JP2005169128A - Measuring instrument with comment input function - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a measuring instrument with a comment input function capable of recording an optional comment with simple operation. <P>SOLUTION: This measuring instrument is provided with a voice input part 27 in order to input the optional comment when a measurer carries out measurement, and constituted to recognize the measurer's comment inputted by the voice input part 27, by a voice recognition part 28 and to store the recognized result in a comment storage part 43 in relation to information on the time and date 34. The state or the like of the measurer in measuring can thereby be recorded together with measurement data. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a measuring apparatus with a comment input function capable of inputting an arbitrary comment regarding a situation when data is measured.

  In recent years, the number of patients with lifestyle-related diseases such as hypertension and diabetes has been increasing year by year. Many patients with lifestyle-related diseases do not need to be hospitalized and are diagnosed at medical institutions about once or twice a month. Home patients use measuring devices for home medical care represented by blood pressure monitors and small blood glucose measuring devices in order to grasp and manage their symptoms.

  For example, in a small blood glucose measurement device, a diabetic patient measures blood glucose levels while living at home, and records the measurement results in a “diary” or stores them in the memory of the device, The doctor is diagnosed based on the data recorded at the time of diagnosis.

  Furthermore, recently, it has become possible to transmit data from the small measuring device to a host computer installed in a medical institution via a telephone line or the like. It is possible to grasp the state of. Therefore, the effect that the patient can reduce the number of visits is obtained.

For example, Patent Document 1 (Japanese Patent Laid-Open No. 7-116127) discloses a home medical data management apparatus that can register only data required by a patient among data measured by a home patient using a measuring device. ing. According to this apparatus, the data measured by the patient at a time other than the predetermined measurement time or the data measured by a third party using the apparatus is not registered unless a registration instruction operation is performed. Therefore, only measurement data required by the medical institution can be transmitted to the medical institution.
Japanese Patent Laid-Open No. 7-116127

  However, it is known that test items related to lifestyle-related diseases (blood glucose level, blood pressure, urine, etc.) change depending on the patient's condition, and only the data that the patient needs is selected and sent to the medical institution. However, it cannot be said that the information necessary for the medical institution to diagnose the patient is obtained. For example, since the blood glucose level fluctuates due to diet, exercise, stress, medication, etc., it is necessary to check these effects in order to correctly interpret the measurement value. It is known that blood sugar level is greatly influenced by diet. Blood sugar levels decrease on an empty stomach and increase after a meal. Therefore, it is necessary to know the state of the patient at the time of measurement in order to correctly determine the measurement data.

  A conventional blood glucose measuring device (Glucocard GT-1650, manufactured by ARKRAY, Inc.) has a “post-meal mark” storage function. For the measurement data measured after the meal, a “post-meal mark” indicating that the measurement data is after the meal is stored in the measurement apparatus together with the measurement data. The operation procedure for storing the “post-meal mark” is as follows.

  The blood glucose measurement device enters the “post-meal mark” setting mode after blood glucose level measurement, displays the measurement value on the screen, and blinks the post-meal mark at the upper right of the measurement value. If the measurer keeps pressing the operation button for 2 seconds or more while the post-meal mark is blinking, the post-meal mark is turned on, and the measurement result is stored in the blood glucose measurement device as the measurement value after the meal. The blood glucose measuring device also has a “control mark” storage function. By pressing the operation button briefly once while the “post-meal mark” is blinking, the display of “CONT” is turned on, and the measurement result is stored as the measurement result of the standard solution for confirming the accuracy of the blood glucose measurement device.

  In the home medical data management device, only measurement data registered by the patient is transmitted to the medical institution, so that when the abnormal data occurs, the patient does not register the measurement data. There is a fear. Also, even if you send abnormal data, the medical institution can not grasp the cause of the abnormal data, and when the patient goes to the medical institution, the cause must be confirmed to the patient, If there is a period of time from when abnormal data occurs to when the patient goes to the medical institution, the patient has forgotten the state when the abnormal data occurred, and the cause of the abnormal data cannot be determined. There was a problem.

  In the blood glucose measuring device, although the measurement value is marked with a meal mark, it can be understood that the measurement value is a measurement value after a meal, but details such as whether it is immediately after a meal or a measurement value for one hour after a meal I couldn't get any information.

