KR20090045876A - Method, system and module for determining the stimulated point of human body - Google Patents

Abstract

The present invention discloses methods, systems, and modules for determining acupuncture points in the body. The method comprises defining a distribution of a plurality of collateral meridians and a plurality of body flow lines of the body; Constructing information about the meridians and the acupuncture points based on the distribution of the plurality of meridians and the plurality of acupuncture points; Identifying corresponding acupoints based on the meridians of the injury site; Determining one or a plurality of acupoints based on the acupuncture points and information corresponding to the injury site; And applying a stimulus to the acupoints to heal or recover the injury site. The system includes a process system for analyzing data entered by the input / output module and data contained within the database via the calculation module, whereby a plurality of transfusion tablets can be obtained. Or the module determines one or a plurality of acupoints, including a distribution of the acupuncture points and acupuncture points.

Acupuncture points, Meridian points, Acupuncture points, Yin-Yang Five Elements, Win-Win, Sanggek

Description

Method, System and Module for Determining the Stimulated Point of Human Body

The present invention relates to methods, systems, and modules for determining acupoints, specifically to combine theories and seasonal factors of Chinese and modern medicine to determine the stimulated points of the collateral meridian. It relates to methods, systems and modules. Acupoints are determined according to the acupoints of the meridians of the body, and then a stimulus is applied for healing or recovery of the injury site.

In recent years, medical science and medical technology are developing, and people are living very busy, toned pace. Most people spend most of their time at work, but spend little time on sports or travel. Discomfort or pain can not be avoided with age. People do not have enough time to treat or recover from pain syndromes, and as a result, they become unrecoverable.

Conventionally, people face the risk of many diseases. Over the past thousands of years, people have been constantly trying to solve the problems of human birth, growth, illness and death by fighting diseases. For example, headache, shoulder pain or neck pain, toothache, back pain, and knee pain are included in the pain syndrome. Despite rapid changes in science and technology, pain remains inevitable. Since a person's life begins with labor pain left by the mother and ends with various diseases, a person must face and overcome physiological or psychological pain in his life. Some people have good resistance to pain, but most people do not.

In general, when experiencing discomfort or pain, people often seek modern scientific therapies because drugs or injections can be used to treat pain directly. However, this treatment provides a temporary solution rather than permanent to alleviate pain. Some people may receive Chinese medical treatment, but their signs may take a long time to improve this case. There is a significant difference in the method of treatment and recovery between Chinese and modern medicine, and it is difficult to choose one of them. In addition, pain syndrome is a form of injury site in the body. Therefore, there is a need to attenuate, ameliorate or eliminate this pain quickly and efficiently.

In addition, in modern medicine, certain medications, such as anodyne or anesthetic, are mainly used for treatment, the use of which may be accompanied by an unexpected side effect. Similarly, in Chinese medicine, acupressure or massage can weaken myalgia but cannot be employed to treat severe pain syndrome. In addition, it is not recommended to perform acupressure or massage treatment directly on the inflamed pain area. To avoid increasing inflammation, people should carefully select the appropriate treatment. A person may be advised to rethink acceptable treatments for different types and sites of pain syndrome.

Based on the foregoing, the present invention provides a new method for determining acupuncture points on the body in order to overcome the above mentioned disadvantages. The method of the present invention has been improved by modifying and combining theories by Chinese and modern to heal or recover the site of injury, and may be modified by different needs.

Preferred embodiments of the present invention are described below. However, it will be apparent that the present invention may be practiced exclusively with other embodiments that are excluded from the detailed description below. The spirit and scope of the invention are not limited to these examples but should be in accordance with the appended claims.

It is an object of the present invention to provide a method, system and module for determining acupuncture points in the body, which provides a new aspect of the five-dimensional method that replaces the two-dimensional method.

It is another object of the present invention to provide a method, system and module for determining the acupoints of the body in which stimuli can be applied in accordance with the needs of a user.

It is yet another object of the present invention to provide a method, system and module for determining acupuncture points in the body that can provide adequate stimulation to heal or heal an injury rather than to direct treatment to the pain.

Still another object of the present invention is the relationship between Ying-Yang and five elements of Chinese medicine, 12 collateral meridians, inter promotion and inter restriction, and the pathophysiology of modern medicine. Based on a combination of the modified theories of, the present invention provides a method, system and module for determining the acupoints of the body.

It is another object of the present invention to provide an earthquake module for distribution of acupoints distributed in the body, the module being capable of being employed to determine one or a plurality of acupoints of the body, methods, systems for determining the acupoints of the body and To provide a module.

It is a further object of the present invention to provide a method, system and module for determining the acupoints of the body in which information about the point of innocence and the corresponding stimulus type can be obtained to heal or restore the site of injury.

In order to achieve the above object, the present invention comprises the steps of defining the distribution of a plurality of meridians and a plurality of body flow lines in the body; Constructing relevant information about the meridians and the acupuncture points based on the distribution of the plurality of meridians and acupuncture points; Identifying corresponding acupoints based on meridians of the injury site; Determining one or a plurality of acupoints based on corresponding information of the acupuncture points and injury site; And applying a stimulus to the acupoints for healing or recovery of the injury site.

The present invention also provides a system for determining acupuncture points of the body, the system comprising: an input / output module for inputting / outputting data; A process system connected to the input / output module; A database connected to the process system; A calculation module connected to the process system, the process system analyzing data acquired from the input / output module and the database, wherein the input / output module outputs corresponding data of one or a plurality of acupoints of the body do.

The present invention also provides a module for determining acupuncture points of the body, the module comprising: a plurality of acupuncture points configured on the module; And a plurality of acupuncture points configured in each of the plurality of acupuncture points, wherein the plurality of acupuncture points and the plurality of acupuncture points are defined by a modified Yin Yang theory and acupuncture theory, and the injury site is healed or recovered after applying a stimulus. do.

According to the present invention, there is provided a method comprising: defining a distribution of a plurality of meridians and a plurality of body flow lines in a body; Constructing relevant information about the meridians and the acupuncture points based on the distribution of the plurality of meridians and acupuncture points; Identifying corresponding acupoints based on meridians of the injury site; Determining one or a plurality of acupoints based on corresponding information of the acupuncture points and injury site; And providing a method of determining acupuncture points in the body, comprising applying a stimulus to the acupuncture points for healing or recovery of the injury site, thereby providing a new aspect of a 5-dimensional method replacing the two-dimensional method. Methods, systems, and modules can be provided for determining.

In the following description, embodiments according to the present invention will be described. However, descriptions through the following examples are illustrative for the purpose of illustrating the present invention, and the present invention is not limited to these examples. It will be apparent to those skilled in the art that the present invention may be modified within the scope of the present invention in other ways, components, materials and the like.

The drawings and the detailed description are intended to illustrate preferred embodiments of the invention, but are not limited to such. Also, different components are not drawn to scale. Some dimensions of the components involved are exaggerated, and unnecessary parts are not shown for clarity of understanding the present invention.

The present invention provides a method for determining meridian acupoints of the body. The proposed method is based on the theory of meridian, yin and yang of Chinese medicine, the relationship between inter promotion and inter-restriction, and the pathophysiology theory of modern medicine. The present invention provides the following five-dimensional method for determining the corresponding corresponding acupoints. Among them, the acupuncture points in the present invention are different from the meridians mentioned in Chinese medicine. Thus, one of the features of the present invention lies in the body's acupoints and their determination. Acupoints include the circulation or circulation molecules of various ions, neurotransmitters, lymph, and blood.

