CN102053158A - Blood sugar analysis system, device and method - Google Patents
Blood sugar analysis system, device and method Download PDFInfo
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- CN102053158A CN102053158A CN2009102118914A CN200910211891A CN102053158A CN 102053158 A CN102053158 A CN 102053158A CN 2009102118914 A CN2009102118914 A CN 2009102118914A CN 200910211891 A CN200910211891 A CN 200910211891A CN 102053158 A CN102053158 A CN 102053158A
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Abstract
The invention relates to a blood sugar analysis system, device and method. The system comprises a database, an input device, a processing device and a display. The processing device is connected with the database, the input device and the display. The processing device comprises a blood sugar recording module and an evaluation module. The blood sugar recording module acquires at least one actually measured blood sugar value within at least one measurement time period of a user, and records the actually measured blood sugar value into the database; and the evaluating module acquires the actually measured blood sugar value of the user in the measurement time period within an evaluating period from the database, and evaluates the degree of blood sugar risk of the user in the measurement time period according to the acquired blood sugar value which is actually measured, so that the degree of blood sugar risk of the user in the measurement time period is displayed by the display.
Description
Technical field
The invention relates to a kind of analysis of blood sugar system, devices and methods therefor, and particularly relevant for a kind of analysis of blood sugar system, devices and methods therefor that carries out the risk assessment of day part blood sugar.
Background technology
Because economic plentiful and social kenel changes life style and the eating habit that has changed the modern, makes diabetes rank one of them of the domestic ten big causes of the death.Diabetes are a kind of chronic metabolic disturbance diseases relevant with heredity.It is generally acknowledged that diabetes are because factor reciprocal effects such as heredity, environment, chemical toxicant and microorganism cause.Pancreas excreting insulin deficiency in the symptom occlusion body of diabetes, or in the body insulin is produced fastness, and cause for the utilizing ability to lower even can't utilize fully of carbohydrate, cause blood sugar too high, the phenomenon that sugar is arranged in the urine also causes the metabolism of protein and fat undesired simultaneously.
At the diabetes ward mate, positive diet control, Nutrition Management are the most important only effective means of control of blood sugar.Therefore,, all to cooperate diet control no matter the symptom of diabetes is light or heavy, and the appropriate motion of the collocation treatment that comes ancillary drug, just can quite effective control of blood sugar.Diabetes ward mate's diet is based on normal balanced diet, again at everyone demand, adjusts the number percent of three big nutrients such as the umber of diet six macrotaxonomies and carbohydrate, protein, lipid, reaches the diet principle of control of blood sugar.And general normal person also should adhere to this balanced diet principle, with prevention diabetes upper body.
In order to follow the trail of and control of diabetes ward mate's blood glucose value, prior art is by making the diabetes ward mate continue the blood glucose value of introspection and record itself, looking after to carry out the oneself.Yet these methods only can allow the diabetes ward mate learn the height numerical value of blood glucose value, and can't understand the factor that whether its blood sugar degree of risk is higher, cause its blood glucose value change, also are difficult to understand the effect of oneself looking after.In addition, on diet, the physiological situation and the state of an illness that the ward mate seeks nutritionist's assisting in evaluating individual design diet, and instruct the how balanced diet that absorbs, with control ward mate's blood glucose value.Yet these methods can't be according to the personal like, and gives personalized dietary recommendation.
Summary of the invention
Therefore, the present invention proposes a kind of analysis of blood sugar system and application thereof, in order to by the actual measurement blood glucose value of user in the particular measurement period, analyzes the blood sugar degree of risk of user in the particular measurement period.
In the time of further, system of the present invention and application thereof, also can in order to foundation in a period of time the actual measurement blood glucose value of particular measurement period analyze its blood sugar degree of risk.
In the time of further, system of the present invention and application thereof also can be noted down user's eating habit, again according to its blood sugar degree of risk and individual eating habit thereof, and give personalized dietary recommendation.
According to one embodiment of the invention, a kind of analysis of blood sugar system comprises a database, an input media, a treating apparatus and a display device.Treating apparatus connects database, input media and display device.Treating apparatus comprises a blood sugar recording module and an evaluation module.The blood sugar recording module obtain and write down a user at least one actual measurement blood glucose value of at least one measurement period to database.Evaluation module during database is obtained an assessment in, the user is at least one actual measurement blood glucose value of measurement period, and according to obtained actual measurement blood glucose value, the assessment user uses for display device to show in the blood sugar degree of risk of measurement period.
