JP2011200459A - Biodata measuring instrument - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a biodata measuring instrument capable of providing the measuring results related to a plurality of measuring items in a form more easily visually confirmed by a user.SOLUTION: This biodata measuring instrument 10 includes: a body measuring part 20 and a grasping measuring part 30 both of which measure a plurality of the measuring items with respect to biodata; and a display part 50 for displaying the measuring results related to a plurality of the measuring items. Then, a measuring item not brought to the display target on the display part 50 is set as a non-display item to preliminarily indicate at least one of a plurality of the measuring items as the non-display item and, when the measurement of a plurality of the measuring items is completed, the measuring result of the measuring item indicated as the non-display item is not displayed on the display part 50.

Description

  The present invention relates to a biological information measurement apparatus including a measurement unit that measures a plurality of measurement items for biological information and a display unit that displays measurement results for each of the plurality of measurement items.

For example, a device described in Patent Document 1 is known as the biological information measuring device.
In the biological information measuring device of this document, a plurality of measurement items are measured, and the measurement results for all the measurement items are displayed on the display unit as level bars.

JP 2007-313019 A

In the biological information measuring device, since the measurement results of all the measurement items are displayed on the display unit, it is difficult for the user to confirm necessary information.
The present invention has been made paying attention to such a problem, and an object of the present invention is to provide a biological information measurement device that can provide measurement results for a plurality of measurement items in a form that is easier for the user to visually recognize. There is.

  The biological information measuring device of the present invention is a biological information measuring device including a measurement unit that measures a plurality of measurement items for biological information, and a display unit that displays measurement results for each of the plurality of measurement items. When a measurement item that is not to be displayed on the display unit is set as a non-display item, at least one of the plurality of measurement items is designated as the non-display item in advance, and when the measurement of the plurality of measurement items is completed, the non-display is performed. The measurement result of the measurement item specified as the item is not displayed on the display unit.

In this biological information measuring apparatus, it is preferable that an operation unit for the user to select whether or not each of the plurality of measurement items is designated as the non-display item is included.
In this biological information measuring device, a first group in which at least two measurement items are combined, and a second group in which at least two measurement items are combined and the combination content is different from the first group are prepared in advance. It is preferable that the first group and the second group are included in options when the user selects whether or not each of the plurality of measurement items is to be displayed on the display unit.

  In this biological information measurement device, the biological information measurement device includes a grip measurement unit for a user to hold and a main body measurement unit for the user to place, and the grip measurement unit is provided with the display unit. When the gripping measurement unit is attached to the main body measurement unit, it is preferable that the contents of the measurement items displayed on the display unit are automatically changed.

  In this biological information measuring apparatus, it is preferable that the content of the measurement items displayed on the display unit is switched based on the operation of the operation unit by the user when the gripping measurement unit is detached from the main body measurement unit.

  ADVANTAGE OF THE INVENTION According to this invention, the biometric information measuring apparatus which can provide the measurement result about a several measurement item in the form which a user can visually recognize more can be provided.

1A is a perspective view illustrating a state in which a gripping measurement unit is attached to a main body measurement unit, and FIG. 2B is a state in which the gripping measurement unit is detached from the main body measurement unit. FIG. The block diagram which shows the electrical constitution about the biological information measuring device of the embodiment. About the biological information measuring device of the embodiment, (a) is an operation diagram showing a state when measuring biological information using a gripping measurement unit, and (b) is measuring biological information without using the gripping measurement unit. The operation | movement figure which shows the state when doing. The flowchart which shows the measurement procedure of biometric information about the biometric information measuring apparatus of the embodiment. The table which shows the initial setting of the display attribute of each measurement item about the biological information measuring device of the embodiment. The schematic diagram which shows the display content of the display part at the time of individual selection mode about the biometric information measuring apparatus of the embodiment. About the biological information measuring device of the embodiment, (a) is a schematic diagram which shows the display content of the display part at the time of group mode, (b) is a table which shows the relationship between the group of a measurement item, and its parameter | index.

An embodiment of the present invention will be described with reference to FIGS.
FIG. 1 shows the configuration of the biological information measuring apparatus 10. FIG. 1A shows a state where the gripping measurement unit 30 is attached to the main body measurement unit 20. FIG. 1B shows a state where the grip measurement unit 30 is detached from the main body measurement unit 20.

