Apparatus and method for measuring quantitative value of information

• US 20050211255A1
• Filed: 03/09/2005
• Published: 09/29/2005
• Est. Priority Date: 03/25/2004
• Status: Abandoned Application

• Current Assignee: Sei Matsuoka
• Original Assignee: Sei Matsuoka
• Inventors: Matsuoka, Sei
• Application Number:
  US11/074,834
• Publication Number:
  US 20050211255A1
• Time in Patent Office: Days
• US Class Current: 128/897
• CPC Class Codes: A61B 5/0059 using light, e.g. diagnosis by transillumination, diascopy, fluorescence A61B5/0093, A61B5/1455, A61B5/02416 and A61B5/0261 take precedence
• CPC Class Codes: A61B 5/4854 Diagnosis based on concepts of traditional oriental medicine
• CPC Class Codes: A61B 5/6814 Head

Abstract

A measuring apparatus comprises a circular arc-shaped optical fiber, which is attached to a headband, and the two end sections of which point to touqiaoyin on the head, and an antenna coil that points to the forehead section, is worn on the head of a measurer. An O-ring test is used to evaluate the quantitative value of information of the information flowing through the optical fiber of the measuring apparatus when the measurer is facing a target object for measurement. When the O-ring test gives a value of <0> at the center of the optical fiber in the lengthwise direction, the quantitative value of information of the target object for measurement can be quantitatively determined from the measured value of the quantitative value of information flowing through the optical fiber at a position other than the center position.

Claims

1. A measuring apparatus for measuring quantitative values of information in a quantitative value information system which evaluates a biological tolerance relationship between a pineal body part of a brain of a person, who represents a subject, and an object, the apparatus comprising:

a hat body capable of being worn on a head of the person;

a cord attached to the hat body, with end sections that point to right and left touqiaoyin, respectively, which are meridian points in a rear temporal region, and which forms a circular arc shape to a rear of the head in its entirety; and

a metal antenna coil which is attached to the hat body and points to a forehead of the person.

2. The measuring apparatus for measuring quantitative values of information according to claim 1, wherein

either an optical fiber or a conductive wire is used as the cord.

3. The measuring apparatus for measuring quantitative values of information according to claim 1, wherein

metal auxiliary coils are attached to the respective ends of the cord.

4. The measuring apparatus for measuring quantitative values of information according to claim 2, wherein

metal auxiliary coils are attached to the respective ends of the cord.

5. A measuring method for measuring quantitative values of information in a quantitative value information system which evaluates a biological tolerance relationship between a pineal body part of a brain of a person, who represents a subject, and an object, the method comprising the steps of:

allowing a measurer to place the measuring apparatus according to claim 1 on a head of the measurer so that the end sections of the cord point to the respective touqiaoyin points in the rear temporal region;

using an O-ring test to determine a quantitative value of information for information flowing through the cord of the measuring apparatus when the measurer faces the object for measurement; and

determining, when a value for the O-ring test at a center of the cord in a lengthwise direction is zero <

0>

, the quantitative value of information of the object for measurement from a value of the quantitative value of information flowing through the cord at a position other than the center of the cord.

6. The measuring method for measuring quantitative values of information according to claim 5, comprising the steps of:

attaching an auxiliary object with a known quantitative value of information to the cord at a position other than the center position, or providing an auxiliary object with a known quantitative value of information in iterative contact with the cord at a position other than the center position, and

determining the quantitative value of information of the object for measurement from the determined value of the quantitative value of information flowing through the cord, except at the center of the cord, when the value of the O-ring test at the center position of the cord is zero <

0>

.

7. A measuring method for measuring quantitative values of information in a quantitative value information system which evaluates a biological tolerance relationship between a pineal body part of a brain of a person, who represents a subject, and an object, the method comprising the steps of:

allowing a measurer to place the measuring apparatus according to claim 2 on a head of the measurer so that the end sections of the cord point to the respective touqiaoyin points in the rear temporal region;

using an O-ring test to determine a quantitative value of information for information flowing through the cord of the measuring apparatus when the measurer faces the object for measurement; and

determining, when a value for the O-ring test at a center of the cord in a lengthwise direction is zero <

0>

, the quantitative value of information of the object for measurement from a value of the quantitative value of information flowing through the cord at a position other than the center of the cord.

8. A measuring method for measuring quantitative values of information in a quantitative value information system which evaluates a biological tolerance relationship between a pineal body part of a brain of a person, who represents a subject, and an object, the method comprising the steps of:

allowing a measurer to place the measuring apparatus according to claim 3 on a head of the measurer so that the end sections of the cord point to the respective touqiaoyin points in the rear temporal region;

using an O-ring test to determine a quantitative value of information for information flowing through the cord of the measuring apparatus when the measurer faces the object for measurement; and

determining, when a value for the O-ring test at a center of the cord in a lengthwise direction is zero <

0>

, the quantitative value of information of the object for measurement from a value of the quantitative value of information flowing through the cord at a position other than the center of the cord.

9. A measuring method for measuring quantitative values of information in a quantitative value information system which evaluates a biological tolerance relationship between a pineal body part of a brain of a person, who represents a subject, and an object, the method comprising the steps of:

allowing a measurer to place the measuring apparatus according to claim 4 on a head of the measurer so that the end sections of the cord point to the respective touqiaoyin points in the rear temporal region;

using an O-ring test to determine a quantitative value of information for information flowing through the cord of the measuring apparatus when the measurer faces the object for measurement; and

determining, when a value for the O-ring test at a center of the cord in a lengthwise direction is zero <

0>

, the quantitative value of information of the object for measurement from a value of the quantitative value of information flowing through the cord at a position other than the center of the cord.