KR100919837B1 - Method for determining back-su point and device for indicating back-su point - Google Patents

Abstract

PURPOSE: A Baesu spot selection method and a Baesu spot display device are provided, which enable to revise the location of the Baesu spot. CONSTITUTION: A Baesu spot selection method comprises a first step and a second step. The first step recognizes the reference patch of four sites adhered to the left and right hipbone and left and right shoulder bone. In the second step, the Baesu spot is computed on the basis of standard point recognized by the first step in advance. The more effective stimulation is possible by stimulating the Baesu spot using a roller after attaching a patch(100) to the Baesu spot.

Description

Drainage location selection method and device for indicating drainage blood {Method for determining Back-su point and device for indicating Back-su point}

The present invention relates to a method for selecting and stimulating drainage blood, and recognizing the reference patch of the back, and calculating the position of the drainage blood on the basis of the recognized reference point position in a preset method.

Blood transfusions are located in the back, called "drainage" (”), and because the flow of the organs of the book is the blood that is important to diagnose and treat the disease of the book. Drainage blood is all located in the foot line of foot solar bladder, and the location of drainage blood generally coincides with the position of the ledger. Nanjing Bonn and Nanjing Sixty-nine Nanjing said that when the disease occurs, it can be diagnosed and treated using drained blood. Therefore, when the disease occurs in the five intestines, various pathological reactions appear in the corresponding drainage blood can be used not only in the diagnosis but also widely used in the treatment.

Acupuncture points and meridians theory of Oriental Medicine suggest various methods for the prevention, health promotion, treatment of diseases, and especially, drainage blood is closely related to the liver, kidney, rain, lung, and kidneys of the vital organs. It can be used for diagnosis, treatment and health promotion.

However, in order to accurately identify and treat the location of the drainage blood, a conventional method of stimulating the drainage blood by confirming the location of the drainage blood only by the experience and examination of the oriental medicine was used, but the user who does not have expertise in oriental medicine according to the body type There was no easy way to calculate the exact drainage location.

The present invention has been made to solve the above problems, to provide a method for automatically searching for drainage blood to recognize the user's physique and body shape to easily and accurately search for drainage blood to be used for health promotion and treatment. There is this.

Another object of the present invention is to provide a method for automatically displaying the location of the detected drainage blood on the dorsal surface of the user.

Still another object of the present invention is to provide a method for correcting the location of drainage blood in real time according to a user's movement.

Still another object of the present invention is to provide a therapeutic patch capable of more effective stimulation by attaching a therapeutic patch to marked drainage blood and stimulating with a roller.

Still another object of the present invention is to provide a display device for automatically displaying the location of the drained blood that has been searched.

Drainage blood position selection and stimulation method according to the present invention in order to achieve the object as described above is the first step of recognizing the reference patch of the four points attached to the left and right shoulder bar and the reference point position of the left and right ossification And a second step of calculating, in a preset method, a position of the drainage blood of the stomach based on the reference point position recognized by the first step.

In addition, the preset method of the second step is set to the coordinate value of the reference patch of the left and right shoulder bar around the spine to (± 50,100), and the coordinates of the midpoint of the reference patch of the left and right ossification A first step of setting a value to (0,0) and a second step of setting a coordinate value of the drainage blood of the stomach using a ratio using a coordinate value of each of the reference patches set by the first step as a reference value It is characterized by including.

In the second process, the positional information of the drainage blood of the stomach, the coordinate value of the wastewater is (± 9.88,92.25), the coordinate value of the depth is (± 9.88,79.26), and the coordinate value of the guard is (± 9.88). (48.01), the non-numbered coordinates are (± 9.88,33.65), and the new coordinates are (± 9.88,12.59).

In addition, the drainage blood position information set by the second step may further include a third step of recognizing and resetting the position change of the reference patch.

The method may further include a fourth step of displaying position information of the drainage blood calculated by the third step on the back.

In addition, it characterized in that it further comprises a fifth step of stimulating the drainage blood position of the back displayed by the fourth step.

In addition, the method for stimulating the drainage location according to the fifth step is characterized by using a therapeutic patch.

The therapeutic patch is also characterized in that it is a concentrated pressure patch, a warm patch, a floating magnet patch or a composite patch.

