JP4778307B2 - Biological information measuring device with date display function - Google Patents

Description

The present invention relates to a biological information measuring device having an easy-to-use date display function, in particular, an electronic thermometer, an electronic sphygmomanometer, a blood glucose meter, etc., or a biological information device that is an arbitrary combination thereof. The present invention relates to a biological information measuring apparatus having a date display function having a function of storing biological information such as a value along with the date and time and displaying the trend information on a display unit.

Conventionally, a female electronic thermometer provided with data processing means, time setting means for setting time for measuring body temperature, and notification means for notifying when the time set in the time setting means is timed (Patent Document 1: Japanese Patent Laid-Open No. 10-239164) Gazette), a time setting means for setting a measurement time, and an electronic sphygmomanometer having a measurement type setting means for setting whether to perform a blood pressure measurement at the set time or to perform automatic blood pressure measurement (Patent Document 2) : JP 2001-70260 A) and the like have been proposed. These women's thermometers have an internal clock and store date information and body temperature values counted by the internal clock in pairs in the EEPROM.
JP-A-10-239164 JP 2001-70260 A

The internal clock always starts from the initial value (for example, 0:00 on January 1, 2005) when the battery is inserted, so if you change the battery, the date will be updated for several days. Must match the date and time of the month.

Since this is very troublesome, the current date is saved in the EEPROM every hour (every 00 minutes), and when the battery is inserted, the current date is read from the EEPROM and start from there. I was doing. For example, if the battery is removed at 16:30 on December 15, 2005 and replaced at 17:30 on December 15, 2005, it will not be corrected from 0:00 on January 1, 2005. Since it will be corrected from 16:00 on December 15, 2005, the labor is simplified.

On the other hand, the data stored in the EEPROM is checked to see if the value read from the EEPROM is correct by performing a sum check, writing the same data in three locations, and performing majority logic to increase reliability. It is usual to provide a means for confirming. As a case in which the data stored in the EEPROM is destroyed, the battery may be removed during writing. The sum value is stored. If a sum check error occurs, a method of displaying the error as a failure and making it unusable can be considered, but the failure is very inconvenient for the customer. Alternatively, if a sum check error occurs, the current date may be set to the initial value (January 1, 2005, 0:00) and operated. When used without realizing it, there was a problem that the time series of the data sequence in which the date and body temperature were stored in pairs would be incorrect.

The present invention has been made in view of the above problems, and even when the date and time information read from the nonvolatile memory is inappropriate, the biometric information such as the body temperature value, the blood pressure value, and the blood sugar level can be correctly obtained by continuing with the correct date and time. An object of the present invention is to provide a biological information measuring device that can be stored in time series. In addition, when a sum check error occurs, a screen for inputting the date and time is displayed, and a biological information measurement with a date (calendar) display function that prevents the start of biological information (body temperature measurement, etc.) without entering it. An object is to provide an apparatus. The biological information measuring apparatus of the present invention includes a biological information storage unit that stores biological information together with date information, a current date information setting unit that sets current date information, and a current date and time that periodically stores current date information. A biological information measuring device comprising information storage means and current date information confirmation means for confirming the reliability of the current date information stored by the current date information storage means, and saved by the current date information confirmation means If it is confirmed that the current date and time information is incorrect, the current date and time information setting means is automatically activated. Further, the biological information measuring apparatus of the present invention includes an acquisition unit that acquires biological information, a setting input unit, an internal clock, and a storage unit that stores the acquired biological information in pairs with date information counted by the internal clock. A biometric information measuring apparatus comprising: a display unit for displaying biometric information stored in the storage unit; and a sum check error determining unit for determining a sum check error, wherein the sum check error determining unit When it is determined that a date has occurred, a screen for inputting the date and time is displayed on the display unit by the setting input means, and a biological information measurement start instruction is given on the condition that the date and time has been input. . Further, the control method of the biological information measuring device of the present invention includes an acquisition unit that acquires biological information, a setting input unit, an internal clock, and the acquired biological information paired with date information counted by the internal clock. A biometric information measuring device control method comprising: a storage unit for storing; a display unit for displaying biometric information stored in the storage unit; and a sum check error determination unit for determining a sum check error. The step of determining whether or not a sum check error has occurred by the determining means, the step of displaying a screen for inputting the date and time when it is determined that the sum check error has occurred, and the date and time being input And a step of instructing the start of biometric information measurement under the above conditions. The computer-readable storage medium storing the program for the control method of the biological information measuring device of the present invention includes an acquisition means for acquiring biological information, a setting input means, an internal clock, and the acquired biological information. Storage means for storing a pair with date information counted by the internal clock, a display section for displaying the biological information stored in the storage section, and a sum check error determination means for determining a sum check error. A computer-readable storage medium storing a program for controlling the biometric information measuring device, wherein the sum check error determining means determines whether a sum check error has occurred, and a sum check If it is determined that an error has occurred, a program for displaying a screen for inputting the date and time on the display unit, and the date and time It characterized the program step of performing biometric information measurement start instruction to the condition that the force, in that it consists of.

