TW201318602A - Biosensor monitors with insulin type and insulin unit markers - Google Patents

Abstract

This invention discloses a biosensor monitor with insulin type and insulin markers on test results over time to help healthcare professionals better manage the necessary medical treatment for the diabetes.

Description

Blood glucose detection statistical method with insulin parameter and blood glucose detecting machine

The invention relates to a blood glucose detecting statistical method with insulin parameters and a blood sugar detecting machine thereof, in particular, the user can obtain the type, dose and time parameters of the insulin applied during a specific period by outputting the statistical data. The blood glucose test value provides the most specific statistics of the patient and the physician to help determine and plan the type of insulin that is most suitable for the user, the time of injection, and the dose.

Diabetes patients, there are patients with type 1 and 2, in which type 1 diabetes patients must control the daily glycemic index by means of insulin, but every diabetic patient who needs insulin is based on the individual. Life habits and physique, the type, dose and time of insulin required to be applied are not the same. Therefore, how to find the most suitable insulin application method is extremely important and necessary.

Currently, the commonly used insulin types include fast-acting insulin, short-acting insulin, intermediate-acting insulin, long-acting insulin, and mixed insulin. Each diabetic patient can only rely on his own memory at the beginning of the initial injection. Or take notes, record the type, time and dose of insulin, and then use the blood glucose tester to check the blood sugar, and then tell the doctor to determine the type, dose and time of insulin. However, in this way, the patient often misses or misreports the type, dose and time of the insulin being administered, and cannot provide the doctor with the correct type of insulin, the dose and the detected blood glucose test value for a certain period of time. Complete and specific statistics have made it impossible for doctors to plan the most suitable insulin application method for patients, and there is a need for improvement.

In view of this, the inventors of the present invention have further studied the blood glucose detecting statistical method having the insulin parameter and the blood sugar detecting machine thereof.

The object of the present invention is to provide a blood glucose detecting statistical method with insulin parameters and a blood glucose detecting machine thereof, wherein the blood glucose detecting statistical method comprises:

(a) Establish a database;

(b) storing the type and dose of insulin administered by the user in the database and marking a time parameter;

(c) storing the blood glucose test value measured by the blood glucose tester in the database and marking a time parameter;

(d) categorize the data in the database according to the specific period set, and arrange the type of insulin, dose, time parameters and blood glucose test value of the user according to the time sequence indicated in the specific period of the paragraph. By outputting the statistical data, the user can obtain the type, dose, time parameter and blood glucose detection value of the insulin applied during a specific period to provide the most specific statistical data of the patient and the physician to help determine and plan. The type of insulin most suitable for the user, the time of injection and the dose.

The blood glucose detecting statistical method with insulin parameter disclosed in the invention can establish a multi-person database, and store the type of insulin, the dose and the measured blood glucose detection value input by different users in the corresponding user respectively. In the database, and according to the database of each user and the set period, according to the time sequence indicated in the specific period of the period, each user is counted in the specific period of the period. Insulin type, dose, time parameters and blood glucose test values.

The blood glucose detecting statistical method with insulin parameter disclosed in the present invention requires the user to input the state of the user when detecting blood sugar, for example, fasting, after getting up, before breakfast, after breakfast, before lunch, after lunch. The state of the user before, after dinner, after dinner, after snacks, before bed, after exercise, or after oral administration, so that the stored statistical data, in addition to the insulin parameter, also contains the user status corresponding to the blood glucose detection value. By. The various user states described above may be displayed on the display by the blood glucose detecting device for the user to select a corresponding user state, or the user may preset certain user states according to personal usage habits during blood glucose detection. The blood glucose detecting machine only lists the user state preset by the user for the user to select a corresponding user state.

The blood glucose detecting statistical method with insulin parameter disclosed in the present invention, the statistical data can be outputted on the display of the blood glucose detecting machine or the output of the printing device connected by the blood glucose detecting machine.

The blood glucose detecting statistical method with insulin parameter disclosed by the invention has a specific period according to the user, and can be set according to the user to set a certain period of time, such as 3, 7, 14, 30 days; or Set a specific period, such as 7, 14, 28 days. The invention can perform data statistics according to the specific period mentioned above [can be set by the user or set according to a preset value], and when the user needs to output the statistics, the individual can be output according to the specific period. The type, dose, and duration of the insulin that has been administered, and the blood glucose test values that have been detected during that particular period.