According to another embodiment of the present invention, a kind of glucolyzer comprises a blood sugar test assembly, a storage assembly, an input module, a processing components and a display module.Processing components connects blood sugar test assembly, storage assembly, input module and display module.Processing components comprises a blood sugar recording module and an evaluation module.The blood sugar test assembly is in order to measure a user blood glucose value.The blood sugar recording module is by the blood sugar test assembly, test and record user at least one actual measurement blood glucose value of at least one measurement period to storage assembly.Evaluation module during storage assembly is obtained an assessment in, the user is at the actual measurement blood glucose value of measurement period, and according to obtained actual measurement blood glucose value, the assessment user uses for display module to show in the blood sugar degree of risk of measurement period.
According to further embodiment of this invention, a kind of analysis of blood sugar method comprises following steps: test and write down at least one actual measurement blood glucose value to a database of a user at least one measurement period.During database is obtained an assessment, the user is at the actual measurement blood glucose value of measurement period.According to obtained actual measurement blood glucose value, the assessment user is in the blood sugar degree of risk of measurement period.
Use the present invention and have following advantage.Can allow the user understand this blood sugar degree of risk in each period.In addition, sort, remind the glycemic control effect of which period of user relatively poor, need further to note by blood sugar degree of risk to day part.In addition, according to user's diet record and the actual measurement recommended dietary inventory that blood glucose value produced, can meet user individual's preferred diet or health.
Description of drawings
For above and other objects of the present invention, feature, advantage and embodiment can be become apparent, appended the description of the drawings is as follows:
Fig. 1 illustrates the functional block diagram according to a kind of analysis of blood sugar system of one embodiment of the invention;
Fig. 2 illustrates the functional block diagram of the treating apparatus 140 of Fig. 1;
Fig. 3 A illustrates the schematic appearance according to a kind of glucolyzer of one embodiment of the invention;
Fig. 3 B illustrates the functional block diagram according to a kind of glucolyzer of one embodiment of the invention;
Fig. 3 C illustrates an embodiment of the processing components 340 of Fig. 3 B;
Fig. 4 is according to the process flow diagram of a kind of analysis of blood sugar method of one embodiment of the invention.
[primary clustering symbol description]
100: analysis of blood sugar system 320: storage assembly
110: blood sugar test set 330: input module
120: database 340: processing components
130: input media 341: sugared logging modle
140: treating apparatus 342: during setting module
141: blood sugar recording module 343: evaluation module
142: during setting module 344: the scope setting module
143: evaluation module 345: the diet logging modle
144: scope setting module 346: the dietary recommendations continued module
145: diet logging modle 347: order module
146: dietary recommendations continued module 350: display module
147: order module 360: shell
150: display device 400: the analysis of blood sugar method
300: glucolyzer 410～450: step
310: the blood sugar test assembly
Embodiment
Please refer to Fig. 1, it illustrates the functional block diagram according to a kind of analysis of blood sugar system of one embodiment of the invention.The analysis of blood sugar system is at test of particular measurement period and record user's actual measurement blood glucose value, and the actual measurement blood glucose value by being write down in the user is during assessing, and analyzes the blood sugar degree of risk of user in the particular measurement period.
Analysis of blood sugar system 100 comprises a database 120, an input media 130, a treating apparatus 140 and a display device 150.Treating apparatus 140 connects database 120, input media 130 and display device 150.Wherein, input media 130 can be keyboard, mouse, Touch Screen, data transmission interface or other device in order to the input of reception external data.In addition, treating apparatus 140 can be the electronic installation of a computing machine or other tool processing capacity.
Fig. 2 illustrates the functional block diagram of the treating apparatus 140 of Fig. 1.Simultaneously with reference to Fig. 1 and Fig. 2.Treating apparatus 140 comprises a blood sugar recording module 141 and an evaluation module 143.Blood sugar recording module 141 obtain and write down a user at least one actual measurement blood glucose value of at least one measurement period to database 120.Wherein, measurement period can be at least one having a dinner the period, as before and after breakfast, after ante prandium or before and after the dinner.In addition, the user also can order other measurement period certainly, with record actual measurement blood glucose value.
