WO2005092435A1

WO2005092435A1 - Acupuncture therapeutic apparatus for the first aid of heart and lung resuscitation

Info

Publication number: WO2005092435A1
Application number: PCT/CN2005/000410
Authority: WO
Inventors: Naijin Shi
Original assignee: Naijin Shi
Priority date: 2004-03-29
Filing date: 2005-03-29
Publication date: 2005-10-06
Also published as: CN100346851C; CN1562404A

Abstract

An acupuncture therapeutic apparatus for the first aid of heart and lung resuscitation, since pulse control circuit of therapeutic apparatus of the present invention is connected to heart pulse circuit, breath resuscitation circuit, cerebral resuscitation circuit and point vibration-eliminating circuit through CPU control circuit, it can modulate heart pulse, breath, cerebral resuscitation and vibration-eliminating signal, resulting in four complex cure information adapted to human, it can be incorporated into single apparatus with acupuncture emergency appliance (e.g. needle, skin disinfector etc), easy to operation and high efficiency. The present invention can be applied to outburst emergency field, acupuncture emergency and low frequency pulse electrodes point vibration-eliminating, heart, lung, brain resuscitation can be performed on the spot in one minute, so the best salvation chance of CPCR five minutes can be gained, greatly improving salvation ratio, reducing death and deformity, and the present therapeutic apparatus can be not only applied to before and after emergency and resuscitation, but also to cure and health care of normal disease and difficult disease.

Description

Acupuncture emergency cardiopulmonary brain resuscitation treatment instrument

The present invention relates to an electronic pulse therapeutic apparatus for performing treatment by using electric pulse signals, and more particularly, the present invention relates to a low-frequency pulse rescue apparatus for acupuncture and moxibustion treatment first aid and resuscitation through meridian points. BACKGROUND ,, ^,,, 'mouth, step _(,,, currently on the market low frequency electronic pulse therapeutic apparatus, generally comprising a box body, the box body is provided with an outer insertion needle electrodes or skin electrodes of the electrode socket Some therapeutic instruments also include monitoring devices, timing devices, and control devices fixed on the outer surface of the box, and a variety of instrument circuits are installed inside the box. These instrument circuits usually always include interconnected pulses. Generator circuit, pulse control circuit, power amplifier circuit, power supply circuit, etc. Differentiated from the components and functions used, there are relatively simple commercially available low-frequency electronic pulse therapy instruments, as well as those with single-chip microcomputer technology design and LCD display. Microcomputer-based low-frequency electric pulse therapy device. The existing domestic low-frequency electric pulse therapy device refers to the meridian theory in traditional Chinese medical theory as a guide in medical practice. The practice shows that the existing low-frequency pulse therapy device does have a certain treatment. Effect, however, the existing electric pulse therapy device generally only uses an electrode socket of two electrodes The output pulse, although some products have two or more output electrodes, they simply repeat the two-electrode output mode, and although the waveform output from the electrode has many morphological changes, the modulation principle is still limited. These Products generally have the following defects, such as the electrode is too strong, and only a small number of parts of the body can withstand such electrical pulse stimulation; some treatment devices are limited to the main and auxiliary electrodes to stimulate the body somewhere, only one stimulation point It is easy to produce so-called "adaptiveness", so that the treatment effect is not good. Although some therapies use up to 9 or more electrodes to electrically stimulate multiple parts of the human body, spanning a wide range of body parts, but due to waveform changes It is still monotonic, and the treatment current easily passes through the human heart and affects the health of the human body, which affects its popularization. Moreover, the existing low-frequency pulse therapy machine can only stay at the stage of relieving local symptoms, and it is completely helpless for severe critical illness. Can't get rid of the "can't save the horror of the slow man" Word of mouth, can not be widely and effectively adapt to the requirements of modern society such as cosmetic surgery and some avant-garde health health class.