The invention discloses a blood glucose detecting statistical method with an insulin parameter, wherein the type of the insulin is displayed on a display of a blood glucose detecting machine for the user to select and input, and the insulin type comprises fast-acting insulin, short-acting insulin, Medium-acting insulin, long-acting insulin, and mixed insulin.

The invention discloses a blood glucose detecting machine which implements a blood glucose detecting statistical method with insulin parameters, which can start a user after opening the data, and then open a database corresponding to the user. At this time, the user can perform the blood glucose detecting machine. Blood glucose testing to obtain a blood glucose test value, or to enter the type and dose of insulin administered, and to decide whether to store it in the database.

The blood glucose detecting statistical method with insulin parameter disclosed by the invention and the blood sugar detecting machine thereof can provide the user with the statistical specificity of the type, dose, time parameter and the corresponding blood glucose detecting value of the insulin applied in a certain period of time. The information is provided to provide the most specific information of the patient and the physician to help determine and plan the type of insulin most suitable for the user, the time of injection and the dosage, and the novelty of the invention is industrially useful.

The blood glucose detecting statistical method with insulin parameters disclosed in the present invention and the blood glucose detecting machine thereof can be clarified by the following description and the accompanying drawings.

Referring to the first figure, the present invention relates to a blood glucose detecting statistical method with insulin parameters and a blood glucose detecting machine thereof, wherein the blood glucose detecting statistical method comprises:

(a) Establish a database;

(b) storing the type and dose of insulin administered by the user in the database and marking a time parameter;

(c) storing the blood glucose test value measured by the blood glucose tester in the database and marking a time parameter;

(d) Statistic the data in the database according to the specific period set, and arrange the insulin type, dose, time parameters and blood glucose test of the user according to the time parameter sequence marked in the specific period of the paragraph. The value is for future output; the user can obtain the type, dose, time parameter and blood glucose detection value of the insulin applied during a specific period to provide the most specific information of the patient and the physician. Help determine and plan the type of insulin that is most suitable for the user, the time of injection and the dose.

The blood glucose detecting statistical method with insulin parameters disclosed in the present invention, or as shown in the second figure, includes:

(a) Establish a multi-person database;

(b) storing the type and dose of insulin administered by different users in the database of the corresponding user, and marking the time parameter;

(c) The blood glucose test values measured by the blood glucose tester are stored in the corresponding user's database and marked with a time parameter;

(d) According to the database of each user and the specific period set by the user, the type of insulin applied by each user is arranged according to the order of the time parameters of each column in the specified period of the user. , dose, time parameters and blood glucose test values for future exporters.

The blood glucose detecting statistical method with insulin parameter disclosed in the present invention requires the user to input the state of the user when detecting blood sugar, for example, fasting, after getting up, before breakfast, after breakfast, before lunch, after lunch. User status before, after dinner, after dinner, after snacks, before bed, after exercise, or after oral administration, so that the stored statistical data contains the user detection status corresponding to the blood glucose detection value in addition to the insulin parameter. . The various user states described above may be displayed on the display for the user to select a corresponding user state; or the user may preset certain user states according to personal usage habits, and only perform on the blood glucose detection. List various user states preset by the user for the user to select a corresponding user state. For example, the user can preset the normal user state as: fasting, after breakfast, before dinner, after exercise, for blood sugar During the test, the display will only list the four user states after fasting, after breakfast, before dinner, and after exercise, so that the user can select a corresponding user state to shorten the time for the user to operate the blood glucose test. The above display may refer to an external display or a display on a blood glucose detecting machine.

The invention discloses a blood glucose detecting statistical method with insulin parameters, and the statistical data can be outputted from an external display or a blood glucose detecting machine, or printed by a connected printing device.

The blood glucose detecting statistical method with insulin parameter disclosed by the invention has a specific period according to the user, and can be set according to the user's own specific period, such as 3, 7, 14, 30 days; or according to the manufacturer The default period is preset, such as 7, 14, 28 days. The invention can perform data statistics according to the specific period mentioned above [can be set by the user or set according to a preset value], and when the user needs to output the statistics, the specific period required can be selected and outputted during the specific period. The type of insulin, dose, time parameters and blood glucose test values that the individual has ever applied.

