CN102698371B - Intelligent evidence-based acupuncture and moxibustion diagnosis and treatment system and method - Google Patents

Abstract

The invention discloses an intelligent evidence-based acupuncture and moxibustion diagnosis and treatment system and method. The system comprises an acupuncture point detection module, an acupuncture point positioning module and an acupuncture and moxibustion therapy module which can be used separately or combined for use, as well as a data transmission module and a disease diagnosis and treatment decision supporting system, wherein the acupuncture point detection module, the acupuncture point positioning module and the acupuncture and moxibustion therapy module comprise two or more of an acupuncture point treatment and sensing probe, a microprocessor, a display unit and a voice broadcasting unit, and the microprocessor is connected with the disease diagnosis and treatment decision supporting system by the data transmission module. The intelligent evidence-based acupuncture and moxibustion diagnosis and treatment system and method can obtain remote acupuncture and moxibustion evidence-based information by the disease diagnosis and treatment decision supporting system, and have the advantages of precisely detecting all physical characteristics of the acupuncture points, providing complete and reliable diagnosis reference and basis for patients and medical staff, providing accurate and reliable positioning results, and adopting multiple acupuncture and moxibustion therapy means so as to provide convenience to users, and ensuring the diagnosis and treatment scheme as optimal scheme by obtaining remote acupuncture and moxibustion evidence-based information through multiple data transmission modes.

Description

An intelligent evidence-based acupuncture diagnosis and treatment system and method

technical field

The invention relates to an intelligent evidence-based acupuncture diagnosis and treatment system and method.

Background technique

Drug treatment has side effects on the body, and excessive use will increase drug resistance. If drug resistance exists, no matter how much this type of drug is used, its curative effect will be poor. Acupuncture and moxibustion can overcome many shortcomings of drug treatment, and the effect is obvious, the treatment is safe, and there is no side effect. Acupuncture is one of the unique treatment methods in my country, and it is a medical technique of "treating internal diseases externally". Through the conduction of meridians and acupoints, certain operations are applied to treat diseases throughout the body. Clinically, according to the diagnosis and treatment methods of traditional Chinese medicine, the cause of the disease is diagnosed, the key to the disease is identified, the nature of the disease is identified, which meridians and viscera the lesion belongs to, and which type it belongs to: exterior and interior, cold and heat, and deficiency and excess. Diagnosis; then carry out the corresponding acupoint prescription and treatment. To unblock the meridians, regulate qi and blood, make yin and yang return to a relative balance, and make the functions of the viscera tend to be in harmony, so as to achieve the purpose of preventing and curing diseases. Acupuncture and moxibustion therapy is a part of the medical heritage of the motherland, and it is also a unique national medical method in my country. For thousands of years, it has made outstanding contributions to protecting health and multiplying the nation. Until now, it still undertakes this task and is trusted by the masses.

With the ever-accelerating pace of life, most young people are busy with work, no matter whether their working environment is in an office building or a factory workshop, a lot of occupational diseases are more or less brought in during the work process, and most young people are busy with work, There is no time to take care of their own health problems, nor the health problems of the left-behind elderly at home. Neither young people nor the left-behind elderly at home can go to the hospital in time for medical treatment when they feel unwell. Today's acupuncture diagnosis and treatment, from the detection of various physical properties of acupoints to the location of acupoints, and then to acupuncture and moxibustion treatment, are all done by professional TCM medical personnel based on experience. Non-professional medical personnel cannot detect and treat by themselves, and so far cannot be popularized. , patients must go to the clinic to accept the diagnosis of TCM doctors and cannot realize self-service diagnosis and treatment, which is convenient for the current patients who cannot go to the hospital in time to form a contradiction.

In recent years, some self-service acupoint detection and treatment products have also appeared on the market. From the perspective of the diagnosis and treatment plan, the diagnosis and treatment plans of the existing acupoint detection and treatment products are mostly used to preset diagnosis and treatment inside the instrument during the manufacturing process of the instrument. If you encounter difficult and miscellaneous diseases, it is impossible to communicate with multiple professional medical personnel to obtain the best diagnosis and treatment plan. The interaction of information is weak. If the purchase time is long, it is very easy to break The diagnosis and treatment plan stored in the internal storage is the previous wrong plan and other problems, which cannot meet the user's needs, and may even lead to adverse situations such as aggravating the user's condition.