Based on one aspect of the invention, "collateral meridians" means the division of the body in the longitudinal and transverse directions. The intersection between the transverse and longitudinal lines is called collaterals. Since most of the longitudinal lines are distributed within the body, the body can be divided into a plurality of meridians distributed throughout the body. In addition, many acupoints can be found in various organs in the body, including the circulatory system, the digestive system, the respiratory system, the nervous system, and the urinary system. Acupuncture points include various substances or particulates that circulate or circulate throughout the body. For example, substances or particulates include blood, lymph, neurotransmitters, hormones, ions, oxygen, and water produced by the endocrine glands. Corresponding relationships that exist between the systems described above and the exchanges between them can be represented as a plurality of acupoints. Thus, the relationship between meridians and acupuncture points is either corresponding or relative. Based on a series of efforts and studies, the present invention has been improved and defined by the applicant. Relevant articles or information can be found in Acta Anaesthesiol Taiwanica, 44: 59-60 (2006), "Can we do better, in addition to the pharmacological treatment, on pain: Collateral Meridian Therapy" by Ko et al., Anesthesia & Analgesia, 103 by Ko et al. (6), "Collateral Meridian Therapy dramatically attenuates pain and improves functional activity of a patient with complex regional pain syndrome". This article is incorporated herein by reference. This reference provides information relating to the importance, usefulness, and reproducibility of the present invention.

2A and 2B show the injured part of the body that occurred when one intersection 20 of the menstrual blood diagram was blocked by the obstruction 30. According to the present invention, the type of injury site includes dull pain, sharp pain or numbness, and the occurrence of the injury site functions as an alarm signal reflecting or guiding an abnormal physical condition. In particular, since the occurrence of the injury site is not a disease, the present invention does not relate to diagnosis or prescription. The condition described above is an injury and can be cured or improved by the present invention.

FIG. 2A shows a cross section 20 of acupuncture points partially blocked by obstruction 30, in accordance with the present invention. If the intersection 20 is partially blocked, the circulation or circulating particulates do not pass smoothly through the acupoint channels. The person then experiences a dull or acute pain that has occurred in the muscle corresponding to the previous portion 22 of the blocked section 24. 2B shows the intersection 20 of the acupoints completely blocked by the obstruction 30, according to the present invention. Once the intersection 20 is completely blocked, no circulation or circulating particulates can pass through the menstrual blood channel. The person thus suffers from numbness produced in the muscle corresponding to the area 26 after the blocked section 24. These pains are abnormal.

In an abnormal phenomenon, if the blocked intersection 20 is in communication with other associated corresponding acupoints and an appropriate stimulus can be given, the injury phenomenon can be healed or recovered. Thus, in order to heal or recover the injury site quickly and efficiently, the present invention determines the meridians acupuncture points on the body.

Referring to FIG. 1, FIG. 1 shows a flowchart of a method for determining acupuncture points of the body in accordance with the present invention. The method includes defining a plurality of meridians and a plurality of acupoints, as shown in step 10. Subsequently, as shown in step 12, associated information about meridians and acupuncture points is constructed based on the distribution of the plurality of meridians and acupuncture points. Corresponding acupoints can be identified according to the meridians of the injury site as shown in step 14. The one or more acupoints may then be determined based on the corresponding information and the acupuncture points of the injury site, as shown in step 16. Then, as shown in step 18, a specific point is stimulated for healing or recovery of the injury site.

In one embodiment, the body meridians is divided into a plurality of meridians in the longitudinal and transverse directions. One or more acupoints are networks and communicate with a plurality of body meridians.

According to one embodiment of the invention, the acupoints include yin-yang acupuncture points. Negative acupuncture points include internal parts of the body, such as the ventral region, and body organs, such as the liver, lung, kidney, heart, and spleen. On the other hand, positive acupuncture points include the lateral side of the body including the back of the body, the lateral side of the left and right sides of the body, the lateral side of the left and right foot, and the stomach, the bile, the bladder, the large intestine, and the small intestine ( external organs of the body, including large and small intestine.

In one embodiment, the type of injury site includes chronic and acute injury sites, local and central injury sites. For example, the central region includes organs of the body, and the local region includes limbs or trunks and the body.

In one embodiment, the injury site includes a site that senses a particular sensation including pain. The injury site may be included in the head, limbs, chest or body, and in the internal organs or organs or the nervous system of the body.

In a preferred embodiment, the order of steps is used to illustrate rather than limit the invention. The invention can be modified or modified to meet the needs of different users.

According to an aspect of the present invention, a plurality of meridians and a plurality of acupuncture points, and one or a plurality of acupuncture points, the yin-yang five-point theory shown in FIG. 3, the hexagonal relationship shown in FIG. 4, and the season shown in FIG. Based on the corresponding or opposite relationship to time.

Figure 3 shows a modified theory of yin and yang, based on the yin and yang of Chinese medicine in accordance with the present invention. The method shown determines the acupoints according to the modified method. In Fig. 3, reference numerals a1, a2, a3, a4, a5, a6 and a7 each represent fire, metal, wood, earth, water, govern fire, air. Further, reference numerals T and A denote hands, respectively (Japanese for "hand" is similar to the pronunciation of [Te]) and feet (Japanese for "foot" is similar to the pronunciation of [Ashi]), and reference number r And l represent right and left, respectively. Further, reference numerals x and y represent negative and positive acupoints, respectively, and each acupuncture points have three acupoints I, II, and III. For example, "TyIII" indicates that positive acupuncture points III occupy the outer portion of the hand, "AxI" means negative acupoints I occupy the inner part of the rainwater, and "rTxI" means negative acupuncture points. Figure I shows occupying the inner part of the left hand seat.

In one embodiment, TxI represents pulmonary meridian, TxII represents pericardium medulla, TxIII represents cardiac meridian, TyI represents large intestinal meridian, TyII represents three seconds, TyIII represents small intestinal meridian. Similarly, AxI is the splenic meridion, AxII represents the liver, and AxIII represents the renal meridion. AyI also represents gastric meridians, AyII represents bile ducts, and AyIII depicts bladder meridians.

Also, referring to Fig. 3, the clockwise circular relationship of the outer circle is referred to as the inter promotion relationship of yin and yang. For example, numbers produce soil, and necks produce woes. A win-win relationship can be called a mother-son relationship. The counterclockwise direction of the inner circle represents an inter insult relationship, for example, anger cannot go out if the number is insufficient. The central hexagonal relationship represents an inter-restrict relationship, for example, gold is melted by fire, neck is cut by gold, soil may be covered by neck, and number is Can be absorbed by.

Figure 4 is a diagram showing a hexagonal relationship for determining the acupoints of the body in accordance with the present invention. The dashed line in FIG. 4 illustrates an exchange or relationship between a win-win relationship and a corresponding relationship based on experimental data. In the figure, the solid line connecting the surrounding square and the central hexagon represents a win-win relationship between the acupoints Tx, Ty, Ax, Ay, I, II and III. Dotted lines, on the other hand, indicate the corresponding relationship between the acupoints Tx, Ty, Ax, Ay, I, II and III. For example, if the injury site occurs in acupoint TyI, the corresponding acupuncture points can be designated as AxII based on the dotted line between TyI and AxII. In addition, if the injury site occurs in acupoint AyII, the corresponding acupuncture points can be designated as TxIII based on the dotted line between AyII and TxIII.