Analysis of blood sugar system 100 can comprise a blood sugar test set 110 that is connected with treating apparatus 140.Wherein, can make blood sugar test set 110 measure at least one actual measurement blood glucose value of user at least one measurement period, blood supply sugar logging modle 141 obtains.Blood sugar test set 110 can be general commercially available blood sugar machine, hand held, handheld blood-glucose meter or other blood sugar test set, and by wired or wireless transmission mode, is connected with analysis of blood sugar system 100 and transmits data.In addition, in can be, blood sugar test set 110 is built in analysis of blood sugar system 100, and a blood sugar test assembly that electrically connects with treating apparatus 140.In addition, the user also can see through input media 130 and import the actual measurement blood glucose value voluntarily, and blood supply sugar logging modle 141 obtains.
In the time of further, setting module 142 during treating apparatus 140 also can include is during input media 130 is obtained an assessment.Wherein, the user can see through input media 130, has recorded in database 120 in the date of actual measurement blood glucose value, select wherein several as assessment during.Evaluation module 143 during database 120 is obtained assessment in, the user is at the actual measurement blood glucose value of measurement period.
Next, evaluation module 143 is according to obtained actual measurement blood glucose value, and the assessment user uses for display device 150 to show in the blood sugar degree of risk of measurement period.Wherein, treating apparatus 140 and display device 150 can be in the same electronic installation, mutually two devices that electrically connect.In addition, treating apparatus 140 also can see through the Internet and be connected to the long-range display device of user 150.For instance, the user can pass through mobile phone, personal digital assistant (Personal Digital Assistant, PDA) or the display device of other tool network function as display device 150, and see through the Internet and be connected to treating apparatus 140.
In the time of further, treating apparatus 140 also can comprise a scope setting module 144, in order to obtain a target blood glucose value scope from input media 130.For example, user or medical personnel, nutritionist etc. can see through the target blood glucose value scope that input media 130 inputs belong to its people.Wherein, target blood glucose value scope can be the data that health provided of medical personnel according to the user.In addition, also can be stored in advance in the database 120 with health organization, medical institutions to the blood glucose value scope that common people advised, default as target blood glucose value scope.
Because the difference value of user's actual measurement blood glucose value and target blood glucose value scope is big more, its blood sugar degree of risk is just high more; The difference value of user's actual measurement blood glucose value and target blood glucose value scope is more little, and its blood sugar degree of risk is just low more.Therefore, evaluation module 143 can be by calculating the obtained actual measurement blood glucose value and the difference of target blood glucose value scope, with the blood sugar degree of risk of assessment user in measurement period.
In the embodiment of another risk assessment, have a dinner the period during as measurement period in order, blood sugar recording module 141 is at mealtime before and after the section, an AC Sugar value and that obtains and write down the user respectively after meal blood glucose value as the actual measurement blood glucose value.Wherein, the blood glucose value difference of front and back is big more because the user has a dinner, and its blood sugar degree of risk is just high more; Blood glucose value difference before and after the user has a dinner is more little, and its blood sugar degree of risk is just low more.Therefore, evaluation module 143 can be assessed its blood sugar degree of risk according to the AC Sugar value and the difference of blood glucose value after meal.For example, calculate the AC Sugar value of certain Japan-China a certain meal and the difference value of blood glucose value after meal, whether surpass a particular range with difference value and decide its degree of risk grade, or with user complex ante cibum and the mean value of blood glucose value difference value after meal in length, as standard value, then relatively in a specific date a meal send out difference value and standard value, with assessment blood sugar degree of risk.Yet in other embodiments, evaluation module 143 can be used other blood sugar methods of risk assessment, and the assessment user sends out the blood sugar degree of risk in measurement period, is not limited to present embodiment.
When the user set a plurality of measurement period, treating apparatus 140 also can comprise an order module 147, and the user is sorted in the blood sugar degree of risk of each measurement period, to produce a risk ranking table, showed for display device 150.Thus, the user can see through the risk ranking table, and it is higher to understand its blood sugar degree of risk in which measurement period.Next, the user can manage its blood sugar at the higher measurement period of blood sugar degree of risk.