  In addition to mealtime, it is effective for medical treatment to record the time when an event that affects measurement data such as the time of treatment such as “insulin injection” occurs. The device did not have the ability to store them. Although it is possible to have various event information in the measurement results, such as storing the “control mark”, it is possible to design the device, but the button operation becomes complicated and the operation is troublesome for the patient performing the measurement. there were.

  An object of this invention is to provide the measuring apparatus with a comment input function which can record arbitrary comments by simple operation.

  In order to achieve the above object, a measuring apparatus according to the present invention includes a measuring means, a measurement data storage means for storing measurement data measured by the measuring means, and a comment for inputting an arbitrary comment as sound or an image. Input means; comment recognition means for converting comments input by the comment input means into comment data; comment storage means for storing the comment data; and date / time information acquisition means for acquiring date / time information; When the interval between the measurement date and time acquired by the information acquisition unit and the comment input date and time is within a predetermined time, the measurement data and the comment data are associated and stored in the measurement data storage unit and the comment storage unit. .

  Thereby, the measurer can store an arbitrary comment regarding the state when the measurement is performed, together with the measurement data, in the measurement device. For example, in the case of a measurement device for biological information such as a blood glucose measurement device, the patient's state at the time of measurement, such as how many hours after a meal, can be input as a comment. In addition, for example, in the case of a measurement device for environmental data such as water quality, noise, and air pollution level, it is conceivable to input information obtained from the five measurers as comments. Thereby, when the measurement data is confirmed later, it is possible to know from the comment what situation the measurement data was obtained, which is useful for analysis of the measurement data. In addition, by inputting a comment by voice or image, there is an advantage that the operator of the measuring apparatus does not need to perform a complicated operation.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

(First embodiment)
FIG. 1 is a block diagram showing an internal configuration of a small blood glucose measuring device according to the first embodiment of the present invention. The small blood glucose measuring device 1 includes a CPU 31 as a control unit. The CPU 31 includes a storage unit 40, a display unit 33, a clock 34, a sensor insertion unit 32 for inserting the sensor 2, and an analog for amplifying the output signal of the sensor 2. A signal processing unit 36, an A / D conversion unit 35 that converts an output signal from the analog signal processing unit 36 into a digital signal, a communication port 12 that transmits / receives data to / from the outside, and an audio input unit that inputs audio information from the outside 27. A speech recognition unit 28 for recognizing the input speech is connected. The storage unit 40 further includes an ID storage unit 41, a measurement data storage unit 42, a comment storage unit 43, and a calibration curve data storage unit 44.

  The measurement procedure by the small blood glucose measuring device 1 according to the above configuration will be described with reference to FIG. The patient inserts the sensor 2 into the sensor insertion part 32 of the small blood glucose measurement device 1 (S1 in FIG. 2). When the sensor 2 is inserted into the sensor insertion part 32, the small blood glucose measuring device 1 is turned on (S2). Thereafter, the small blood glucose measurement device 1 enters a measurement standby state.

  The patient taps his fingertip with a puncture tool and collects blood. When the patient puts the tip of the sensor 2 attached to the small blood glucose measuring device 1 on the collected blood, the blood is introduced into the sensor 2 (S3). When the electrode (not shown) of the sensor 2 detects blood, the small blood glucose measurement device 1 starts measurement (S4). When a certain time has elapsed from the start of measurement, the output from the sensor 2 is amplified by the analog signal processing unit 36, converted into a digital signal by the A / D conversion unit 35, and sent to the CPU 31 (S5). The CPU 31 refers to the calibration curve data stored in the calibration curve data storage unit 44 of the storage unit 40, converts the sensor output value into the component concentration, displays the concentration value on the display unit 33 as measurement data, The date / time information is obtained from 34 (S6), and the obtained date / time information and measurement data are associated with each other and stored in the measurement data storage unit 42 (S7).

  Next, the small blood glucose measurement device 1 displays a message “Do you want to input a comment?” On the display unit 33 (S8). When inputting a comment, the patient presses the button 39 of the small blood glucose measuring device 1 and speaks the content to be commented toward the voice input unit 27 such as “I ate a little too much”. Release (S9-S11).

  The voice information input from the voice input unit 27 is recognized by the voice recognition unit 28 (S12), converted into a voice data file (S13), and stored together with the date / time information (S14) acquired from the clock 34 by the CPU 31. Stored in the unit 43 (S15). Note that the speech recognition in S12 uses, for example, a pattern recognition method or a matching method, and recognizes the speech based on, for example, a short-time frequency component pattern change in the speech.