In one embodiment, after identifying the corresponding acupoints of the injury site, a defined or associated acupuncture points may be used to determine one or a plurality of acupuncture points of the body, as described below.

The distribution of acupuncture points varies slightly with seasonal changes, and their characteristics and definitions change. For example, the present invention introduces season and day factors to provide more desirable and precise information in determining the body's acupoints to effectively heal or recover the site of injury. 5 is a diagram illustrating a seasonal relationship for determining acupuncture points of the body according to the present invention. In East Asia, trees, tues, gold, and earth are referred to as spring, summer, autumn, winter, and 18 days before spring begins, before summer begins, before autumn begins, and before winter begins. In FIG. 3 the toothing is referred to as "plum rain". Accordingly, the present invention provides a five-dimensional method for determining the acupoints of the body in order to effectively heal or recover an injury site.

In one embodiment, when blocked portions of the acupuncture points TxI and TyI occur, pain, such as radial nerve lesions in the thumb or index finger, appears in the fall (corresponding to gold in FIG. 5). Thus, if a moderate and precise stimulus is provided in the fall, it takes a long time to heal and recover the pain area, and the pain area is periodically expressed. Provided with the proper irritation except fall, pain areas can be easily healed and restored.

In one embodiment, if a blocked portion of the acupuncture points AxIII and AyIII occurs, it includes lumbago and spine (eg, cervical vertebra, lumbar vertebra, and caudal vertebra) pains. Pain may be expressed in winter (corresponding to the number in FIG. 5). Thus, given the appropriate precise stimulation in the winter, it takes a long time to heal and recover the pain area, which is expressed periodically. Providing adequate irritation except in winter, pain areas can be easily healed and restored.

In accordance with an aspect of the invention, the distribution and definition of the meridians acupoints is determined by the associated information of FIGS. 6A, 6B, 7A, and 7B.

Referring to Figure 6A, there is shown the left and right lateral acupoints of the body in accordance with the present invention. 6B shows the left and right medial acupoints of the body in accordance with the present invention. In Figs. 6A and 6B, the left men's medial acupoints TxI, TxII, TxIII and the left men's lateral menstrual acuity TyI, TyII, TyIII are divided into a plurality of menstrual points, respectively. In the figure, the acupoints are divided into six acupuncture points 1, 2, 3, 4, 5, 6 above the elbow of the hand, and three acupoints a, b, c below the elbow of the hand. Thus, each acupoint of the hand can be divided into nine acupuncture points, a, b, c, 1, 2, 3, 4, 5, 6, as shown in FIGS. 6A and 6B.

Referring also to Figure 7A, Figure 7A illustrates the lateral acupoint diagrams of the left and right foot of the body in accordance with the present invention. Figure 7B illustrates medial acupoints of the left and right foot of the body in accordance with the present invention. In Figs. 7A and 7B, the medial acupoints AxI, AxII and AxIII of the left foot and AyI, AyII and AyIII of the right foot are divided into a plurality of acupoints, respectively. In the figure, the acupuncture points are divided into three acupuncture points a, b, and c under the ankle, and six acupoints, 1, 2, 3, 4, 5, and 6 above the ankle. Thus, each acupoint of the foot can be divided into nine acupoints a, b, c, 1, 2, 3, 4, 5, 6 as shown in FIGS. 7A and 7B.

In one embodiment, based on the foregoing aspects, a person has 12 acupoints distributed over left and right and left and right foot, resulting in 108 acupoints in accordance with the present invention. However, the description of the number and location of acupuncture points and acupuncture points is exemplary rather than limiting of the present invention. The number and location of acupuncture points and acupuncture points can be changed according to different implementation requirements.

In one embodiment, the acupoints are areas that correspond to or are associated with pain. This relationship can be obtained from the above definitions and determination methods.

According to an aspect of the present invention, the plurality of acupoints include a control stimulated point (C point) and a functional acupoint (F point). In one embodiment, point C refers to acupuncture points between a plurality of acupuncture points, while point F is referred to as a stimulation tablet used to heal or repair an injury site.

In one embodiment, the stimulus comprises acupressure, massage, acupuncture, electrical stimulation (ES), laser or enhanced chemical or natural articles. Enhanced chemical or natural articles can be used internally externally.

In one embodiment, the duration and frequency of the stimuli can be several hours per day, minutes every hour. On the other hand, the duration and frequency of the stimulation can be changed to meet the needs of the user.

The detailed description below is an example of two clinical trials. The foregoing aspects and various accompanying advantages of the present invention will be more clearly understood on the basis of the following detailed description with reference to FIGS. 8A, 8B and 8C. The accompanying drawings and the following embodiments are illustrative but not restrictive of the invention.

Experimental Example I

In Experimental Example I, a 31 year old pregnant woman suffers from paroxysmal pain due to work and family problems. However, during pregnancy, pain relief due to the prescription of medications or injections is not appropriate. Therefore, paroxysmal pain cannot be solved, the frequency of pain becomes frequent, and the duration thereof is long.

According to the associated information, the injury site refers to the acupoint II (negative vein), rAyII of the outer region of the right foot. In this case, the acupuncture points correspond to the medial region (positive vein) of the rainwater, rTxIII. Based on the information about the distribution of meridians and acupuncture points, the point C is indicated and determined by the acupoint 1, rTxIII of the medial region of the rainwater. In addition, the F point is also indicated and determined by the acupoints c. To address obstacles in menstrual blood pressure, stimuli are applied to both menstrual points to heal or recover the site of injury. Thus, stimuli include acupressure, massage, saliva, electrical stimulation (ES), lasers or enhanced chemical or natural articles.

In Experimental Example I, the stimulation frequency may be 1-2 times, and the stimulation period may be 1-2 minutes per hour. In addition, the frequency and duration of stimulation are intended to illustrate the invention and do not limit the invention. The present invention can be modified based on different levels and conditions of the injury site.

Experimental Example II

In Experimental Example II, sympathetic blockade by local anesthetics is a "gold standard" prescription for young men with complex local pain syndromes, and the visual analog scale (VAS) score is It may be referred to as secondary indicators. However, according to conventional methods of anesthesia, complications or sequelas usually follow as a side effect.

According to aspects and methods of the present invention, the acupoints correspond to the site of injury, after which a stimulus is provided.

Referring to FIG. 8A, FIG. 8A shows visual analog scale (VAS) scores over time, pre-stimulation, post-stimulation and during pill treatment, well known in the art, in accordance with Experimental Example II of the present invention. . The X-axis represents time (months per unit), the Y-axis on the left represents the visual analog scale (VAS) score, and the Y-axis on the right represents the analgesic dose (al / day). In the figure, an open box represents the VAS score before stimulation, a black box represents the VAS score after stimulation, and a black circle represents the VAS score after prescription. According to this figure, after stimulation, the VAS score is decreasing over time and lower than the pre- and post-prescription VAS score. Thus, the stimulus provided by the present invention provides a rapid and lasting improvement over a period of several months to heal the injury site.