In addition, treating apparatus 140 also can comprise a diet logging modle 145 and a diet recommending module 146.Diet logging modle 145 record users are recorded to database 120 at the diet of measurement period.Wherein, user's a food list, medication inventory or other diet relative recording in the time of can being included in measurement period in the diet record.Dietary recommendations continued module 146 makes in the obtained actual measurement blood glucose value, meets target blood glucose value scope person's date, as meeting target date.Next, dietary recommendations continued module 146 obtains the diet record of user in the measurement period that meets target date from database 120, and according to obtained diet record, produces at least one recommended dietary inventory.In other words, can be by the diet record of user when meeting target blood glucose value scope, as user's reference of diet in the future.In addition, because the recommended dietary inventory is to produce according to user's diet record, so than the preferred diet or the health that can meet user individual.
Please refer to Fig. 3 A and 3B, it illustrates respectively according to the schematic appearance of a kind of glucolyzer of one embodiment of the invention and functional block diagram.Glucolyzer is at test of particular measurement period and record user's actual measurement blood glucose value, and the actual measurement blood glucose value by being write down in the user is during assessing, and analyzes the blood sugar degree of risk of user in the particular measurement period.
Glucolyzer 300 comprises a blood sugar test assembly 310, a storage assembly 320, an input module 330, a processing components 340 and a display module 350.Processing components 340 connects storage assembly 320, input module 330 and display module 350.Wherein, storage assembly 320 can be hard disk, flash memory or other can carry out the storage assembly of data access.In the present embodiment, input module 330 is a plurality of buttons.Yet in other embodiments, input module 330 can be at least one button, keyboard, mouse, Touch Screen, speech input interface, data transmission interface or other is in order to receive the assembly of external data input.In addition, glucolyzer 300 can comprise a shell 360, in order to installing blood sugar test assembly 310, storage assembly 320, input module 330, processing components 340 and display module 350.Thus, the person of being easy to use carries glucolyzer 300, at any time measuring blood and analyzing.
Fig. 3 C illustrates an embodiment of the processing components 340 of Fig. 3 B.Simultaneously with reference to Fig. 3 B and 3C.Processing components 340 comprises a blood sugar recording module 341 and an evaluation module 343.Blood sugar recording module 341 is by blood sugar test assembly 310, obtain and write down a user at least one actual measurement blood glucose value of at least one measurement period to storage assembly 320.Wherein, the setting of measurement period can be with reference to the explanation of aforesaid analysis of blood sugar system 100.
In addition, have a dinner the period during as measurement period in order, blood sugar recording module 341 is at mealtime before and after the section, and an AC Sugar value and that obtains and write down the user respectively is blood glucose value after meal.Wherein, the blood glucose value difference of front and back is big more because the user has a dinner, and its blood sugar degree of risk is just high more; Blood glucose value difference before and after the user has a dinner is more little, and its blood sugar degree of risk is just low more.Therefore, evaluation module 343 can calculate the difference value of obtained AC Sugar value after meal blood glucose value of even date with it respectively, and makes the average of the difference value that calculated, as the blood sugar degree of risk of user in measurement period.Yet in other embodiments, evaluation module 343 can be used other blood sugar methods of risk assessment, and the assessment user is not limited to present embodiment in the blood sugar degree of risk of measurement period.
When the user set a plurality of measurement period, an order module 347 ordering users of processing components 340, showed for display module 350 to produce a risk ranking table in the blood sugar degree of risk of each measurement period.Thus, but the shown risk ranking table of user's transmission display assembly 350, and it is higher to understand its blood sugar degree of risk in which measurement period.Next, the user can manage its blood sugar at the higher measurement period of blood sugar degree of risk.
In addition, processing components 340 can comprise a diet logging modle 345 and a diet recommending module 346.Diet logging modle 345 record users are recorded to storage assembly 320 at the diet of measurement period.Wherein, user's a food list, medication inventory or other diet relative recording in the time of can being included in measurement period in the diet record.Dietary recommendations continued module 346 makes in the obtained actual measurement blood glucose value, meets target blood glucose value scope person's date, as meeting target date.Next, dietary recommendations continued module 346 obtains the diet record of user in the measurement period that meets target date from storage assembly 320, and according to obtained diet record, produces at least one recommended dietary inventory, shows for display module 350.In other words, can be by the diet record of user when meeting target blood glucose value scope, as user's reference of diet in the future.In addition, because display module 350 shown recommended dietary inventories are to produce according to user's diet record, so than the preferred diet or the health that can meet user individual.
