CN101226699A - Human body acupoint identification and examination system - Google Patents

Abstract

The invention discloses a human body acupuncture point identification and examination system. The aim is to overcome the problems of complex operation process, limited scope of work and single function. It is mainly composed of a human-computer interaction interface part and an acupoint information collection part, with wireless transmission connection in between. The human-computer interaction interface part includes a computer with two monitors installed with self-compiled computer programs, ZigbeeCC2430 main module and ceramic antenna of model T39620. Wire connection between. The acupoint information collection part is composed of 5 discrete control units and an acupoint detection pen. Each control unit includes a Zigbee CC2430 slave module, AT89S51 single-chip microcomputer, a keyboard array composed of switches embedded in the acupoints of the human body model, and a ceramic antenna model T39620. The human acupoint recognition and examination system is applied in the teaching field of traditional Chinese medicine.

Description

Human body acupoint identification and examination system

technical field

The invention relates to a human body acupoint identification and examination system applied to the teaching of acupuncture and moxibustion of traditional Chinese medicine.

Background technique

The bronze acupuncture figure is a model of human meridians and acupoints cast in bronze for acupuncture teaching in ancient China. It began in the Tiansheng period of the Northern Song Dynasty, and was produced in the Ming and Qing Dynasties and modern times. It is an indispensable teaching aid for the teaching of meridians and acupoints.

The Northern Song Dynasty Acupuncture Bronze Figure was made by Emperor Renzong of the Northern Song Dynasty in the fifth year of Tiansheng (1027). It is about the same height as an adult man. The shell can be disassembled, and the chest and abdomen can be opened to see the internal organs. The position, shape, and size ratio are basically accurate. The fourteen meridians of the human body are engraved on the surface of the body of the bronze figure. The making of the bronze acupuncture figurines made the teaching of meridians and acupoints more standardized, visualized and intuitive. Soon the bronze figurines of acupuncture and moxibustion became a model for acupuncture teaching, which is very practical for guiding students to learn acupuncture meridians and acupoints.

With the Bronze Acupuncture and Moxibustion Figure, when students take the acupuncture exam, they can conduct practical examinations through the Bronze Acupuncture and Moxibustion Figure, which can also make the students' learning level more realistically reflected. The acupuncture test method of the bronze figure is very scientific. Before the test, the surface of the bronze figure will be coated with wax to cover the pre-engraved acupuncture points and meridian instructions on the bronze figure. The pinholes on the acupuncture points are also blocked by yellow wax. Also inject mercury or water. During the exam, the students use the needle to pierce the acupoints of the bronze figure according to the examiner's questions. If the acupuncture point is not accurate, the needle cannot penetrate into the body of the bronze figure; point, then the needle can penetrate quickly and penetrate into the body cavity, so that after the needle is pulled out, mercury or water will be ejected from the needle hole. Whether the students have mastered the acupuncture points accurately can be checked very clearly, and the standard is unified, which is a great promotion for acupuncture teaching.

Many people have already done work on the human meridian and acupoint demonstration device or the modern bronze man model.

After searching, it is known that the Chinese patent publication number CN 1858822, the publication date is November 8, 2006, and the application number is 200610013849.8. Disclosed is a modern acupuncture and moxibustion bronze man-meridian acupoint training assessment system and its control method. The system is composed of a human body model with buttons on the acupoints and the outer surface covered with simulated skin, a model driving device, an ordinary PC and multimedia The display device is combined, and the system can only be used to judge whether the student's operation is correct during training or assessment. However, this method cannot determine whether the respondent has completed the acupressure test at one time, and may cause the respondent to perform multiple detections before the acupoint is correctly acupointed, and the system cannot judge. This system is connected by wires, which greatly limits the scope of use of this system, and it has only one display terminal, which is not suitable for teaching and examination.

Chinese Patent Publication No. CN 1648965, the disclosure date was August 3, 2005, and the application number 200410010904.9 discloses a digital model of massage points for children. A more intuitive digital model of the modern bronze figures has been established for the acupuncture points of the children's body. It consists of acupoint model for children, induction receiver, computer processing system, and terminal display. The induction receiver is installed on the acupuncture point and connected with the computer processing system. The computer processing system is connected to the terminal display. However, this model is not suitable for adults and is only partially representative. The sensor is directly connected to the computer processing system, the terminal display is inconvenient to isolate, and the manual operation is rough, so it is not suitable for examinations.

