CN117752946A - Wireless pulse electric needle therapeutic instrument - Google Patents

Abstract

The invention belongs to the technical field of medical equipment, and discloses a wireless pulse electric needle therapeutic apparatus, which comprises an electric needle therapeutic apparatus main body and a plurality of wireless pulse generators, wherein the electric needle therapeutic apparatus main body is provided with a display screen, a frequency adjusting switch, a timer switch and other operation modules, the electric needle therapeutic apparatus main body also comprises a control chip, the control chip is used for automatically adjusting pulse output parameters based on a preset therapeutic protocol, the pulse output parameters comprise frequency, intensity and waveforms, the pulse output parameters are communicated with the wireless pulse generators through a wireless network or Bluetooth, and the communication supports multi-channel concurrency. The electric needle therapeutic apparatus can automatically realize pulse adjustment through wireless transmission of signals, and a user does not need to process any electric wire, so that the electric wire is prevented from winding or penetrating through a human body, and the convenience and safety of treatment are greatly improved.

Description

Wireless pulse electric needle therapeutic instrument

Technical Field

The invention belongs to the technical field of medical equipment, and particularly relates to a wireless pulse electric needle therapeutic apparatus.

Background

At present, the traditional needling treatment is to make a needle into a patient body according to a certain angle, and a doctor uses twisting, lifting and inserting and other needling methods to stimulate the acupuncture points of the human body in the needling process, so that the aim of treating diseases is fulfilled. Clinical medicine proves that it can dredge meridian, regulate yin and yang, strengthen body resistance and eliminate evil. Whereas electro-acupuncture is a treatment method combining electrical principles and acupuncture techniques. Electric needle therapy uses an electric needle therapeutic instrument, one end of which is clamped on an acupuncture needle, and corresponding action is generated through current transmission with specific waveform, frequency and intensity. Electric acupuncture is an independent branch of acupuncture and moxibustion, and treats various diseases by acting on acupoints of the channels and collaterals of the human body. One end of the output line is connected with the electric acupuncture instrument, and the other end is an alligator clamp holder. During treatment, the acupuncture needle is firstly inserted into a specific acupoint of a human body, one end of an output line is inserted into the electric needle instrument when the electric needle instrument is opened, the other end of the output line clamps the needle and the needle through crocodile pliers, and output current is set by adjusting a knob or a key on the electric needle instrument. The current intensity, the frequency and the waveform are output to the acupuncture needle clamped by the crocodile pliers, so that the continuous treatment effect is achieved. However, clinically, due to the fact that the output lines are more, winding and arrangement are more troublesome, the output lines often pass through a human body, and potential safety hazards such as electric shock of a patient are easy to occur.

Current patent publication No.: CN116832327a, the disclosure includes the shell, the surface of shell is equipped with output wire, the surface of shell is equipped with a plurality of knob, the surface of shell is equipped with shift knob, the surface of shell is equipped with the display screen, one side of shell is equipped with charging interface, the one end that the shell is close to output wire is equipped with accomodates fixing device, accomodate fixing device including placing the board, place board and shell fixed connection. When the six-way interface of the electric acupuncture apparatus is used by inserting a plurality of output wires at the same time, the plurality of output wires are easy to wind together, so that the position and the length of the output wires are influenced, and the use effect of the electric acupuncture apparatus is influenced.

However, the existing patent does not thoroughly solve the problem of winding the wires, and only stores and sorts the wires; usually, the electric pulse is sent to the acupuncture needle on the patient through the electric wire, but the mode is more easily because of the device output line, winding arrangement is more troublesome, and the output line often can pass through the human body, the potential safety hazards such as patient electric shock easily take place.