According to the present invention, it is easy to use, and even when the current year / month / day / time of the EEPROM is damaged, the user can input the correct date and continue to use it. Not only a high-performance female thermometer, but also an electronic sphygmomanometer (which also needs to store the date and blood pressure value in pairs), a blood glucose meter, a weight meter, a body fat meter, etc., or any combination thereof It can also be applied to a biological information measuring device or the like.

A high-performance electronic thermometer that measures and stores a female body temperature as biological information as one of preferred embodiments of the present invention will be described in detail below with reference to the drawings. However, the constituent elements described in this embodiment are merely examples, and are not limited to the high-functioning female thermometer, but an electronic sphygmomanometer, blood glucose meter, weight scale, body fat scale, etc. in which a trend is seen, or any of these Needless to say, the present invention can also be applied to a biological information measuring apparatus or the like based on a combination of the above.

(Example)
<Configuration of Women's Electronic Thermometer> FIG. 1 is an external view of a woman's electronic thermometer according to an embodiment, and FIG. 1 (a) is a front view and FIG. 1 (b) is a side view. FIG. 2 is an internal block diagram of the female thermometer for women according to the first embodiment.

In FIG. 1, reference numeral 30 denotes a display unit which can display numbers, letters and figures (characters, icons, etc.). For example, it is composed of a dot matrix liquid crystal and measures date, measured body temperature, body temperature trend, etc. Information related to values and information related to device control such as battery exhaustion are displayed. Reference numeral 2 denotes a main body case formed of a synthetic resin having impact resistance and chemical resistance, in which an electronic circuit such as an arithmetic control unit 20 described later, a buzzer 31, a battery (power supply unit) 40, and the like are accommodated. Reference numeral 3 denotes a stainless steel metal cap, which is housed by fixing a temperature measuring unit for measuring body temperature by inserting it into the mouth including the thermistor 13 (see FIG. 2) and the like with an adhesive. The main body case 2 and the metal cap 3 are joined and fixed in a liquid-tight manner to an extending portion 2b extending from the main body case 2 via an adhesive. Thus, the metal cap 3 causes the thermistor 13 to transfer the body temperature (temperature) and protect the thermistor 13 from external impacts and the like. The base of the extended portion 2b is provided with a plurality of minute protrusions 2a with rounded tips, and has a non-slip prevention function. Further, the extending portion 2b has a length of about 60 mm and is bent from the main body case 2 by about 15 degrees. Because of these structures, it is stable and easy to get in the mouth.

On the main body case 2, a function button 4 for selecting / determining various function modes to be described later, a completion button 5 for completing various settings and returning to the initial screen, and a backlight for turning on / off the backlight A button 6, a left movement button 7 and a right movement button 8 used for menu selection, graph movement, and the like, and a power button 9 for power ON / OFF are provided.

In FIG. 2, the electronic thermometer for ladies includes a temperature measuring unit 10 that measures temperature and outputs it as a digital value, an arithmetic control unit 20 that calculates a predicted temperature from the measured temperature and controls the electronic thermometer. The display unit 30 includes a backlight LED 30c for displaying the measurement result, and the input unit 32 receives an operation from the user.

The temperature measurement unit 10 includes a thermistor 13 and a capacitor 14 installed in a temperature sensing unit connected in parallel, and a temperature measurement CR oscillation circuit 11, and a change in the count amount of the counter 16 corresponding to the temperature of the thermistor 13. And output the temperature as a digital quantity. In addition, the structure of this temperature measurement part 10 is an example, Comprising: It does not limit to this.

The arithmetic control unit 20 stores the measured temperature once a day as a measured value and various set values input by the input unit 32 for a predetermined number of days (for example, 240 days), and the menstrual cycle (from the first menstruation day to the next menstruation day) RAM 23 for temporarily storing intermediate data for every day), ROM 22 for storing programs such as parameters and prediction formulas necessary for body temperature measurement, display control unit 30d for controlling display unit 30, CR oscillation for temperature measurement A counter 16 that counts oscillation signals of the circuit 11, an arithmetic processing unit 21 that performs various calculations including prediction according to a program in the ROM 22, a timer 24 that manages time, a counter 16, an arithmetic processing unit 21, and a display control unit 30d And a control circuit 50 for controlling.

The input unit 32 includes the function button 4, the completion button 5, the backlight button 6, the left movement button 7, the right movement button 8, the power button 9, and the like, and receives various operations from the user.

The pictograph (icon) 30b displayed at the bottom of the display unit 30 corresponds to various setting items of menstrual day, menstrual pain, sexual intercourse, drug intake, fever, and cage in order from the left. It is selected by operating the left movement button 7 and the right movement button 8. Note that the currently selected pictogram is displayed surrounded by n. FIG. 3B shows a state in which the pictograph corresponding to the memo is selected by the function button 4.