Please refer to Fig. 4, it is the process flow diagram according to a kind of analysis of blood sugar method of one embodiment of the invention.In the analysis of blood sugar method, at test of particular measurement period and record user's actual measurement blood glucose value, and the actual measurement blood glucose value by being write down in the user is during an assessment, analyze the blood sugar degree of risk of user in the particular measurement period.Analysis of blood sugar method 400 can adopt aforesaid analysis of blood sugar system or device to do in fact, also can be, and be stored in the recording medium of an embodied on computer readable in fact as a computer program, and make computing machine read execution analysis of blood sugar method 400 after this recording medium.Wherein, analysis of blood sugar method 400 comprises:
In step 410, test and write down at least one actual measurement blood glucose value to a database of a user at least one measurement period.Wherein, the setting of measurement period as mentioned before.
In step 440, during database is obtained assessment in, the user is at the actual measurement blood glucose value of measurement period.In the time of further, can be wherein several dates that recorded the actual measurement blood glucose value in the database during the assessment.In addition, can before step 440, set earlier during the assessment of institute's desire assessment.
In step 450, according to obtained actual measurement blood glucose value, the assessment user is in the blood sugar degree of risk of measurement period.Because the difference value of user's an actual measurement blood glucose value and an euglycemia value scope is big more, its blood sugar degree of risk is just high more; The difference value of user's actual measurement blood glucose value and euglycemia value scope is more little, and its blood sugar degree of risk is just low more.Therefore, step 450 can be by providing a target blood glucose value scope, and calculate difference value average of obtained actual measurement blood glucose value and target blood glucose value scope, as the blood sugar degree of risk of user in measurement period.Wherein, target blood glucose value scope as previously mentioned.Thus, make the more accurate blood sugar degree of risk of assessing out the user of step 450.
In addition, when having a dinner the period, step 410 is the section front and back at mealtime in the measurement period of test and record actual measurement blood glucose value, and an AC Sugar value and of testing and write down the user respectively is blood glucose value after meal.Wherein, the blood glucose value difference of front and back is big more because the user has a dinner, and its blood sugar degree of risk is just high more; Blood glucose value difference before and after the user has a dinner is more little, and its blood sugar degree of risk is just low more.Therefore, step 450 can be calculated the difference value of obtained AC Sugar value after meal blood glucose value of even date with it respectively, and makes the average of the difference value that calculated, as the blood sugar degree of risk of user in measurement period.Yet in other embodiments, step 450 can be passed through other assessment mode, and the assessment user is not limited to present embodiment in the blood sugar degree of risk of measurement period.
In the time of further, analysis of blood sugar method 400 can comprise other step.For instance, when the user set a plurality of measurement period, the user that can sort was in the blood sugar degree of risk of each measurement period, to produce a risk ranking table.Thus, the user can see through the risk ranking table, and it is higher to understand its blood sugar degree of risk in which measurement period.Next, the user can manage its blood sugar at the higher measurement period of blood sugar degree of risk.
In the time of further, analysis of blood sugar method 400 can be recommended user's glycemic control effect diet inventory preferably according to the previous diet record of user.Therefore, can be when step 410, additional records user is recorded to database at the diet of measurement period.Wherein, user's a food list, medication inventory or other diet relative recording in the time of can being included in measurement period in the diet record.So, after step 450, can make in the obtained actual measurement blood glucose value, meet the date of target blood glucose value scope, meet target date as one.Next, obtain the diet record of user, and, produce at least one recommended dietary inventory according to obtained diet record in the measurement period that meets target date from database.In other words, can be by the diet record of user when meeting target blood glucose value scope, as user's reference of diet in the future.In addition, because the recommended dietary inventory is to produce according to user's diet record, so than the preferred diet or the health that can meet user individual.
