JP2014171512A5

JP2014171512A5 -

Info

Publication number: JP2014171512A5
Application number: JP2013044293A
Authority: JP
Filing date: 2013-03-06
Publication date: 2016-04-14
Anticipated expiration: 2033-03-06

Claims

A biological information detector that detects biological information of the subject;
A display unit;
A processing unit that performs measurement processing of the biological information and determination processing of the posture state of the subject;
Including
The display unit
Display a posture state notification image that changes according to the posture state,
The processor is
A biological information detection apparatus that performs the measurement process according to the posture state of the subject .

In claim 1,
The display unit
A biological information detecting apparatus, wherein an image in which a display position of an object representing the posture state changes according to the posture state is displayed as the posture state notification image.

  In claim 1 or 2,
  The processor is
  When it is determined that the posture state of the subject is appropriate as a posture for performing the measurement processing of the biological information, and it is determined that the posture state is appropriate, the biological information A biological information detection apparatus characterized by performing measurement processing.

In claim 3 ,
When the processing unit determines that the posture state is appropriate,
The display unit
A biological information detecting apparatus, wherein an image in which the object is displayed in a first area in the image is displayed as the posture state notification image.

In claim 3 or 4 ,
The biological information detection device is attached to the subject , the direction from the elbow to the wrist of the subject is the X axis , the direction orthogonal to the X axis, and the direction orthogonal to the screen of the display unit is the Z axis, The axis perpendicular to the X axis and the Z axis is the Y axis, the angle representing the rotation of the X axis relative to the horizontal plane perpendicular to the direction of gravity is the first angle θx, and the angle representing the rotation of the Y axis relative to the horizontal plane is When the second angle θy is used,
The processor is
Biological information detection, wherein the posture state is determined to be appropriate when the θx is determined to be in the first angle range and the θy is determined to be in the second angle range. apparatus.

In claim 5 ,
With respect to the second angle θy, when an angle representing rotation on the gravitational direction side with respect to the horizontal plane is a positive value and an angle representing rotation on the opposite side to the gravitational direction is a negative value,
The processor is
A biological information detection device that determines that the posture state is appropriate when it is determined that the second angle θy is within the second angle range in which the median is a negative value. .

In any one of Claims 4 thru | or 6 .
When the processing unit determines that the posture state is appropriate,
The display unit
The biological information detecting apparatus, wherein an image in which the object is displayed in the first area is continuously displayed as the posture state notification image for a given time .

In claim 7 ,
The display unit
A biometric information detection apparatus that displays a measurement state notification image indicating that the measurement processing of the biometric information is performed in the processing unit after the given time has elapsed.

In claim 8 ,
When the processing unit determines that the posture state is not appropriate during the display of the measurement state notification image after the given time has elapsed,
The processor is
End the measurement process of the biological information,
The display unit
The biological information detection apparatus, wherein the display of the measurement state notification image is terminated and the posture state notification image is displayed.

In any one of Claims 4 thru | or 9 .
When the processing unit determines that the posture state is not appropriate,
The display unit
Displaying an image in which the object is displayed in a second region different from the first region in the image as the posture state notification image;
Biological information detection characterized in that an image in which the display mode of the object is different depending on whether the image is displayed in the first area or the second area is displayed as the posture state notification image. apparatus.

In any one of Claims 1 thru | or 10 .
Including a load mechanism for generating a pressing of the biological information detection unit to the subject,
The load state of the load mechanism is set to any one of first to Nth (N is an integer of 2 or more) load states having different pressing states,
The processor is
The load mechanism performs the posture state determination process in an i-th load state (i is an integer satisfying 1 ≦ i ≦ N),
The display unit
A biological information detection apparatus that displays the posture state notification image that dynamically changes according to a change in the posture state in the i-th load state.

In claim 11 ,
In the processing unit, when it is determined that the posture state is appropriate as a result of the determination processing,
The processor is
Performing the measurement process of the biological information in the i-th load state;
The display unit
An instruction to change the load mechanism to a j-th load state (j is an integer satisfying 1 ≦ j ≦ N, i ≠ j) different from the i-th load state after the measurement process in the processing unit ends. A biometric information detection apparatus that displays an instruction image for performing the operation.

In claim 11 or 12 ,
The processor is
Based on the result of the measurement process of the biological information acquired in at least two load states among the first to Nth load states, appropriate pressure information representing an appropriate value of the pressure on the subject is obtained. A biological information detection apparatus that performs an appropriate pressing information acquisition process.

A biological information detector that detects biological information of the subject;
A presentation unit for presenting information;
A processing unit that performs measurement processing of the biological information and determination processing of the posture state of the subject;
Including
The presenting unit
By taking different presentation modes depending on the posture state , the information on the posture state is presented,
The processor is
A biological information detection apparatus that performs the measurement process according to the posture state of the subject .

  In claim 14,
  The processor is
  When it is determined that the posture state of the subject is appropriate as a posture for performing the measurement processing of the biological information, and it is determined that the posture state is appropriate, the biological information A biological information detection apparatus characterized by performing measurement processing.

  A biological information detector that detects biological information of the subject;
  A display unit;
  A processing unit that performs measurement processing of the biological information and determination processing of the posture state of the subject;
  Including
  The display unit
  Display a posture state notification image that changes according to the posture state,
  The processor is
  The biological information detection apparatus which performs the process which determines whether the said attitude | position state of the said subject is appropriate as an attitude | position which performs the said measurement process of the said biological information.

A biological information acquisition unit that acquires biological information of the subject;
A processing unit that performs measurement processing of the biological information and determination processing of the posture state of the subject;
As a display control unit that performs control to display the posture state notification image that changes according to the posture state on the display unit,
Make the computer work,
The processor is
A program for performing the measurement process according to the posture state of the subject .

  In claim 17,
  The processor is
  When it is determined that the posture state of the subject is appropriate as a posture for performing the measurement processing of the biological information, and it is determined that the posture state is appropriate, the biological information A program characterized by performing measurement processing.