  The biological information measurement device 10 includes a main body measurement unit 20 on which both feet of a user are placed for measurement of biological information, and a grip measurement unit 30 that is gripped by the user for measurement of biological information. The main body measurement unit 20 and the grip measurement unit 30 are connected to each other by a communication cord 28.

  The main body measurement unit 20 includes a placement unit 21 having a plurality of electrodes and the like, a power switch 26 for turning on and off the biological information measurement apparatus 10, and a holder 27 for housing the gripping measurement unit 30. Is provided. The wall surface of the holder 27 is provided with a detection switch 29 for detecting whether or not the grip measurement unit 30 is removed.

  The mounting portion 21 is provided with a foot electrode 22 for measuring impedance. As the foot electrodes 22, a pair of foot energizing electrodes 23 for supplying current to the living body and a pair of foot measuring electrodes 24 for measuring the voltage of the current flowing through the living body are provided. A load sensor 25 is provided below each electrode 23, 24.

  The gripping measurement unit 30 is provided with a gripping unit 31 that is gripped by a user when measuring biological information, and an input / output unit 32 that is operated by the user to measure biological information and displays a measurement result. Yes.

  The grip portion 31 is provided with a hand electrode 33 for measuring the impedance of the living body. As the hand electrode 33, a pair of hand energizing electrodes 34 for supplying current to the living body and a pair of hand measuring electrodes 35 for measuring the voltage of the current flowing in the living body are provided.

  The input / output unit 32 is provided with an input unit 40 operated by a user for inputting information necessary for measurement of biological information, and a display unit 50 for displaying a measurement result of biological information. ing.

  The input unit 40 includes a user selection button 41 for calling user information registered in advance for each user, and a display selection button 42 for changing the contents of items such as numerical values when the user inputs various information. Is provided. In addition to this, the determination button 43 for determining the content selected in the state of changing the content of the item such as a numerical value, and whether to display the measurement result of the predetermined measurement item on the display unit 50 are changed. An attribute change button 44 is provided. In addition to this, a switching button 45 for switching the measurement result of the measurement item displayed on the display unit 50 is provided. In addition, regarding the operation mode of each button by the user, the operations of “operating the button” and “pressing and holding the button” are respectively “the operation of pressing the button for a short time” and “the button is pressed for a longer time than the former. The operation | movement which maintains the state pressed down "is shown.

With reference to FIG. 2, the electrical configuration of the biological information measuring apparatus 10 will be described.
The biological information measuring device 10 performs a calculation based on the measurement unit 70 including electrodes and the like for measuring biological information, information transmitted from the input unit 40, and operation control of the measurement unit 70 and the display unit 50. And a control unit 60. In addition to this, a storage unit 80 that stores the calculation result of the control unit 60 and stores the calculation formulas necessary for the calculation in the control unit 60 in advance is included. The control unit 60 is provided with a calculation unit 61 that performs various calculations.

  Signals are transmitted and received between the input unit 40, the measurement unit 70, the storage unit 80, and the control unit 60 as follows. In other words, the control value is input to the control unit 60 such as user information input by the input unit 40, the detection value of the load sensor 25, the detection value of the foot electrode 22, and the detection value of the hand electrode 33. The storage unit 80 receives and stores user information and the detected values input to the control unit 60 and the calculation results of the control unit 60 that are necessary for measuring biological information. The data stored in the storage unit 80 and data such as arithmetic expressions stored in advance in the storage unit 80 are read by the control unit 60 as necessary. Also, a command signal for energization is transmitted from the control unit 60 to the foot electrode 22 and the hand electrode 33. A command signal for display is transmitted from the control unit 60 to the display unit 50.

  The calculation unit 61 calculates a plurality of measurement items for the biological information. That is, “weight”, “BMI”, “body fat percentage”, “muscle level”, “basal metabolism”, “visceral fat level”, “subcutaneous fat percentage”, “bone mass”, “body” shown in FIG. Calculate “composition age”, “balance age”, and “center of gravity balance”.