Disclosure of Invention

Aiming at the problems existing in the prior art, the invention provides a wireless pulse electric needle therapeutic apparatus, which comprises an electric needle therapeutic apparatus main body and a plurality of wireless pulse generators, wherein the electric needle therapeutic apparatus main body is provided with a display screen, a frequency adjusting switch, a timer switch and other operation modules, the electric needle therapeutic apparatus main body also comprises a control chip for automatically adjusting pulse output parameters based on a preset therapeutic protocol, the pulse output parameters comprise frequency, intensity and waveforms, and the pulse output parameters are communicated with the wireless pulse generators through a wireless network or Bluetooth, and the communication supports multi-channel concurrency and ensures stable connection with a plurality of receivers.

Further, the control chip is provided with an adjusting module with a self-adaptive adjusting function based on a machine learning algorithm, and is used for automatically adjusting a treatment scheme according to real-time physiological feedback data of a patient, such as skin resistance, muscle electric signals and the like, so as to optimize the treatment effect and reduce uncomfortable feeling.

Further, the wireless pulse generator is internally provided with an intelligent battery management module which is used for monitoring the battery state in real time and providing an electric quantity report through the display screen, simultaneously supporting a quick charging function, and automatically adjusting the equipment to a low power consumption mode and sending a prompt when the electric quantity is lower than a preset threshold value.

Further, the control chip is provided with a user interface, which is a touch screen and supports multi-touch control, and the user can select and adjust the treatment mode through gesture operation, and the interface is also used for providing a voice recognition function so that the user can operate through voice commands.

Further, the control chip is provided with a network transmission module which supports connection to a remote treatment management platform through a Wi-Fi or cellular network, allows authorized medical professionals to remotely access equipment for treatment monitoring and parameter adjustment, and further provides remote medical services.

Further, a storage module is arranged on the electric acupuncture apparatus main body and used for recording treatment data of a patient, including treatment time, frequency, intensity and the like, and supporting synchronization to the electronic medical record system through a USB or wireless network for subsequent data analysis and treatment effect evaluation.

Further, the wireless pulse generator is connected with crocodile pincers through the connecting wire, the acupuncture needle is clamped on the crocodile pincers, a plurality of physiological sensors are connected on the acupuncture needle, one of the physiological sensors is an electromyography sensor and is used for recording and analyzing muscle electrical signals of a patient.

Further, the DAC core architecture of the control chip is composed of 2 matched DAC parts, and after 4 MSBs of a 12-bit or 16-bit data word are decoded, at least 15 switches are driven.

Further, the control chip current output ranges from 0mA to 20mA, from 0mA to 24mA, and from 4mA to 20mA, and the desired output configuration is selected by a user through a control register.

Further, the control chip adopts AD5410 or AD5420.

In combination with the technical scheme and the technical problems to be solved, the technical scheme to be protected has the following advantages and positive effects:

1. the intelligent wireless pulse electric needle therapeutic apparatus provided by the invention is provided with a control chip through wireless connection, and can automatically adjust pulse output parameters based on a preset therapeutic protocol, so as to achieve the effect of automatically controlling the wireless pulse generator to send therapeutic pulses.

Solves the problems that the traditional output lines are more, the winding and arrangement are complex, the output lines pass through the human body, and potential safety hazards such as electric shock exist. Even in the previously proposed prior art patent, although there is a design of housing and fixing for the length of the output wire, the wire entanglement problem is not fundamentally solved, but only the wire is sorted. These problems seriously affect the use effect and safety of the electro-acupuncture apparatus.

The control chip and the wireless pulse generator automatically output control signals, and the crocodile pliers output pulse current to the acupuncture needle. The innovative design eliminates the tedious output line in the traditional electric needle instrument, so that the electric needle instrument is more portable, easy to use and safe. Therefore, the patient is not confronted with the entanglement problem of the output line, and the electric shock risk caused by the output line passing through the human body is avoided.

The invention can adopt various wireless communication modes, such as Wi-Fi, zigBee, NFC, RFID or BLE, etc., so as to adapt to different environments and requirements and provide wider application. In addition, the design of battery power supply is adopted in the device, and the device is charged through the charging port, so that portability and flexibility are also improved.