Contents of the invention

The technical problem to be solved by the present invention is to overcome the problems existing in the prior art, and provide a human body acupoint identification and examination system that simultaneously realizes the functions of teaching identification of meridians and acupoints and teaching and examination of meridians and acupoints. By overcoming the complicated operation process of traditional bronze figurines and reducing the role of human subjective judgment factors, the human acupoint identification and examination system can not only realize distance teaching, but also make the teaching identification of meridians and acupoints and the evaluation of meridians and acupoints teaching and examination more objective, fair and effective.

In order to solve the above-mentioned technical problems, the present invention adopts the following technical solutions to realize. The human body acupoint identification and examination system adds a human-computer interaction interface part and an acupoint information collection part on the basis of the prior art, and the human-computer interaction interface part and the acupoint information collection part are connected by wireless transmission.

Described human-computer interaction interface part comprises a computer that adopts the computer program that utilizes the human body acupuncture point recognition of VB language compilation and examination to adopt two monitors, ZigbeeCC2430 main module and model are the ceramic antenna of T39620, computer and ZigbeeCC2430 main module There is a serial cable connection between them, and a wire connection between the ZigbeeCC2430 main module and the ceramic antenna.

The acupoint information collection part is composed of five discrete control units and an acupoint detection pen. Each control unit includes a Zigbee CC2430 slave module, an AT89S51 microcontroller, a keyboard array composed of switches embedded in the acupoints of the human body model, and a ceramic antenna of the model T39620. The AT89S51 MCU and the keyboard array composed of switches are connected by wires, the AT89S51 MCU and the ZigbeeCC2430 slave module are connected by a serial cable, the ceramic antenna of the model T39620 is connected to the ZigbeeCC2430 slave module by wires; the acupoint detection pen can be connected to any control unit AT89S51 MCU wire connection.

The five control units described in the technical solution are specifically called head control unit, arm control unit, chest control unit, leg control unit, and waist control unit. The keyboard array included in each control unit is the head keyboard array, arm Keyboard Array, Chest Keyboard Array, Leg Keyboard Array, and Waist Keyboard Array. Each keyboard array is composed of K1 to K128 switches arranged in 16 rows and 8 columns, and each switch is coded according to its row and column position; between the computer and the ZigbeeCC2430 main module is a serial port line The connection means that the P0.2 and P0.3 pins on the ZigbeeCC2430 main module are connected to the host computer through the serial cable; the wire connection between the ZigbeeCC2430 main module and the ceramic antenna refers to the RE_N, TXRX_SWITCH and The RE_P pin is connected to the ceramic antenna wire of the type T39620 that receives the data information sent by the ZigbeeCC2430 slave module; the serial cable connection between the AT89S51 microcontroller and the ZigbeeCC2430 slave module refers to the connection between the P0.2 pin on the ZigbeeCC2430 slave module and the AT89S51 The RXD pin of the microcontroller is connected, and the P0.3 pin on the ZigbeeCC2430 slave module is connected to the TXD pin of the AT89S51 microcontroller; the connection between the ceramic antenna of the model T39620 and the ZigbeeCC2430 slave module refers to the RE_N, TXRX_SWITCH and RE_P on the ZigbeeCC2430 slave module. The pin is connected to the ceramic antenna wire of T39620 that receives the data information sent by the ZigbeeCC2430 main module; the acupoint detection pen can be connected with the AT89S51 single-chip wire in any control unit, which means that one end of the switch on the acupoint detection pen is connected to the The INTO pin of the AT89S51 single-chip computer is connected to the wire, and the other end of the switch on the acupoint detection pen is grounded; the computer uses two monitors that are convenient for the isolation of the examiner and the examinee and reduce the effect of human evaluation, and are connected to the host computer through a frequency divider Above; the surface of the switch embedded in the acupoints of the mannequin is consistent with the height of the part of the mannequin where it is located, and the surface of the mannequin is covered with an artificial skin with intuitive visual and tactile senses.

Compared with prior art, the beneficial effects of the present invention are:

1. The human acupoint identification and examination system uses wireless transmission to transmit the information of the switch. The usual transmission distance of ZigbeeCC2430 is 100 meters to 150 meters. This wireless transmission method reduces the limitation of distance on the system, which can not only reduce the trouble of wire wiring and the consumption of wires due to the increase of distance, but also reduce the inconvenience of moving human body acupoint identification and examination systems caused by cables.