In terms of improvement of the electric pulse therapy device, CN 01114845.4 discloses a dynamic conversion type low frequency pulse therapy device, which outputs electric signals generated by a programmed electric pulse circuit to a plurality of sets of electrode switching switches. In the control circuit, each group of switching switches in the circuit is connected to at least three electrodes. The electrodes connected to each group of switching switches form a current sub-cycle with each other. The electrodes between each group of switching switches are isolated from each other and do not form a current cycle with each other. It is claimed that this technology is compared with previous electrical pulse therapy instruments, because the electrical pulse stimulation response applied by multiple electrodes in turn has been placed in several places on the body ^: the nerve center of the human body has been greatly relieved, so it can be eliminated Uncomfortable acupuncture sensation. In addition, the use of electrical pulses that change the circulation guides the blood flow to increase the amount of circulation in the corresponding parts of the body to re-grown the diseased body. The method of treating diseases is proactive and the efficiency of removing blood flow obstruction obstacles is improved. High; the result is a more relaxed and comfortable body feel. Can be applied to any part of the body.

CN 91102255.4 discloses a frequency-variable electronic weight-loss machine. The electronic weight-loss machine includes a random signal generator composed of a sawtooth wave generator, a voltage frequency converter, and a frequency division counter, a power amplifier circuit, an adjustable output circuit, and a treatment electrode. These parts are composed of a random pulse signal to trigger the switching circuit. Since a random intermittent switch is used to control the pulse, which regulates the working state of the treatment pulse generator, the time interval of each trigger signal is random, so each group The time of the effective pulse is also randomly changed, which achieves the purpose of frequency conversion pulse for treating patients. It is said that this technology can overcome the patient's adaptability, and at the same time ensure the high effect of the treatment pulse in each group, which can reduce the adaptability of patients with long-term use.

CN 02112788.3 discloses an energy storage circuit and a low-frequency pulse physiotherapy device that change the low-frequency electric pulse waveform. The circuit includes a pulse-width modulation oscillator and an oscillator output tube, and is connected to a capacitor energy storage device and a pulse output circuit in sequence through a boost circuit. The capacitor energy storage device is a 110-µp dielectric capacitor. There is a microcontroller-controlled optocoupler between the capacitor energy storage device and the pulse output circuit, so that the pulse voltage of the output electrode changes from small to large. It is said that the electric pulse energy of the technology passes through the pain field of the human body well, which not only achieves the pulse intensity required for treatment, but also greatly reduces the pain of the patient.

CN 86209440.U discloses a program-controlled low-frequency pulse physiotherapy device, which is composed of a self-excited multi-resonator, an exponential wave generator, a waveform selection circuit, a time-programmed circuit, a timing alarm circuit, and a thermotherapy board. The physiotherapy instrument can send out two kinds of treatment pulses of square wave and exponential wave. The pulse, frequency, waveform and waveform transformation can be controlled automatically, and the alarm will be stopped when the treatment is timed and stopped automatically. It is said that this function forms six kinds of treatment conditions and the effects of thermotherapy, with stable performance, safe use, and convenient maintenance. It can be used to treat a variety of diseases, mainly paralysis and pain, and can achieve excellent results.

Although the above-mentioned several instruments have made various efforts to improve the effective distribution of the waveform and the electrodes to promote the treatment effect, one of them is that these devices are still limited in the modulation principle of the pulse waveform, and the waveform output on the electrodes is not greatly improved. Distribution law of effective electrodes and corresponding beneficial effects The results are still uncertain; the second is that the waveform output on the electrodes is not compatible with the meridian acupoint bioelectricity of various types of patients, including critically ill patients; and the third is that none of the current devices described above can be used to treat critically ill patients. Reports of instruments for heart, lung, and brain resuscitation. Fourth, none of the above-mentioned devices are equipped with acupuncture and first-aid rescue equipment such as: needles, triangular prisms, negative pressure suction tanks, skin disinfection supplies, etc. Therefore, there is no way to treat critically ill patients in emergency situations. Summary of the invention

In view of the above-mentioned shortcomings of the prior art, the technical objective to be achieved by the present invention is to provide an acupuncture emergency cardiopulmonary cerebral resuscitation (CPCR) treatment instrument, which can modulate low-frequency pulses from more degrees of freedom and can break the tradition The limitation of the instrument on modulation of waveform factors such as electric intensity, duration, and pulse width of low-frequency pulse therapy can solve the problem that the low-frequency therapy pulse on the traditional instrument is incompatible with the meridian and acupoint bioelectricity of critically ill patients. Provide first aid, resuscitation and treatment.

Another related technical object to be achieved by the present invention is to provide an acupuncture emergency cardiopulmonary resuscitation treatment instrument which can not only treat critically ill patients, but also can be used for ordinary symptom relief treatment and has health care and beauty effects.