2. The biosensor of the present invention can receive muscle electrical signals and record and store these signals. Medical personnel can observe and record muscle electrical signals in real time so as to carry out integrated analysis on data of patients. The doctor can better make an electric needle prescription suitable for the patient according to the recorded data, so that the treatment scheme is optimized and a better treatment effect is achieved. Meanwhile, the electric acupuncture apparatus can intelligently and adaptively adjust parameters such as current intensity, frequency, waveform and the like according to the received muscle electric signals. The intelligent adjusting module with the self-adaptive adjusting function greatly simplifies the operation flow of the electric needle treatment and is used for adjusting parameters in real time according to the treatment condition of a patient. This not only provides more convenient treatment experience for medical personnel and patient, has still guaranteed the treatment better.

3. The electric acupuncture apparatus is also provided with an emergency power-off module so as to ensure the safety of patients. When the electric acupuncture instrument records that the muscle of the patient is abnormally discharged, the electric acupuncture instrument can immediately trigger an emergency power-off mechanism to cut off current output, so that the patient is prevented from being further harmed. The purpose of this design is to ensure rapid cessation of treatment in the event of an accident to reduce potential risks and to protect the health and safety of the patient. Through the emergency power-off module, the electric acupuncture instrument can timely respond to abnormal conditions, and the safety and controllability of the treatment process are improved. The emergency power-off module is an important protection measure for the patients, and provides additional security for the patients, whether the emergency power-off module is used in hospitals or families.

4. The electric acupuncture instrument also has humanized design and is provided with a low-power reminding function. When the electric quantity of the electric acupuncture instrument is about to be exhausted, the electric acupuncture instrument can timely send an alarm signal to remind a user to charge. The function ensures the normal use of the electric acupuncture apparatus in the treatment process, and avoids the condition of interrupting the treatment due to insufficient electric quantity. The user only needs to charge according to reminding, so that the electric acupuncture apparatus can be ensured to be in a reliable working state all the time, and a continuous and stable treatment effect is provided for patients. The low-power reminding function of the electric acupuncture apparatus is used for bringing additional convenience and safety guarantee to users whether the electric acupuncture apparatus is used in hospitals or families.

5. After the invention is connected with the network, the invention has powerful background function, including a comprehensive database. This database is not only used to store and manage patient electrical needle treatment data, but also to provide telemedicine services to medical institutions.

By connecting to the network, the patient and medical facility can easily access the background database of the electronic needle meter. For patients, they can conveniently upload their own myoelectric signal data remotely and obtain remote guidance from a specialist doctor. This means that even though the patient is in a different geographical location, they can still enjoy professional medical services without having to go to the hospital in person. This is a great benefit to those living in remote areas or with inconvenient movements. Meanwhile, the medical institution can monitor and analyze the treatment data of the patient in real time through a background database connected to the electric acupuncture apparatus. This allows the physician to more timely learn about the patient's condition and to tailor the treatment regimen specifically. In addition, the data in the database may be used by medical institutions for statistics and analysis to improve the effectiveness and quality of the electro-needle treatment.

Therefore, after the invention is connected to the network, the invention not only provides convenience for remote medical service for patients, but also provides more efficient and accurate treatment management means for medical institutions. The introduction of the remote medical mode is not only used for saving time and resources, but also used for better meeting the diversified medical demands of patients and improving the level of the whole medical service.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions of the prior art, the following description will briefly explain the drawings used in the embodiments or the description of the prior art, and it is obvious that the drawings in the following description are some embodiments of the present invention, and other drawings can be obtained according to these drawings without inventive effort for a person skilled in the art.

FIG. 1 is a diagram showing the overall structure of a wireless pulse electric needle therapeutic apparatus according to an embodiment of the present invention;

fig. 2 is a top view of a wireless pulse electric needle therapeutic apparatus according to an embodiment of the present invention;

FIG. 3 is a schematic diagram of the connection structure of crocodile pliers and a wireless pulse generator in the invention;

FIG. 4 is a circuit diagram of a control output of a control chip in an embodiment of the invention;

in the figure: 1. a display screen; 2. a frequency adjusting switch; 3. a timer switch; 4. a continuous wave adjustment button; 5. a dense wave adjusting button; 6. a discontinuous wave adjustment button; 7. each interface intensity adjusting button; 8. a receiver jack; 9. a wireless pulse generator; 10. crocodile pliers; 11. connecting short wires; 12. and a control chip.