2. The Zigbee CC2430 module used in the human acupoint recognition and examination system is one of the ZigBee series products. ZigBee technology adopts the IEEE802.15.4 standard and utilizes the global common frequency of 2.4GHz. It is applied to monitoring and control networks. It has very significant advantages such as low cost, low power consumption, many network nodes, and long transmission distance. It is an alternative to wired monitoring. One of the most promising technologies in the field of network and control. The ZigbeeCC2430 module used in the system has an 8051 microcontroller core with high performance and low power consumption, and integrates a 2.4GHz RF radio transceiver conforming to the IEEE802.15.4 standard, an external interrupt wake-up system, excellent wireless receiving sensitivity and strong anti-interference High performance, only 0.9μA current consumption in sleep mode, less than 0.6μA current consumption in standby mode. Wide voltage range (2.0 ~ 3.6V), integrated AES security protocol processor, can realize short-range wireless communication.

3. The human acupoint recognition and examination system uses dual monitors, and students and teachers can watch different monitors respectively. It is not only beneficial to teaching, the teacher can easily explain the location and function of each acupuncture point, but also facilitates the isolation of students and teachers during the exam, reducing the interference of human subjective factors to evaluate the effect.

4. The human acupoint identification and examination system uses an acupoint detection pen. When the acupoint detection pen is pressed, the system can judge from the state of the acupoint detection pen that the student has performed an acupoint to answer the question. This method can prevent students from repeatedly testing and finally find the acupoint. The location phenomenon occurs.

5. The human body acupoint recognition and examination system adopts a layer of artificial skin on the surface of the mannequin, and the acupoints of the mannequin cannot be seen in appearance, and the thickness of the artificial skin is moderate, and it has visual and tactile intuitive feeling, touching the skin The switch can be driven, and this design creates an environment where students learn and take exams in direct contact with patients.

6. The information of the 16×8 keyboard array adopted by the human body acupoint recognition and examination system is coded according to the encoding method of rows, columns and signs. Which key was pressed.

7. The human body acupoint identification and examination system accurately gives the specific positions of 365 standard acupoints on the human body, making it more vivid and intuitive. It improves the teaching methods of acupuncture and moxibustion in traditional Chinese medicine and reduces the cost of traditional bronze figurines. No need to rewater or mercury and apply wax.

Description of drawings

Below in conjunction with accompanying drawing, the present invention will be further described:

Fig. 1 is a schematic block diagram of the structural principle of the human body acupoint identification and examination system;

Fig. 2 is a schematic circuit diagram of the keyboard array connection relationship formed by the AT89S51 single-chip microcomputer in any control unit in the acupoint information collection part of the human body acupoint recognition and examination system and the switch embedded in the acupoints of the human body model;

Fig. 3 is the circuit schematic diagram of the ZigbeeCC2430 main module that sends and receives data information to each control unit in the human-computer interaction interface part of the human body acupoint recognition and examination system;

Figure 4 is a schematic circuit diagram of the connection relationship between the Zigbee CC2430 slave module, the acupoint detection pen sending switch signals and the AT89S51 single-chip microcomputer in any control unit in the human body acupoint recognition and examination system;

In the figure: C1 to C10. Capacitor, R1 to R3. Resistor, XTAL1 to XTAL3. Crystal oscillator, JK1. Resistor row, JK2. Resistor row, K1 to K129. Key switch.

Detailed ways

The present invention is described in detail below in conjunction with accompanying drawing:

The human body acupoint identification and examination system is mainly used in the teaching of medical colleges and universities to train students' understanding of acupoints and test students' mastery of acupuncture points. For example, schools can use the learning mode of this system for teaching, and students can learn the location and function of each acupoint through the system's explanation of acupoints. Schools can also test the students' mastery of acupoint positions through the examination mode of the system.

Referring to Figure 1, the human body acupoint identification and examination system mainly includes a human-computer interaction interface part and an acupoint information collection part. The human-computer interaction interface part includes a computer program installed with a control interface written in VB language, a computer with two monitors installed, a ZigbeeCC2430 main module and a ceramic antenna model T39620. The serial interface of the computer is connected with the ZigbeeCC2430 main module through a serial port cable, and the wire between the ZigbeeCC2430 main module and the ceramic antenna is connected. Specifically, the RE_N, TXRX_SWITCH and RE_P pins on the ZigbeeCC2430 main module are equipped with ceramic antennas of the type T39620 that transmit the data information of the computer to the ZigbeeCC2430 slave module, which can realize the function of wireless communication. The P0.2 and P0.3 pins on the ZigbeeCC2430 main module are connected to the host of the computer through a serial cable. The human-computer interaction interface part is a computer application program with substantial characteristics designed by the inventor himself. If it is loaded into a computer connected with the main module of ZigbeeCC2430, the control interface compiled by VB language can be manipulated on the two computers. The display shows whether the acupuncture points selected by the user are correct or not. So to be precise, the key of the human-computer interaction interface is a computer application program that uses VB language to program the control interface.