The therapeutic patch according to the present invention includes an adhesive pad having a release layer laminated thereon, and a soft pad stacked on an upper surface of the adhesive pad, wherein the soft pad has a hard member that enhances acupuncture stimulation strength. do.

In addition, the soft pad is characterized in that it comprises a variable outer membrane surrounding the viscous material.

In addition, the viscous material is characterized in that the gel type.

In addition, the hard member is characterized in that at least one stick-shaped member or a spherical member.

In addition, the stick-shaped member or the spherical member is characterized in that the magnetic and movable inside the soft pad.

The apparatus for displaying drainage blood according to the present invention includes a photographing apparatus for photographing a reference patch attached to a back, a recognition unit for recognizing the reference patch photographed by the photographing apparatus, and the distribution according to the reference patch recognized by the recognition unit. And a display unit for displaying the drainage blood position calculated by the calculating unit.

In addition, the display device includes at least one light source, a mobile outlet to which the light source is irradiated, a controller for matching the position of the mobile outlet with a calculated drainage blood position, and a driving unit to move the mobile outlet. do.

In addition, the light emitting source is characterized in that the laser.

In addition, the light emitting source and the movable outlet is characterized in that the one-piece.

In addition, the drainage blood display is characterized in that it further comprises a monitor for observing the distribution.

As described above, according to the method for selecting and stimulating drainage blood, the treatment patch, and the drainage blood display device according to the present invention, there is an effect of easily searching for accurate and precise drainage location by recognizing an individual's physique and body shape.

In addition, there is an effect that the user can accurately know the location of drainage blood by displaying the searched drainage blood position directly on the skin surface.

In addition, by stimulating with a roller in a state in which the treatment patch is attached to the precisely detected drainage blood position, there is an effect that the treatment stimulation can be more effectively and concentrated.

In the acupoints of oriental medicine effective for preventive medicine and health promotion, precise drainage blood exploration can be performed, so that it can be used as an essential module for more advanced self-healing devices in combination with various physical therapies such as laser or electromagnetic waves.

1 is a schematic diagram showing the location of drainage blood of the abdomen.

2 shows a marker attached to the abdomen.

3 shows the CT photographed markers.

4 shows drainage and markers of the abdomen.

5 is a flowchart illustrating the step of calculating the drainage blood position.

6 is a flowchart illustrating a method of calculating the location of drainage blood by a preset method.

7 is a schematic of a therapeutic patch that stimulates drainage blood.

8 is a schematic diagram of a drainage blood display indicating a drainage blood position.

Hereinafter, with reference to the accompanying drawings will be described an embodiment of the present invention; First, it should be noted that the same components or parts in the drawings represent the same reference numerals as much as possible. In describing the present invention, detailed descriptions of related well-known functions or configurations are omitted in order not to obscure the gist of the present invention.

1 is a schematic diagram showing the location of drainage blood of the abdomen.

In the drainage blood position selection and stimulation method according to an embodiment of the present invention, as shown in FIG. 1, the acrobats located at both ends of the shoulder of the abdomen as the x-axis, the spine as the y-axis, and the left shoulder bar 1 and the right side The coordinate of the point where the x-axis passing by the acrobat 2 passes and the y-axis passing through the spine is set to (0,100), and the coordinate of the y-axis of the iliac crest located at both ends of the waist line is 0. In addition, the coordinates of the left acrobat 1 and the right acrobat 2 are set to (-50,100) and (+50,100), respectively, as reference points, and the midpoint coordinates of the left iliac crest (3) and the right iliac crest (4), respectively. Let (0,0) be the reference point.

In this way, three reference points are selected, and the location of wastewater, deep water, liver water, nasal water, and fresh water included in drainage blood is selected based on the three reference points by using a proportional equation.

x coordinate (±) y coordinate Acrop ± 50 100.00 Iliac crest midpoint 0.00 0.00 Wastewater ± 9.88 92.25 Deep water ± 9.88 79.26 bittern ± 9.88 48.01 Dagger ± 9.88 33.65 Shinsu ± 9.88 12.59

Specifically, the method of selecting the location of the drainage blood according to the coordinates of Table 1 of the drainage blood is a proportional equation, and the location of the wastewater is as follows.