In addition, the injury site is treated via a three-phase bone scan, although the detailed steps are known and are not described here. Referring to FIG. 8B, FIG. 8B shows a diagram of a three-phase bone scan before stimulation according to Experimental Example II of the present invention. This figure includes the shadow area in the left leg invention, which points to the injury site where the corresponding acupoints are blocked.

8C shows a diagram of a three-phase bone scan after stimulation according to Experimental Example II of the present invention. In the figure, the shadow area disappeared almost after the stimulus. This means that the shield at the ankle of the left foot was removed, so that the wound was healed and returned to normal.

Based on this example, the present invention provides an effective and precise method for determining acupoints to heal or repair an injury site. In particular, the invention may be applied to humans, but this does not limit the scope of the invention. The invention can also be applied to other living beings that are equivalent to humans.

According to another aspect of the present invention, as shown in FIG. 9, the present invention provides a body acupoint, comprising an input / output module 52, a process system 54, a calculation module 56, and a database 60. Provide a system to determine.

In the system described by the invention, the input / output module 52, the calculation module 56 and the database 60 are each connected to the process system 54. The user may input data related to the designated site into the input / output module 52, and the data is processed in the process system 54. Next, the desired data is selected from the desired database 60 via the calculation module 56, and analyzed and calculated to output results that are data relating to the plurality of acupoints and corresponding stimulus information.

In one embodiment, the processor 54 includes a central processor or a device having a central processor such as, for example, a wireless network device or various communication devices. In one example, the network device comprises a personal computer (PC) and the communication device comprises a cellular phone or a PDA.

In one embodiment, input / output module 52 includes a keyboard or screen of a network device or communication device, and the user's data is input by a keyboard or a writable or touchable screen. The input / output module 52 may include an infrared (IR) sensor. The injury site of the user is sensed and read by the infrared sensor and the data of the injury site is transmitted. Types of input / output modules 52 for input / output include words, diagrams or three dimensional diagrams.

Database 60 includes various sub-databases, for example, injury site sub-database 62, meridians distribution sub-database 64, acupoint sub-database 66 and acupuncture point sub-database 68. do. Relationships between sub-databases are opposite or corresponding. The injury site sub-database 62 contains data of the injury site, and the injury site includes the area where a particular feeling exists including pain. For example, the injury site may be the head, chest, limbs or body, and may include the internal organs or nervous system of the body.

In one embodiment, database 60 includes an on-line database, and a user can access the updated database through an internet network. That is, the on-line database includes updated injury sites, meridians, acupoints, and acupuncture points sub-databases, allowing many users of the sub-databases to obtain the latest data.

Calculation module 56 includes various calculation modules. After comparing and analyzing the selected injury site data, the data on the plurality of acupoints are correlated between the yin and yang line theory as shown in FIG. 3, the hexagonal relationship shown in FIG. 4, and the seasonal relationship shown in FIG. It is calculated and obtained based on the opposite relationship.

Referring to FIG. 10, FIG. 10 shows a flowchart in a system for determining body acupoints in accordance with the present invention. In step 70, the system is started. The user can enter data for the injury site in step 72. The injury site data can be read to perform the first classification. The type of injury site can be identified in step 74 as a dull or acute pain. The user can analyze the injury site data at step 76 and the injury site can be checked and verified at step 78.

If the injury site is identified as a dull pain, the system performs round calculations according to the analyzed amorphous site. Based on the injury site data entered and the corresponding meridians and acupuncture distributions, a gluteal pain calculation is performed in step 82. One or more acupuncture points are then acquired and determined in terms of correspondence or reciprocity between databases, ie, correspondence or reciprocity between the modified Yin Yang and Meridian theories.

If the injury site is identified as numbness, the system accesses step 90 to perform numb calculations according to the analyzed injury site. Based on the entered injury site data and the corresponding seasonal relationships, numb calculations are performed in step 92. Subsequently, one or more acupoints are acquired and determined according to corresponding seasonal relationships.

For example, if the injury site is found in meridians AyII, as shown in Fig. 3, the user may acquire data that the corresponding season of abnormal occurrence is spring (Thursday)-in general this abnormal occurrence Wake up in the fall-. According to the data, the user can acquire stimulation performed in acupoints and seasons, next seasons, next seasons, and last seasons. The user may then provide appropriate stimulation for healing or healing of the injury site.

Next, the user may output the results calculated and analyzed in step 100 through words or diagrams. The system is then checked to determine whether to continue to step 102. In step 104, the system repeats the above steps if the remaining data has not yet been processed. If not, the system ends the next step.

According to one aspect of the present invention, a user may input injury site data by input / output module 52, process the data by process system 54, and by calculation module 56. The processed data can be calculated and the acupoints and corresponding stimuli can then be acquired. Thus, proper stimulation can be given to cure or heal the wound.

According to another aspect of the present invention, the present invention further provides a module for determining acupuncture points of the body to provide distribution data and acupoints of a plurality of acupoints as shown in FIG. The module includes distribution data of the plurality of acupoints, wherein the plurality of acupuncture points are each configured on the plurality of acupuncture points, wherein the distribution data of the plurality of acupuncture points and the acupuncture points are corresponding or contradictory between the revised Yin and Yang theory and meridians theory. Defined according to the relationship. The injury site can be healed or recovered by applying appropriate stimulation.

The illustrated body module includes a plurality of medial acupoints disposed inside the body module and a plurality of lateral acupoints disposed outside the body module. The plurality of acupoints are each configured in the medial and lateral acupoints, respectively.

In one embodiment, medial acupuncture points may be referred to as negative acupuncture points, and lateral acupuncture points as positive acupuncture points. Medial acupoints are constructed on the medial areas of the hands, feet and intestines of the application, and lateral acupoints are constructed on the external sites of the human hands, feet and intestines. For example, the medial portion of the intestine includes organs such as the liver, lung, kidney, heart and spleen. On the other hand, the outer regions of the lateral organs include the stomach, the urchin, the bladder, the large and the small intestine.

Referring to the module shown in Fig. 11, a user can quickly and accurately acquire one or a plurality of acupoints according to the correspondence and associated relationship between the injury site and the corresponding acupuncture points. The injury site can then be healed or repaired by applying the corresponding stimulus. The description is as follows. The following description is intended to illustrate the invention, but the invention is not limited thereto.

Medial acupoints are configured in the medial region of the limbs, and lateral acupoints are configured in the lateral regions of the limbs. In one embodiment, the medial acupoint of each hand comprises three acupoints, TxI, TxII, TxIII, and the lateral acupoint of each hand comprises three blood clots, AxI, AxII, AxIII. Similarly, the medial acupoint of each foot includes three acupoints, TyI, TyII, TyIII, and the lateral acupoint of each foot includes three blood clots, AyI, AyII, AyIII. Therefore, the body module is composed of 12 acupoints. In the present invention, the plurality of acupoints and acupuncture points are for illustrating the present invention, but the present invention is not limited thereto.

According to the embodiment as described above, the left inner medial acupoints TxI, TxII, TxIII and the superior outer acupoints TyI, TyII, TyIII can be divided into a plurality of acupoints, respectively. Acupoints can be divided into six acupoints, 1, 2, 3, 4, 5, 6 above the elbow of the hand and three acupoints a, b, c below the elbow. Thus, each acupoint of the hand can be divided into nine acupoints: a, b, c, 1, 2, 3, 4, 5, 6.