From the perspective of detection, the existing acupoint detection and treatment products can generally only detect the resistance characteristics of acupoints, and cannot comprehensively detect the state of acupoints from the aspects of sound, light, heat, and magnetism. Therefore, the reliability of the detection results is low and cannot Provide comprehensive and reliable diagnostic reference and basis for patients or medical staff.

From the point of view of acupoint positioning, the positioning of acupuncture points is mostly defined by the relative positions of bones, muscles, blood vessels, nerves, lymph and organs in the human body. There are many subtle differences in the body shape of each person. Traditional Chinese medicine cannot guarantee the accuracy of naked eye positioning, and the existing acupoint detection and treatment products cannot achieve accurate positioning at all.

From the perspective of treatment, the probes of existing acupoint detection and treatment products generally only have the function of acupoint acupuncture treatment, but cannot sense and detect the name and location of specific acupoints, and the treatment plan is single, and it is impossible to adopt different methods according to different diseases and acupoints. diagnosis and treatment plan.

Contents of the invention

The purpose of the present invention is to solve the deficiencies of the prior art, to provide an intelligent evidence-based acupuncture diagnosis and treatment system and method, through the disease diagnosis and treatment decision-making support system, obtain remote acupuncture and moxibustion evidence-based information, with the physical characteristics of accurate detection of acupoints, to provide patients with Provide comprehensive and reliable diagnostic reference and basis for medical staff, accurate and reliable positioning results, adopt diversified acupuncture treatment methods, easy for patients to use, obtain remote acupuncture evidence-based information through various data transmission methods, and ensure the diagnosis and treatment plan obtained For the best solution and other advantages.

The object of the present invention is achieved through the following technical solutions: an intelligent evidence-based acupuncture diagnosis and treatment system, which includes an acupoint detection module, an acupoint positioning module, an acupuncture treatment module, a data transmission module and a disease diagnosis and treatment decision support system, an acupoint detection module, One end of the acupoint positioning module and the acupuncture treatment module are respectively connected to the acupoint treatment and sensor probes, and the other ends of the acupoint detection module, the acupoint positioning module and the acupuncture treatment module are respectively connected to the microprocessor, and the microprocessor communicates with the disease diagnosis and treatment through the data transmission module The decision support system is connected, and the microprocessor is also connected with the voice broadcast unit and the display unit;

The acupuncture point detection module also includes a signal acquisition unit and a signal processing unit; the signal acquisition unit includes a body surface impedance detection module, an acoustic and electric detection module, an infrared temperature detection module, a cold light intensity detection module, a biomagnetic detection module and an electromyography detection module. Any combination of one or more, the body surface impedance detection module is composed of an excitation source and an impedance measurement sensor, one end of the excitation source is electrically connected to the microprocessor, and the other end is connected to the acupoint therapy and the impedance measurement sensor in the sensing probe through the human body Connected to form a loop for detecting acupoint impedance; the acoustic-electric detection module is composed of an acoustic wave generator and an acoustic-electric measurement sensor. One end of the acoustic wave generator is electrically connected to the microprocessor, and the other end is connected to the acupoint therapy and the acoustic-electric measurement sensor in the sensing probe. The circuit for detecting the sound and electricity of acupoints is formed through the connection of the human body; the infrared temperature detection module includes an infrared temperature measurement sensor set in the acupoint treatment and sensing probe; the cold light intensity detection module includes a luminescence intensity measurement sensor set in the acupoint treatment and sensing probe The biomagnetic detection module includes a biomagnetic measurement sensor located in the acupoint therapy and sensing probe; the electromyography detection module includes an electromyography measurement sensor located in the acupoint treatment and sensing probe; the signal processing unit includes an amplification circuit, Filtering circuit and A/D sampling circuit, the output of each measurement sensor is respectively connected to the microprocessor through the amplification circuit, filtering circuit and A/D sampling circuit in turn;

The acupoint positioning module also includes an image acquisition device arranged in the acupoint therapy and sensing probe, and the output end of the image acquisition device is connected to the microprocessor;

The acupuncture and moxibustion treatment module includes any one or more combinations of D/A conversion circuit, massage vibration generation circuit, thermal therapy infrared generation circuit, electromagnetic generation circuit and pulse current generation circuit. The conversion circuit is connected, and the D/A conversion circuit is connected to the acupoint therapy and the vibration massage module in the sensing probe through any one or more of the massage vibration generation circuit, thermal therapy infrared generation circuit, electromagnetic generation circuit, and pulse current generation circuit. The infrared hyperthermia module, the electromagnetic therapy module and the pulse current therapy module are connected correspondingly.