The distance between the reference patch of the left shoulder bar (1) and the right shoulder bar (2) of the back of the patient is A cm, from the point where the x axis of the left shoulder bar (1) and the right shoulder bar (2) meets the y axis of the spine. When the distance from the midpoint of the thigh (3) to the right iliac crest (4) is B cm,

The actual locations of pulmonary transfusions in the abdomen are:

The wastewater is the x-axis based on a line parallel to the y-axis located at ± 9.88 / 100 × A cm to the left and right of the spine, the y-axis, and the waistline through which the left iliac crest (3) and the right iliac crest (4) pass. The intersection of the lines parallel to the x-axis located at 92.25 / 100 × B cm upwards becomes the position of the left wastewater 5 and the right wastewater 6,

The x-axis is based on a line parallel to the y-axis located at ± 9.88 / 100 × A cm to the left and right of the spine with respect to the y-axis spine and the waistline through which the right iliac crest (4) and the left iliac crest (3) pass. The intersection of the lines parallel to the x-axis located upwards at 79.26 / 100 × B cm is the position of the right depth 8 and the left depth 7,

The x-axis is based on the line parallel to the y-axis located at ± 9.88 / 100 × A cm to the left and right of the spine with respect to the y-axis spine and the waistline through which the right iliac crest (4) and the left iliac crest (3) pass. The intersection of the lines parallel to the x-axis located at 48.01 / 100 × B cm upwards becomes the position of the right handguard 10 and the left handler 9,

The x-axis is a line parallel to the y axis located at ± 9.88 / 100 × A cm to the left and right sides of the spine with respect to the y axis, and the waist line through which the left iliac crest (3) and the right iliac crest (4) pass. The intersection of the lines parallel to the x-axis located at 33.65 / 100 × B cm upwards becomes the position of the left ratio 11 and the right ratio 12,

The elongation is the x-axis based on a line parallel to the y-axis located at ± 9.88 / 100 × A cm to the left and right of the spine and the waistline through which the left iliac crest (3) and the right iliac crest (4) pass. The intersection of the lines parallel to the x-axis located upwards at 12.59 / 100 × B cm is the position of the left and right kidneys 13 and 14.

The coordinates of drainage blood in Table 1 are the results of statistical analysis of the location of drainage blood in about 40 patients with no visible lesion on the spine at Wonkwang University.

Specifically, the statistical method is as follows.

The left and right sides of wastewater, heart water, liver water, nasal water, and fresh water, which correspond to the “drainage blood” of five chapters, were used on both sides. Blood collection is based on the acupuncture textbooks of the Korean Medicine College. The location of the blood in each drainage blood is “1 min 5 min on both sides under the spinous process of the third spine” and the heart water “5 min min on both sides under the spinal process of the fifth spine”. The guard is “1 min 5 min on both sides under the ninth spinous process”, the number of guards is “1 min 5 min on both sides under the 11th spinous process” The blood is collected at the point where the depression point exists with the standard of 1 inch and 5 minutes under the 14 spines.

As shown in Figure 2, 3, 5 cm of the umbilical cord blood of the test subject and jujube blood, cheonchuyeonyeon, acromibia, scapula pole, end of the scapula, the lateral scapula is pressed by hand and touched by 1cm in diameter A tack head was attached, and radiography scans the whole body using CT with the limitation of X-ray film.

As shown in FIG. 4, the analysis of the radiographic image is performed by measuring coordinates of each marker using an Adobe Illustrator CS3 program and recording the data using an Excel program of Microsoft Corporation. The x value was adjusted by setting the intermediate value of the x-coordinate of the jujube blood and the x-coordinate of the sacral vertebra to 0, and the y-value was adjusted to 0 by the y-coordinate of the sacrum. After that, the total coordinates are readjusted and compared so that the y coordinate of the jujube blood becomes 100.

The coordinate point is adjusted by using Microsoft's Excel program and statistically processed by Sigma Plot 9.0 program using ANOVA method.

When the relative position of the drainage blood of the intestine is obtained from the spinal column, the positions of the drainage blood of the intestine are significantly different from each other, and the left and right positions of the drainage blood are different, but there is no significant difference. . The relative position of each is as follows.

