Qi and blood dredging system for cun-guan-chi pulse condition and extended pulse condition

Abstract

The invention provides a cun-guan-chi pulse condition and extended pulse condition qi and blood circulation regulating system which comprises a cun-guan-chi pulse condition sensing module, an extended pulse condition recognition module, a qi and blood circulation regulating execution module and a pulse condition feedback module. Through cooperative work of the cun-guan-chi pulse condition sensing module and the extension pulse condition recognition module, overall recognition and communication from local pulse conditions to whole-body pulse conditions are achieved, local limitation of traditional pulse diagnosis is broken through, multiple physiological structures such as internal organs, blood vessels, muscles and bones, fascia, meridians, nerves, muscles, skin and acupuncture points can be fully covered, and the pulse diagnosis effect is improved. And various pathological changes such as thrombus, cyst, nodule, calculus, myoma, tumor, vessel blockage or calcification and the like can be effectively treated. A debonding unit, a pulse pushing unit and a pulse digging unit in the qi and blood circulation regulating execution module can perform accurate operation in a specific area according to pulse condition information, for example, the problems of qi and blood blockage, sclerosis or hydrops and the like can be regulated in a targeted mode at the roots of palmaris, the middle lung lobe, the lower lung lobe and the like.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of traditional Chinese medicine conditioning, in particular to a system for conditioning pulse conditions and extended pulse conditions of qi and blood. BACKGROUND

[0002] In traditional Chinese medicine diagnosis and conditioning technology, pulse diagnosis is an important diagnostic method, which mainly infers the running state of internal organs and blood by touching the pulse conditions of the inch, the joint and the ruler. However, the existing pulse conditioning method is limited to the local inch, joint and ruler, and lacks overall identification and conditioning means for the whole body extended pulse system, which makes it difficult to achieve accurate and systematic conditioning when dealing with complex pathological changes such as whole body blood stasis, thrombus, cyst, nodule and calcification. In addition, the traditional operation method depends on the personal experience of the doctor, lacks real-time feedback and parameter adjustment mechanism, and the operation force, depth and direction are difficult to standardize, which affects the consistency and safety of the treatment effect. SUMMARY

[0003] In view of this, the present application proposes a system for conditioning pulse conditions and extended pulse conditions of qi and blood of inch, joint and ruler. Specifically, it includes the following contents:

[0004] A system for conditioning pulse conditions and extended pulse conditions of qi and blood of inch, joint and ruler, comprising an inch, joint and ruler pulse condition sensing module, an extended pulse condition identification module, a qi and blood conditioning execution module and a pulse condition feedback module; the inch, joint and ruler pulse condition sensing module is used to detect the pulse condition information of the inch, joint and ruler of both hands, the extended pulse condition identification module is used to identify the whole body extended pulse condition area connected with the inch, joint and ruler, the qi and blood conditioning execution module executes the releasing, pushing or picking operation in the corresponding pulse condition area according to the pulse condition information, and the pulse condition feedback module is used to monitor the pulse condition change in the conditioning process in real time and feed back to the execution module to adjust the operation parameters.

[0005] Further, the qi and blood conditioning execution module comprises a releasing unit, a pushing unit and a picking unit; the releasing unit is used to perform releasing operation on thrombus, cyst, nodule, calculus, myoma, tumor, vessel occlusion or calcification site on the inch, joint and ruler and its extended pulse condition; the pushing unit is used to push the qi and blood along the pulse condition; the picking unit is used to perform deep picking operation at a specific pulse point to dredge the blocked or hardened site; each unit works cooperatively according to the output signals of the pulse condition sensing module and the extended identification module to realize the conditioning of qi and blood of five internal organs, six viscera, blood vessels, tendons and bones, fascia, meridians, nerves, muscles, skin and acupoints.