The invention discloses a blood glucose detecting statistical method with insulin parameters, wherein the type of insulin can be displayed on a display or a display displayed on a blood glucose detecting machine for the user to select input, and the insulin type comprises fast-acting insulin, Short-acting insulin, intermediate-acting insulin, long-acting insulin, and mixed insulin.

According to the statistical method for blood glucose detection with insulin parameters disclosed in the present invention, it is assumed that if the user is fixed at time (t1) during the day, the long-acting insulin (L) is administered in units of 35 units, and the morning (T2) is fasted in the morning. After the lunch of time (t3) and after the exercise of time (t4), the blood glucose test is performed, and at the fixed time (t5), 30 units of short-acting insulin (S) are applied, and the present invention is obtained on the day. The information can be as shown in the following table:

After a few days of continuous use, the user can obtain the type of insulin, the dose, the time parameter, the user state when detecting blood sugar, and the blood glucose detection value in the specified specific period [such as within 7 days] by statistics. By arranging specific data, at this time, the physician can adjust the usage mode and dosage of the insulin most suitable for the user by using the statistical data of the insulin injection parameters contained in the present invention.

The blood glucose detecting machine for implementing the blood glucose detecting statistical method with the insulin parameter disclosed in the present invention can open the corresponding user's database after confirming the user after starting the power. At this time, the user can use the blood sugar detecting machine Perform a blood glucose test to obtain a blood glucose test value, or enter the type and dose of insulin administered and decide whether to store it in the database.

The blood glucose detecting machine for implementing the blood glucose detecting statistical method with insulin parameters disclosed in the present invention has the following different embodiments:

[Example 1]

As shown in the third figure, the blood glucose detecting machine disclosed by the present invention is only for single use. After the blood glucose detecting machine is turned on, the time parameter of the timer in the blood glucose detecting machine is first taken and is in a standby state, and the user can At this time, the test piece is inserted for blood glucose detection to obtain a blood glucose detection value with a time parameter, or for the user to input the type and dosage of the insulin to be administered, and the user can obtain the blood glucose detection value and the time parameter. The type and dosage of the insulin administered are stored in the database. In the future, the user can set the insulin according to the specific period set by the user or the specific period preset by the manufacturer to count the insulin applied by the user during the specific period. The type, dose, time parameters and blood glucose test values detected, and can be used to output the statistics in the future.

[Embodiment 2]

As shown in the fourth figure, the blood glucose detecting machine disclosed in the present invention is used by a single person. After the blood glucose detecting machine is turned on, the time parameter of the timer in the blood glucose detecting machine is first taken and is in a standby state, and the user can At this time, after selecting the user state when the blood glucose is detected, the test piece is inserted for blood glucose detection to obtain a blood glucose detection value with a time parameter and a user state parameter, or for the user to input the type of insulin to be administered. And the dosage, the user can store the obtained blood glucose detection value, the user state, the time parameter, the type and dosage of the insulin, in the database, and in the future, according to the specific period set by the user or the manufacturer's preset Statistics are performed during a specific period to calculate the type of insulin, the dose, the time parameter, and the blood glucose detection value detected by the user during the specific period for later output of the statistical data.

[Embodiment 3]

As shown in the fifth figure, the blood glucose detecting machine disclosed in the present invention can be used by a plurality of people. After the blood glucose detecting machine starts, the time parameter of the timer in the blood glucose detecting machine is taken and the user is selected. The user's database is opened and in a standby state, at which time the user can insert a test piece for blood glucose detection to obtain a blood glucose detection value with a time parameter, or for the user to input the type of insulin to be administered. And the dosage, the user can store the obtained blood glucose detection value, the time parameter, the type and dosage of the insulin, and store it in the database, and in the future, the user can set the statistics according to the specific period set by the user or the specific period preset by the manufacturer. In order to count the type of insulin, the dose, the time parameter and the detected blood glucose detection value, which are used by the user during the specific period, for later output of the statistical data.