Any one or more of the acupoint detection module, acupoint positioning module and acupuncture treatment module also includes a memory, and the memory is connected to the microprocessor through an internal bus;

The voice broadcast unit includes a loudspeaker and an audio conversion module, and the output end of the microprocessor is connected with the loudspeaker through the audio conversion module;

The display unit is composed of a touch screen and buttons;

The data transmission module at least includes any one or more of a USB interface communication module, a WIFI interface communication module, a GSM communication module, and a GPRS communication module.

Intelligent evidence-based acupuncture diagnosis and treatment method, which includes any one or more steps in acupoint detection, acupoint positioning, acupuncture treatment, and acupuncture-moxibustion symptom-based analysis;

The acupoint detection step includes the following sub-steps:

S11: The acupoint detection module is powered on, and the acupoint treatment and sensor probe are placed on the detection site;

S12: Acupoint therapy and simulation of physical characteristics of acupuncture points collected by the body surface impedance detection module, acoustic-electric detection module, infrared temperature detection module, luminescence intensity detection module, biomagnetic detection module and electromyography detection module in the sensor probe electric signal;

S13: The detected analog electrical signal is sequentially converted into a digital electrical signal through an amplification circuit, a filter circuit and an A/D sampling circuit, and fed back to the microprocessor;

The acupoint locating step includes any one or more of the following sub-steps:

S21: Preprocessing

S211: establish relative position relationship databases of acupoints and bones, acupoints and muscles, acupoints and blood vessels, acupoints and nerves, acupoints and lymph, and acupoints and viscera, and store them in the memory;

S212: preset a standard human body 3D model, construct 3D bone, muscle, blood vessel, nerve, lymph and organ models on the standard human body 3D model, and store them in the memory;

S22: Turn on the image acquisition device, collect the 3D images of the acupoint therapy and the current pointing position of the sensor probe, and compare the collected images with the standard human body 3D model in equal proportions, and obtain the user's real skeleton, Position data of muscles, blood vessels, nerves, lymph and organs, and store them in memory;

S23: Input the name of the acupuncture point to be located through the touch screen, and the microprocessor obtains the position of the bone, muscle, blood vessel, nerve, lymph or organ where the acupuncture point is located according to the name of the acupuncture point and the information stored in the memory;

S24: The microprocessor displays the position information of the bones, muscles, blood vessels, nerves, lymph or organs where the acupuncture points are located through the display unit, and at the same time, the voice broadcast is performed through the voice broadcast unit, and the user moves the acupuncture points for treatment according to the prompts and the sensor probe until the position pointed by the acupoint therapy and the sensor probe is the position where the acupuncture point is to be located;

The described acupuncture and moxibustion treatment steps include the following sub-steps:

S31: The microprocessor issues control instructions for acupuncture treatment to the acupoint treatment and the sensing probe;

S32: Acupuncture treatment control instructions are converted into analog electrical signals through the D/A conversion circuit, and then converted into shock waves through the massage oscillation generation circuit, converted into heat therapy infrared through the heat therapy infrared generation circuit, and converted into electromagnetic waves through the electromagnetic generation circuit, It is converted into a pulse current by a pulse current generating circuit;

S33: Using one or more signals of the converted shock wave signal, thermal infrared signal, electromagnetic wave signal and pulse current in step S32 to control the acupoint treatment and the sensor probe to complete the corresponding acupuncture treatment action at the acupoint;

The acupuncture-moxibustion symptom-based analysis step includes any one or more of the following sub-steps:

S41: The microprocessor transmits the information of various physical characteristics detected by the acupoint detection module to the disease diagnosis and treatment decision support system through the data transmission module. The disease diagnosis and treatment decision support system analyzes the received information and provides comprehensive information for patients and medical staff. And reliable diagnostic reference and basis;

S42: The microprocessor transmits the current acupoint positioning information detected by the acupoint positioning module to the disease diagnosis and treatment decision support system through the data transmission module, and the disease diagnosis and treatment decision support system assists the acupoint positioning module to perform positioning;

S43: The microprocessor transmits the current acupuncture treatment information detected by the acupuncture treatment module to the disease diagnosis and treatment decision support system through the data transmission module, and obtains and distributes the best diagnosis and treatment plan through the disease diagnosis and treatment decision support system.