Each measurement item is calculated as follows. Here, only main items used for calculation of each measurement item are shown. Actually, each measurement item can be calculated including other items.
The BMI is calculated based on the calculated weight value and the user height data.
The body fat percentage is calculated based on the calculated impedance value.
The muscle level is calculated based on the calculated values of body fat percentage and impedance.
-Basal metabolism is calculated based on the calculated values of body weight and body fat percentage.
The visceral fat level is calculated based on the calculated value of the body fat percentage.
The subcutaneous fat percentage is calculated based on the calculated impedance value.
The bone mass is calculated based on the calculated impedance value.
-Body composition age is calculated based on calculated values of body fat percentage, basal metabolism, and muscle level.
The balance age is calculated based on the output value of the load sensor 25.
The center-of-gravity balance is calculated based on the output value of the load sensor 25.

It supplements about the contents of balance age and center of gravity balance.
The balance age is a measurement item for evaluating the user's ability to balance, and is calculated by the following procedure. First, based on the output value of the load sensor 25, the change in the center of gravity at the time of measurement is stored. Next, the difference between the change amount of the center of gravity per unit time and the standard change amount is calculated. Then, based on the relationship between the predetermined difference in the change in the center of gravity position and the balance age, the balance age corresponding to the calculated difference in the change is calculated.

  The center-of-gravity balance is a measurement item for evaluating how much the user's center-of-gravity position is deviated from the standard center of gravity, and is calculated by the following procedure. First, the change in the center of gravity position is stored based on the output value of the load sensor 25. Next, the gravity center position of the user is estimated from the change in the gravity center position. Then, the center-of-gravity balance is calculated according to the difference between the estimated center-of-gravity position and the standard center-of-gravity position.

With reference to FIG. 3, the state of the user when measuring biological information will be described.
FIG. 3A shows the state of the user when measuring biological information using the grip measurement unit 30, that is, measuring biological information by the first measurement method. At this time, the user measures the biological information in the following order.

  It is placed on the mounting portion 21 in a standing state. At this time, the positions of both feet are adjusted so that the toes of both feet are positioned on the foot energizing electrode 23 and the heels of both feet are positioned on the foot measuring electrode 24, respectively.

  After the above-described operation, the gripper 31 of the gripper measuring unit 30 is gripped by both hands in the standing position, the arm is raised horizontally, and the elbow is straightened forward. At this time, the grip part 31 is gripped so that the hand electrode 33 of the grip part 31 contacts the hand.

  After the biological information measuring apparatus 10 is notified that the measurement has been completed, the measurement result of the biological information is confirmed from the display content of the display unit 50. When it is desired to confirm another measurement result that is not displayed on the display unit 50, the display content of the display unit 50 is switched by operating the switching button 45.

  FIG. 3B shows a user's state when measuring biological information without using the gripping measurement unit 30, that is, when measuring biological information by the second measurement method. At this time, the user measures the biological information in the following order.

  It is placed on the mounting portion 21 in a standing state. At this time, the positions of both feet are adjusted so that the toes of both feet are positioned on the foot energizing electrode 23 and the heels of both feet are positioned on the foot measuring electrode 24, respectively.

  After the biological information measuring apparatus 10 is notified that the measurement has been completed, the measurement result of the biological information is confirmed from the display content of the display unit 50. In this case, the contents of the measurement items displayed on the display unit 50 are automatically switched at regular intervals. Thereby, the user can confirm the measurement result of each measurement item without operating the switching button 45.

With reference to FIG. 4, the measurement procedure of biological information is demonstrated.
In step S110, the power switch 26 is switched from OFF to ON by the user.

  In step S120, the control unit 60 checks whether the user selection button 41 for which the corresponding user information has already been registered has been operated or whether the user selection button 41 for newly registering a user has been operated. .

  When the user selection button 41 for which user information has already been registered is operated, the operation in step S140 is performed. On the other hand, when an operation of the user selection button 41 for newly registering a user is performed, that is, when a user presses the user selection button 41 or an operation of the user selection button 41 without corresponding user information is performed, The operation in step S130 is performed.

In step S130, user information is registered by the user. Here, information for identifying the user, that is, age, sex, and height is input as the user information.
In step S140, the display attributes for each measurement item are set by the user. The display attribute of the measurement item determines whether the measurement result of the measurement item is permitted to be displayed on the display unit 50 or prohibited from being displayed on the display unit 50. Are set individually.