[Embodiment 4]

As shown in the sixth figure, the blood glucose detecting machine disclosed by the present invention can be used by a plurality of people. After the blood glucose detecting machine starts, the time parameter of the timer in the blood glucose detecting machine is taken and the user is selected. The user's database is opened and in a standby state. At this time, the user can select a user state when the blood glucose is detected, and then insert a test piece to perform blood sugar detection to obtain a note with a time parameter and a user state. The blood glucose detection value, or the user can input the type and dosage of the insulin to be administered, and the user can store the obtained blood glucose detection value, time parameter, user state, type of insulin and dosage of the insulin in his own database. In the future, statistics can be made according to the specific period set by different users or the specific period preset by the manufacturer to calculate the type of insulin, dose, time parameters and user status of each user during the specific period. The blood glucose test value detected below for later output of the statistic.

The blood glucose detecting machine disclosed in the present invention, after the input of the personal password is required to be opened and entered into the database of the corresponding user.

The blood glucose detecting statistical method with insulin parameter disclosed by the invention and the blood sugar detecting machine thereof can be used for single or multi-person use mode, and can allow the user to obtain the type, dose and corresponding insulin of the insulin applied in a specific period. The statistical data of the blood glucose detection value is provided to provide the most specific information of the patient and the physician to help determine the type of insulin most suitable for the user, the injection time and the dosage, and the novelty of the invention is industrially useful.

The blood glucose detecting statistical method and the blood sugar detecting machine having the insulin parameter disclosed in the present invention can be modified and applied without departing from the spirit and scope of the present invention, and the present invention is not limited to the above disclosed.

The first figure is a block flow chart of the statistical method for blood glucose detection with insulin parameters of the present invention.

The second figure is a block flow diagram of another statistical method for blood glucose detection of insulin parameters of the present invention.

Fig. 3 is a block flow diagram showing a first embodiment of a blood glucose detecting machine for carrying out the blood glucose detecting statistical method of the present invention.

Figure 4 is a block flow diagram of a second embodiment of a blood glucose detecting machine for carrying out the blood glucose detecting statistical method of the present invention with insulin parameters.

Fig. 5 is a block flow diagram showing a third embodiment of a blood glucose detecting machine for carrying out the blood glucose detecting statistical method of the present invention.

Fig. 6 is a block flow diagram showing a fourth embodiment of a blood glucose detecting machine for carrying out the blood glucose detecting statistical method of the present invention.

Claims (18)