Detailed Description

The present invention will be described in further detail with reference to the following examples in order to make the objects, technical solutions and advantages of the present invention more apparent. It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the scope of the invention.

The intelligent wireless pulse electric needle therapeutic apparatus provided by the invention is connected with a wireless pulse generator, and the control chip 12 automatically adjusts pulse output parameters according to a preset therapeutic protocol, wherein the pulse output parameters comprise frequency, intensity and waveform. These parameters are sent to a wireless pulse generator via a wireless network or bluetooth, and then the receiver converts these parameters into specific electrical pulse signals for stimulating a specific site in the patient.

In the whole treatment process, the user does not need to process any electric wire due to wireless transmission of signals, and the electric wire is prevented from winding or penetrating through a human body, so that the convenience and safety of treatment are greatly improved. Meanwhile, the wireless design and the charging function of the device enable the device to be more easy to store and carry. In addition, the multi-channel concurrent communication function of the device ensures stable connection with the receivers on the plurality of wireless pulse generators, so that in the complex treatment process of simultaneously stimulating a plurality of parts, all the receivers can obtain accurate and synchronous electric pulse signals so as to ensure the treatment effect.

Embodiment one: telemedicine applications

A patient suffering from chronic back pain is located in a remote rural area and has a range of several hours from the nearest medical facility. The patient selects the intelligent wireless pulse radio needle therapeutic apparatus as a part of the therapeutic scheme. By using the device, the patient can perform regular electric needle treatment at home, and the doctor is allowed to remotely access the device through the network transmission module of the device, monitor the treatment process and adjust the treatment parameters according to the needs. Furthermore, the memory module of the device is used to record treatment data and synchronize to an electronic medical record system, which allows the physician to track the progress of the patient's treatment and make long-term treatment effect assessments. This embodiment demonstrates the value of this device in providing telemedicine services.

Embodiment two: use of adaptive adjustment of treatment regimens

An intelligent wireless pulse electric needle therapeutic apparatus is used for a patient who is receiving rehabilitation therapy. In the treatment process, the control chip automatically adjusts the treatment scheme according to the real-time physiological feedback data of the patient by receiving and analyzing the data acquired from the physiological sensor (the physiological sensor comprises an electromyography sensor, a temperature sensor, a heartbeat monitor and the like). For example, if the device detects an increase in the patient's muscle tone, it automatically adjusts the frequency and intensity of the pulses to reduce discomfort. Also, if the device detects an abnormality in the patient's electrical muscle signals, it may pause the treatment and issue a reminder. This embodiment demonstrates the ability of the device to provide a personalized and adaptive treatment regimen.

The invention provides a structure composition of a wireless pulse electric needle therapeutic apparatus and functions of all parts thereof.

An electric acupuncture instrument main body: display screen 1: the treatment parameters and status are displayed. Frequency adjustment switch 2: the frequency of the electrical pulses is adjusted. Timer switch 3: the treatment time is set. Continuous wave adjustment button 4: the electrical pulses in the form of continuous waves are modulated. Dense wave adjusting button 5: the electrical pulses in the form of a dense wave are adjusted. Intermittent wave adjusting button 6: the electrical pulses in the form of intermittent waves are modulated. Each interface intensity adjustment button 7: the electrical pulse intensity of each output interface is adjusted. Receiver jack 8: the charger is used for connecting the wireless pulse generator 9 and the electric acupuncture instrument main body, and can be used for charging the wireless pulse generator. Crocodile pliers 10: one end is connected with the wireless pulse generator 9 through a connecting short wire 11, and the other end is used for clamping an acupuncture needle.