  There are two display attribute settings, “display” and “non-display”. Regarding the “display item”, which is a measurement item whose display attribute is set to display, it is permitted to display the measurement result on the display unit 50 after the measurement of the biological information is completed. On the other hand, regarding the “non-display item” that is a measurement item whose display attribute is set to non-display, it is prohibited to display the measurement result on the display unit 50 after the measurement of the biological information is completed. In the following descriptions, “Specify as display item” and “Specify as non-display item” are the same as “Set display attribute to display” and “Set display attribute to non-display”, respectively. Means.

  The display attribute is set to non-display in advance for a predetermined measurement item among the measurement items. When the user does not need to change the display attribute of each measurement item, the operation of step S140 is omitted by a predetermined operation.

  In step S150, the control unit 60 confirms whether all information necessary for measuring the biological information is registered. Here, a message asking whether or not the user selection and the display attribute setting have been completed is displayed on the display unit 50. When the user selects an answer indicating that the message has not been completed, the operation in step S120 is performed again. On the other hand, when an answer indicating completion is selected by the user, the operation in step S160 is performed.

  In step S160, the main body measurement unit 20 measures the weight and the center of gravity. The weight measured at this time is stored in the storage unit 80 as the current measurement result of the weight. The center of gravity position is stored in the storage unit 80 as reference data for calculating the balance age and the center of gravity balance by the calculation unit 61.

  In step S170, impedance measurement is performed by the main body measurement unit 20 or the grip measurement unit 30. When the user is not gripping the gripping measurement unit 30, the impedance is measured using the foot electrode 22. When the user is holding the grip measurement unit 30, impedance is measured using both the foot electrode 22 and the hand electrode 33. The impedance is measured according to the following procedure.

  When the user is not holding the grip measurement unit 30, the living body is energized by the foot energizing electrode 23, and the voltage of the current flowing through the living body is measured by the foot measuring electrode 24. Then, the calculation unit 61 calculates the impedance based on the measured voltage.

  When the user is holding the grip measurement unit 30, the living body is energized by the foot energizing electrode 23 and the hand energizing electrode 34, and the voltage of the current flowing through the living body is measured by the foot measuring electrode 24 and the hand measuring electrode 35. The Then, the calculation unit 61 calculates the impedance based on the measured voltage.

  In step S180, a numerical value or level for each measurement item is calculated based on the user information, weight, gravity center position, and impedance measurement results registered in advance. That is, “BMI”, “body fat percentage”, “muscle level”, “basal metabolism”, “visceral fat level”, “subcutaneous fat percentage”, “bone mass”, “body composition age”, “balance age” and A numerical value or level indicating “center of gravity balance” is calculated.

  In step S190, the control unit 60 confirms whether the display attribute of each measurement item is set to display or non-display, that is, whether each measurement item is designated as a display item or a non-display item. Done.

  In step S200, the content of the measurement item displayed is switched every time the switching button 45 is operated by the user. At this time, the display unit 50 is permitted to display the measurement result of the measurement item specified as the display item. On the other hand, display on the display unit 50 is prohibited for measurement results of measurement items designated as non-display items.

With reference to FIG. 5 to FIG. 7, the initial setting and changing procedure of non-display items will be described.
FIG. 5 shows an initial setting for each non-display item of each measurement item.
“Body weight”, “BMI”, “body fat percentage”, “muscle level”, “basal metabolism”, “visceral fat level” and “subcutaneous fat percentage” are designated as display items in the initial setting.
“Bone mass”, “Body composition age”, “Balance age”, and “Barycentric balance” are designated as non-display items in the initial setting.

  Therefore, when the display attribute of each measurement item is not changed in step S140 (see FIG. 4) of the biometric information measurement procedure, “bone mass”, “body composition age”, “ "Balance age" and "Barycentric balance" are not displayed.

  The user can change the display attribute setting contents by operating the attribute change button 44. The biological information measuring apparatus 10 includes a display attribute setting mode including a selection mode for individually setting a display attribute for each measurement item and a group of a plurality of measurement items as modes for changing display attribute setting contents. There is a group mode for setting.

FIG. 6 shows an example of the work procedure in the individual selection mode.
The user changes display attributes in the individual selection mode in the following procedure.
(Procedure 1) The attribute change button 44 is operated. Thereby, the individual selection mode is started. At this time, as the measurement item whose display attribute can be changed, the measurement item “weight” displayed first flashes.