[0006] Further, the releasing unit is specifically configured to operate at the root of the double-hand thenar eminence, including the bronchus area between the first and second transverse lines inside the inch pulse, and the blood vessels, hardened or calcified middle lobe of the lung, anterior chest and lower lobe of the lung above the first transverse line connected with the bronchus; the releasing unit is also configured to release and pinch the pulse at the position of the hardened or calcified blood vessels of the heart in the left-hand main blood area, and to perform corresponding releasing and pushing pulse operations at the positions of the lower lobe of the lung and the lung bulla in the double-hand lower lobe of the lung; at the same time, the releasing and pinching pulse operations are performed on the blocked positions of the blood vessels, fascia, tendons, muscles, nerves and skin of the waist and legs under the double-hand ulnar pulse, and the joint canal position, waist and leg position are adjusted in the right-hand main gas area.

[0007] Further, the pulse condition feedback module includes a real-time monitoring submodule and a parameter adjustment submodule; the real-time monitoring submodule is used to continuously collect pulse condition change data of the inch, guan and chi pulses and extended pulse conditions during the adjustment process, including pulse condition intensity, frequency, rhythm and blockage degree; the parameter adjustment submodule dynamically adjusts the operation strength, direction, depth and duration of releasing, pushing pulse or pinching pulse according to the monitoring data, so as to ensure the safety and effectiveness of the gas-blood adjustment process, and achieve the overall balance and smoothness of the whole body gas-blood.

[0008] By adopting the above technical solution, the following beneficial effects are achieved:

[0009] Through the cooperative work of the inch, guan and chi pulse condition sensing module and the extended pulse condition recognition module, the present application realizes the overall recognition and adjustment from local pulse conditions to whole body pulse conditions, breaks through the local limitations of traditional pulse diagnosis, can comprehensively cover multiple physiological structures such as five zang organs, six fu organs, blood vessels, tendons, fascia, meridians, nerves, muscles, skin and acupoints, and effectively cope with various pathological changes such as thrombus, cyst, nodule, calculus, myoma, tumor, vessel blockage or calcification. The releasing, pushing pulse and pinching pulse units in the gas-blood adjustment execution module can perform precise operations in specific areas according to pulse condition information, such as releasing and pushing pulse at the root of the thenar eminence, middle lobe of the lung, lower lobe of the lung, heart blood vessels, waist and legs, etc., to realize targeted conditioning of gas-blood blockage, hardening or effusion, etc. The pulse condition feedback module monitors the pulse condition changes in real time and dynamically adjusts the operation parameters, so as to ensure the safety and effectiveness of the adjustment process, avoid injuries caused by improper operation, improve the accuracy of treatment and the overall gas-blood balance effect, and is suitable for various scenes such as clinical and family health management. BRIEF DESCRIPTION OF DRAWINGS

[0010] Figure 1 FIG. 1 is a diagram of a gas-blood adjustment system for inch, guan and chi pulse conditions and extended pulse conditions according to the present application Figure 1 ;

[0011] Figure 2 FIG. 2 is a diagram of a gas-blood adjustment system for inch, guan and chi pulse conditions and extended pulse conditions according to the present applicationFigure 2 . DETAILED DESCRIPTION

[0012] The technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application. Obviously, the described embodiments are only part of the embodiments of the present application, rather than all the embodiments of the present application. Based on the embodiments in the present application, all other embodiments obtained by those skilled in the art without creative work fall within the protection scope of the present application.

[0013] Referring to Figure 1 and Figure 2 The system for regulating and dredging the pulse conditions and extended pulse conditions of the inch, the joint and the cubit, as shown in the drawings, comprises a pulse condition sensing module, an extended pulse condition identification module, a blood and qi regulating and dredging execution module and a pulse condition feedback module. The pulse condition sensing module is used to detect the pulse condition information of the inch, the joint and the cubit of both hands. The extended pulse condition identification module is used to identify the extended pulse condition area of the whole body connected with the inch, the joint and the cubit. The blood and qi regulating and dredging execution module performs the releasing, pushing and dredging operations according to the pulse condition information in the corresponding pulse condition area. The pulse condition feedback module is used to monitor the pulse condition changes in the regulating and dredging process in real time and feed back to the execution module to adjust the operation parameters.