The intelligent evidence-based acupuncture diagnosis and treatment method also includes a display unit display application step, a voice broadcast application step and a diagnosis and treatment plan storage step.

The beneficial effects of the present invention are: the present invention provides an intelligent evidence-based acupuncture diagnosis and treatment system and method, through the disease diagnosis and treatment decision-making support system, remote acupuncture and moxibustion evidence-based information is obtained, and information interactivity and circulation are enhanced. It can also be solved through the cooperation of multiple professional medical personnel. While ensuring the best diagnosis and treatment plan in a timely manner, through remote assistance, professional medical personnel in different regions can cooperate and inject new vitality into the development of TCM acupoint therapy; Through the acupoint detection module, the information of body surface impedance, acoustic electricity, infrared temperature, luminescence intensity, biomagnetism and electromyography is collected; through the acupoint positioning module, the acupoint positions are vividly and intuitively displayed on the 3D model of the human body, combined with human bones , muscles, blood vessels, nerves, lymph or viscera and acupuncture points for objective and accurate positioning without being affected by differences in the user's body shape; through the acupuncture treatment module, vibration massage, infrared heat therapy, electromagnetic therapy and pulse therapy are realized. Various treatments such as electric current therapy; it can accurately detect various physical characteristics of acupuncture points, provide comprehensive and reliable diagnostic reference and basis for patients and medical staff, and the positioning results are accurate and reliable. It adopts diversified acupuncture and moxibustion treatment methods, and is easy to use for patients. Obtain remote acupuncture and moxibustion evidence-based information through a variety of data transmission methods to ensure that the obtained diagnosis and treatment plan is the best one.

Description of drawings

Fig. 1 is a schematic block diagram of the structure of the present invention.

Detailed ways

The technical solution of the present invention will be further described in detail below in conjunction with the accompanying drawings, but the protection scope of the present invention is not limited to the following description.

As shown in Figure 1, an intelligent evidence-based acupuncture diagnosis and treatment system includes an acupoint detection module, an acupoint location module, an acupuncture treatment module, a data transmission module and a disease diagnosis and treatment decision support system, an acupoint detection module, an acupoint location module and an acupuncture treatment module One end of each is connected to the acupoint treatment and sensing probe, and the other end of the acupoint detection module, acupoint positioning module and acupuncture treatment module are respectively connected to the microprocessor, and the microprocessor is connected to the disease diagnosis and treatment decision support system through the data transmission module. The device is also connected with the voice broadcast unit and the display unit;

The acupuncture point detection module also includes a signal acquisition unit and a signal processing unit; the signal acquisition unit includes a body surface impedance detection module, an acoustic and electric detection module, an infrared temperature detection module, a cold light intensity detection module, a biomagnetic detection module and an electromyography detection module. Any combination of one or more, the body surface impedance detection module is composed of an excitation source and an impedance measurement sensor, one end of the excitation source is electrically connected to the microprocessor, and the other end is connected to the acupoint therapy and the impedance measurement sensor in the sensing probe through the human body Connected to form a loop for detecting acupoint impedance; the acoustic-electric detection module is composed of an acoustic wave generator and an acoustic-electric measurement sensor. One end of the acoustic wave generator is electrically connected to the microprocessor, and the other end is connected to the acupoint therapy and the acoustic-electric measurement sensor in the sensing probe. The circuit for detecting the sound and electricity of acupoints is formed through the connection of the human body; the infrared temperature detection module includes an infrared temperature measurement sensor set in the acupoint treatment and sensing probe; the cold light intensity detection module includes a luminescence intensity measurement sensor set in the acupoint treatment and sensing probe The biomagnetic detection module includes a biomagnetic measurement sensor located in the acupoint therapy and sensing probe; the electromyography detection module includes an electromyography measurement sensor located in the acupoint treatment and sensing probe; the signal processing unit includes an amplification circuit, Filtering circuit and A/D sampling circuit, the output of each measurement sensor is respectively connected to the microprocessor through the amplification circuit, filtering circuit and A/D sampling circuit in turn;