  If the comment is input within one minute from the measurement, the input comment is stored in the comment storage unit 43 in association with the measurement data stored in the measurement data storage unit 42 as a result of the measurement. The When a certain time has elapsed from the measurement, the small blood glucose measuring device 1 is automatically turned off.

  Note that the association between the measurement data stored in the measurement data storage unit 42 and the comments stored in the comment storage unit 43 is not necessarily explicit. For example, when storing measurement data and comments, no explicit association is made between them, and when transmitting measurement data from the small blood glucose measurement device 1 to the outside as described later, the date and time information of the measurement data and the date and time of the comment When the information is compared and the difference is within 1 minute, the measurement data and the comment may be treated as related.

  Moreover, in the small blood glucose measurement device 1 according to the present embodiment, it is possible to input only a comment regardless of data measurement. The procedure for inputting comments only is as follows. First, when the patient presses the button 39 of the small blood glucose measuring device 1, the small blood glucose measuring device 1 is powered on. The patient speaks the contents to be commented, such as “meal” or “12 units of insulin”, while pressing the button 39, and releases the button 39 when the talk is over. The voice information input from the voice input unit 27 is recognized by the voice recognition unit 28 and is associated with date / time information obtained from the clock 34 and stored in the comment storage unit 43 as a voice data file.

  Next, a procedure for transmitting measurement data from the small blood glucose measurement device 1 to an external device will be described below. When the power is turned on by pressing the button 39 with a communication cable (not shown) connected to the communication port 12, the small blood glucose measurement device 1 starts up in the communication mode. When the button 39 is pressed again, the measurement data stored in the measurement data storage unit 42 of the storage unit 40 and the comment data stored in the comment storage unit 43 are transmitted from the communication port 12 in time order. . The external device that is the transmission destination may be a data management device such as a personal computer that the patient has, or may be a data management device such as a medical institution that is directly connected to the small blood glucose measurement device 1 through a modem and a public line.

  FIG. 3 shows an example of data transmitted to the external device. As shown in FIG. 3, the data transmitted to the external device is in units of records including four items: date, hour, measurement value, and comment file. The comment stored in association with the measurement data is transmitted as a series of data, that is, as the same record as the measurement data. Note that data with only comment data is sent with the measurement data as "----".

  In the data example of FIG. 3, for example, data whose date / time information is “6:15” of “September 15, 2000” is the measurement data stored in the measurement data storage unit 42 alone without being associated with the comment. It is. The data whose date / time information is “6:35” on the same day is a comment stored in the comment storage unit 43 alone without being associated with the measurement data. On the other hand, the data whose date / time information is “8:32” on the same day is the data stored in the storage unit 40 as a series of data in association with the measurement data and the comment. Note that the date / time information of the series of data is acquired in S6 of FIG. 2 as the date / time information of the measurement data.

  In the above embodiment, the comment data is data filed as voice information. However, the comment data may be converted into text data and stored and transmitted as text data. In this case, the processing of S9 to S15 'shown in FIG. 4 is performed instead of the processing of S9 to S15 in the flowchart of FIG. That is, the speech recognition unit 28 recognizes the input speech (S11 ′), converts the recognized speech information into text information (S12 ′), and stores the converted text data in the comment storage unit 43 together with the date and time information. (S13 ′ to S14 ′). The patient releases the button when the comment input is completed (S15 '). Even when the comment is converted into text data and stored in this way, the procedure for transmitting the measurement data from the small blood glucose measurement device 1 to the outside is that the comment converted into text data is sent instead of the comment file. This is the same as the case described above in which the comment is filed as audio information.

  In addition, the comment data may be converted into a preset event code and stored. The event code is a code uniquely assigned to each of actions or the like that a patient is supposed to include in a comment. For example, “meal” is stored in advance as an event code “01”, and “insulin injection” is stored in advance as an event code “02”. When “shokujichu des” is input by voice, the word “shokuji” is extracted from the voice information and stored in the comment storage unit 43 as an event code “01”, and is input by voice as “insulin chow shishimashita”. Then, the word “Insulin Chusha” is extracted from the audio information and stored in the comment storage unit 43 as the event code “02”. Also in this case, the procedure for transmitting the measurement data from the small blood glucose measurement device 1 to the external device is that the comment is filed as audio information except that the comment coded as an event is sent instead of the comment file. It is the same. In this case, the receiving side data management apparatus also stores the event code and the comment in association with each other, and when outputting the data, the event code “01” is output after being converted back to “meal”. “02” is converted into “insulin injection” and output.

