggested menu data, and the control module 321 controls the control module 322 to output the suggested menu data. Preferably, it provides low-sugar, low-fat, and high-fiber dietary suggestions, and at the same time Provide relevant pictures and weight information.

Please refer to Figure 4. The sports video storage module 336 stores a sports video data. The control module 321 controls the control module 322 to output the sports video data. Preferably, the sports video storage module 336 can For online videos, the control module 321 stores a plurality of network links to obtain relevant sports video data on the Internet and plays it by the control module 322. The sports video data is a simple exercise demonstration: for the elderly or diabetic. The patient's advice on exercise is that regular exercise is good for health. The control unit 32 is not an ordinary watch device. Preferably, it outputs exercise teaching videos from a mobile phone. It can be output directly from the mobile phone, or it can be connected to other screens for output. For example, it can be connected to Use the TV to output exercise instruction videos.

It can be seen from the above description that the new self-blood glucose monitoring and health education application device 3 of the present invention does have the following functions:

1. It can remind you to take medication and detect blood sugar: The time setting module 332 stores the medication time data and the measurement time data. The control module 321 is provided with a timer, which can analyze the medication record in the time of the medication time data and the measurement time data. Whether the corresponding medication time data and blood sugar measurement data are stored in the module 331 and the blood glucose recording module 334 to determine whether the user forgets to take the medicine or forgets to measure the blood sugar. When the user forgets to take the medicine or forgets to measure the blood sugar, the control The module 321 will control the reminder module 323 to send reminder information to remind the user to take medicine or detect blood sugar.

2. Provide guidance for exercise: The exercise video data stored in the exercise video storage module 336 is a simple exercise demonstration. Exercise is recommended for the elderly or diabetic patients. Regular exercise is good for health. The control module 321 controls the control module 322 to output the exercise video data to the outside. , users can follow the sports video data to exercise.

3. Simplify medication records: The control module 321 analyzes the image captured by the camera module 324 based on the drug characteristic data to automatically generate the medication record data. When the control module 321 determines that the captured image has drug characteristic data, it automatically stores the time in the In the medication recording module 331, the user takes the medicine directly after taking the picture, eliminating the need for cumbersome manual input.

To sum up, the control module 321 has the function of reminding the user to use medicines to prevent the body from being damaged by diseases or injuries. It can also provide the user with the ability to record the medicines used. It can not only provide doctors with instructions for the user. Changes in physical health and medication status can also provide the user with dietary suggestions and exercise suggestions. Among them, the exercise video storage module can store exercise demonstration videos to guide the user in exercising. and teaching. In addition, the control unit 32 can also automatically record the medication time by taking images, so the purpose of the present invention can indeed be achieved.

However, the above is only a preferred embodiment of the present invention, and should not be used to limit the scope of the present invention, that is, any simple equivalent changes and modifications may be made based on the patent scope of the present invention and the description of the new invention. , are still within the scope of this new patent.

3: Self-blood glucose monitoring and health education application device 31: Shell unit 311: Shell 312: Accommodation space 32:Control unit 321:Control module 322:Control module 323: Reminder module 324:Camera module 325:Control terminal wireless transmission module 33:Storage unit 331: Medication record module 332: Time setting module 333: Suggested menu storage module 334: Blood glucose recording module 335:Threshold storage module 336:Sports video storage module 337: Drug characteristic storage module 34:Detection unit 341: Blood glucose detection module 342: Detection end wireless transmission module 41:Drugs

Figure 1 is a schematic diagram of a functional module arrangement, which is a preferred embodiment of the new self-blood glucose monitoring and health education application device; Figure 2 is a schematic diagram of the use state, illustrating the situation of a control unit photographing medicines in the preferred embodiment; Figure 3 is a schematic diagram of a usage state, illustrating the information connection between the control unit and a detection unit in the preferred embodiment; and FIG. 4 is a schematic diagram of a usage state, illustrating the state in which the control unit uses the control module to guide the user's movement in the preferred embodiment.

3: Self-blood glucose monitoring and health education application device

31: Shell unit

311: Shell

312: Accommodation space

32:Control unit

321:Control module

322:Control module

323: Reminder module

324:Camera module

325:Control terminal wireless transmission module

33:Storage unit

331: Medication record module

332: Time setting module

333: Suggested menu storage module

334: Blood glucose recording module

335:Threshold storage module

336:Sports video storage module

337: Drug characteristic storage module

34:Detection unit

341: Blood glucose detection module

342: Detection end wireless transmission module

Claims (10)

A self-blood glucose monitoring and health education application device, including: A shell unit includes a shell and an accommodation space defined by the shell; and A control unit, including a control module provided in the accommodation space, a control module provided in the housing, and a reminder module provided in the housing, the control module and the control module and The reminder module is connected; and A storage unit includes a medication recording module connected to the control module, and a time setting module connected to the control module. The time setting module stores medication time data, and the control module provides the user with Input a medication record data, and the control module stores the medication record data in the medication record module. The control module uses the medication time data to determine the medication record data stored in the medication record module, and displays it to the user. When the medication time data is not stored in the medication record module, the reminder module is controlled to output a reminder information. As claimed in claim 1, the self-glucose monitoring and health education application device, wherein the storage unit further includes a suggested menu storage module connected to the control module, the suggested menu storage module stores a suggested menu data, the The control module controls the control module to output the suggested menu data. The self-blood glucose monitoring and health education application device of claim 1, wherein the storage unit further includes a blood glucose recording module connected to the control module, and the control module provides the user with input of blood glucose measurement data, and the The control module stores the blood glucose measurement data in the blood glucose recording module. The self-blood glucose monitoring and health education application device described in claim 3, wherein the time setting module stores a measurement time data, and the control module uses the measurement time setting data to determine the blood glucose stored in the blood glucose recording module. Measure the data, and control the reminder module to output the reminder information when the user does not store the blood glucose measurement data in the blood glucose recording module at the measurement time data. The self-blood glucose monitoring and health education application device of claim 3, wherein the storage unit further includes a threshold storage module connected to the control module, the threshold storage module stores blood glucose threshold data, and the control module The blood glucose threshold data is used to determine the blood glucose measurement data, so as to control the reminder module to output the reminder information when the blood glucose measurement data exceeds the blood glucose threshold data. The self-blood glucose monitoring and health education application device described in claim 3 further includes a detection unit, the detection unit includes a blood glucose detection module connected to the control module, and the blood glucose detection module is used to detect Measure and obtain the blood glucose measurement data and transmit it to the control module. The self-blood glucose monitoring and health education application device described in claim 6, wherein the control unit further includes a control terminal wireless transmission module connected to the control module, and the detection unit further includes a control unit connected to the blood glucose detection module. A set of connected detection terminal wireless transmission modules, the control terminal wireless transmission module is information-connected to the detection terminal wireless transmission module. The self-blood glucose monitoring and health education application device as described in claim 1, wherein the storage unit further includes a sports video storage module connected to the control module, the sports video storage module stores a sports video data, and the control module The module controls the control module to output the sports video data to the outside. As claimed in claim 1, the self-blood glucose monitoring and health education application device, wherein the control unit further includes a camera module disposed on the housing, the camera module is connected to the control module, and the camera module is used for Photograph medicine. As claimed in claim 9, the self-blood glucose monitoring and health education application device, wherein the storage unit further includes a drug characteristic storage module connected to the control module, the drug characteristic storage module stores a drug characteristic data, and the control module The module automatically generates the medication record data based on the image captured by the camera module based on the drug characteristic data.

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