JP5107474B2 - Measurement support system - Google Patents

Description

  The present invention relates to a measurement support system that gives points according to measurement results and gives a measurer a motivation such as performing measurement correctly by giving the measurer a reward according to the acquired points.

  Conventionally, a portable blood glucose level measuring device has been developed and used for blood glucose self-measurement for diabetic patients who need daily blood glucose control. The diabetic patient self-measures and records the blood glucose level at a predetermined time every day (before meals and after meals and before going to bed, etc.) using a blood glucose level measuring device in accordance with the guidance of a doctor. And at the time of a medical examination, a measurement record until then is shown to a doctor, and guidance about diagnosis and self-management of a blood glucose level is received.

  In recent years, a system is also known in which a patient can be diagnosed by a doctor or the like while staying at home by transmitting measurement data to a medical institution via a communication line such as a telephone line.

  In order to improve the therapeutic effect of diabetes, it is necessary for each patient to perform blood glucose self-measurement accurately. In order to motivate self-measurement of blood glucose, patient education is conducted by medical institutions and the like in order to make diabetes patients fully recognize the importance of blood glucose control. However, for pediatric diabetic patients, the importance of glycemic control may not be understood, and there is a problem that effective motivation is difficult.

  In order to solve these problems, the present invention assigns points according to the measurement results, and provides the measurer with rewards according to the acquired points, so that the measurer can perform the measurement correctly, etc. The purpose is to provide a measurement support system that gives motivation.

  In order to achieve the above object, a measurement support device according to the present invention is connected to a measurement device and an electronic device possessed by a measurer via a communication medium, and stores a point storage unit that stores an acquired point for each measurer, A point processing unit for adding points given in accordance with the evaluation of measurement data received from the measurement device via the communication medium to points acquired by the measurer in the point storage unit, and via the communication medium An electronic medium reward storage unit that stores an electronic medium reward that is transmitted to the electronic device of the measurer and is used by the electronic device, and an electronic medium reward according to the earned points of the measurer. A reward issue unit for transmitting from the storage unit to the electronic device of the measurer via the communication medium.

  The electronic media reward product is, but not limited to, an electronic device having a display such as a game program used in a game machine, a game character or item, music data used in an audio device, such as a mobile phone, etc. Image data to be used, and electronic currency or coupons that the measurer can use for settlement in online shopping on the Internet.

  In this way, by giving points according to the evaluation of the measurement data by the measurement device, and transmitting the electronic medium reward product according to the acquired points to the electronic device of the measurer, the measurer is good with respect to the measurement data. Try to get an evaluation. Accordingly, it is possible to provide a measurement support apparatus that gives a motivation such as correctly performing measurement to the measurer.

  The measurement support device is connected to an information processing device of a management institution via a communication medium, and a point that is determined by the administrator according to the evaluation of the measurement data and input to the information processing device in the management organization, It is preferable to further include a reception processing unit that receives information from an information processing apparatus via the communication medium.

  For example, when the measuring device is a device that measures items related to the health condition of the measurer, the manager is not limited to these, but is, for example, a doctor, a public health nurse, a nutritionist, or a fitness club instructor. In this way, the administrator determines the point according to the evaluation of the measurement data, and is transmitted correctly from the information processing device used by the administrator to the measurement support device, so that the measurement is correctly performed according to the guidance of the administrator. Alternatively, it can be reflected in the points given to the measurer whether the effect of the guidance appears in the measurement data.

  In addition, the measurement support device further includes a reference value storage unit that stores a point calculation reference, and the point processing unit receives measurement data received from the measurement device via the communication medium as the reference value storage unit. It is preferable to evaluate according to the calculation criteria stored in the table and to determine the points to be given to the measurer according to the evaluation.

  According to this configuration, by setting the point calculation standard in the reference value storage unit in advance, the point processing unit automatically determines the point to be given. This makes it possible to give fair points without increasing the burden on the administrator.

  In this configuration, the target value of the measured value may be stored in the reference value storage unit, and the point processing unit may give a higher point as the measured value is closer to the target value.

  Alternatively, the predicted value input by the measurer before measurement may be stored in the reference value storage unit, and the point processing unit may give higher points as the measured value is closer to the predicted value. In this case, for example, when it is meaningful that the measurer can correctly predict the measured value, such as when a diabetic patient measures a blood glucose level, the measured value can be seriously predicted by the measurer. There are advantages.