The acupoint information collection part is composed of five discrete control units and an acupoint detection pen. Each control unit includes a Zigbee CC2430 slave module, an AT89S51 microcontroller, a keyboard array composed of switches embedded in the acupoints of the human body model, and a ceramic antenna of the model T39620. The AT89S51 MCU and the keyboard array composed of switches are connected by wires, the AT89S51 MCU and the ZigbeeCC2430 slave module are connected by a serial cable, the ceramic antenna of the model T39620 is connected to the ZigbeeCC2430 slave module by wires; the acupoint detection pen can be connected to any control unit AT89S51 MCU wire connection. The five control units are specifically called head control unit, arm control unit, chest control unit, leg control unit and waist control unit, and the keyboard arrays included in each control unit are head keyboard array, arm keyboard array, arm keyboard array, Chest keyboard array, leg keyboard array and waist keyboard array. Each keyboard array is composed of K1 to K128 switches arranged in the form of 16 rows and 8 columns, and each switch is coded according to its row and column position. The Zigbee CC2430 slave module is an enhanced Zigbee module, which integrates a radio frequency transceiver and a microprocessor that conform to the Zigbee protocol standard. It has the advantages and characteristics of long communication distance, equipment power saving, low equipment, strong anti-interference ability, and flexible networking. . More specifically, the P0.2 pin on the ZigbeeCC2430 slave module is connected to the RXD pin of the AT89S51 microcontroller, and the P0.3 pin on the ZigbeeCC2430 slave module is connected to the TXD pin of the AT89S51 microcontroller; the head control unit, arm control unit, chest control The RE_N, TXRX_SWITCH and RE_P pins of the ZigbeeCC2430 slave module in the unit, the leg control unit and the waist control unit are equipped with ceramic antennas of the type T39620 that receive the information sent by the ZigbeeCC2430 master module, which can realize the function of wireless communication. The acupoint detection pen is a switch type detection pen. One end of the switch on the acupoint detection pen is connected to the INTO pin wire of the AT89S51 microcontroller, and the other end of the switch on the acupoint detection pen is grounded. The AT89S51 microcontroller transmits this specific information together with the data scanned by the keyboard array of a 16×8 keyboard array of a certain control unit to the ZigbeeCC2430 slave module through the serial port line according to the interruption of the acupoint detection pen. The 16×8 keyboard array information is coded according to the coding method of the row and column position identification. Its function is to determine whether a key (switch) is pressed in the keyboard array, and to determine which key (switch) is pressed .

Referring to Fig. 2, in each control unit, pins 1 to 8 of the resistor bank JK1 are connected in parallel with the first 8 rows of the 16×8 keyboard array and the 8 pins (P0.0, P0. 1. P0.2, P0.3, P0.4, P0.5, P0.6, P0.7) are connected. The 1 to 8 pins of the resistance row JK2 and the last 8 rows of the 16×8 keyboard array are connected in parallel with the 8 pins (P2.0, P2.1, P2.2, P2.3, P2.4, P2.5, P2.6, P2.7) are connected. The 8 pins (P1.0, P1.1, P1.2, P1.3, P1.4, P1.5, P1.6, P1.7) of the P1 port of the AT89S51 microcontroller are respectively connected to the 16×8 keyboard array The 8 columns are connected. Resistor banks JK1 and JK2 function as pull-up resistors. The function of P0 port, P1 port and P2 port is to continuously scan the keyboard array, and read the key (switch) information of the keyboard array into the AT89S51 microcontroller. The X1 and X2 pins of the AT89S51 single-chip microcomputer are respectively connected to one end of the capacitor C1 and the capacitor C2. The specification of the capacitor can be selected according to different circuit requirements, and the crystal oscillator XTAL1 is connected between the two pins, and the other end of the capacitor C1 and the capacitor C2 grounded. The RESET pin of the AT89S51 microcontroller is connected to one end of the resistor R1, capacitor C3 and capacitor C4 at the same time, the other end of the resistor R1 is grounded, and the other end of the capacitor C3 and capacitor C4 is connected to the 5V power supply at the same time.