[0014] The blood and qi regulating and dredging execution module comprises a releasing unit, a pushing unit and a dredging unit. The releasing unit is used to perform the releasing operation on the thrombus, cyst, nodule, calculus, myoma, tumor, vessel occlusion or calcified part of the inch, the joint and the cubit and the extended pulse conditions. The pushing unit is used to push the blood and qi along the pulse condition. The dredging unit is used to perform the deep dredging operation at the specific pulse condition point to dredge the occluded or hardened part. Each unit cooperates with each other according to the output signals of the pulse condition sensing module and the extended identification module to realize the blood and qi regulating and dredging of the five internal organs, blood vessels, tendons and bones, fascia, meridians, nerves, muscles, skin and acupoints.

[0015] Further, the releasing unit is specifically configured to perform the operation at the root position of the thenar eminence of both hands, including the bronchus area between the first and second transverse lines inside the inch pulse, and the blood vessels, hardened or calcified lung middle lobe, front chest and lung lower lobe positions above the first transverse line connected with the bronchus. The releasing unit is also configured to perform the releasing and dredging operation on the hardened or calcified position of the heart blood vessels in the left hand main blood area, and to perform the corresponding releasing and pushing operation on the lung lower lobe effusion and lung bulla position and the lung middle lobe position of both hands. Meanwhile, the releasing and dredging operation is performed on the occluded positions of the blood vessels, fascia, tendons and bones, muscles, nerves and skin of the waist and legs under the cubit pulse of both hands, and the blood and qi regulating and dredging operation is performed on the joint canal position, waist and leg positions in the right hand main qi area.

[0016] The pulse condition feedback module includes a real-time monitoring submodule and a parameter adjustment submodule; the real-time monitoring submodule is used for continuously collecting pulse condition change data of the inch, the guan and the chi during the process of regulating the flow of qi and blood, including pulse intensity, frequency, rhythm and blockage degree; the parameter adjustment submodule dynamically adjusts the operation strength, direction, depth and duration of the loosening, pushing or picking operation according to the monitoring data, so as to ensure the safety and effectiveness of the process of regulating the flow of qi and blood and achieve the overall balance and smoothness of the qi and blood in the whole body.

[0017] The inch, the guan and the chi pulse condition sensing module is responsible for detecting the pulse condition information of the inch, the guan and the chi of both hands. It collects data such as intensity, frequency and rhythm of the pulse condition through high-precision sensors and transmits these information to the system main control unit. The working principle of this module is based on the theory of traditional Chinese medicine pulse condition, and the objective recognition of the inch, the guan and the chi pulse condition is realized through digital means, which provides the basis for the follow-up operation of regulating the flow of qi and blood. The extended pulse condition recognition module is based on the inch, the guan and the chi pulse condition information, and identifies the extended pulse condition area of the whole body connected with the inch, the guan and the chi through a preset pulse condition mapping model, such as the root of the thenar eminence of both hands, the middle lobe of the lung, the lower lobe of the lung, the main blood area of the heart, the waist and both legs. This module associates local pulse condition with the whole body qi and blood passage through image recognition and pulse path analysis technology, and realizes the overall grasp of the whole body qi and blood state.