  (Procedure 2) When the measurement item whose display attribute is to be changed is to be changed, the switch button 45 is operated to display the desired measurement item. Here, the switching order of the displayed measurement items is set from the top to the bottom in the measurement item column of FIG.

  (Procedure 3) For example, when it is desired to designate the measurement item of “muscle level” as a display item, the determination button 43 is operated while the item of “muscle level” is blinking. On the other hand, when the measurement item of “muscle level” is to be designated as a non-display item, the determination button 43 is pressed and held while the item of “muscle level” is blinking.

  (Procedure 4) For example, when the measurement item of “subcutaneous fat percentage” is to be designated as a display item, the determination button 43 is operated while the item of “subcutaneous fat percentage” is blinking. On the other hand, when the measurement item of “subcutaneous fat percentage” is to be designated as a non-display item, the determination button 43 is pressed and held while the item of “subcutaneous fat percentage” is blinking.

  (Procedure 5) When it is necessary to change the display attribute of other measurement items, the display attribute is changed in accordance with the procedure according to the above (Procedure 2) to (Procedure 4). When the change of the display attribute for each measurement item is completed, the attribute change button 44 is operated to end the individual selection mode.

  The display attributes of each measurement item set in the above procedure are stored in the storage unit 80 after being associated with the user information. For this reason, in the next measurement of biometric information, when the user is selected by the user selection button 41, the setting content of the display attribute of each measurement item corresponding to the user is read.

  In the individual selection mode, display attributes of all measurement items can be set to display by a user operation. When the display attributes of all the measurement items are set to display, it is permitted to display all the measurement items on the display unit 50 at the end of the measurement of the biological information.

FIG. 7A shows an example of the work procedure in the group mode.
In the group mode, groups of measurement items are set in advance in order to change display attributes in units of groups. That is, as shown in FIG. 7B, the first group consisting of the measurement items of “body weight” and “body fat percentage” and “subcutaneous fat percentage”, “body weight”, “basal metabolism” and “muscle” A second group including measurement items of “level” is set in advance.

  The combination of the measurement items of the first group serves as an index indicating the current degree of obesity of the living body. For example, when the ratios of the body fat percentage and the subcutaneous fat percentage to the body weight are high, it can be confirmed that the body is in an obese or obese state.

  The combination of the measurement items of the second group is an index indicating the future ease of weight gain. For example, when the respective ratios of the basal metabolism and the muscle level to the body weight are low, it can be predicted that the body is likely to become fat in the future.

The user changes the display attribute in the group mode in the following procedure.
(Procedure 1) Press and hold the attribute change button 44. Thereby, the group mode is started. At this time, as a group of measurement items whose display attributes can be changed, each measurement item of the first group that is displayed first, that is, “body weight”, “body fat percentage”, and “subcutaneous fat percentage” blinks.

  (Procedure 2) When the measurement item whose display attribute is to be changed is to be changed, the switching button 45 is operated to display the next group. Here, the switching order of the displayed measurement items is set in the order of the first group and the second group.

  (Procedure 3) When the measurement item of the second group is designated as a display item, the determination button 43 is operated in a state where each measurement item of the second group is blinking. On the other hand, when it is desired to designate each measurement item of the second group as a non-display item, the determination button 43 is pressed and held while the measurement items of the second group are blinking.

  (Procedure 4) When it is necessary to change the display attributes of the measurement items of the first group, the display attributes are changed in accordance with the procedure according to the above (Procedure 2) and (Procedure 3). When the display attribute change for each group is completed, the attribute change button 44 is operated to end the group mode.

  The display attributes of each measurement item set in the above procedure are stored in the storage unit 80 after being associated with the user information. For this reason, in the next measurement of biometric information, when the user is selected by the user selection button 41, the setting content of the display attribute of each measurement item corresponding to the user is read.

According to this embodiment, the following effects can be achieved.
(1) In the biological information measuring device 10, at least one of a plurality of measurement items is designated in advance as a non-display item. When measurement of a plurality of measurement items is completed, measurement items that are not designated as non-display items are displayed on the display unit 50, and measurement items that are designated as non-display items are not displayed on the display unit 50. Accordingly, since the number of measurement items displayed on the display unit 50 is reduced as compared with the case where all of the measurement items are always displayed on the display unit 50, the user can visually recognize the measurement results for a plurality of measurement items. Can be provided in an easy-to-use form.