Acupoints constructed on TxI are listed as follows. TxI / 6 is located at the same height as TyI / 6 in the ventral aspect of the upper arm, starting from the lateral aspect of the upper arm down to the lower part of the biceps brachii muscle, and the user is exposed to the humerus ( The superior border of the anterior medial aspect of the humerus may be pressed. TxI / 5 is located above the elbow, starting from the midplane of the branchialis tendon at the dorsal side of the upper arm, and the user can press the lateral margin of the lateral supracondylar rigid of the humerus. TxI / 4 is located below the elbow, starting from the midplane of the brachioradialis muscle at the dorsal side of the forearm, and the user can press the depression next to the radial neck. TxI / 3 is located at the central part of the ventral forearm and at the musculotendinous junction of the brachioradialis muscle and is located in the medial border or lateral margin of the flexor digitorum superficialis muscle. Starting from the lateral border, the user can press the depression between the lateral margin of the celestial flexor and the medial side of the radius. TxI / 2 is located on the dorsal side of the forearm at the same height as TxII / 2 (the root joint of the Flexor Pollicis Longus Muscle), and the user can press the depression between the dorsum muscle and the medial side of the radial radius. . TxI / 1 is located in the dorsal side of the forearm and the posterior aspect of the wrist, starting from the flexor carpi radialis tendon, and the user is directed to the radial ventral depression of the radius. You can press). TxI / a is located on the dorsal side of the wrist, starting from the lateral margin of the radial wrist flexion muscle, and the user can press the deepest depression formed during flexion-extension movement of the wrist. TxI / b is located on the ventral side of the 1st metacarpal bone and the user can press the depression next to the junction between the proximal metacarpal base and shaft. TxI / c is located on the ventral side of the metacarpal bone and the user can press the depression next to the junction of the distal metacarpal head and shaft.

Acupoints configured in TxII are listed as follows. TxII / 6 is located at the same height as TxI / 6 in the ventral aspect of the upper arm, from the lateral aspect of the upper arm to the inferior portion of the biceps brachii muscle ( Or from the medial aspect of the upper arm to the lower part of the brachial biceps), and the user may press on the posterior border of the anterior medial aspect of the humerus. TxII / 5 is located above the elbow, starting from the lateral margin of the biceps branchii tendon at the dorsal side of the upper arm, and the user is distal central depression of the dorsal side of the humerus at the lower part of the biceps tendon. depression. TxII / 4 is located below the elbow, starting from the pronator teres muscle at the dorsal side of the forearm, and the user can press the depression in front of the junction between the proximal radius and the ulna. have. TxII / 3 is located at the same height as TxI / 3 at the middle of the dorsal side of the forearm and starts between the flexor carpi radialis muscle and the palmaris longus muscle, and the user The depression between the ulna may be pressed. TxII / 2 is located on the dorsal side of the forearm, the user draws a curvature along the lateral margin of the brachioradialis muscle and then flexes, flexor carpi radialis muscle, The depression of the junction of the palmar muscle (TxII meridian) can be pressed. TxII / 1 is located in the middle of the dorsal side of the wrist and presses the deepest depressions (but not always between the radial wrist flexion and the elbow muscle) formed during flexion-extension movement of the wrist. Can be. TxII / a is a point located on the ventral side of the palm and presses the depression in front of the junction between the third and fourth metacarpal bases. TxII / b is located on the ventral side of the palm and presses the depression between the second and third peripheral heavy water head and the joint surface of the shaft. TxII / c is located on the dorsal side of the palm and the user presses the depression between the third and fourth peripheral heavy water head and the joint surface of the shaft.

Acupoints configured in TxIII are listed as follows. TxIII / 6 is located at the same height as TxI / 6 on the medial side of the upper arm, starting from the biceps brachii muscle, and the user can press on the medial side of the humerus. TxIII / 5 is located above the elbow, starting from the medial side of the upper arm, and the user has the most distal medial-dorsal depression of the upper humerus of the medial supracondylar rigid of the humerus. -ventral depression. TxIII / 4 is located below the elbow, starting from the upper region of the flexor carpi ulnaris muscle at the medial side of the forearm, and the user has an anterior depression of the proximal coronoid process of the ulna. You can press. TxIII / 3 is located in the middle of the dorsal forearm at the same height as TxI / 3 (musculotendinous junction of the flexor digiti minimi muscle muscle, starting from the upper margin of the ulnar flexion muscle) The user may press the depression between the flexor digitorum muscles and the ulna slightly downward, where the TxIII / 1 is located on the dorsal side of the forearm and the posterior region of the wrist, starting from the lateral side of the ulnar flexion muscle. The user may press the ventral depression of the abutment between the ulnar head and the shaft at the lateral aspcet of the anterior border of the ulna.TxIII / a is located on the ventral side of the wrist, Starting from the later border of the wrist flexor muscle, the user can press on the deepest part of the depressions formed during flexion-extension movement of the wrist. Is located, the user can press a depression between the fourth and the fifth distal metacarpal head and that the engagement of the shaft.

Acupoints constructed on TyI are listed as follows. TyI / 6 is located on the lateral side of the upper arm, and the user can pull the curvature downward along the lateral margin of the deltoid muscle to the same height as the junction of the humerus, Starting from the anterior margin, the user may press inferior depression at the deltoid tuberosity of the humerus (outer side of the humerus). TyI / 5 is located above the elbow, starting from the lateral side of the upper arm, and the user makes a distal lateral-ventral depression of the upper humerus of the lateral supracondylar rigid of the humerus. Can be pressed. Ty / 4 is located in the ane of the elbow, starting from the lateral side of the forearm and the anterior border of the extensor carpi radialis muscle, and the user can press the depression next to the radial neck. . TyI / 3 is located at the same height as TxI / 3 and is located in the middle of the proximal junction of the dorsal forearm and extensor carpi radialis brevis muscle, starting from the medial margin of the proximal muscle The depression between the lateral margin of the extensor digitorum muscle and the medial side of the radius can be pressed. TyI / 1 is located in the dorsal side of the forearm and in the posterior region of the wrist, and the user can press the most distal medial depression of the radius. TyI / a is located on the lateral side of the dorsal wrist and begins with the extensor carpi radialis brevis muscle and the extensor carpi radialis longue muscle, and the user is responsible for the depression formed during the flexion movement of the wrist. You can press the deepest. TyI / b is located on the dorsal side of the palm, starting from the second metacarpal, and the user can press the ventral depression of the junction between the proximal metacarpal base and the shaft (the pressed point is the "dorsal side of the palm" Dorsal side "or" back of the hand "). TyI / c is located on the dorsal side of the palm, starting from the lateral side of the second metacarpal, and the user can press the ventral depression of the junction between the peripheral metacarpal head and the shaft.