  Alternatively, a target value related to the measurement execution status may be stored in the reference value storage unit, and the point processing unit may give a higher point as the actual measurement execution status is closer to the target value. This makes it possible to motivate the measurer to execute the measurement accurately at a predetermined time when it is meaningful to perform the measurement regularly in accordance with the instructions of the manager as well as whether the measurement result is good or bad. There is an advantage.

  In order to achieve the above object, a measurement apparatus according to the present invention is connected to a measurement support apparatus according to any one of the above-described configurations via a communication medium, and measurement data is measured via the communication medium. The measurement data is sent to a support device, and points are given according to the evaluation in the measurement support device, and an electronic medium reward product used in the electronic device of the measurer according to the accumulated value of the points. It is characterized by being provided.

  Thereby, the electronic medium reward product provided according to the evaluation of the measurement data is motivated, and a measurement apparatus capable of causing the measurer to perform measurement correctly can be provided.

  In order to achieve the above object, a program according to the present invention is connected to a measuring device and an electronic device possessed by a measurer via a communication medium, and stores a point storage unit for each measurer, An electronic medium reward storage unit that stores an electronic medium reward that is transmitted to the measurer's electronic device and used by the electronic device via the communication medium is read into the computer, and the measurement device is stored in the computer. Point processing for adding points given in accordance with the evaluation of measurement data received from the communication medium from the point storage unit to the points acquired by the measurer, and an electronic medium corresponding to the points acquired by the measurer A reward issuance process for transmitting a reward item from the electronic medium reward item storage unit to the electronic device of the measurer via the communication medium. It is characterized in.

  By reading this program into a computer and executing it, the measurement support apparatus according to the present invention can be realized by the computer.

It is explanatory drawing which shows the structure of the measurement assistance system concerning Embodiment 1 of this invention. It is a block diagram which shows the structure of the server which functions as a measurement assistance apparatus in the said measurement assistance system. It is a flowchart which shows operation | movement of each apparatus contained in the said measurement assistance system. It is a block diagram which shows the structure of the server which functions as a measurement assistance apparatus in the measurement assistance system concerning Embodiment 2 of this invention. In the measurement support system according to the second embodiment, it is a graph showing an example of a relationship between a target value set for point grant and an actual measurement value.

(Embodiment 1)
Hereinafter, an embodiment of the present invention will be described with reference to the drawings.

  First, based on FIG. 1, the outline of the whole structure of the measurement assistance system concerning one Embodiment of this invention is demonstrated.

  In FIG. 1, reference numeral 1 denotes a blood glucose meter (measuring device) of a diabetic patient (hereinafter simply referred to as a patient), 2 a game machine (electronic device), 3 a mobile phone, and 4 an internet (communication medium). Reference numeral 5 denotes a computer of a medical institution (information processing apparatus of a management institution) where a patient is consulting. 6 is a computer installed in the data center of the measurement support system provider, collects the measurement data of each patient, manages the points given according to the evaluation of the measurement data, and has a predetermined number of points. This is a self-measuring support server (measuring support device) that provides rewards to patients who satisfy the conditions.

  The blood glucose meter 1 measures a blood glucose level electrically or optically by using a disposable sensor and attaching a small amount of blood collected from a fingertip or the like by a diabetic patient to the sensor. The measured blood glucose level is stored in the memory in the blood glucose meter 1 as measurement data together with other information such as the measurement time, and is transmitted to the self-measurement support server 6 as will be described later.

  The game machine 2 includes a liquid crystal screen 2a and operation buttons 2b and 2c, and a variety of games can be enjoyed by mounting a cartridge (not shown) which is a recording medium storing a game program.

  In addition, the game machine 2 can be connected to the mobile phone 3 by the communication cable 7 and can access the Internet 4 via the mobile phone 3 if a cartridge storing a communication control program is attached. Thereby, the user of the game machine 2 can download a new game program, a game character, or the like from a site operated and managed by the manufacturer of the game machine 2, or can play a battle game with other users, for example. Yes, as will be described later, it is also possible to access the self-measurement support server 6 and download game characters and the like as online incentives from this server.

  Here, the configuration of the self-measurement support server 6 will be described with reference to FIG.

  As shown in FIG. 2, the self-measurement support server 6 includes a communication processing unit 31, a data analysis processing unit 32, a patient information storage unit 33, a point processing unit 34, a point storage unit 35, an incentive storage unit 36 (electronic medium reward product). Storage section), analysis result storage section 37, and incentive issuing section 38 (reward product issuing section).