[0018] The qi and blood regulating execution module performs corresponding loosening, pushing or picking operation on the identified pulse condition area according to the output signal of the foregoing module. The module includes a loosening unit, a pushing unit and a picking unit. The loosening unit is mainly used for soft and continuous loosening operation on the thrombus, cyst, nodule, calculus, myoma, tumor, vessel occlusion or calcified site of the inch, the guan and the chi and its extended pulse condition. Its working principle is to soften the hardened tissue and promote the flow of qi and blood through mechanical vibration or manual simulation of a specific frequency and amplitude. For example, at the position of the thenar eminence of both hands, the loosening unit operates on the bronchial area between the first and second transverse lines of the medial inch pulse, as well as the connected blood vessels, the middle lobe of the lung, the front chest and the lower lobe of the lung, effectively relieving problems such as lung effusion and lung bulla. The pushing unit pushes the flow of qi and blood along the pulse path, and its working principle is to promote the flow of qi and blood in the meridians through directional pushing methods or devices, which is suitable for regulating the flow of qi and blood in the middle lobe of the lung, the lower lobe of the lung and other areas. The picking unit is used for deep picking operation at specific pulse points to dredge the blocked or hardened parts, such as picking the pulse at the hardened or calcified position of the heart blood vessels in the left hand main blood area, or deep dredging of the blocked vessels, fascia, bones and other parts of the waist and legs under the chi pulse of both hands. Each unit works cooperatively according to the signal of the pulse sensing and recognition module to realize the systematic regulation of the whole body qi and blood.

[0019] The pulse condition feedback module comprises a real-time monitoring submodule and a parameter adjustment submodule, and the working principle is to continuously collect pulse condition change data of the inch, the Guan and the chi and the extended pulse condition during the regulation process, including pulse intensity, frequency, rhythm and blockage degree and other indicators. The real-time monitoring submodule uploads data to the processing unit in real time through the sensor, and the parameter adjustment submodule dynamically adjusts the operation intensity, direction, depth and duration of the loosening, pushing or poking pulse according to these data. For example, when the pulse intensity of a certain part is weakened or the blockage degree is increased, the system will automatically increase the operation intensity of the loosening unit or prolong the operation time to ensure the effectiveness of the regulation of qi and blood; on the contrary, if the pulse tends to be stable, the operation intensity will be reduced accordingly to avoid excessive conditioning. Through this closed-loop feedback mechanism, the system not only improves the accuracy of individualized conditioning, but also ensures the safety of the operation process, and finally realizes the overall balance and unobstructedness of the whole body qi and blood.

[0020] In the present application, "inch, Guan and chi" open the channel of human life, and "qi and blood" reveal the root of human health

[0021] In the present application, the loosening, cupping, pushing and poking pulse:

[0022] The specific operation is as follows: directly on the inch, Guan and chi pulse condition and the inch, Guan and chi extended pulse condition (including the thenar eminence, the entire interdental space, the part below the chi pulse) (loosening, pushing and poking pulse) method, the needle penetrates all the organs, blood vessels, periosteum, fascia, meridians, acupoints, muscles, nerves and skin hard blocks, calcification, hardening, thrombosis, cysts, nodules, tumors and other loosening and pushing and poking pulse, and expels internal blood stasis, dampness and cold, garbage toxins, etc. Swelling, oil, ②) tools: acupuncture needle, cupping device. (Before loosening, drink a supplement of qi and blood, and insert the needle to loosen while drinking the supplement of qi and blood).

[0023] Lysis: first with iodophor disinfection, acupuncture needle directly on the inch GuanShi some pulse cyst or tumor (including the thenar eminence palm root, the whole tiger mouth, the lower inch pulse, etc. thrombus, tumor, vascular calcification and hardening, etc.), up and down left and right lysis line 1-3 times, then out of needle blood stasis, angle 15 degrees 45 degrees, or can be inch GuanShi pull blood stasis. Cupping operation: first with iodophor disinfection, lysis of tumor can be directly used 2 cn inner diameter of small cup on the needle eye, cupping, cupping 1-2 minutes, blood stasis, uncovering the jar, with disinfection of blood on the skin and clean up the jar. Push pulse: then use the thumb joint top jar print needle eye, push pulse, push pulse direction, is used in acupuncture lysis place and the place of the plate, such as: the thenar eminence and the extension of the pulse on the mouth, inch euro method push pulse, push softness scattered push flat, if push not scattered, use the big toe nail cover, pick the pulse on the jar print. 3. Pick the pulse: push not scattered push not flat pulse, again with the big toe nail cover, pick the jar print place, left and right swing, then push pulse, in order to push the jar print pulse flat, tumor push flat. Inch GuanShi pulse or extension of the pulse after the flat, need to fill up the blood, for the whole body vascular sclerosis, calcification, tumor, nodules, all have the effect of blood stasis and tumor.