Acupoints constructed on TyII are listed as follows. TyII / 6 is the same height as TyI / 6, located on the lateral side of the upper arm, between the posterior margin of the lateral head of the triceps brachii muscle and the long head of the triceps brachii muscle. The user can press on the humerus. TyII / 5 is located above the elbow, starting from the lateral side of the tendon of the intestinal head of the brachial triceps in the posterior upper arm, and the user at the upper part of the olecranon fossa of the humerus. You can press the dorsal depression. TyII / 4 is located under the elbow, and the user can press the frontal and front depressions between the anconeus muscle and the posterior border of the proximal radial radius. TyII / 3 is located in the middle of the dorsal forearm at the same height as TyI / 3, starting from the extensor digitorum muscle, and the user can press the depression between the radial and ulna. TyII / 2 is located on the dorsal side of the forearm at the same height as TxII / 2 (the tendon junction of the extensor pollicis longus muscle), starting from the limb muscles, and the user can press the depression between the radial and ulna. have. TyII / 1 is located on the dorsal side of the forearm and the posterior part of the wrist, starting from the lateral side of the extensor digitorum tendon, and the user has posterior depression at the junction between the distal radius and distal ulna. You can press). TyII / a is located in the middle portion of the dorsal wrist, starting from the lateral margin of the extensor muscle tendon, and the user can press the deepest portion of the depression formed during flexion exercise of the wrist. TyII / b is located on the dorsal side of the palm, and the user can press the depression in front of the junction between the third and fourth proximal metacarpal bases. TyII / b is located on the dorsal side of the palm, and the user can press the depression in front of the junction between the fourth and fifth proximal metacarpal bases. TyII / c is located on the dorsal side of the palm, and the user can press the depression at the junction between the third and fourth distal metacarpal heads and the shaft. TyII / c is located on the dorsal side of the palm, and the user can press the depression at the junction between the fourth and fifth distal metacarpal heads and the shaft.

Acupoints constructed on TyIII are listed as follows. TyIII / 6 is located on the posterior side of the upper arm at the same height as TyI / 6, starting from the intestinal and medial head portions of the brachial triceps, and the user can press on the humerus. TyIII / 5 is located above the elbow, starting from the medial side of the intestinal head of the triceps brachii muscle tendon at the posterior portion of the upper arm, and the user can press the distal dorsal depression of the humerus. TyIII / 4 is located below the elbow, starting from the medial side of the posterior margin of the ulna at the posterior side of the forearm, and the user can press the depression in front of the elbow muscle of the proximal ulna. TyIII / 3 is located at the same height as TyI / 3 in the middle of the dorsal forearm (the tendon junction of the extensor digiti minimi muscle), starting from the superior margin of the extensor carpi ulnaris, and the user And depression between the ulna. TyIII / 2 is located at the dorsal forearm at the same height as TyII / 2, starting from the upper margin of the lateral extensor extensor, and the user can press the depression between the extensor extensor and the ulna. TyIII / 1 is located on the dorsal side of the forearm and the posterior portion of the wrist, and the user can press the lateral depressions at the distal dorsal side of the ulna. TyIII / a is located on the ulna plane of the wrist, starting from the lower margin of the spinal extensor extensor, and the user may press the deepest portion of the depression formed during flexion exercise of the wrist. TyIII / b is located on the ulnar side of the palm, and the user can press the depression next to the junction between the fifth proximal metacarpal base and the ventral side of the shaft. TyIII / c is located on the ventral side of the fifth metacarpal, and the user can press the depression next to the junction between the distal metacarpal head and the shaft.

According to the above-mentioned aspect, the left foot's medial acupoints AxI, AxII, AxIII and the right foot's lateral acupuncture points AyI, AyII, AyIII are divided into a plurality of acupoints, respectively. In the figure, the acupoints are divided into three acupuncture points, a, b, c under the ankle and six acupoints 1, 2, 3, 4, 5, 6 above the ankle, respectively. Thus, the acupuncture points of each foot can be divided into nine acupuncture points a, b, c, 1, 2, 3, 4, 5, 6.

Acupoints constructed on AxI are listed as follows. AxI / 6 is located on the medial side of the thigh and starts with depressions between the rectus femoris muscle, the vastus medialis muscle, and the adductor longus muscle, and the user has a femur You can press). AxI / 5 is located above the knee joint and starts from the center of the anterior medial aspect of the distal thigh and the vastus medialis muscle, and the user has a medial femoral condyle and The depression can be pressed at the junction of the femoral shaft. AxI / 4 is located below the knee joint, on the medial side of the proximal leg, and the user can press the depression behind the transition point of the proximal tibia. AxI / 3 is located in the middle of the medial side of the leg, starts at the level where the medial head and gastrocnemius junction of the gastrocnemius muscle meets (flexor digitorum longus muscle), and the user is posterior to the medial margin of the tibia. You can press. AxI / 2 is located on the medial side of the leg, and the user pulls the curve along the medial head of the gastrocnemius muscle to the same height as the posterior side of the medial tibia (AxI meridian), which is posterior to the medial margin of the tibia. Depression can be pressed. AxI / 1 is located on the medial side of the leg at the same height as the tendon junction of the soleus muscle, starting from the posterior side of the medial tibia, and the user can press on the tibia. AxI / a is located on the medial side of the ankle joint, and the user can press the depression between the anterior ingerior border of the malleolus. AxI / b is located on the medial side of the foot, and the user can press the ventral depression of the junction of the proximal metatarsal base of the first metatarsal bone and the shaft. AxI / c is located on the medial side of the foot and the user can press the ventral depression at the junction between the first metatarsal head and the shaft of the first metatarsal bone.

Acupoints constructed on AxII are listed as follows. AxII / 6 is located on the medial side of the thigh at the same height as AxI / 6 and starts with the depression between the vastus medialis muscle, the adductor longus muscle and the adductor magnus muscle. , The user can press the medial side of the femur. AxII / 5 is located above the knee joint and can press the depression behind the medial femoral epicondyle. AxII / 4 is located below the knee joint, on the medial side of the proximal leg, starting from the posterior margin of the gracilis muscle, and the user can press the depression behind the proximal tibia. AxII / 3 is located at the middle of the medial leg at the same height as AxI / 3, starting from the anterior depression of the soleus, and the user can press on the posterior side of the tibia. AxII / 2 is located on the medial side of the leg at the same height as AxI / 2 (the tendon junction of the tibialis posterior muscle), starting from the anterior depression of the sole of the sole, and the user can press on the posterior side of the tibia. AxII / a is located on the medial side of the ankle hip, starting from the posterior margin of the tibialis anterior muscle, and the user can press the deepest portion of the depression formed during flexion movement of the ankle joint. AxII / b is located on the dorsal side of the foot and the user presses the depression in front of the junction of the proximal metatarsal bases of the first and second metatarsals. AxII / c is located on the dorsal side of the foot, and the user can press the depression between the distal midfoot head and the junction of the shafts of the first and second metatarsals.