  Thus, by storing patient comments in the form of text data or event codes, the storage capacity of the comment storage unit 43 can be used effectively. Also, when transmitting measurement data and comments to an external device, there is an advantage that the transmission data capacity can be reduced compared with the case of transmitting the comments themselves, and transmission efficiency is improved.

  In the above, the embodiment of the present invention has been described with the small blood glucose measuring device. However, the present invention is not limited to the small blood glucose measuring device, and can be applied to any measuring device such as an electrocardiograph or a blood pressure monitor. is there.

(Second Embodiment)
Another embodiment of the present invention will be described in detail with reference to the drawings.

  FIG. 7 is a front view of the small blood glucose measurement device 10 according to the second embodiment of the present invention. As shown in FIG. 7, a display unit 33 for displaying measurement results, a pen input unit 37 for inputting character information, and operation buttons 39 are provided on the front surface of the small blood glucose measurement device 10. . In FIG. 7, reference numeral 371 denotes an input end button provided in the pen input unit 37.

  In FIG. 7, the configuration in which the display unit and the pen input unit are separately formed is illustrated. However, for example, using a touch panel that combines a liquid crystal display panel and a pressure sensitive element, the display unit and the pen input unit It is good also as a structure which formed integrally.

  FIG. 8 is a block diagram showing an internal configuration of the small blood glucose measurement device 10 according to the present embodiment. The small blood glucose measuring device 10 includes a CPU 31 as a control unit. The CPU 31 includes a storage unit 40, a display unit 33, a clock 34, a sensor insertion unit 32 for inserting the sensor 2, and an analog signal for amplifying the output signal of the sensor 2. A processing unit 36, an A / D conversion unit 35 that converts an output signal from the analog signal processing unit 36 into a digital signal, a communication port 12 that transmits / receives data to / from the outside, and a pen that inputs image information such as handwritten characters from the outside An input unit 37 and an image recognition unit 38 that recognizes input image information are connected. The storage unit 40 includes an ID storage unit 41, a measurement data storage unit 42, a comment storage unit 43, and a calibration curve data storage unit 44.

  The measurement procedure by the small blood glucose measuring device 10 according to the above configuration will be described with reference to FIG. The patient inserts the sensor 2 into the sensor insertion portion 32 of the small blood glucose measurement device 10 (S21 in FIG. 9). When the sensor 2 is inserted into the sensor insertion part 32, the small blood glucose measuring device 10 is turned on (S22). Thereafter, the small blood glucose measurement device 10 enters a measurement standby state.

  The patient taps his fingertip with a puncture tool and collects blood. When the patient puts the tip of the sensor 2 attached to the small blood glucose measuring device 10 on the collected blood, the blood is introduced into the sensor 2 (S23). When the electrode (not shown) of the sensor 2 detects blood, the small blood glucose measuring device 10 starts measurement (S24). When a certain time has elapsed from the start of measurement, the output from the sensor 2 is amplified by the analog signal processing unit 36, converted into a digital signal by the A / D conversion unit 35, and sent to the CPU 31 (S25). The CPU 31 refers to the calibration curve data stored in the calibration curve data storage unit 44 of the storage unit 40, converts the sensor output value into the component concentration, displays the concentration value on the display unit 33 as measurement data, The date and time information is obtained from 34 (S26), and the obtained date and time information and measurement data are associated with each other and stored in the measurement data storage unit 42 (S27).

  Next, the small blood glucose measurement device 10 displays a message “Do you want to input a comment?” On the display unit 33 (S28). When inputting a comment, the patient uses a pen (not shown) to write to the pen input unit 37 of the small blood glucose measurement device 10 such as “I ate a little too much” by handwritten characters. Input (S29). The pen trajectory input to the pen input unit 37 is displayed on the display unit 33. That is, the patient can confirm the input character by inputting while viewing the image displayed on the display unit 33.

  If there is no input for a certain period of time after a series of inputs, the image recognition unit 38 recognizes the series of inputs as one character (S30). After recognizing one character, the image on the display unit 33 is cleared, and a standby state for the next input is entered (S31). When the patient finishes inputting all the comments to be input, the patient touches the input end button 371 (see FIG. 7) at the lower right of the pen input unit 37 with the pen. Thereby, the input of the comment is completed. Note that the image (character) recognition by the image recognition unit 38 can be performed using, for example, a pattern matching method or a sonde method.