  The pictograms (icons) 30a displayed on the upper part of the display unit 30 are various selection items in order from the left: memo, next menstruation date, next ovulation date, wake-up time setting, buzzer volume setting, and time setting. After the function button 4 is pressed, the item selected by the left movement button 7 and the right movement button 8 blinks. When confirming, the function button 4 is pushed again. Hereinafter, according to FIG. 3, it demonstrates based on the operation | movement flow of the electronic thermometer for highly functional women as one of the Examples.

When the battery is inserted, necessary data including the current date and time and its sum value is read from the nonvolatile memory 22 (step S600). While the battery is being inserted, a signal is sent from the timer 24 to the arithmetic processing unit 21 once every hour and every 00 minutes in a process (not shown). When the arithmetic processing unit receives the signal, The current date is written in the nonvolatile memory 22 (step S601).

Next, the read sum value of the current date is calculated, and it is confirmed whether or not it is equal to the read sum value (step S602). If they are equal, the process proceeds to the SLEEP state. If not equal, it is determined that the read value is invalid, and the error flag FLAGerr is set (= 1) (step S603).

Next, the system waits in the SLEEP state until the power button 9 is pressed, that is, until the power is turned on (steps S604 and S605).

When the power is turned on, FLAGerr is confirmed, and if it is a predetermined condition, for example, if it is other than 1, the operation proceeds to a temperature detecting operation (step S608). If FLAGerr is 1, the process proceeds to date / time input processing (step S607). Here, a screen prompting the user to input the date / time is displayed, and the user inputs the current year / month / date / time according to the screen. As another method, regardless of the value of FLAGerr, a method of always shifting to the date / time input process when the power is turned on for the first time after inserting the battery is also conceivable. In this case, the sum value and sum check functions are unnecessary.

Thereafter, a predicted temperature measurement process (step S608) is performed, and when the temperature measurement is completed, the body temperature value is stored in the nonvolatile memory 22 together with the date / time data. (Step S609)
Then, the temperature measurement result is displayed on the display unit 30. (Step 610) The display continues until the power is turned off. Here, for power saving, it is configured to automatically turn off after being left for 5 minutes. (Step 611)

(Other embodiments)
Note that the present invention can also be achieved by supplying a program for realizing the functions of the above-described embodiments directly or remotely to a device, and reading and executing the supplied program code. Accordingly, the program code itself installed in the computer in order to realize the functional processing of the present invention by the computer is also included in the technical scope of the present invention.

It is a figure which shows the external appearance of the female thermometer for women which concerns on embodiment. It is an internal block diagram of the electronic thermometer for women which concerns on embodiment. It is a flowchart which concerns on the electronic thermometer for women of embodiment.

Explanation of symbols

2 ... Main body case, 3 ... Metal cap, 13 ... Thermistor, 21 ... Arithmetic control unit (CPU), 22 ... Non-volatile memory, 23 ... RAM, 24 ... Timer, 32 ... Input section

Claims (4)

Biological information storage means for storing biological information together with date and time information;
Current date and time information setting means for setting current date and time information;
Current date and time information storage means for periodically storing current date and time information;
In the biological information measuring apparatus comprising the current date and time information confirming means for confirming the reliability of the current date and time information stored by the current date and time information storing means,
The biological information measuring apparatus according to claim 1, wherein when the current date and time information confirming means confirms that the stored current date and time information is not correct, the current date and time information setting means is automatically activated. Acquisition means for acquiring biological information, setting input means, an internal clock, storage means for storing the acquired biological information in pairs with date information counted by the internal clock, and stored in the storage unit A biometric information measuring device comprising: a display unit for displaying the biometric information; and a sum check error determining means for determining a sum check error;
When the sum check error determining means determines that a sum check error has occurred, a screen for inputting date and time by the setting input means is displayed on the display unit, and biometric information is provided on the condition that the date and time has been input. A biological information measuring device characterized in that a measurement start instruction is given. Acquisition means for acquiring biological information, setting input means, an internal clock, storage means for storing the acquired biological information in pairs with date information counted by the internal clock, and stored in the storage unit A biometric information measuring device control method comprising: a display unit for displaying the biometric information; a sum check error determining unit for determining a sum check error;
A step of determining whether or not a sum check error has occurred by the sum check error determining means; a step of displaying a screen for inputting a date and time when it is determined that a sum check error has occurred; And a step of instructing the start of biometric information measurement on the condition that is input. Acquisition means for acquiring biological information, setting input means, an internal clock, storage means for storing the acquired biological information in pairs with date information counted by the internal clock, and stored in the storage unit A computer-readable storage medium storing a program of a control method for a biological information measuring device, comprising: a display unit for displaying the biological information; and a sum check error determination unit for determining a sum check error;
A program for determining whether or not a sum check error has occurred by the sum check error determining means, and a screen for inputting a date and time when it is determined that a sum check error has occurred. A computer-readable storage comprising a program and a program for controlling a biological information measuring device, wherein the program includes a program for performing a biological information measurement start instruction on the condition that a date and time is input Medium.

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