Acupoints configured in AxIII are listed as follows. AxIII / 6 is located on the medial side of the thigh at the same height as AxI / 6, starting from the depression between the medial adductor longus muscle and the gracilis muscle, and the user can press on the femur. AxIII / 6 is located on the medial side of the thigh at the same height as AxI / 6, starting from the depression between the pectoral muscle and the semimembranosus muscle, and the user can press on the femur. AxIII / 5 is located on the medial side of the posterior and distal thighs, starting from the anterior margin of the pectoral muscle and the user depressing the depression at the junction of the medial femoral condyle and the posterior side of the femoral shaft. Can be pressed. AxIII / 5 is located on the posterior side of the distal thigh at the posterior elbow joint and begins between the palate and the apex, and the user can press the depression at the junction of the femoral condyle and the posterior side of the femoral shaft. AxIII / 4 is located on the posterior side of the proximal leg below the knee joint, starting from the anterior margin of the medial head of the palate, and the user can press the posterior depression of the proximal tibia. AxIII / 3 is located in the middle of the medial leg at the same height as AxI / 3, starting from the depression between the apex and the aponeurosis of the gastrocnemius muscle, and the user can press on the posterior side of the tibia. AxIII / 2 is located on the medial side of the leg at the same height as AxI / 2, starting from the depression between the posterior margin of the sole of the sole and the gastrocnemius tendon, and the user can press on the posterior side of the tibia. AxIII / a is located on the medial side of the ankle joint at the rear of the top point of the medial ankle, and the user can press the deepest depression at the posterior edge of the medial ankle. AxIII / b is located on the medial side of the foot, and the user may press the depression below the junction of the posterior inferior aspect of the tuberosity of the navicular and calcaneus. AxIII / c is located at the sole of the foot, and the user can press the depression between the distal metatarsal head of the first and second metatarsals and the junction of the shaft.

Acupoints constructed on AyI are listed as follows. AyI / 6 is located at the anterior lateral aspect of the thigh at the same height as AxI / 6, starting from the depression at the lateral margin of the rectus femoris muscle, and the user is forced to Can be pressed. AyI / 5 is located at the anterior side of the distal thigh, above the knee joint, starting from the lateral margin of the rectus femoral muscle, and the user can press the depression at the junction between the lateral femoral condyle and the shaft. . AyI / 4 is located on the lateral side of the proximal leg below the knee joint, starting from the posterior margin of the tibialis anterior muscle, and the user at the junction between the lateral condyle and the shaft of the tibialis anterior muscle. Depression can be pressed. AyI / 3 is located at the middle of the lateral side of the leg at the same height as AxI / 3 (the tendon junction of the extensor digitorum longus muscle), and the user is depressed at the posterior margin of the tibialis anterior muscle. You can press. AyI / 2 is located on the lateral side of the leg at the same height as AxI / 2 (the proximal tendons of the anterior tibialis, and the user can press the depression at the posterior margin of the forearm muscle. AyI / 1 is the same height as AxI / 1 It is located on the lateral side of the lower leg (muscular tendon of the anterior tibialis anterior), and the user can press the depression at the posterior margin of the forearm muscle. AyI / a is located on the anterior side of the ankle joint, starting between the extensor digitorum brevis muscles, the user can press the deepest part of the depressions formed during the movement of the ankle joint, AyI / b is located on the dorsal side of the foot, and the user can proxy the second and third metatarsals The depression in front of the junction of the far metatarsal base and the shaft may be depressed, and AyI / c may be located on the dorsal side of the foot and the user may depress the depression between the distal metatarsal head of the second and third metatarsals and the junction of the shaft.

Acupoints constructed on AyII are listed as follows. AyII / 6 is located on the lateral side of the thigh at the same height as AyI / 6, starting from the upper margin of the iliotibial tract, and the user can press on the lateral side of the thigh. AyII / 5 is located on the lateral side of the distal thigh above the knee joint and the user can press the posterior depression of the lateral femoral epicondyle. AyII / 4 is located on the lateral side of the proximal leg below the knee joint, starting from the posterior margin of the extensor digitorum longus muscle, and the user can press the depression under the fibular head. . AyII / 3 is located at the same height as AyI / 3 in the middle of the lateral side of the leg, and the user can press the depression on the lateral side of the nasal bone. AyII / 2 is located on the outer side of the leg at the same height as AyI / 2 and the user can press the depression on the outer side of the nasal bone. AyII / 1 is located on the outer side of the leg at the same height as AyI / 1, and the user can press the depression on the anterior side of the nasal bone. AyII / a is located at the anterior inferior border of the lateral ankle at the lateral side of the ankle joint, and the user can press the deepest depression at the anterior margin of the anterior talofibular ligament. AyII / b is located on the dorsal side of the foot and the user can press the front depression of the junction of the proximal metatarsal bases of the third and fourth metatarsals. AyII / b is located on the dorsal side of the foot and the user can press the front depression of the junction of the proximal metatarsal bases of the third and fourth metatarsals. AyII / c is located on the dorsal side of the foot, and the user can press the depression between the distal metatarsal head of the third and fourth metatarsals and the junction of the shaft. AyII / c is located on the dorsal side of the foot, and the user can press the depression between the distal metatarsal head of the third and fourth metatarsals and the junction of the shaft.

Acupoints constructed on AyIII are listed as follows. AyIII / 6 is located on the lateral side of the thigh at the same height as AyI / 6, starting from the depression between the pleural ligament and the biceps femoris muscle, and the user can press on the femur. AyIII / 6 is located on the lateral side of the thigh at the same height as AyI / 6, starting from the depression between the pleural ligament and the biceps femur, and the user can press on the femur. AyIII / 5 is located on the posterior side of the knee, starting from the lower margin of the long ligament, and the user can press the depression at the junction of the lateral femoral condyle and the lower side of the femoral shaft. AyIII / 5 is located on the posterior side of the knee, starting from the lower margin of the long ligament ligament, and the user can press the depression at the junction of the lateral femur and the lower side of the femoral shaft. AyIII / 4 is located on the posterior side of the knee, starting between the medial and lateral heads of the gastrocnemius muscle, and the user can press the posterior depression of the proximal tibia. AyIII / 4 is located on the posterior side of the knee and starts from between the medial and lateral heads of the gastrocnemius, and the user can press the posterior depression of the proximal tibia. AyIII / 3 is located in the middle of the posterior side of the leg, at the same height as AyI / 3. Press the lower edge of the lower junction between the medial and lateral heads of the gastrocnemius muscle to clarify the lateral head of the gastrocnemius muscle. Starting from the height of the musculoaponeurotic junction, the user may press the depression between the lower margin of the fibula and the soleus muscle. AyIII / 2 is located on the outer side of the leg at the same height as AyI / 2, and the user can press the depression on the posterior side of the nasal bone. AyIII / 1 is located on the lateral side of the leg at the same height as AyI / 1, and the user can press the depression on the posterior side of the nasal bone. AyIII / a is located below the lowest point of the lateral malleolus at the posterior side of the ankle joint, and the user can press the deepest depression at the lower edge of the lateral malleolus. AyIII / b is located on the outer side of the foot and the user can press the depression at the junction of the shaft with the proximal metatarsal base of the fifth metatarsal bone. AyIII / c is located on the lateral side of the foot and the user can press the ventral depression at the junction surface of the shaft with the distal metatarsal head of the fifth metatarsal bone.

In the above embodiment, the acupoints listed are for illustrating the present invention and the present invention is not limited thereto. Also listed acupoints can be changed within the scope of the invention. Acupoints can vary depending on the injury site. For example, TyII / c is located on the dorsal side of the palm, and the user presses the depression at the junction between the third and fourth distal metacarpal heads and the shaft, or the fourth and fifth At the distal end of the metacarpal head can press the depression at the junction of the shaft.