1) Lung blood transfusions (肺 兪 穴) are located on the right (-7.21 ± 1.69, 88.00 ± 7.09) and on the left (7.61 ± 1.74, 89.55 ± 2.81).

2) Heart blood transfusions are located on the right side (-6.91 ± 1.78, 76.70 ± 2.99) and on the left side (7.19 ± 1.81, 77.08 ± 3.15).

3) Liver transfusion (肝 兪 穴) is located on the right (-7.86 ± 2.03, 48.30 ± 5.39) and on the left (7.31 ± 1.79, 48.31 ± 4.41).

4) Non-transfusion (脾 兪 穴) is located on the right side (-8.22 ± 1.89, 35.17 ± 6.15) and on the left side (7.39 ± 1.97, 35.17 ± 4.52).

5) Renal blood transfusion (腎 兪 穴) is located on the right side (-8.60 ± 1.87, 16.01 ± 5.19) and on the left side (7.64 ± 2.03, 15.81 ± 4.65).

Based on the collected data, each baseline was changed to the left and right shoulders (1,2), which are the "shoulder end points", and the left and right ossification bones (3,4), which are the "lower both ends" (3,4). When the x and y coordinates are converted and the subtle differences between the left and right are corrected by the average, the x and y coordinate values of the respective drainage blood in Table 1 are obtained.

5 is a flowchart illustrating the step of calculating the drainage blood position.

As illustrated in FIG. 5, the reference patches attached to the left shoulder bar 1, the right shoulder bar 2, the left iliac crest 3, and the right iliac crest 4 are recognized by a CCD camera. Through the first step (S100), the location of the drainage blood is determined by the second step (S200) of calculating the position of the drainage blood of the belly in a preset method based on the recognized reference point.

FIG. 6 is a flowchart illustrating a method for calculating the location of drainage blood by a preset method. Coordinates of bleeding blood through a second process (S220) of setting the coordinate values of the bleeding blood according to a ratio through a first process (S210) of setting (-50,100), (+50,100), and (0,0), respectively. The value is determined.

In the second step (S220), the coordinate values of the drainage blood determined according to the ratio are as shown in Table 1, and the coordinate values of the left and right wastewater (5,6) are (± 9.88,92.25), and the left and right heart rate ( The coordinate value of 7,8) is (± 9.88,79.26), the coordinate value of the left and right numbers (9,10) is (± 9.88,48.01), and the coordinate value of the left and right numbers (11,12) is (± 9.88,33.65), and the coordinate values of the left and right numbers (13,14) are set to (± 9.88,12.59).

On the other hand, as shown in Figure 5 as another embodiment of the present invention, the present invention is a first step (S100) for recognizing the reference patch attached to the reference point, and the second step of calculating the drainage blood drainage based on the reference point When the position of the drainage blood is calculated through the step (S200), and the patient moves during the measurement of the drainage blood, the drainage blood is reset in the back of the patient who moves again by repeating the process of the first step (S100) and the second step (S200). In addition, a third step (S300) of recognizing the change in the position of the reference patch to reset the position information of the drainage blood to calculate the accurate drainage blood location is additionally included.

On the other hand, as shown in Figure 5 as another embodiment of the present invention, the present invention is to determine the location information of the drainage blood calculated through the first step (S100), the second step (S200), the third step (S300) A fourth step S400 of displaying the light using a light emitting source such as a laser pointer is additionally included.

On the other hand, as shown in Figure 5 as another embodiment of the present invention, the present invention is displayed through the first step (S100), the second step (S200), the third step (S300), the fourth step (S400) A therapeutic patch 100 such as a concentrated pressure patch, a thermal patch, a magnetic patch, or a composite patch is attached to a drainage blood location of the back, and a roller is used to stimulate drainage while moving up and down on the therapeutic patch using a roller. Step 5 additionally includes (S500).

7 is a schematic of a therapeutic patch.

As shown in FIG. 7, the therapeutic patch 100 includes an adhesive pad 102 on which a release layer 101 is stacked, and a soft pad 103 stacked on an upper surface of the adhesive pad 102. The soft pad 103 includes a hard member 104 made of a hard material for increasing the stimulation intensity in stimulating the acupuncture points therein.