Referring to Figure 3, the AVDO, DVDO, AVDO_DREG, AVDO_SOC and AVDO_PREG pins on the ZigbeeCC2430 main module are connected to the power supply with a voltage of 2.0V-3.6V to ensure the normal operation of the chip; P2.3 and P2.4 on the ZigbeeCC2430 main module The pins are respectively connected to one end of capacitor C5 and capacitor C6. The specifications of the capacitor can be selected according to different circuit requirements, and the crystal oscillator XTAL2 is connected between the two pins, and the other end of capacitor C5 and capacitor C6 is grounded to realize the entire system clock. Unification; the AVDO_GUARD, DVDO_ADC, AVDO_ADC, AVDO_F2, AVDO_RF2, AVDO_SW, AVDO_RF1, AVDO_PRE, AVDO_VCO, VCC_GUARD, AVDO_CHP, AVDO_IF1 and PREG_OUT pins on the ZigbeeCC2430 main module are connected to one end of the capacitor C8, and the other end of the capacitor C8 is connected to the ground; The RE_AS2 pin on the ZigbeeCC2430 main module is connected to one end of the resistor R3, and the other end of the resistor R3 is connected to the ground; the RF_AS1 on the ZigbeeCC2430 main module is connected to one end of the resistor R2, and the other end of the resistor R2 is connected to the ground; ZigbeeCC2430 The DCCUPL pin on the main module is connected to one end of the capacitor C7, and the other end of the capacitor C7 is connected to the ground; the XOSC_01 and XOSC_02 pins on the ZigbeeCC2430 main module are respectively connected to one end of the capacitor C9 and capacitor C10, and the two pins are connected to each other. The crystal oscillator XTAL3 is connected between them, the other end of the capacitor C9 and the capacitor C10 are grounded; the RE_N, TXRX_SWITCH, and RE_P pins on the ZigbeeCC2430 main module are connected to the ceramic antenna of the model T39620; these connection lines ensure the normal operation of the ZigbeeCC2430 main module.

Referring to Fig. 4, the acupoint detection pen is a switch type detection pen, one end of the key switch K129 in the acupoint detection pen is connected to the INT0 pin of the AT89S51 microcontroller, and the other end is grounded. The P0.2 pin of the ZigbeeCC2430 slave module is connected to the RXD pin of the AT89S51 microcontroller, and the P0.3 pin of the ZigbeeCC2430 slave module is connected to the TXD pin of the AT89S51 microcontroller. The ZigbeeCC2430 slave module and the AT89S51 microcontroller perform serial communication through this connection. Read the amount of data read into the AT89S51 MCU into the ZigbeeCC2430 slave module. The ZigbeeCC2430 slave module transmits the received data to the computer in the man-machine interface part in a wireless manner. The X1 and X2 pins of the AT89S51 single-chip microcomputer are respectively connected to one end of the capacitor C1 and the capacitor C2. The specification of the capacitor can be selected according to different circuit requirements, and the crystal oscillator XTAL1 is connected between the two pins, and the other end of the capacitor C1 and the capacitor C2 Grounding; the RESET pin of the AT89S51 microcontroller is connected to one end of the resistor R1, capacitor C3 and capacitor C4 at the same time, the other end of the resistor R1 is grounded, and the other end of the capacitor C3 and capacitor C4 is connected to the 5V power supply at the same time, ensuring the normal operation of the AT89S51.

The computer described in the man-machine interaction interface part uses two monitors, and the two monitors are connected to the host computer of the computer through a frequency divider. It facilitates the long-distance teaching and assessment between teachers and candidates, and reduces the interference of human evaluation.

The surface of the switch embedded in the acupoints of the mannequin mentioned in the part of acupoint information collection is consistent with the height of the mannequin around the position, which cannot cause artificial height errors, and directly and clearly tell the students, so that students do not need to worry Just know which acupuncture points are in which position, which affects the quality of teaching. The surface of the mannequin is covered with an artificial skin with relatively intuitive visual and tactile senses. Touching the skin can activate the switch, and try to create an atmosphere where students can study and take exams directly facing patients.

The working principle of the human body acupuncture point identification and examination system:

In the acupoint information collection part of the human acupoint identification and examination system, the keyboard array composed of acupoint switches is coded according to the coding method of the position identification of the row and column where the switch is located. When the switch button in the acupoint detection pen is pressed, the interrupt value is sent to the INT0 pin of the AT89S51 single-chip microcomputer, and the AT89S51 single-chip microcomputer responds to the interrupt, scans through the keyboard array, reads in the corresponding code information, and sends the data pressed by the keyboard array It is passed to the ZigbeeCC2430 slave module through the serial interface. The ZigbeeCC2430 slave module of the control unit to which the keyboard array belongs sends out data information by wireless transmission. The ZigbeeCC2430 main module of the human-computer interaction interface part receives the data information and transmits it to the PC through the serial interface. The user can observe whether the acupuncture points are correct through the user interface of the two monitors of the PC, and display the information in text. , graphics and sound.