A statistical method for blood glucose detection with insulin parameters, comprising: (a) establishing a database; (b) storing the type and dose of the insulin administered by the user, storing the data in the database, and marking a time parameter; The blood glucose test value measured by the blood glucose tester is stored in the database and marked with a time parameter; and (d) the data in the database is counted according to the specified specific period, according to the specific period of the period The time sequence indicated in the table is arranged for the type of insulin, dose, time parameter and blood glucose test value. A blood glucose detecting statistical method with insulin parameters includes: (a) establishing a multi-person database; (b) storing the type and dosage of the insulin administered by different users in a database of the corresponding user, and (a) the blood glucose detection values measured by different users by the blood glucose detector are stored in the corresponding user's database and marked with a time parameter; and (d) according to each use The database of the person and the specified period of time are counted, and the type, dose, time parameter and blood glucose test value of each user's insulin are arranged according to the time sequence of the column in the specified period. The blood glucose detecting statistical method with insulin parameters as described in claim 1 or 2 of the patent application requires the user to input the state of the user when detecting blood sugar when performing blood glucose testing. According to the blood glucose detection statistical method with insulin parameter according to item 3 of the patent application scope, the user status includes an empty stomach, after getting up, before breakfast, after breakfast, before lunch, after lunch, before dinner, after dinner, after snack, User status before, after, or after oral administration. The blood glucose detecting statistical method with insulin parameters as described in claim 4, wherein various user states are displayed on the display for the user to select a corresponding user state. For example, the blood glucose detecting statistical method with the insulin parameter described in claim 4, wherein various user states are preset by the user according to personal usage habits, and when the blood glucose detecting is performed, only the display column is displayed. The user presets various user states for the user to select a corresponding user state. The blood glucose detection statistical method with insulin parameters as described in claim 1 or 2 of the patent application, the statistical data is output on the display. The statistical method of blood glucose detection with insulin parameters as described in claim 1 or 2 of the patent application, the statistical data is printed on the device output. The statistical method for blood glucose detection with insulin parameters as described in claim 1 or 2 of the patent application, the specific period according to which the statistics are based, is set by the user. The statistical method for blood glucose detection with insulin parameters as described in claim 1 or 2 of the patent application, the specific period according to which the statistics are based, is determined by the manufacturer for a specific period. The blood glucose detecting statistical method with insulin parameter according to claim 1 or 2, wherein the type of the insulin is displayed on the display of the blood glucose detecting machine for the user to select, and the insulin type includes quick-acting. Insulin, short-acting insulin, intermediate-acting insulin, long-acting insulin, and mixed insulin. A blood glucose detecting machine for performing a blood glucose detecting statistical method with insulin parameters according to claim 1, wherein the blood glucose detecting machine first captures a time parameter of a timer in the blood glucose detecting machine and is in a standby state after starting the blood glucose detecting machine. At this time, the user can insert a test piece for blood glucose detection to obtain a blood glucose detection value with a time parameter, or for the user to input the type and dosage of the insulin to be administered, and the user can obtain the blood sugar detection value, The time parameter, the type and dosage of insulin administered are stored in a database, and statistics are performed to calculate the type, dosage, time parameter and blood glucose detection value of the insulin applied by the user during the specific period. The statistic is output later. A blood glucose detecting machine for performing a blood glucose detecting statistical method with insulin parameters according to claim 1, wherein the blood glucose detecting machine first captures a time parameter of a timer in the blood glucose detecting machine and is in a standby state after starting the blood glucose detecting machine. At this time, the user can select the user state when the blood glucose is detected, insert the test piece for blood sugar detection, obtain a blood sugar detection value with time and user state parameters, or input the insulin for the user. The type and dosage of the user can store the obtained blood glucose detection value, user state, time parameter, type and amount of insulin applied in the database, and perform statistics to calculate the user's application during the specific period. The type of insulin, the dose, the time parameter, and the blood glucose test value detected under the user state for later output of the statistic. A blood glucose detecting machine for performing a blood glucose detecting statistical method with insulin parameters according to item 2 of the patent application scope, wherein the blood sugar detecting machine is used by a plurality of people, and the blood sugar detecting machine first picks up a blood sugar detecting machine after starting the power The time parameter of the timer is required to select the user, the database of the user is opened, and the user is in the standby state. At this time, the user can insert the test piece for blood sugar detection to obtain a blood glucose test with a time parameter. Value, or for the user to input the type and dosage of the insulin to be administered, the user can store the obtained blood glucose detection value, time parameter, type of insulin and dosage of the insulin in the database for statistical purposes within a specific period of time. The type of insulin, dose, time parameter and blood glucose detection value detected by the user for later output of the statistical data. A blood glucose detecting machine for performing a blood glucose detecting statistical method with insulin parameters according to item 2 of the patent application scope, wherein the blood sugar detecting machine is used by a plurality of people, and the blood sugar detecting machine first picks up a blood sugar detecting machine after starting the power The time parameter of the timer is required to select the user, the database of the user is opened, and the user is in the standby state. At this time, the user can select the user state when the blood glucose is detected, and then insert the test piece for blood glucose detection. To obtain a blood glucose detection value with a time parameter and a user state parameter, or for the user to input the type and dosage of the insulin to be administered, the user can obtain the obtained blood glucose detection value, time parameter, user state, and application. The type and dose of insulin are stored in their own database to calculate the type of insulin, the dose, the time parameter and the blood glucose test value detected by different users during a specific period of time. For the future output of this statistic. For example, the blood glucose detecting machine described in claim 14 or 15 is required to input a personal password, so that the database of the corresponding user is opened and entered. The blood glucose detecting machine of claim 12, 13, 14, or 15, wherein the statistical data is outputted on a display of the blood glucose detecting machine. The blood glucose detecting machine of claim 12, 13, 14, or 15, wherein the statistical data is printed by the printing device to which the blood glucose detecting machine is connected.