The release layer 101 is a thin film made of polyethylene or polyester film coated with silicon or fluorine compound, and is attached to the adhesive pad 102 to protect the adhesive layer of the adhesive pad 102 during storage until use. It is a layer that is removed during use.

The soft pad 103 is composed of a viscous material 105, such as a gel, and includes a variable outer membrane 106 to surround the soft pad 103, and a hard member 104 is included in the internal viscous material. When stimulating the acupuncture points with the roller outside the pad 103, the hard member 104 hardly stimulates the acupuncture points more effectively than the stimulation with the rollers alone.

Further, the hard member 104 may be a plurality of stick-shaped members or spherical members, and the plurality of stick-shaped members or spherical members are made of a magnetic material so that attraction or repulsive force is applied between the respective stick-shaped members or spherical members. When it is stimulated by the roller from the outside, it can stimulate the acupuncture through the movement by magnetic force, and it is more effective by forming the change of magnetic field.

8 is a schematic diagram of a drainage blood display.

The drainage display device 200 includes a photographing apparatus 210 such as a CCD camera photographing a reference patch attached to the abdomen, a recognition unit 221 for recognizing a reference patch photographed by the photographing apparatus 210, and a recognition unit ( A calculation device 220 including a calculation unit 222 for calculating a drainage blood location of the belly according to the reference patch recognized by 221, and a display device 300 for displaying the drainage blood location calculated by the calculation unit 222. ).

In detail, the display device 300 includes a control unit for matching one or more light emitting sources 301 and the plurality of movable outlets 302 to which the light emitting sources 301 are irradiated, and the positions of the movable outlets 302 with the calculated drainage blood positions ( 303 and a drive 304 for moving the mobile exit 302. The light emitting source 301 may be a laser, and the light emitting source and the movable outlet 302 may be integrated. In the case where the light emitting source and the movable outlet 302 are integrated, the same number of light emitting sources as the number of the movable outlets are required and function as individual laser pointers so that the laser is irradiated to each position of the drainage blood.

As another embodiment of the present invention, the drainage blood flow display device 200 may further include a monitor 400 for observing the distribution.

As described above with reference to the drawings illustrating a drainage blood position selection and stimulation method, treatment patch, drainage blood display device according to the present invention, the present invention is not limited by the embodiments and drawings disclosed herein, Of course, various modifications may be made by those skilled in the art within the scope of the invention.

Claims (18)

A first step of recognizing a reference patch of four points attached to the left and right shoulder bars of the abdomen and the reference point positions of the left and right long bones; And And a second step of calculating, in a preset method, a position of the drainage blood of the stomach based on the reference point position recognized by the first step. The method of claim 1, The preset method of the second step is The coordinates of the reference patch of the left and right shoulders are set to (-50,100) and (+50,100) around the spine, and the coordinate values of the midpoint of the reference patch of the left and right ossification are (0,0). First process to set to and And a second step of setting a coordinate value of the drainage blood of the belly using a ratio using each coordinate value associated with the reference patch set by the first step as a reference value. The method of claim 2, Wherein the second process is the location information of the drainage blood of the stomach, The coordinate values of the wastewater are (± 9.88,92.25), the depth value of the deep water is (± 9.88,79.26), the coordinate value of the guard is (± 9.88,48.01), and the coordinate value of the non-water is (± 9.88,33.65) The coordinate value of the new water is set to (± 9.88,12.59). The method according to any one of claims 1 to 3, The drainage blood location information set by the second step further comprises a third step of resetting the recognition of the position change of the reference patch. The method of claim 4, wherein And a fourth step of displaying position information of the drainage blood calculated by the third step on the back. The method of claim 5, And a fifth step of stimulating the drainage blood location of the belly indicated by the fourth step. The method of claim 6, The method for stimulating the drainage blood position according to the fifth step is using a treatment patch. The method of claim 7, wherein The therapeutic patch is a concentrated pressure patch, a warm patch, a floating magnet patch or a composite patch, characterized in that drainage blood positioning method. delete delete delete delete delete delete delete delete delete delete