Compared with the prior art, the present invention has the following advantages. The present invention can replace the prior art methods by providing a method for determining the acupoints of the body by combining the yin and yang of Chinese medicine, meridian meridians, the theory of coexistence and epidemic, and the pathophysiology of modern medicine. The invention can also be modified to alter the type of stimulation and the acupoints based on different levels of injury site. In addition, the present invention can avoid the direct handling of the injury site, it is possible to heal the injury site by removing the acupoint shield.

Another advantage of the present invention is that it can be easily performed, and does not require any special skills or equipment.

In accordance with an aspect of the present invention, the frequency and duration of stimulation and the acupoints can be altered and adjusted according to different levels of pain state to reduce obstacles in the acupuncture points to heal or recover the site of injury.

According to another aspect of the present invention, the illustrated system includes various databases and calculation modules to allow a user to easily acquire a plurality of acupoints by analyzing the injury site via the calculation module. By providing adequate stimulation, the injury site can be healed or restored.

As will be apparent to those skilled in the art, the preferred embodiments of the present invention described above are intended to illustrate the present invention and are not intended to limit the present invention. Although the present invention has been described in terms of preferred embodiments, it will be apparent to those skilled in the art that the present invention may be modified. Therefore, the present invention is not limited to these embodiments, and various similar modifications and variations are possible within the scope and scope of the appended claims, and therefore, such modifications and variations should be included within the scope of the present invention. .

1 is a flow diagram of a method for determining acupoints of the body in accordance with the present invention.

2A shows a view of acupoints in a partially blocked body, in accordance with the present invention.

FIG. 2B illustrates acupoints in the body completely blocked, in accordance with the present invention. FIG.

3 is a diagram illustrating the theory of yin and yang, modified based on the yin and yang of Chinese medicine, according to the present invention.

Figure 4 is a diagram showing a hexagonal relationship for determining the acupoints of the body in accordance with the present invention.

5 is a view showing a seasonal relationship for determining the acupoints of the body in accordance with the present invention.

Fig. 6A shows the left and right lateral acupoints of the body in accordance with the present invention.

Figure 6b is a diagram showing the left and right medial acupoints of the body in accordance with the present invention.

Figure 7a is a diagram showing the lateral acupoints of the left and right foot of the body in accordance with the present invention.

Figure 7b is a view showing the medial acupoints of the left and right foot of the body in accordance with the present invention.

FIG. 8A shows a visual analogue scale (VAS) score versus time during pre-stimulation, post-stimulation, and pills treatment according to a second embodiment of the present invention. FIG.

FIG. 8B illustrates a three-phase bone scan before stimulation in accordance with a second embodiment of the present invention. FIG.

Figure 8C illustrates a three phase bone scan after stimulation in accordance with a second embodiment of the present invention.

9 illustrates a system for determining acupoints of the body in accordance with the present invention.

10 is a flow diagram of a system for determining acupoints of the body in accordance with the present invention.

Figure 11 illustrates a module for determining the acupoints of the body in accordance with the present invention.

Claims (20)

In the method for determining the acupoints of the body, Defining the distribution of the plurality of collateral meridians and the plurality of body flow lines; Constructing information about the meridians and the acupuncture points based on the distribution of the plurality of meridians and the plurality of acupuncture points; Identifying corresponding acupoints based on the meridians of the injury site; Determining one or a plurality of acupoints based on the acupuncture points and information corresponding to the injury site; And Applying stimulation to the acupoints to heal or restore the injury site; Method for determining the acupoints of the body. The method of claim 1, The step of defining the distribution of the plurality of meridians of the body comprises the step of dividing the plurality of meridians in the transverse and longitudinal direction Method for determining the acupoints of the body. The method of claim 1, The one or more acupoints are networks for communicating with the plurality of meridians distributed in the body. Method for determining the acupoints of the body. The method of claim 1, The acupoints are characterized in that they include yin and yang acupuncture points Method for determining the acupoints of the body. The method of claim 1, The type of injury site includes chronic and acute injury areas, and local and central injury areas. Method for determining the acupoints of the body. The method of claim 1, The injury site includes a painful area, wherein the painful area includes a head, limbs, chest or body, and a visceral or organ or nervous system. Method for determining the acupoints of the body. The method of claim 1, The plurality of acupuncture points is characterized in that the opposite or corresponding portion of the injury site Method for determining the acupoints of the body. The method of claim 1, The plurality of acupoints, characterized in that it comprises a control acupuncture points and functional acupuncture points Method for determining the acupoints of the body. The method of claim 8, Wherein said control acupoints are acupuncture points between said plurality of acupuncture points, and said functional acupuncture points are used to heal or recover said injury site. Method for determining the acupoints of the body. The method of claim 1, The stimulus is characterized in that it comprises acupressure, massage, acupuncture, electrical stimulation (ES), laser or enhanced chemical or natural articles. Method for determining the acupoints of the body. In the system for determining the acupoints of the body, An input / output module for inputting / outputting data; A process system connected to the input / output module; A database connected to the process system; A calculation module connected to the process system, The process system analyzes data acquired from the input / output module and the database, and the input / output module outputs corresponding data of one or a plurality of acupoints of the body. System for determining the acupoints of the body. The method of claim 11, The input / output module includes a keyboard, a screen or an infrared sensor, the input / output type of the input / output module is a word or diagrams, and the process system is a central processor, wired or wireless. Characterized by including a network device or a communication device System for determining the acupoints of the body. The method of claim 11, The database includes an injury site sub-database, meridians distribution sub-database, acupoint distribution sub-database, acupuncture point sub-database or an online database. System for determining the acupoints of the body. The method of claim 11, Wherein said calculation module is performed based on a corresponding or opposite relationship between yin and yang five theory, polygonal relation theory and seasonal theory. System for determining the acupoints of the body. The method of claim 11, The data corresponding to one or the plurality of acupoints of the body includes data of the acupuncture points and the stimulus type data corresponding to the acupoints, and the data of the corresponding stimulus type include acupressure, massage, acupuncture, and electrical stimulation (ES). ), Laser or enhanced chemical or natural articles, wherein the enhanced chemical or natural articles can be used externally or internally. System for determining the acupoints of the body. In the module for determining the acupoints of the body, A plurality of acupoints configured on the module; And A plurality of acupuncture points configured in each of the plurality of acupuncture points, And said plurality of acupuncture points and said plurality of acupuncture points are defined by a modified yin and yang theory and meridians theory, wherein the injury site is healed or recovered after applying a stimulus. The method of claim 16, The plurality of acupuncture points includes medial and lateral acupoints, wherein the distribution of the medial acupoints includes the medial portion of the hand and the foot and the visceral organs, and the distribution of the lateral acupoints represents the external portion of the hand, foot and the internal organs. Characterized in that it comprises Module for determining the acupoints of the body. The method of claim 16, The injury site includes a pain-sensitive site, wherein the plurality of acupuncture points are opposite or corresponding areas of the injury site. Module for determining the acupoints of the body. The method of claim 16, Wherein said plurality of acupoints comprise a control acupuncture points and a functional acupuncture points, said control acupuncture points are acupuncture points between said plurality of acupuncture points, and said functional acupoints are used to heal or recover said injury site. Module for determining the acupoints of the body. The method of claim 16, Types of stimuli include acupressure, massage, acupuncture, electrical stimulation (ES), lasers or enhanced chemical or natural articles, the enhanced chemical or natural articles being used externally or internally. Characterized by Module for determining the acupoints of the body.

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