The crocodile pliers transmit the electric pulse received by the wireless pulse generator to a patient through the acupuncture needle, and the crocodile pliers are made of materials with light weight and good electric conductivity.

The workflow of the whole system is approximately as follows:

the operator sets the treatment parameters such as frequency, waveform, intensity and time through control buttons and switches on the body of the electro-acupuncture device.

After the setting is completed, the electric acupuncture instrument main body sends signals to the wireless pulse generator in a wireless mode.

The wireless pulse generator receives the signal and converts it into electric pulse, which is transmitted to crocodile pliers through connecting short wire.

The crocodile pliers clamp the acupuncture needle, and the electric pulse is transmitted to a specific acupoint in the patient through the acupuncture needle, so that the treatment effect is realized.

In practical applications, the operator also needs to adjust the position and depth of the acupuncture needle and specific parameters of the electric pulse according to the treatment requirements.

A wireless pulse electro-acupuncture therapeutic apparatus as shown in fig. 1 and 2, comprising:

the electric acupuncture apparatus comprises an electric acupuncture apparatus main body, wherein a display screen 1, a frequency adjusting switch 2, a timer switch 3, a continuous wave adjusting button 4, a dense wave adjusting button 5, an intermittent wave adjusting button 6 and an intensity adjusting button 7 of each interface are arranged on the electric acupuncture apparatus main body;

as shown in fig. 3, a plurality of crocodile pincers 10, one end of which is connected to a connecting stub 11 and the other end of which is used for holding an acupuncture needle;

the wireless signal transmitter is used for transmitting pulse current signals to the wireless pulse generator 9 in a wireless network or Bluetooth mode according to the arrangement on the electric acupuncture instrument main body, the wireless pulse generator is used for receiving and converting the signals and outputting the pulse current to the acupuncture needles through crocodile pliers, so that the function of electric acupuncture treatment is achieved, meanwhile, the wireless pulse generator 9 is used for collecting the electromyographic signals collected by the acupuncture needles, feeding the electromyographic signals back to a receiver of the electric acupuncture instrument main body, and the display screen 1 displays the relevant electromyographic signals.

Further, the category of wireless networks between the wireless signal transmitter and the wireless pulse generator includes Wi-Fi, zigBee, NFC, RFID, BLE.

Further, a battery is provided in the wireless pulse generator for charging through the charging port 11.

Further, a power switch is arranged on the electric needle instrument main body and used for controlling the electric needle therapeutic instrument to be turned on and off.

The following is the basic using method of the wireless pulse electric needle therapeutic apparatus:

1. preparation device: ensure that the electric needle instrument main body is charged or connected with a power supply and confirm that the equipment is in a closed state. Ensuring that the wireless pulse generator is charged or has sufficient battery power built in.

2. Setting treatment parameters: the electric needle instrument main body is opened, proper treatment parameters such as frequency, waveform and the like are set on the display screen according to treatment requirements, and the electric needle instrument main body is adjusted by using a frequency adjusting switch, a timer switch and buttons with different waveforms.

3. Treatment is implemented: when the equipment is set, the wireless signal transmitter transmits pulse current signals to the wireless pulse generator through a set wireless network or a Bluetooth mode. The wireless pulse generator receives and converts the pulse current signals, and the crocodile pincers output pulse current to stimulate the acupuncture needle to perform treatment. Ensure that the crocodile forceps correctly clamp the acupuncture needle and keep the equipment stably used in the treatment process.

4. Ending treatment: after the treatment is completed, the electric needle instrument main body and the corresponding settings are closed. And taking down the acupuncture needle contacted with the crocodile pliers and cleaning and sterilizing.

The working principle of the wireless pulse electric needle therapeutic apparatus provided by the invention is that a wireless signal transmitter on the equipment is used for transmitting pulse current signals to a plurality of wireless pulse generators by utilizing a wireless network or Bluetooth technology according to set therapeutic parameters. The wireless pulse generator receives and converts the signals, and pulse current is output to the acupuncture needle through the crocodile pliers, so that the stimulation treatment on the human meridians is realized, and the effects of conditioning the body and treating diseases are achieved.