To this end, the technical solution of the present invention is an acupuncture emergency cardiopulmonary resuscitation treatment apparatus, which includes a box body, and an electrode socket for inserting a milli-needle electrode or a skin electrode is mounted on the outer surface of the box. The device includes a monitoring device, a timing device, and a control device placed outside the box. An instrument circuit is installed inside the box. The instrument circuit includes a pulse generating circuit, a pulse control circuit, a power amplifier circuit, and a power circuit connected to each other. Each of the electrode sockets is connected to a corresponding electrode circuit in the power amplifier circuit, and the pulse generating circuit includes positive and negative pulse off circuits, and the positive and negative pulse switching circuits are respectively connected and controlled by the pulse generating circuit. The pulse control circuit includes a control signal circuit and a waveform signal circuit, the pulse control circuit is connected between a positive and negative pulse output circuit and a power amplification circuit, and the pulse control circuit controls the positive and negative pulse output circuits The generated positive and negative pulses are respectively modulated, wherein the control signal circuit is switched on with the positive and negative pulses. The closed circuit is connected and sends control signals to the positive and negative pulse switching circuits respectively to timely turn on its controlled amplification circuit, wherein the waveform signal circuit is connected to the input terminal of the controlled amplification circuit and is controlled to positive and negative controlled amplification, respectively. The circuit sends a waveform signal, and the positive and negative pulses amplified by the respective controlled amplifier circuits are output to the corresponding electrode sockets, and the synthesized pulse wave is output through the electrode sockets. At present, all traditional low-frequency pulse therapy instruments only use one positive pulse for waveform modulation, or During the control process, too many waveforms are used for modulation, but different circuits are not used to modulate, amplify, and even output the positive and negative pulses to the electrode sockets. Traditional electrode sockets can only obtain positive half-cycle pulse waveforms. There is no negative half-cycle waveform, so double or more degrees of freedom are always missing in the waveform modulation. Even if powerful computer digital hardware and software are used in the waveform modulation and control process, due to the bottleneck limitations of the degree of freedom mentioned above, Making full use of its powerful regulation and control functions has led to a fundamental breakthrough in the treatment effect. The acupuncture first-aid cardiopulmonary resuscitation treatment apparatus adopts a circuit structure in which positive and negative pulses are respectively modulated, respectively extracted, respectively amplified, and finally waveform synthesis is performed on the electrode socket, which breaks through the limitation of traditional instruments on the modulation of pulse waveforms in one fell swoop and realizes The purpose of modulating the pulse waveform with greater degrees of freedom is achieved. Theoretically, it can output the therapeutic waveform in any desired form. In practice, it allows R & D personnel and even experienced doctors to adjust the meridian points of the bioelectric characteristics of different patients and critical patients through the control device installed on the casing. Waveform. Due to the above-mentioned structural advantages, the acupuncture emergency cardiopulmonary resuscitation therapeutic apparatus of the present invention can be used not only for general symptomatic treatment, but also for emergency patients, and can also be used for health and beauty treatment. After a considerable amount of medical practice, the acupuncture emergency cardiopulmonary resuscitation apparatus of the present invention has achieved expected and unquestionable results in health and beauty treatment, symptom relief treatment, and even treatment of critically ill patients.

The acupuncture first-aid cardiopulmonary resuscitation treatment apparatus of the present invention can be implemented by using ordinary discrete components or by using discrete digital logic circuits. For example, the pulse generating circuit and the pulse control circuit both include digital logic circuits. In order to improve the performance of the whole machine and the cost-effectiveness, the digital logic circuit adopted by the acupuncture emergency cardiopulmonary resuscitation treatment apparatus of the present invention includes a microcomputer processor and related chip circuits. In order to facilitate the fine-tuning of waveforms in clinical treatment practice, the controlled amplifier circuit of the present invention is provided with an adjustable resistance element for controlling output power.