  (2) The biological information measuring apparatus 10 is provided with an input unit 40 for the user to select whether or not each of the plurality of measurement items is designated as a non-display item. Thereby, since the content of the non-display item can be changed to a content different from that set in advance, the usability of the device 10 is improved.

  (3) In the biological information measuring device 10, as an option when selecting which of a plurality of measurement items is to be displayed on the display unit 50, the first group and the first group shown in FIG. Two groups are prepared in advance. Accordingly, since the user selects at least one of the first group and the second group, a plurality of measurement items included in the group can be collectively designated as a display target on the display unit 50. Will be better.

  (4) The biological information measuring apparatus 10 prepares in advance a combination of measurement items serving as an index of the current degree of obesity as a first group. Thus, the above measurement items are provided to the user who is concerned about the current degree of obesity without the user individually changing the display attributes of the measurement items of “body weight”, “body fat percentage” and “subcutaneous fat percentage”. Measurement results can be provided.

  (5) The biological information measuring apparatus 10 prepares in advance a combination of measurement items as an index of future weight gain as a second group. As a result, even if the user does not change the display attributes of the measurement items of “body weight”, “basal metabolism”, and “muscle level” individually, the above-mentioned measurement items are not affected by the user who is concerned about future weight gain. Measurement results can be provided.

  (6) In the biological information measuring device 10, when the gripping measurement unit 30 is attached to the main body measurement unit 20, the contents of the measurement items displayed on the display unit 50 are automatically changed after the measurement of the biological information is completed. . Thereby, since the user does not need to bend in order to change the display content of the display unit 50, the usability of the device 10 is improved.

  (7) In the biological information measuring device 10, when the gripping measurement unit 30 is detached from the main body measurement unit 20, the contents of the measurement items displayed on the display unit 50 after the measurement of the biological information is finished are operated by the switch button 45. Change based on. Thereby, since the content of the measurement item displayed on the display part 50 can be changed at the timing which a user desires, the usability of the said apparatus 10 can be made better.

(Other embodiments)
The embodiment of the present invention is not limited to the embodiment exemplified in the above embodiment, and can be modified as shown below, for example. Moreover, each modification shown below is not applied only to corresponding embodiment, A different modification can also be implemented in combination with each other.

In the above embodiment, the first group and the second group are prepared in advance as the group of measurement items in the group mode. However, a group having a different combination of measurement items from the first group and the second group is further prepared. You can also. In this case, the number of measurement items included in one group is not limited to three, and may be two or four or more. Examples of other combinations are shown in the following (a) to (d).
(A) “Weight” and “BMI” groups.
(B) Groups of “body fat percentage”, “subcutaneous fat percentage” and “visceral fat level”.
(C) “Balance age” and “Balance of gravity center” groups.
(D) “Body weight”, “muscle level” and “bone mass” groups.

In the above embodiment, the content of the measurement item group is set in advance in the group mode, but the user can also set the measurement item group.
In the above embodiment, the display unit 50 is allowed to display the measurement result of the measurement item specified as the display item, and the measurement result of the measurement item specified as the non-display item is displayed on the display unit 50. Although this is prohibited, it can be changed as follows.
(A) It is prohibited to display the measurement result of the measurement item specified as the non-display item on the display unit 50, and display the measurement result of the measurement item not specified as the non-display item on the display unit 50. It is also possible to change to an allowed configuration. In this case, two display attribute setting contents are prepared, that is, contents for enabling “non-display” and contents for disabling.
(B) Display of measurement results of measurement items not specified as display items on the display unit 50 is prohibited, and display of measurement results of measurement items specified as display items on the display unit 50 is permitted. It can also be changed to a configuration. In this case, two display attribute setting contents are prepared: contents for enabling "display" and contents for disabling "display".