As shown in fig. 4, the DAC core architecture of the control chip 12 is at least composed of 2 matched DAC parts, and after decoding the 4 MSBs of the 12-bit or 16-bit data word, at least 15 switches are driven.

The control chip current output ranges from 0mA to 20mA, from 0mA to 24mA, and from 4mA to 20mA, and the desired output configuration is selected by the user through the control register.

The control chip can adopt an output module circuit design composed of AD5410 or AD5420. The design provides a current output for controlling the operation of the various modules described above. The design also provides a HART-enabled current output, with HART functionality being implemented by the HART-compatible IC modem AD5700/AD5700-1 having the lowest power consumption and minimum size in the industry. The AD5700-1 is internally provided with an oscillator with 0.5 percent of precision, so that the space can be further saved. The hart_out signal output from AD5700 is attenuated and ac coupled to the CAP2 pin of AD5420. Another way to couple HART signals to RSET pins (only when external RSET is used) is to refer to circuit note CN-0270. Regardless of the configuration used, the AD5700 HART modem output can modulate an analog current of 4mA to 20mA without affecting the dc level of the current for the alligator clip to output a pulsed current to stimulate the needle.

The output circuit of the control chip conforms to the HART physical layer specification defined by the HART communication foundation. It can also be powered by 24V on-site power supply. The power supply directly supplies power to the AVDD. Transient Voltage Suppressors (TVS) are provided on both the IOUT and the field power connection to provide transient overvoltage protection. The IOUT connection is provided with a 24V TVS and the field power input is provided with a 36V TVS. To provide further protection, a clamp diode is connected between the IOUT pin and the AVDD and GND power pins. The AD5700 HART modem suggests the use of an external bandpass filter containing a 150kΩ resistor so that the current can be limited to a low enough level to meet intrinsic safety requirements. In this case, the input has a higher transient voltage protection function, so that no additional protection circuit is required even in the most demanding industrial environment. Isolation between the AD5410/AD5420 and the backplane circuitry is provided by ADuM1400 and ADuM1200 iCoupler digital isolators; the digital power generated internally within the AD5410/AD5420 provides power to the field side of the digital isolator, thus eliminating the need to generate digital power at the field side of the isolator. The digital power output of AD5410/AD5420 provides a maximum current of 5mA, whereas ADuM1400 and ADuM1200 only require 2.8mA current, thus being sufficient to meet their requirements; ADuM1400 and ADuM1200 operate at logic signal frequencies up to 1 MHz. To reduce the number of required isolators, non-critical signals such as CLEAR may be connected to GND and FAULT, SDO may be disconnected, so that only three signals need to be isolated. However, this disables the failure alert feature of the device.

To feedback or monitor the output current value, a sense resistor may be connected in series with the IOUT output pin and the voltage drop across the resistor measured. This not only requires the addition of one element, but also increases the required compliance voltage. Another alternative is to use an existing resistor. When driving an inductive or hard-to-determine load, a 0.01 μF capacitance may be connected between IOUT and GND to ensure that loads in excess of 50mH can be stably driven. For capacitance, there is no maximum limit that specifies that the capacitive component of the load may slow the build-up speed. Alternatively, a capacitor may be connected between CAP1 and/or CAP2 and AVDD to reduce the slew rate of the current. In this case, the digital slew rate control feature may still be used.

Embodiment III: clinical multi-patient treatment system

It is contemplated that in a medical facility, for the treatment of different conditions in a plurality of patients, such as chronic pain management, rehabilitation, etc.

Device configuration: the device is configured with a large central control unit that can support more wireless pulse generators, such as more than 10, for simultaneous treatment of multiple patients.

The operation flow is as follows:

the medical staff sets corresponding treatment schemes according to the specific conditions of each patient.

And simultaneously, the frequency and the waveform of the interfaces are independently adjusted to adapt to the requirements of different patients.