The acupoint positioning module also includes an image acquisition device arranged in the acupoint therapy and sensing probe, and the output end of the image acquisition device is connected to the microprocessor;

The acupuncture and moxibustion treatment module includes any one or more combinations of D/A conversion circuit, massage vibration generation circuit, thermal therapy infrared generation circuit, electromagnetic generation circuit and pulse current generation circuit. The conversion circuit is connected, and the D/A conversion circuit is connected to the acupoint therapy and the vibration massage module in the sensing probe through any one or more of the massage vibration generation circuit, thermal therapy infrared generation circuit, electromagnetic generation circuit, and pulse current generation circuit. The infrared hyperthermia module, the electromagnetic therapy module and the pulse current therapy module are connected correspondingly.

Any one or more of the acupoint detection module, acupoint positioning module and acupuncture treatment module also includes a memory, and the memory is connected to the microprocessor through an internal bus; the voice broadcast unit includes a loudspeaker and an audio converter module, the output end of the microprocessor is connected with the loudspeaker through the audio conversion module; the display unit is composed of a touch screen and buttons; the data transmission module at least includes a USB interface communication module, a WIFI interface communication module, a GSM communication module Any one or multiple of modules and GPRS communication modules.

Intelligent evidence-based acupuncture diagnosis and treatment method, which includes any one or more steps in acupoint detection, acupoint positioning, acupuncture treatment, and acupuncture-moxibustion symptom-based analysis;

The acupoint detection step includes the following sub-steps:

S11: The acupoint detection module is powered on, and the acupoint treatment and sensor probe are placed on the detection site;

S12: Acupoint therapy and simulation of physical characteristics of acupuncture points collected by the body surface impedance detection module, acoustic-electric detection module, infrared temperature detection module, luminescence intensity detection module, biomagnetic detection module and electromyography detection module in the sensor probe electric signal;

S13: The detected analog electrical signal is sequentially converted into a digital electrical signal through an amplification circuit, a filter circuit and an A/D sampling circuit, and fed back to the microprocessor;

The acupoint locating step includes any one or more of the following sub-steps:

S21: Preprocessing

S211: establish relative position relationship databases of acupoints and bones, acupoints and muscles, acupoints and blood vessels, acupoints and nerves, acupoints and lymph, and acupoints and viscera, and store them in the memory;

S212: preset a standard human body 3D model, construct 3D bone, muscle, blood vessel, nerve, lymph and organ models on the standard human body 3D model, and store them in the memory;

S22: Turn on the image acquisition device, collect the 3D images of the acupoint therapy and the current pointing position of the sensor probe, and compare the collected images with the standard human body 3D model in equal proportions, and obtain the user's real skeleton, Position data of muscles, blood vessels, nerves, lymph and organs, and store them in memory;

S23: Input the name of the acupuncture point to be located through the touch screen, and the microprocessor obtains the position of the bone, muscle, blood vessel, nerve, lymph or organ where the acupuncture point is located according to the name of the acupuncture point and the information stored in the memory;

S24: The microprocessor displays the position information of the bones, muscles, blood vessels, nerves, lymph or organs where the acupuncture points are located through the display unit, and at the same time, the voice broadcast is performed through the voice broadcast unit, and the user moves the acupuncture points for treatment according to the prompts and the sensor probe until the position pointed by the acupoint therapy and the sensor probe is the position where the acupuncture point is to be located;

The described acupuncture and moxibustion treatment steps include the following sub-steps:

S31: The microprocessor issues control instructions for acupuncture treatment to the acupoint treatment and the sensing probe;

S32: Acupuncture treatment control instructions are converted into analog electrical signals through the D/A conversion circuit, and then converted into shock waves through the massage oscillation generation circuit, converted into heat therapy infrared through the heat therapy infrared generation circuit, and converted into electromagnetic waves through the electromagnetic generation circuit, It is converted into a pulse current by a pulse current generating circuit;

S33: Using one or more signals of the converted shock wave signal, thermal infrared signal, electromagnetic wave signal and pulse current in step S32 to control the acupoint treatment and the sensor probe to complete the corresponding acupuncture treatment action at the acupoint;

The acupuncture-moxibustion symptom-based analysis step includes any one or more of the following sub-steps:

S41: The microprocessor transmits the information of various physical characteristics detected by the acupoint detection module to the disease diagnosis and treatment decision support system through the data transmission module. The disease diagnosis and treatment decision support system analyzes the received information and provides comprehensive information for patients and medical staff. And reliable diagnostic reference and basis;

S42: The microprocessor transmits the current acupoint positioning information detected by the acupoint positioning module to the disease diagnosis and treatment decision support system through the data transmission module, and the disease diagnosis and treatment decision support system assists the acupoint positioning module to perform positioning;

S43: The microprocessor transmits the current acupuncture treatment information detected by the acupuncture treatment module to the disease diagnosis and treatment decision support system through the data transmission module, and obtains and distributes the best diagnosis and treatment plan through the disease diagnosis and treatment decision support system.

The intelligent evidence-based acupuncture diagnosis and treatment method also includes a display unit display application step, a voice broadcast application step and a diagnosis and treatment plan storage step.

Claims (6)

1. An intelligent evidence-based acupuncture diagnosis and treatment system, characterized in that: it comprises: acupuncture point detection module, acupuncture point positioning module, acupuncture treatment module, data transmission module and disease diagnosis and treatment decision support system, acupuncture point detection module, acupuncture point positioning module and acupuncture treatment One end of the module is respectively connected to the acupoint treatment and sensor probe, and the other end of the acupoint detection module, acupoint positioning module and acupuncture treatment module are respectively connected to the microprocessor, and the microprocessor is connected to the disease diagnosis decision support system through the data transmission module. The processor is also connected with the voice broadcast unit and the display unit; The acupuncture point detection module also includes a signal acquisition unit and a signal processing unit; the signal acquisition unit includes a body surface impedance detection module, an acoustic and electric detection module, an infrared temperature detection module, a cold light intensity detection module, a biomagnetic detection module and an electromyography detection module. Any combination of one or more, the body surface impedance detection module is composed of an excitation source and an impedance measurement sensor, one end of the excitation source is electrically connected to the microprocessor, and the other end is connected to the acupoint therapy and the impedance measurement sensor in the sensing probe through the human body Connected to form a loop for detecting acupoint impedance; the acoustic-electric detection module is composed of an acoustic wave generator and an acoustic-electric measurement sensor. One end of the acoustic wave generator is electrically connected to the microprocessor, and the other end is connected to the acupoint therapy and the acoustic-electric measurement sensor in the sensing probe. The circuit for detecting the sound and electricity of acupoints is formed through the connection of the human body; the infrared temperature detection module includes an infrared temperature measurement sensor set in the acupoint treatment and sensing probe; the cold light intensity detection module includes a luminescence intensity measurement sensor set in the acupoint treatment and sensing probe The biomagnetic detection module includes a biomagnetic measurement sensor located in the acupoint therapy and sensing probe; the electromyography detection module includes an electromyography measurement sensor located in the acupoint treatment and sensing probe; the signal processing unit includes an amplification circuit, Filtering circuit and A/D sampling circuit, the output of each measurement sensor is respectively connected to the microprocessor through the amplification circuit, filtering circuit and A/D sampling circuit in turn; The acupoint positioning module also includes an image acquisition device arranged in the acupoint therapy and sensing probe, and the output end of the image acquisition device is connected to the microprocessor; The acupuncture and moxibustion treatment module includes any one or more combinations of D/A conversion circuit, massage vibration generation circuit, thermal therapy infrared generation circuit, electromagnetic generation circuit and pulse current generation circuit. The conversion circuit is connected, and the D/A conversion circuit is connected to the acupoint therapy and the vibration massage module in the sensing probe through any one or more of the massage vibration generation circuit, thermal therapy infrared generation circuit, electromagnetic generation circuit, and pulse current generation circuit. The infrared hyperthermia module, the electromagnetic therapy module and the pulse current therapy module are connected correspondingly. 2. A kind of intelligent evidence-based acupuncture diagnosis and treatment system according to claim 1, characterized in that: any one or more of the acupoint detection module, acupoint positioning module and acupuncture treatment module also includes a memory, the The memory is connected to the microprocessor through an internal bus. 3. A kind of intelligent evidence-based acupuncture diagnosis and treatment system according to claim 1, characterized in that: the voice broadcast unit includes a loudspeaker and an audio conversion module, and the output of the microprocessor communicates with the loudspeaker through the audio conversion module. connect. 