By the invention described above embodiment as can be known, use the present invention and have following advantage.Can allow the user understand this blood sugar degree of risk in each period.In addition, sort, remind the glycemic control effect of which period of user relatively poor, need further to note by blood sugar degree of risk to day part.In addition, the recommended dietary inventory is to produce according to user's diet record and actual measurement blood glucose value, therefore can meet user individual's preferred diet or health.
Though the present invention discloses as above with embodiment; right its is not in order to qualification the present invention, any person skilled in the art, without departing from the spirit and scope of the present invention; when can being used for a variety of modifications and variations, so protection scope of the present invention is as the criterion when looking the scope that claims define.
Claims (22)
1. an analysis of blood sugar system is characterized in that, comprises:
One database;
One input media;
One treating apparatus connects this database and this input media, comprises:
One blood sugar recording module, obtain and write down a user at least one actual measurement blood glucose value of at least one measurement period to this database; And
One evaluation module, in this database was obtained during the assessment certainly, this user was at those actual measurement blood glucose values of this measurement period, and according to obtained those actual measurement blood glucose values, assessed the blood sugar degree of risk of this user in this measurement period; And
One display device connects this treating apparatus, shows the blood sugar degree of risk of this user in this measurement period.
2. analysis of blood sugar according to claim 1 system is characterized in that this treating apparatus also comprises:
Setting module during one, this input media is obtained during this assessment certainly.
3. analysis of blood sugar according to claim 1 system is characterized in that this treating apparatus also comprises:
One scope setting module, obtain a target blood glucose value scope from this input media, wherein this evaluation module be calculate those obtained actual measurement blood glucose values and this target blood glucose value scope difference value on average, with as the blood sugar degree of risk of this user in this measurement period.
4. analysis of blood sugar according to claim 3 system is characterized in that this treating apparatus also comprises:
One diet logging modle writes down this user and is recorded to this database at the diet of this measurement period; And
One diet recommending module, make in those obtained actual measurement blood glucose values, the date that meets this target blood glucose value scope person, meet target date as at least one, obtain this user from this database and meet the diet record of this measurement period of target date at this, and, produce at least one recommended dietary inventory according to this obtained diet record.
5. analysis of blood sugar according to claim 1 system is characterized in that this treating apparatus also comprises:
One order module, at the number of this at least one measurement period when being a plurality of, this user that sorts is in the blood sugar degree of risk of those measurement period, to produce a risk ranking table.
6. analysis of blood sugar according to claim 1 system is characterized in that, this display device is to see through the Internet to connect this treating apparatus.
7. analysis of blood sugar according to claim 1 system is characterized in that, this display device is to electrically connect this treating apparatus.
8. analysis of blood sugar according to claim 1 system is characterized in that, also comprises:
One blood sugar test set, connect this treating apparatus, in order to the measuring blood value, wherein this blood sugar recording module is to measure this at least one actual measurement blood glucose value of this user by this blood sugar test set in this at least one measurement period, to obtain this user this at least one actual measurement blood glucose value in this at least one measurement period.
9. analysis of blood sugar according to claim 1 system is characterized in that, this blood sugar recording module is to see through this input media, obtains this user this at least one actual measurement blood glucose value in this at least one measurement period.
10. an analysis of blood sugar method is characterized in that, comprises:
Test is also write down at least one actual measurement blood glucose value to a database of a user at least one measurement period;
During this database is obtained an assessment, this user is at those actual measurement blood glucose values of this measurement period; And
According to those obtained actual measurement blood glucose values, assess the blood sugar degree of risk of this user in this measurement period.
11. analysis of blood sugar method according to claim 10 is characterized in that, according to those obtained actual measurement blood glucose values, assesses this user and comprises in the blood sugar degree of risk of this measurement period:
One target blood glucose value scope is provided; And
Make obtained those actual measurement blood glucose values and this target blood glucose value scope difference value on average, as the blood sugar degree of risk of this user in this measurement period.
12. analysis of blood sugar method according to claim 10 is characterized in that, also comprises:
One target blood glucose value scope is provided;
Write down this user and be recorded to this database at the diet of this measurement period;
Make in those obtained actual measurement blood glucose values, meet this target blood glucose value scope person's date, meet target date as one;
Obtain this user from this database and meet the diet record of this measurement period of target date at this; And
This diet record according to obtained produces at least one recommended dietary inventory.