  When the comment input is completed, the image information recognized in S30 is converted into an image data file and stored in the comment storage unit 43 together with the date / time information (S32) acquired from the clock 34 by the CPU 31 (S33). If the comment is input within one minute from the measurement, the input comment is stored in the comment storage unit 43 in association with the measurement data stored in the measurement data storage unit 42 as a result of the measurement. The When a certain time has elapsed from the measurement, the small blood glucose measuring device 10 is automatically turned off.

  Note that the association between the measurement data stored in the measurement data storage unit 42 and the comments stored in the comment storage unit 43 is not necessarily explicit. For example, when storing measurement data and comments, no explicit association is made between them, and when the measurement data is transmitted from the small blood glucose measurement device 10 to the outside as will be described later, the date and time information of the measurement data and the date and time of the comment When the information is compared and the difference is within 1 minute, the measurement data and the comment may be treated as related.

  In addition, in the small blood glucose measurement device 10 according to the present embodiment, it is possible to input only a comment regardless of data measurement. The procedure for inputting comments only is as follows. First, when the patient presses the button 39 of the small blood glucose measuring device 10, the small blood glucose measuring device 10 is turned on. The patient uses the pen to input content to be commented, such as “meal” or “12 units of insulin”, using the pen. The image information input from the pen input unit 37 is recognized by the image recognition unit 38 and is stored in the comment storage unit 43 as an image data file in association with the date / time information obtained from the clock 34.

  Next, a procedure for transmitting measurement data from the small blood glucose measurement device 10 to an external device will be described below. When the power is turned on by pressing the button 39 with a communication cable (not shown) connected to the communication port 12, the small blood glucose measurement device 10 starts up in the communication mode. When the button 39 is pressed again, the measurement data stored in the measurement data storage unit 42 of the storage unit 40 and the comment data stored in the comment storage unit 43 are transmitted from the communication port 12 in time order. . The external device that is the transmission destination may be a data management device such as a personal computer that the patient has, or may be a data management device such as a medical institution that is directly connected to the small blood glucose measurement device 10 through a modem and a public line.

  FIG. 10 shows an example of data transmitted to the external device. As shown in FIG. 10, the data transmitted to the external device is in units of records including four items: date, hour, measurement value, and comment file. The comment stored in association with the measurement data is transmitted as a series of data, that is, as the same record as the measurement data. Note that data with only comment data is sent with the measurement data as "----".

  In the data example of FIG. 10, for example, data whose date / time information is “6:15” of “September 15, 2000” is not associated with a comment and is stored in the measurement data storage unit 42 alone. It is. The data whose date / time information is “6:35” on the same day is a comment stored in the comment storage unit 43 alone without being associated with the measurement data. On the other hand, the data whose date and time information is “8:32” on the same day is the data stored in the storage unit 40 as a series of data in association with the measurement data and the comment. Note that the date / time information of this series of data is acquired in S26 of FIG. 9 as the date / time information of the measurement data.

  In the above, the comment data is data filed as image information. However, the comment data may be converted into text data and stored and transmitted as text data. In this case, after S30 in the flowchart shown in FIG. 9, a process (S30 ′) for converting the image information recognized by the image recognition unit 38 into text information is added as shown in FIG. Data is stored in the comment storage unit 43. Also in this case, the procedure for transmitting the measurement data from the small blood glucose measurement device 10 to the outside is that the comment is filed as image information except that the comment converted into text data is transmitted instead of the comment image data file. This is the same as described above.

  In addition, the comment data may be converted into a preset event code and stored. In this case, “meal” is preset as an event code “01”, and “insulin injection” is preset as an event code “02”. For example, when a comment including the word “meal” is input, the word “meal” is extracted from this comment and stored as an event code “01” in the comment storage unit 43, and a comment “insulin injection” is displayed. When input, the word “insulin injection” is extracted from the comment and stored in the comment storage unit 43 as the event code “02”. In this case as well, the procedure for transmitting measurement data from the small blood glucose measurement device 10 to the external device is the same as that described above in which the comment is filed as audio information, except that the event code is transmitted instead of the comment file. . In this case, the receiving side data management apparatus also stores the event code and the comment in association with each other, and when outputting the data, the event code “01” is output after being converted back to “meal”. “02” is converted back to “insulin injection” and output.