[0024] The above describes the basic principles and main features of the present application, those skilled in the art should understand that the present application is not limited to the above examples, the above examples and the description described in the specification is only to illustrate the principle of the present application, without departing from the spirit and scope of the present application, the present application will have various changes and improvements, these changes and improvements all fall within the scope of the present application, the scope of protection claimed by the appended claims and their equivalents.

Claims

1. A system for regulating and adjusting the pulse conditions and extending the blood and qi, characterized in that, It includes a pulse perception module for the cun, guan, and chi positions, an extended pulse recognition module, a qi and blood regulation execution module, and a pulse feedback module. The cun, guan, and chi pulse perception module is used to detect pulse information at the cun, guan, and chi positions on both hands. The extended pulse recognition module is used to identify the extended pulse areas connected to the cun, guan, and chi positions throughout the body. The qi and blood regulation execution module performs loosening, pushing, or pinching operations in the corresponding pulse areas based on the pulse information. The pulse feedback module is used to monitor pulse changes in real time during the regulation process and feed them back to the execution module to adjust the operation parameters.

2. The system according to claim 1, wherein, The Qi and Blood Regulating Execution Module includes a loosening unit, a pulse pushing unit, and a pulse picking unit. The loosening unit is used to loosen thrombi, cysts, nodules, stones, fibroids, tumors, vascular blockages, or calcifications on the cun, guan, chi, and their extended pulse points. The pulse pushing unit is used to promote the flow of Qi and blood along the pulse path. The pulse picking unit is used to perform deep picking operations at specific pulse points to clear blockages or hardened areas. Each unit works collaboratively based on the output signals of the pulse perception module and the extended recognition module to achieve the regulation of Qi and blood in the five internal organs, blood vessels, tendons, fascia, meridians, nerves, muscles, skin, and acupoints.

3. The system according to claim 2, wherein the system is characterized by, The loosening unit is specifically configured to operate at the base of the thenar eminence of both hands, including the bronchial region between the first and second transverse creases on the inner side of the cun pulse, as well as the blood vessels above the first transverse crease connected to the bronchi, and the hardened or calcified middle lobe, anterior chest, and lower lobe of the lungs; the loosening unit is also configured to perform loosening and pulse-pulling operations on the hardened or calcified locations of the heart blood vessels in the main blood area of ​​the left hand, and to perform corresponding loosening and pulse-pulling operations on the locations of pulmonary bullae and effusion in the lower lobes of the lungs and the middle lobes of the lungs in both hands; at the same time, loosening and pulse-pulling operations are performed on the blood vessels, fascia, tendons, bones, muscles, nerves, and skin blockages in the waist and legs below the cun pulses of both hands, and to regulate the flow of qi and blood in the joint canals, waist, and legs in the main qi area of ​​the right hand.

4. The system according to claim 1, wherein, The pulse feedback module includes a real-time monitoring submodule and a parameter adjustment submodule. The real-time monitoring submodule is used to continuously collect pulse change data of the cun, guan, chi and extended pulses during the regulation process, including pulse intensity, frequency, rhythm and degree of obstruction. The parameter adjustment submodule dynamically adjusts the force, direction, depth and duration of the loosening, pushing or pinching of the pulse according to the monitoring data to ensure the safety and effectiveness of the qi and blood regulation process and to achieve the overall balance and smooth flow of qi and blood throughout the body.

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