4. An intelligent evidence-based acupuncture diagnosis and treatment system according to claim 1, wherein the display unit is composed of a touch screen and buttons. 5. A kind of intelligent evidence-based acupuncture diagnosis and treatment system according to claim 1, characterized in that: said data transmission module at least includes any of a USB interface communication module, a WIFI interface communication module, a GSM communication module, and a GPRS communication module One or any multiple. 6. Intelligent evidence-based acupuncture diagnosis and treatment method, characterized in that it includes any one or more steps in acupoint detection, acupoint positioning, acupuncture treatment, and acupuncture-moxibustion symptom-based analysis; The acupoint detection step includes the following sub-steps: S11: The acupoint detection module is powered on, and the acupoint treatment and sensor probe are placed on the detection site; S12: Acupoint therapy and simulation of physical characteristics of acupuncture points collected by the body surface impedance detection module, acoustic-electric detection module, infrared temperature detection module, luminescence intensity detection module, biomagnetic detection module and electromyography detection module in the sensor probe electric signal; S13: The detected analog electrical signal is sequentially converted into a digital electrical signal through an amplification circuit, a filter circuit and an A/D sampling circuit, and fed back to the microprocessor; The acupoint locating step includes any one or more of the following sub-steps: S21: Preprocessing S211: establish relative position relationship databases of acupoints and bones, acupoints and muscles, acupoints and blood vessels, acupoints and nerves, acupoints and lymph, and acupoints and viscera, and store them in the memory; S212: preset a standard human body 3D model, construct 3D bone, muscle, blood vessel, nerve, lymph and organ models on the standard human body 3D model, and store them in the memory; S22: Turn on the image acquisition device, collect the 3D images of the acupoint therapy and the current pointing position of the sensor probe, and compare the collected images with the standard human body 3D model in equal proportions, and obtain the user's real skeleton, Position data of muscles, blood vessels, nerves, lymph and organs, and store them in memory; S23: Input the name of the acupuncture point to be located through the touch screen, and the microprocessor obtains the position of the bone, muscle, blood vessel, nerve, lymph or organ where the acupuncture point is located according to the name of the acupuncture point and the information stored in the memory; S24: The microprocessor displays the position information of the bones, muscles, blood vessels, nerves, lymph or organs where the acupuncture points are located through the display unit, and at the same time, the voice broadcast is performed through the voice broadcast unit, and the user moves the acupuncture points for treatment according to the prompts and the sensing probe until the acupoint treatment and the position pointed by the sensing probe is the position where the acupuncture point is to be located; The described acupuncture and moxibustion treatment steps include the following sub-steps: S31: The microprocessor issues control instructions for acupuncture treatment to the acupoint treatment and the sensing probe; S32: Acupuncture treatment control instructions are converted into analog electrical signals through the D/A conversion circuit, and then converted into shock waves through the massage oscillation generation circuit, converted into heat therapy infrared through the heat therapy infrared generation circuit, and converted into electromagnetic waves through the electromagnetic generation circuit, It is converted into a pulse current by a pulse current generating circuit; S33: Using one or more signals of the converted shock wave signal, thermal infrared signal, electromagnetic wave signal and pulse current in step S32 to control the acupoint treatment and the sensor probe to complete the corresponding acupuncture treatment action at the acupoint; The acupuncture-moxibustion symptom-based analysis step includes any one or more of the following sub-steps: S41: The microprocessor transmits the information of various physical characteristics detected by the acupoint detection module to the disease diagnosis and treatment decision support system through the data transmission module. The disease diagnosis and treatment decision support system analyzes the received information and provides comprehensive information for patients and medical staff. And reliable diagnostic reference and basis; S42: The microprocessor transmits the current acupoint positioning information detected by the acupoint positioning module to the disease diagnosis and treatment decision support system through the data transmission module, and the disease diagnosis and treatment decision support system assists the acupoint positioning module to perform positioning; S43: The microprocessor transmits the current acupuncture treatment information detected by the acupuncture treatment module to the disease diagnosis and treatment decision support system through the data transmission module, and obtains and distributes the best diagnosis and treatment plan through the disease diagnosis and treatment decision support system.

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