  The communication processing unit 31 controls communication with the mobile phone 3, the computer 5, and the like via the Internet 4. The data analysis processing unit 32 performs analysis processing such as graphing of the blood glucose level on the measurement data obtained by the blood glucose meter 1 so that a doctor of the medical institution can easily grasp the fluctuation of the blood glucose level. The analysis processing result is expressed as, for example, a web page using HTML or the like, is given a predetermined URL, and is stored in the analysis result storage unit 37. Thereby, by accessing this URL from the computer 5 of the medical institution, a doctor or the like can see the transition of the blood glucose level of each patient on the browser.

  The measurement patient information storage unit 33 stores various information regarding a patient having the blood glucose meter 1, such as a name, a contact address, a patient ID, and a device ID of the blood glucose meter. The point storage unit 35 stores acquired points for each patient. As will be described later, the point processing unit 34 updates the number of acquired points of the patient in the point storage unit 35 every time measurement data is transmitted from the patient. The incentive issuing unit 38 issues an electronic medium reward (online incentive) to the patient according to the acquired point number when the acquired point number of the patient exceeds a predetermined value.

  The online incentive is a program or data that can be transmitted to a patient's electronic device via a communication line, and is stored in the incentive storage unit 36. As the online incentive, for example, when the patient's electronic device is a game machine, a game program that can be executed on the game machine, data relating to items such as characters appearing in the game and tools used in the game, and the like are used. it can. Further, if the patient's electronic device is an MP3 player, it may be MP3 format music data. Alternatively, if the patient's electronic device is a personal computer, it may be an electronic currency, a coupon, or the like that can be used for payment of a commodity price or the like in online shopping on the Internet.

  The operation of this network system will be described below with reference to the flowchart of FIG.

  The patient performs blood glucose level self-measurement using the blood glucose meter 1 according to a predetermined procedure (S11), and transmits the measurement data to the self-measurement support server 6 at a predetermined frequency, for example, every measurement or once a day. (S12). Note that the measurement data sent from the blood glucose meter 1 to the self-measurement support server 6 includes the measured blood glucose level, a measurement time, a flag representing the after-meal, and a device ID or patient ID described below.

  As a transmission form of the measurement data from the blood glucose meter 1 to the self-measurement support server 6, at least the following two aspects can be considered. The first mode is data transmission via the game machine 2 as shown in FIG. Since the game machine 2 has a function of accessing the Internet 4 as described above, the measurement data is sent from the blood glucose meter 1 to the game machine 2 through the connection cable 1a, Measurement data can be sent to the measurement support server 6.

  In this case, the device ID uniquely assigned to each blood glucose meter 1 and stored in the memory in the blood glucose meter 1 is sent from the blood glucose meter 1 to the game machine 2 together with the measurement data, and the self measurement support server 6 together with the measurement data. Sent to. The self-measurement support server 6 can identify which patient the received measurement data belongs by comparing the device ID with the device ID of each patient stored in the patient information storage unit 33.

  A second mode relating to transmission of measurement data from the blood glucose meter 1 to the self-measurement support server 6 is a mode in which the blood glucose meter 1 is connected to the mobile phone 3 without passing through the game machine 2 and the measurement data is transmitted. In this case, the blood glucose meter 1 has a function of establishing a connection at a level capable of data communication with the self-measurement support server 6 via the mobile phone 3, and transmits measurement data together with the device ID.

  In either of the first aspect and the second aspect, a patient ID stored in advance in the blood glucose meter 1 may be used instead of or together with the apparatus ID. Alternatively, instead of the device ID or patient ID, the telephone number or mail address of the mobile phone 3 may be used to identify each patient. In this case, the device ID, patient ID, or mobile phone number or mail address may be stored in advance in the patient information storage unit 33 of the self-measurement support server 6.

  When the measurement data from the blood glucose meter 1 is transmitted in this manner, the self-measurement support server 6 receives this (S21), and the data analysis processing unit 32 temporarily stores the data for each device ID of the blood glucose meter 1. Store in series (S22).

  Based on the stored measurement data, the data analysis processing unit 32 performs an analysis process such as creating a graph representing the blood glucose level of each patient (S23).

  As shown in FIG. 1, the network system is also connected to a computer 5 of a medical institution, and the doctor of the medical institution uses the computer 5 to transmit the measurement data of the self-measurement support server 6 and the analysis processing result thereof. It can be browsed (S31). For example, the data analysis processing unit 32 may provide the above-described analysis processing result of S23 as a web page and browse the web page from the computer 5 using a WWW browser. In this case, in order to protect the privacy of the patient, it is preferable to restrict access so that only a doctor can access the web page on which the measurement data analysis processing result is posted.