  Thus, by storing patient comments in the form of text data or event codes, the storage capacity of the comment storage unit 43 can be used effectively. Also, when transmitting measurement data and comments to an external device, there is an advantage that the transmission data capacity can be reduced compared with the case of transmitting the comments themselves, and transmission efficiency is improved.

  In the first and second embodiments described above, the measurement device in which the measurement unit and the comment input unit are incorporated in one housing is illustrated. However, the measurement device including a plurality of hardware is also applicable to the present invention. Included in the range. For example, when the voice input device or the image input device as the comment input means is formed as hardware separate from the device having the measurement sensor or the like and the comment input is performed, the voice input device or the image input device is used. A configuration in which a cable (or a wireless connection such as infrared rays or the like) may be used by connection is also within the scope of the present invention. Moreover, although the structure which inputs a comment by a handwritten character was illustrated in this embodiment, it is good also as a structure which memorize | stores and transmits the input comment as text data by key-inputting a comment using a keyboard etc.

The embodiment of the present invention has been described above with a small blood glucose measurement device. However, the present invention is not limited to a small blood glucose measurement device, and can be applied to any measurement device such as an electrocardiograph or a sphygmomanometer. In addition, the present invention is not limited to a measurement device for medical purposes, and for example, the present invention is also applied to a measurement device for environmental data such as water quality, soil, or atmospheric components, and a measurement device for any other purpose. Can do.
INDUSTRIAL APPLICABILITY As described above, according to the present invention, it is possible to input a comment about measurement data with a simple operation, and to enable measurement data and a comment to be associated with each other and transmitted to an external device. Equipment can be provided. As a result, for example, the background of the abnormal data can be grasped before the diagnosis of the patient, and an efficient medical care can be performed. In addition, patients can easily input comments to measurement data, so that when abnormal data occurs, they can consider the cause of the abnormal data and are interested in self-management in daily life. As a result, the patient's own medical condition can be managed well.

FIG. 1 is a block diagram showing a first embodiment of a measuring apparatus with a comment input function according to the present invention. FIG. 2 is a flowchart showing a processing procedure from measurement to comment input. FIG. 3 is data in which comment data is output as an audio information file. FIG. 4 is a flowchart showing a processing procedure for converting voice information into text data. FIG. 5 is an explanatory diagram illustrating an example of data in which comment data is output as text in the measurement apparatus with a comment input function according to the first embodiment. FIG. 6 is a diagram showing the relationship between event codes and comments. FIG. 7 is a front view showing a second embodiment of the measurement apparatus with a comment input function according to the present invention. FIG. 8 is a block diagram of the measuring apparatus with a comment input function according to the second embodiment. FIG. 9 is a flowchart illustrating a procedure from measurement to comment input in the measurement apparatus with a comment input function according to the second embodiment. FIG. 10 is a flowchart showing a processing procedure for converting voice information into text data in the measurement apparatus with a comment input function according to the second embodiment. FIG. 11 is a flowchart illustrating a processing procedure for converting image information into text data in the measurement apparatus with a comment input function according to the second embodiment. FIG. 12 is an explanatory diagram illustrating an example of data obtained by outputting comment data as text in the measurement apparatus with a comment input function according to the second embodiment.

Claims (5)

Measuring means;
Measurement data storage means for storing measurement data measured by the measurement means;
Comment input means for inputting an arbitrary comment as sound or image;
Comment recognition means for converting the comment input by the comment input means into comment data;
Comment storage means for storing the comment data;
Date and time information acquisition means for acquiring date and time information,
When the interval between the measurement date and time and the comment input date and time acquired by the date and time information acquisition unit is within a predetermined time, the measurement data and the comment data are associated and stored in the measurement data storage unit and the comment storage unit. Measuring device with comment input function.   2. The comment input unit according to claim 1, wherein the comment input unit inputs a comment by voice, and the comment recognition unit converts the comment input by the comment input unit into voice data in a format that can be stored in the comment recognition unit. Measuring device with comment input function.   The comment input means inputs a comment image, and the comment recognition means converts the comment input by the comment input means into image data in a format that can be stored in the comment recognition means. Measuring device with comment input function.   The measurement apparatus with a comment input function according to claim 1, wherein the comment recognition unit converts the comment input by the comment input unit into text data.   The measurement apparatus with a comment input function according to claim 1, wherein the comment recognition unit converts the comment input by the comment input unit into an event code.

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