In the case of using a microcomputer processor and related chip circuits, the pulse generating circuit and pulse control circuit of the instrument of the present invention are composed of a microcomputer processor and related chip circuits as follows: a set of output interfaces of the microcomputer processor Is connected to an input terminal of a digital-to-analog conversion circuit, and a microcomputer processor outputs waveform data to the digital-to-analog conversion circuit according to a program; the output of the digital-to-analog conversion circuit is connected to an input of a differential amplifier circuit A digital / analog conversion circuit outputs a decoded analog waveform signal to the differential amplifier circuit; the output end of the differential amplifier circuit is connected to an analog switch circuit interface and / or a positive and negative pulse switch circuit, and the differential amplifier circuit provides the differential amplifier circuit to the differential amplifier circuit; The analog switch circuit and / or output two positive and negative differential analog waveform signals to the positive and negative pulse switch circuits, respectively; the interface of the analog switch circuit is also connected to the control interface of the microcomputer processor, and the microcomputer The processor outputs a control signal to the analog switch circuit; a pair of control output interfaces of the analog switch circuit are respectively connected to positive and negative pulse switch circuits of an electrode circuit, and the analog switch circuit provides the positive output circuit to the positive switch through the pair of control output interfaces The negative pulse switching circuit respectively outputs a switching signal; a waveform output interface of the analog switching circuit is connected to an input end of a controlled amplifier circuit of the one electrode circuit, and the analog switching circuit independently through the waveform output interface Output a positive or negative pulse waveform signal to the controlled amplifier circuit; the output end of the corresponding controlled amplifier circuit is connected to an electrode socket, and the positive and negative pulse waveforms amplified by the corresponding controlled amplifier circuit are output To the electrode socket. In this way, the pulse generating circuit and the pulse control circuit are integrally implemented by the microcomputer processor and its peripheral chips / circuits, etc., and have actually been integrated into one. After the microcomputer processor CPU and related digital technology chips are used, the foregoing circuit advantages of the instrument of the present invention and the powerful programming and processing capabilities of the microcomputer processor mutually promote and complement each other, so that the instrument of the present invention can flexibly perform various levels, Various waveforms, various waveform factors, and various treatment procedures are arbitrarily adjusted, and the reliability and safety of the whole machine are greatly improved. The volume and weight of the whole machine are greatly reduced, which makes it easier to carry out diagnosis and commercialization.

Based on the basic structure described above, there are four electrode sockets in the apparatus of the present invention, and the four sockets correspond to four-way electrode circuits, respectively. The four-way electrode circuits are acupoint cardiac pacing electrode circuits and acupoint respiratory resuscitation electrodes. A circuit, acupoint wake-up resuscitation electrode circuit, acupuncture defibrillation electrode circuit, the four-electrode circuit is controlled by the pulse control circuit, respectively, and outputs amplitude and / or to the four electrode sockets separately or cooperatively Modulated waveforms with varying frequency and / or density variations and / or amplitude variations. According to the different patients, the above four functional electrode sockets can be used individually for a certain group of meridian points of the patient, or can be used in combination for multiple groups of meridian points of the patient at the same time. In experimental practice, the acupuncture first-aid cardiopulmonary resuscitation treatment apparatus of the present invention proves that there are ten separate or combined treatment methods with significant effects, including four separate acupoint cardiac pacing electrode treatments and acupoint respiratory resuscitation electrode treatments for emergency treatment , Electroacupuncture of acupoint resuscitation electrodes, Electrodefibrillation of acupoints, Two types of parallel electrode treatment for first aid: Transcavitation cardiac pacing electrode treatment plus acupoint respiratory resuscitation electrode treatment, Transcavity cardiac pacing electrode treatment plus meridian Acupuncture resuscitation electrode treatment.

Because the frequency and waveform of respiratory resuscitation are very specific, and because of the almost unlimited waveform adjustment capability of the instrument of the present invention, the instrument of the present invention slightly treats the circuit structure of the acupoint resuscitation electrode circuit, namely: The negative pulse switch circuit is respectively connected to a pair of control output interfaces in the analog switch circuit, and the analog switch circuit outputs switching signals to the positive and negative pulse switch circuits respectively through the pair of control output interfaces; the acupoint resuscitation electrode Positive and negative in the circuit The negative controlled amplifier circuit is respectively connected to a pair of waveform output terminals of the differential amplifier circuit, and the differential amplifier circuit respectively outputs positive or negative pulse waveform signals to the corresponding controlled amplifier circuit through the pair of waveform output terminals.