The treatment time for each patient may be set independently by a timer switch.

The medical staff adjusts the intensity of each patient interface according to the treatment requirements.

Each wireless pulse generator is connected to the crocodile pincers and fixes the crocodile pincers and the acupuncture needle on the acupuncture points of the respective patients.

During treatment, medical staff can monitor feedback of the display screen at any time and adjust the display screen if necessary.

After the timing or treatment is finished, the power supply of the equipment is automatically disconnected, and medical staff withdraws the equipment.

The above description is merely illustrative of the embodiments of the present invention, and the present invention is not limited thereto, but any modifications, equivalents, improvements and alternatives falling within the spirit and principle of the present invention will be apparent to those skilled in the art within the scope of the present invention.

Claims (10)

1. The utility model provides a wireless pulse electric needle therapeutic instrument, includes electric needle instrument main part and a plurality of wireless pulse generator, be equipped with display screen, frequency adjustment switch and timer switch operation module in the electric needle instrument main part, its characterized in that, electric needle instrument main part still includes control chip for based on the treatment agreement automatic adjustment pulse output parameter who presets, pulse output parameter includes frequency, intensity and wave form to communicate with wireless pulse generator through wireless network or bluetooth, the communication supports multichannel concurrency.

2. The wireless pulse electric needle therapeutic apparatus according to claim 1, wherein the control chip is provided with an adjusting module with a self-adaptive adjusting function based on a machine learning algorithm, and the adjusting module is used for immediately triggering an emergency power-off mechanism and cutting off current output according to real-time physiological feedback data of a patient, including skin resistance and muscle electric signals, when the electric needle instrument records that abnormal discharge of muscle of the patient is fed back to the emergency power-off module.

3. The wireless pulse electric needle therapeutic apparatus according to claim 2, wherein the wireless pulse generator is internally provided with an intelligent battery management module, the intelligent battery management module is used for monitoring the battery state in real time and providing an electric quantity report through the display screen, supporting a rapid charging function, and automatically adjusting the device to a low power consumption mode and sending a prompt when the electric quantity is lower than a preset threshold value.

4. The radio pulse electric needle therapeutic apparatus according to claim 1, wherein the control chip is provided with a user interface which is a touch screen and supports multi-touch, and the user can select and adjust the therapeutic mode by gesture operation, and the interface is further used for providing a voice recognition function so that the user can operate by voice command.

5. The wireless pulse electro-acupuncture apparatus of claim 1, wherein the control chip is configured with a network transmission module supporting connection to a remote therapy management platform via Wi-Fi or cellular network, allowing authorized medical professionals to remotely access the device for therapy monitoring and parameter adjustment, thereby providing remote medical services.

6. The wireless pulse electric needle therapeutic apparatus according to claim 1, wherein the electric needle therapeutic apparatus body is provided with a storage module for recording therapeutic data of a patient, including therapeutic time, frequency, intensity, etc., and supporting synchronization to the electronic medical record system through USB or wireless network for subsequent data analysis and therapeutic effect evaluation.

7. The wireless pulse electric needle therapeutic apparatus according to claim 1, wherein the wireless pulse generator is connected with crocodile pincers through a connecting wire, acupuncture needles are clamped on the crocodile pincers, a plurality of physiological sensors are connected on the acupuncture needles, and the plurality of physiological sensors comprise electromyography sensors for recording and analyzing muscle electric signals of a patient.

8. The radio pulse needle therapeutic apparatus according to claim 1, wherein the DAC core architecture of the control chip is composed of 2 matched DAC parts, and the 4 MSBs of the 12-bit or 16-bit data word are decoded to drive at least 15 switches.

9. The wireless pulsed electric needle therapy apparatus of claim 8, wherein the control chip current output ranges from 0mA to 20mA, from 0mA to 24mA, and from 4mA to 20mA, the desired output configuration being selected by a user through a control register.

10. The wireless pulse electro-acupuncture apparatus of claim 8, wherein the control chip employs AD5410 or AD5420.