  The doctor who has seen the analysis processing result of the measurement data by the computer 5 evaluates whether the measured blood glucose level is good and whether the measurement is correctly performed according to the time and the number of times instructed in advance (S32). ), The number of points corresponding to the evaluation result is input to the computer 5 (S33). At this time, the doctor can input the findings about the measurement data to the computer 5 as comments for the patient. The points and comments input by the doctor are sent to the self-measurement support server 6 via the Internet 4.

  In the self-measuring support server 6, the total of points given by the doctor is stored in the point storage unit 35 for each patient, that is, for each device ID of the blood glucose meter 1. When the points awarded by the doctor in S33 are received from the computer 5, the point processing unit 34 adds the number of points to the total points of the patient in the point storage unit 35 (S24).

  Next, the incentive issuing unit 38 compares the accumulated point after the update in S24 with a preset reference value (S25). If the accumulated point exceeds this reference value (the result of S25 is Y) ) And issue an incentive (S26). As the incentive, for example, a character appearing in a game executed on the game machine 2, an item such as a tool used in the game, a game program, or the like can be used.

  When the incentive is issued, the patient side connects the game machine 2 equipped with the cartridge storing the communication control program to the mobile phone 3 and accesses the self-measurement support server 6 via the Internet 4. The self-measuring support server 6 confirms the connection ID (patient ID or device ID of the blood glucose meter 1) with respect to the connected game machine 2, and if it can be confirmed that the person is an incentive issuance target, the self-measurement support server 6 Transmit to machine 2. Thereby, the game character, item, etc. issued as an incentive can be downloaded from the self-measurement support server 6 to the game machine 2 (S13).

  When issuing an incentive in step S26, the patient may be able to select a favorite incentive from a plurality of types of incentives within the range of the number of acquired points. For example, information for displaying an incentive selection screen on the display is transmitted from the self-measurement support server 6 to the game machine 2 of the patient. When the patient selects a favorite incentive on the selection screen displayed on the display of the game machine 2, information indicating which incentive the patient has selected is transmitted to the self-measurement support server 6. In response to this, in the self-measuring support server 6, the incentive issuing unit 38 transmits the incentive selected by the patient to the patient, and the point processing unit 34 calculates the number of points corresponding to the incentive selected by the patient. What is necessary is just to subtract from the acquisition point number of the said patient memorize | stored in the memory | storage part 35. FIG.

  In step S25, if the number of points acquired by the patient has not reached the number of incentives issued, for example, a message such as “You can get *** with more ** points!” 6 may be transmitted to the patient and used as the display of the mobile phone 3, the game machine 2, or the blood glucose meter 1. For diabetics, the main goal is to "control blood glucose levels well", and it is necessary to understand its significance correctly, but for diabetics, for example, it may be difficult to understand . Therefore, the present system is effective in treating pediatric diabetic patients in that a specific target that is easy to understand even for young children, such as game characters and the like can be obtained if the blood glucose level is successfully controlled.

  The comment given by the doctor in S32 is appropriately transmitted from the self-measurement support server 6 to the cellular phone 3 of the patient, and is appropriately displayed on the display of the cellular phone 3, the game machine 2, or the blood glucose meter 1. Thereby, the patient can receive simple diagnosis and guidance without going to a medical institution.

  As described above, according to the present embodiment, the number of points given by the doctor depending on whether the patient is performing self-measurement at a predetermined time, and whether the measured blood glucose level is good, The self-measurement support server 6 accumulates each patient, and an online incentive such as a game character is given to the patient according to the number of acquired points.

  Games that gather various characters are gaining popularity among children not only in Japan but around the world. Therefore, if such a game character is provided as an online incentive, pediatric diabetics will perform self-measurement as prescribed each time and adhere to physician guidance on diet and exercise to better control blood glucose levels. It can be a powerful motivation to try to try. As a result, it is effective in treating diabetes or preventing the occurrence of complications, and also has the significance that it can contribute to the reduction of insurance medical expenses when viewed as a whole society.

  Furthermore, the doctor of the medical institution can grasp the daily transition of the blood glucose level of each patient, and appropriate guidance can be given to the patient. In addition, since the patient's condition can be grasped before the patient visits, an efficient examination is possible. Furthermore, for each medical institution, there is an advantage that the patient can be enclosed by having the patient having the blood glucose meter 1 use this system.