Based on the almost unlimited waveform adjustment capabilities of the apparatus of the present invention, and based on a large number of experiments using the acupuncture emergency cardiopulmonary resuscitation treatment apparatus of the present invention, the apparatus of the present invention fixes the following from the two aspects of the software and hardware of the apparatus according to different clinical situations Diagnosis and treatment waveform parameters: The waveform width range of the acupoint cardiac pacing electrode circuit is 270 S ± 20%, the waveform amplitude range is 75V ± 30%, and the frequency range is 64 to 96 times / minute. The waveform width range is 450 S ± 20%, the waveform amplitude range is 0V to 40 V, and the frequency range of the pulse series group whose amplitude decreases in one direction is 16 to 24 times / minute; The waveform width range is 270 μ Ξ ± 20%, the waveform amplitude range is 40V ± 30%, and the frequency range is 120 to 280 times / minute; the waveform width range of the acupoint defibrillation electrode circuit is 270 S ± 20%, The waveform amplitude range is 30V to 30%, and the frequency range is 120 to 360 times / minute.

In order to improve the practicability, operation convenience, and safety of the instrument of the present invention, the monitoring device of the instrument of the present invention includes a liquid crystal display screen and an audible and visual prompting alarm device; the input interface of the liquid crystal display screen and the microcomputer processor The interface circuit is connected, and the liquid crystal display screen includes a timing display part of the timing device; the sound and light prompting alarm device includes a voltage alarm element that monitors the power supply voltage and a treatment alarm element that monitors the treatment waveform and time; The control device includes a thin-film key, and the pins of the thin-film key are connected to an interface circuit of the microcomputer processor to form a key control circuit; the power supply circuit includes an AC conversion circuit and a battery power supply circuit, and the voltage alarm element and The circuits that monitor the supply voltage are connected. A drawer containing the milli-needle electrode and / or skin electrode is also provided in the instrument box. The electrode socket is a stereo headphone socket with at least three electrode pads to improve the reliability of the electrode output. The circuit, the acupoint awake resuscitation circuit, and the acupoint defibrillation circuit are connected, so the breathing, brain awake, cardiac pacing signals, and defibrillation signals can be modulated to generate four kinds of compound rescue information adapted to the human body; the rescue device organically Combining four kinds of rescue information with various traditional Chinese medicine acupuncture equipment, with powerful functions and good curative effects, is an ideal fast and efficient rescue instrument; it can be equipped with a series of traditional Chinese and western medicine emergency medicines, instruments and devices in the limited space of the rescue instrument box. They are reasonably placed in the box body of the rescue device of the present invention, which is convenient for quick operation. By using the rescue device of the present invention, timely and effective rescue can be performed on-site at the scene of an emergency, and rescue work can be carried out in an orderly manner within about one minute after arriving at the scene, greatly improving High rescue success rate; the device can also be used for treatment and health care.