Claims (9)

1. A human body acupoint recognition and examination system, comprising a human body model and artificial skin covered on its surface, characterized in that it adds a man-machine interface part and an acupoint information collection part, a man-machine interface part and acupoint information The collection parts are connected by wireless transmission; Described human-computer interaction interface part comprises a computer that adopts the computer program that utilizes the human body acupuncture point recognition of VB language compilation and examination to adopt two monitors, ZigbeeCC2430 main module and model are the ceramic antenna of T39620, computer and ZigbeeCC2430 main module There is a serial cable connection between them, and a wire connection between the ZigbeeCC2430 main module and the ceramic antenna; The acupoint information collection part is composed of 5 discrete control units and acupoint detection pens; each control unit includes a ZigbeeCC2430 slave module, AT89S51 single-chip microcomputer, a keyboard array formed by switches embedded in the acupoints of the human body model, and the model is T39620 The ceramic antenna, the AT89S51 microcontroller and the keyboard array composed of switches are connected by wires, the AT89S51 microcontroller and the ZigbeeCC2430 slave module are connected by serial cables, the ceramic antenna of the model T39620 is connected to the ZigbeeCC2430 slave module by wire; the acupoint detection pen can be connected to any A AT89S51 MCU wire connection in the control unit. 2. The human body acupoint recognition and examination system according to claim 1, wherein the five control units are specifically referred to as a head control unit, an arm control unit, a chest control unit, a leg control unit, and a waist control unit. Unit, the keyboard array that each control unit includes is the head keyboard array, the arm keyboard array, the chest keyboard array, the leg keyboard array and the waist keyboard array; each keyboard array is composed of K1 to K128 switches in 16 rows and 8 columns Arranged in the form of each switch, each switch is coded according to its row and column position. 3. according to the described human body acupoint recognition and examination system of claim 1, it is characterized in that, between the described computer and the ZigbeeCC2430 main module, be the serial port line connection and refer to the P0.2 pin and the P0.3 pin on the ZigbeeCC2430 main module Connect with the host of the computer through the serial cable. 4. according to the described human body acupoint recognition and examination system of claim 1, it is characterized in that, wire connection between described ZigbeeCC2430 master module and ceramic antenna refers to RE_N on the ZigbeeCC2430 master module, TXRX_SWITCH and RE_P pin and receive by ZigbeeCC2430 The data information sent from the module is connected to the ceramic antenna wire of model T39620. 5. according to the described human body acupoint identification and examination system of claim 1, it is characterized in that, between described AT89S51 single-chip microcomputer and ZigbeeCC2430 from the module, be that the serial port line connection refers to the P0.2 pin on the ZigbeeCC2430 from the module and the AT89S51 single-chip microcomputer The RXD pin is connected, and the P0.3 pin on the ZigbeeCC2430 module is connected to the TXD pin of the AT89S51 microcontroller. 6. according to the described human body acupoint recognition and examination system of claim 1, it is characterized in that, described model is that the ceramic antenna of T39620 and ZigbeeCC2430 slave module wire connection refer to the RE_N, TXRX_SWITCH and RE_P pin on the ZigbeeCC2430 slave module and receive The data information sent by the ZigbeeCC2430 main module is connected with the ceramic antenna wire of the model T39620. 7. According to the human body acupuncture point recognition and examination system according to claim 1, it is characterized in that, the described acupuncture point detection pen can be connected with the AT89S51 single-chip microcomputer electric wire in any control unit, which means that one end of the switch on the acupuncture point detection pen is connected with the AT89S51 The INTO pin wire of the microcontroller is connected, and the other end of the switch on the acupoint detection pen is grounded. 8. According to the human body acupoint recognition and examination system according to claim 1, it is characterized in that, said computer adopts two monitors which are convenient for the isolation of examiner and examinee and reduce the artificial evaluation effect and are connected to the computer by frequency divider on the host. 9. According to the human body acupoint identification and examination system according to claim 1, it is characterized in that the surface of the switch embedded in the acupoints of the human body model is consistent with the height of the human body model part at its position, and the surface of the human body model is covered with Visually and tactilely intuitive artificial skin.

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