(Embodiment 2)
In the first embodiment described above, a doctor who examines measurement data by accessing the self-measurement support server 6 issues points. In the second embodiment, the self-measurement support server 6 In conjunction with the analysis process, points are issued according to predetermined criteria.

  Therefore, as shown in FIG. 4, the self-measurement support server 6 according to the second embodiment includes a target value storage unit 39 in addition to the configuration shown in FIG. 2 in the first embodiment. A target value set for each patient is stored in the target value storage unit 39, and the point processing unit 34 stores the processing result of the measurement data by the data analysis processing unit 32 and the target value storage unit 39. Based on the target value, a point to be given to the patient is determined and added to the patient's point stored in the point storage unit 35.

  For example, it is assumed that a doctor has been instructed by a doctor to control the blood glucose level within a range of 80 to 150 mg / dl. In this case, the doctor inputs the target lower limit value (80 mg / dl) and the target upper limit value (150 mg / dl) of the blood glucose level for the patient from the computer 5, and these values are stored in the self-measurement support server 6. And stored in the target value storage unit 39. Here, it is assumed that the measurement result of the patient on a certain day is as shown in FIG. In this case, since 4 out of 7 measurements per day are within the target value range, the point processing unit 34 determines that 4 points will be given to the patient, and is stored in the point storage unit 35. Add 4 points to the number of points for that patient.

  In addition, as a target value memorize | stored in the target value memory | storage part 39, not only the target lower limit and target upper limit of the blood glucose level mentioned above but various values can be used. In the above example, the points are calculated based on only one condition whether or not the blood glucose level is within a predetermined range. However, the points to be given may be determined by combining a plurality of conditions. .

  For example, regarding blood glucose level control, a target center value may be determined in addition to the target lower limit value and the target upper limit value, and a higher point may be given as the blood glucose level approaches this target center value. For example, if the target center value is 100 mg / dl and this value is in the range of ± 10 mg / dl, then 3 points, otherwise 2 points in the range of ± 20 mg / dl, and in addition, 80 to 150 mg / dl If it is in the range of dl, it is 1 point.

  In addition to this, it is also preferable to determine the number of points to be given according to whether the measurement is regularly performed as instructed by the doctor. For example, when the doctor instructs the patient to measure four times a day at intervals of 3 hours or more, the number of measurements (4 times) and the minimum measurement interval (3 hours) are input to the computer 5 as target values. Then, these values are sent to the self-measurement support server 6 and stored in the target value storage unit 39. Then, the point processing unit 34 inputs the number of measurements and the measurement interval of the patient as the measurement data processing result from the data analysis processing unit 32, and these are stored in the target value storage unit 39. The number of points to be given is determined by comparing with the target value. For example, if the target is achieved for both the number of measurements and the measurement interval, 2 points are given, and if only one of the goals is achieved, 1 point is given.

  Furthermore, it is good also as a structure which a patient itself estimates a blood glucose level before a measurement and gives a point according to the coincidence degree of a predicted value and an actual measurement value. In this case, the patient inputs the predicted blood glucose level using the input button of the blood glucose meter 1 or the game machine 2, and then measures the blood glucose level using the blood glucose meter 1. The blood glucose meter 1 transmits both the predicted blood glucose level and the actually measured blood glucose level to the self-measurement support server 6. The point processing unit 34 treats the predicted blood glucose level as the target value stored in the target value storage unit 39, calculates the difference between this and the actually measured blood glucose level, and determines the number of points to be given. For example, if the difference between the predicted blood glucose level and the actually measured blood glucose level is within 10 mg / dl, 3 points are given, and if the difference is within 20 mg / dl, 3 points are given.

  In this way, predicting blood glucose level before measurement allows the patient to recognize how their life situation (meal, exercise, etc.) affects blood glucose level fluctuations. It is very effective in patient education. In addition, as described above, if the difference between the predicted value and the actually measured value is small, by giving a point, the seriousness of the patient with respect to the prediction of the blood glucose level increases, and the above-described effect can be made more remarkable. .

  Each of the above-described embodiments does not limit the present invention, and various modifications can be made within the scope of the invention.

  For example, the measuring device is not limited to the blood glucose meter described above, and any measuring device can be used. In addition, a game machine has been cited as an example of an electronic device that receives an online incentive. However, the present invention is not limited to this, and a game or music data is transmitted as an online incentive to a mobile phone as an electronic device, or an MP3 file is transmitted to an MP3 player. You may make it transmit. Furthermore, for example, the present invention can be implemented by a single device in which the measurement device and the electronic device are integrated, such as a device having the functions of both a blood glucose meter and a game machine.