In the above-described embodiment, the initial setting is the content shown in FIG. 5 as the initial setting of the display attribute for each measurement item, but the content of the display attribute of each measurement item in the initial setting is exemplified in the same embodiment. It is not limited to the content. For example, any of the following display attributes (a) to (d) may be set as initial settings.
(A) “Body weight” and “body fat percentage” are designated as display items, and other measurement items are designated as non-display items.
(B) Designate “weight” and “basal metabolism” as display items, and designate other measurement items as non-display items.
(C) “Body fat percentage”, “subcutaneous fat percentage” and “visceral fat level” are designated as display items, and other measurement items are designated as non-display items.
(D) Designate “weight”, “muscle level” and “bone mass” as display items, and designate other measurement items as non-display items.

  In the above embodiment, when the gripping measurement unit 30 is attached to the main body measurement unit 20, the content of the measurement items displayed on the display unit 50 after the measurement of the biological information is automatically changed, but the switching button It can also be changed based on 45 operations.

  In the above embodiment, when the gripping measurement unit 30 is detached from the main body measurement unit 20, the contents of the measurement items displayed on the display unit 50 after the measurement of the biological information is completed are changed based on the operation of the switching button 45. However, it can be changed automatically.

  In the above embodiment, the impedance of the living body is measured using the energizing electrode and the measuring electrode, and the numerical value of each measurement item of the biological information is calculated based on the measurement result. The measuring method of the biological information is as follows. It can also be changed. That is, the amount of light propagating through the living body can be measured using the light source and the light receiving element, and the numerical value of each measurement item of the biological information can be calculated based on the measurement result. In this case, the thickness of subcutaneous fat can be further measured.

In the above embodiment, the input / output unit 32 is provided in the gripping measurement unit 30, but the input / output unit 32 may be provided in the main body measurement unit 20.
In the above-described embodiment, the biological information measuring device 10 is configured including the main body measuring unit 20 and the gripping measuring unit 30, but the biological information measuring device 10 may be configured such that the main body measuring unit 20 is omitted. In addition, the biological information measuring apparatus 10 may be configured such that the gripping measurement unit 30 is omitted.

  In the above embodiment, when the user is holding the grip measurement unit 30, the impedance is measured using both the foot electrode 22 and the hand electrode 33, but only one of the hand electrode 33 or the foot electrode 22 is used. It is also possible to measure impedance.

In the above embodiment, the control unit 60 is provided in the main body measurement unit 20, but the control unit 60 may be provided in the gripping measurement unit 30.
In the above embodiment, each measurement item shown in FIG. 5 is measured, but at least one of these measurement items can be excluded from the measurement item.

  In each of the above embodiments, the cord 28 is provided for communication between the main body measurement unit 20 and the measurement unit 30. The wireless communication function used can also be provided.

  DESCRIPTION OF SYMBOLS 10 ... Biological information measuring device, 20 ... Main body measurement part (measurement part), 30 ... Grasping measurement part (measurement part), 40 ... Input part (operation part), 50 ... Display part.

Claims (5)

In a biological information measurement device including a measurement unit that measures a plurality of measurement items for biological information, and a display unit that displays measurement results for each of the plurality of measurement items,
When a measurement item not to be displayed on the display unit is a non-display item, at least one of the plurality of measurement items is designated as the non-display item in advance, and when the measurement of the plurality of measurement items is completed, A biological information measuring device, wherein a measurement result of a measurement item specified as a display item is not displayed on the display unit. The biological information measuring device according to claim 1,
A biological information measurement apparatus comprising: an operation unit for a user to select whether or not each of the plurality of measurement items is designated as the non-display item. The biological information measuring device according to claim 1 or 2,
A first group in which at least two measurement items are combined, and a second group in which at least two measurement items are combined and the combination content is different from the first group are prepared in advance, and each of the plurality of measurement items The biometric information measuring device, wherein the first group and the second group are included in choices when the user selects whether or not to display on the display unit. In the biological information measuring device according to any one of claims 1 to 3,
The biological information measuring device includes a grip measurement unit for a user to hold and a main body measurement unit for a user to place, and the display unit is provided in the grip measurement unit.
The biological information measuring device, wherein when the gripping measurement unit is attached to the main body measurement unit, the contents of the measurement items displayed on the display unit are automatically changed. The biological information measuring device according to claim 4,
The biological information measurement device, wherein when the gripping measurement unit is detached from the main body measurement unit, the content of the measurement item displayed on the display unit is switched based on an operation of the operation unit by a user.

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