13. analysis of blood sugar method according to claim 12 is characterized in that, this user comprises a food list or the medication inventory of this user in this measurement period at the diet record of this measurement period.
14. analysis of blood sugar method according to claim 10, it is characterized in that, this measurement period is at least one having a dinner the period, and AC Sugar value before those measured actual measurement blood glucose values of this measurement period comprise this period of having a dinner and one after this period of having a dinner be blood glucose value after meal.
15. analysis of blood sugar method according to claim 14, it is characterized in that, in those obtained actual measurement blood glucose values comprise during this assessment, this user is at those AC Sugar values of this period of having a dinner and those blood glucose value after meal, and, assess this user and comprise in the blood sugar degree of risk of this measurement period according to those obtained actual measurement blood glucose values:
Calculate those obtained AC Sugar values and of even date those difference value of blood glucose value after meal respectively; And
Those difference value of being calculated of order average is as the blood sugar degree of risk of this user in this measurement period.
16. analysis of blood sugar method according to claim 10 is characterized in that, also comprises:
At the number of this at least one measurement period when being a plurality of, this user that sorts is in the blood sugar degree of risk of those measurement period, to produce a risk ranking table.
17. analysis of blood sugar method according to claim 10 is characterized in that, also comprises:
Set during this assessment.
18. a glucolyzer is characterized in that, comprises:
One blood sugar test assembly, the measuring blood value;
One storage assembly;
One input module;
One processing components connects this blood sugar test assembly, this storage assembly and this input module, comprises:
One blood sugar recording module, by this blood sugar test assembly, obtain and write down a user at least one actual measurement blood glucose value of at least one measurement period to this storage assembly;
And
One evaluation module, in this storage assembly was obtained during the assessment certainly, this user was at those actual measurement blood glucose values of this measurement period, and according to obtained those actual measurement blood glucose values, assessed the blood sugar degree of risk of this user in this measurement period; And
One display module connects this processing components, shows the blood sugar degree of risk of this user in this measurement period.
19. glucolyzer according to claim 18 is characterized in that, this processing components also comprises:
Setting module during one, this input module is obtained during the assessment certainly.
20. glucolyzer according to claim 18 is characterized in that, this processing components also comprises:
One scope setting module, obtain a target blood glucose value scope from this input module, wherein this evaluation module be calculate those obtained actual measurement blood glucose values and this target blood glucose value scope difference value on average, with as the blood sugar degree of risk of this user in this measurement period.
21. glucolyzer according to claim 20 is characterized in that, this processing components also comprises:
One diet logging modle writes down this user and is recorded to this storage assembly at the diet of this measurement period; And
One diet recommending module, make in those obtained actual measurement blood glucose values, the date that meets this target blood glucose value scope person, meet target date as at least one, obtain this user from this storage assembly and meet the diet record of this measurement period of target date at this, and, produce at least one recommended dietary inventory according to this obtained diet record, show for this display module.
22. glucolyzer according to claim 18 is characterized in that, this processing components also comprises:
One order module, at the number of this at least one measurement period when being a plurality of, this user that sorts, shows for this display module to produce a risk ranking table in the blood sugar degree of risk of those measurement period.
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| CN2009102118914A CN102053158B (en) | 2009-11-09 | 2009-11-09 | Blood sugar analysis system and device |
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| CN2009102118914A CN102053158B (en) | 2009-11-09 | 2009-11-09 | Blood sugar analysis system and device |
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Cited By (7)
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| CN102359984A (en) * | 2011-08-16 | 2012-02-22 | 苏州悦安医疗电子有限公司 | Portable noninvasive blood sugar monitor |
| CN106855915A (en) * | 2015-12-07 | 2017-06-16 | 香港商台北市生活智能科技有限公司 | The automatic system for obtaining treatment history |
| CN106885912A (en) * | 2015-12-16 | 2017-06-23 | 北京奇虎科技有限公司 | Blood sugar test data managing method, device and blood glucose meter |
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| CN108352192A (en) * | 2015-12-15 | 2018-07-31 | 株式会社I-Sens | Recommend method for the food of user's personalization with diabetes |
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