  1 illustrates a configuration in which the computer 5 of the medical institution is connected to the self-measurement support server 6 via the Internet 4, the self-measurement support server 6 serves as a service provider of the Internet 4 with respect to the computer 5. It may be configured to function.

  Further, in FIG. 2, the self-measurement support server 6 exemplifies a configuration in which the storage unit such as the patient information storage unit 33, the analysis result storage unit 37, the point storage unit 35, and the incentive storage unit 36 is incorporated. These storage units may be in an external device such as a storage device or a data server independent of the server.

  In the first and second embodiments, the example in which the present invention is implemented as an apparatus has been described. However, the present invention can be applied to a program that causes a computer to execute the operation of the self-measurement support server 6 described in the first and second embodiments. Can be implemented. In this case, the program stored in an arbitrary recording medium such as a CD-ROM is read into an arbitrary computer, or the program is downloaded to an arbitrary computer using a communication medium, so that the computer measures the self-measurement support server 6. Can be operated as

  As described above, according to the present invention, the management device connected to the measurement device that performs self-measurement via the communication line is used to manage and supply the remaining amount of consumables used in the measurement device, and the consumables. It is possible to provide a self-measuring support system that reduces the burden on the user of the measuring device by correcting the measurement data according to the state.

DESCRIPTION OF SYMBOLS 1 Blood glucose meter 1a Connection cable 2 Game machine 2a Liquid crystal screen 2b, 2c Operation button 3 Mobile phone 4 Internet 5 Computer 6 Self-measurement support server 7 Communication cable 31 Communication processing part 32 Data analysis processing part 33 Patient information storage part 34 Point processing 35 Point storage unit 36 Incentive storage unit 37 Analysis result storage unit 38 Incentive issuing unit

Claims (7)

A measuring device for measuring the blood glucose level of the measurer;
An electronic device having a game function used by the measurer;
A measurement support system including a measurement support server connectable to each of the measurement apparatus and the electronic device via a communication medium,
The measuring device is
Sending measurement data indicating the blood glucose level of the measurer to the measurement support server via the communication medium,
The measurement support server includes:
A point storage unit for storing acquired points for each measurer;
When the measurement data indicating the blood glucose level of the measurer is received from the measurement device via the communication medium, the points given according to the evaluation of the received measurement data are acquired by the measurer in the point storage unit A point processing unit for adding points,
An electronic medium reward storage unit that stores an electronic medium reward that is transmitted to the electronic device of the measurer via the communication medium and is used for the game function in the electronic device;
A reward issue unit for transmitting the electronic medium reward according to the score of the measurer from the electronic medium reward storage unit to the electronic device of the measurer via the communication medium;
The electronic device is
A game execution unit for executing a game program for realizing the game function;
The measurement support system, wherein the electronic media reward corresponding to the points acquired by the measurer is received from the measurement support server via the communication medium. The measurement support system according to claim 1, wherein the electronic medium reward item is a game program or a character, item, music data, or image data used in a game. The measurement support server includes:
Connected to the information processing device of the management organization via the communication medium,
The system further comprises: a reception processing unit that receives points from the information processing apparatus via the communication medium that are determined by an administrator according to the evaluation of the measurement data and input to the information processing apparatus in the management organization. Item 3. The measurement support system according to Item 1 or 2. The measurement support server includes:
It further includes a reference value storage unit for storing the calculation standard of points,
The point processing unit should evaluate the measurement data received from the measurement device via the communication medium according to the calculation standard stored in the reference value storage unit, and give the measurement person according to the evaluation The measurement support system according to claim 1, wherein the measurement support system is determined as a point. The measurement support server includes:
5. The measurement support system according to claim 4, wherein a target value of blood glucose level is stored in the reference value storage unit, and the point processing unit gives a higher point when the measured value of blood glucose level is closer to the target value. The measurement support server includes:
In the reference value storage unit, the predicted value of the blood glucose level input by the measurer before the measurement is stored, and the point processing unit gives a higher point as the measured value of the blood glucose level is closer to the predicted value, The measurement support system according to claim 4. The measurement support server includes:
5. The reference value storage unit stores a target value related to a blood glucose level measurement execution state, and the point processing unit gives a higher point as the actual measurement execution state is closer to the target value. Measurement support system.

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