During the experiment of the instrument of the present invention, a powerful rescue application software was developed on the basis of the above-mentioned hardware circuit of the microcomputer CPU processor and the like. The inventor conducted a series of experiments using the instrument of the present invention including: Hematological physical experiments were performed, 870 animal gas-free observation tests, and 2,460 tests were performed on the autologous body under the monitoring of an electrocardiograph. Sixteen people compared experimental data for data processing. After dozens of times of modification and development of the software and hardware structures and data indicators, the instrument of the invention has been proven to have the following characteristics: During the treatment process, it can flexibly pass the membrane button according to the monitoring of the body's bioelectric response and physical symptoms. Conversion of treatment procedures and types. At present, the structure of the apparatus of the present invention combines the following functions and multiple uses, namely, unique low-frequency electrical pulses for acupoint defibrillation, acupoint cardiac pacing, acupoint respiratory resuscitation, acupoint awake resuscitation, and treatment electrodes Through the microcomputer processor CPU and touch keys, it can be converted into a treatment synchronous electrode, and it can also be converted into acupuncture treatment, bodybuilding, anti-aging health electrode; the instrument circuit of the present invention and acupuncture first aid in the drawer of the apparatus of the present invention Ancillary equipment (milli needle, triangular needle, negative pressure suction tank, medicinal moxa stick, skin disinfection supplies, etc.) organically constitute a complete instrument, which can perform fast and efficient first aid or cardiopulmonary resuscitation within one minute anytime, anywhere. It can most effectively fight for the best rescue time within 8 minutes before brain death. It can effectively save lives and reduce disabilities such as brain death. It can also be used for the treatment of common diseases, incurable diseases, and anti-aging treatment for bodybuilding and health rehabilitation. During the experiment, the first four types of rescue devices were verified by clinical trials of more than 10,000 cases of various critical illnesses, including difficult cases with ineffective medication and surgery. The device of the invention has traditional Chinese medicine acupuncture and acupoint electrode pacing integration. Quickly stimulate the function of qi and blood in the acupoints of the human body, which can relieve spasm and open and close, qi and blood, sparse collaterals, and reconcile qi and blood, and instantly balance the yin and yang of viscera, qi and blood. For example, the apparatus of the present invention has performed acupuncture and acupoint electrode pacing on 13 cases of cardiac death, respiratory arrest, and cardiac oscilloscope showing clinical diagnosis of death. Of these, 7 were from pacing heart rhythm to autonomous heart rhythm, and 6 of these 7 cases The mind was cleared, 2 cases were admitted to the ward, and the remaining 5 cases died after giving up the device of the invention. The device of the invention has a unique effect on cardio-cerebral vascular disease emergency. For example, a patient with acute left heart failure with pulmonary obstruction has a significant reduction in shortness of breath after half a minute of treatment; another subarachnoid hemorrhage, and CT shows a cerebral hernia For those who have developed deep coma and are not suitable for surgical treatment, after pacing with acupoint electrodes using the device of the present invention, spitting and bleeding for 3 minutes, vomiting, and convulsions cease, and the distorted lips become normal at 15 minutes, and the shallow nasolabial folds also The paralyzed limbs returned to normal activity, cleared their consciousness, and after secondary therapy, the clinical symptoms basically disappeared. Experimental data proves that the device of the present invention can receive the special effects of auto-recovery of cardiac pulsation and breathing recovery.

The invention organically combines acupuncture first-aid supplies and acupoint electrode pacing electrodes into one Various functions are optional, which can be used alone or in combination. It is suitable for dialectical treatment of high-level doctors and professors. It can also be used by people who do not understand acupuncture. Affixing to specific acupoints can provide effective first aid and treatment, and strive for the best rescue time, which can greatly reduce mortality and disability. It can be equipped by medical institutions or families. The operation tube is easy and safe, easy to carry, and has a wide range of applications. The market outlook is very ambitious.

Hereinafter, the technical solution of the present invention will be further described in combination with specific embodiments and drawings. BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a schematic diagram of an embodiment of an apparatus of the present invention.

Figure 2 is a schematic block diagram of the circuit structure of the instrument of the present invention.

FIG. 3 is a block diagram of a circuit structure of an embodiment of the apparatus of the present invention.

FIG. 4 is a wiring diagram of the microcomputer processor, the ¾ / analog conversion circuit, and the differential amplifier circuit in the pulse generating circuit in the embodiment of the instrument of the present invention.

FIG. 5 is a wiring diagram of an analog switch circuit in a pulse control circuit in the embodiment of the instrument of the present invention. FIG. 6 is a wiring diagram of acupoint cardiac pacing electrode circuit iv in the embodiment of the apparatus of the present invention.

FIG. 7 is a wiring diagram of the acupoint resuscitation electrode circuit iii in the embodiment of the apparatus of the present invention.

FIG. 8 is a wiring diagram of the acupoint resuscitation electrode circuit ii in the embodiment of the apparatus of the present invention.

FIG. 9 is a wiring diagram of the acupoint defibrillation electrode circuit i in the embodiment of the apparatus of the present invention.

FIG. 10 is a wiring diagram of an output circuit of a four-electrode circuit in an embodiment of the apparatus of the present invention.

FIG. 11 is a wiring diagram of the light-emitting tube and its control circuit in the embodiment of the instrument of the present invention.

FIG. 12 is a wiring diagram of a power supply circuit in the embodiment of the apparatus of the present invention.

FIG. 13 is a schematic diagram of acupoint respiratory resuscitation waveforms output by an embodiment of the apparatus of the present invention. detailed description

As shown in Figures 1 and 2, an acupuncture emergency cardiopulmonary resuscitation treatment instrument includes a box body 1, and an electrode inserted with a pin needle or a skin electrode is mounted on the outer surface of the box body 1. Socket 2, the treatment device also includes a monitoring device placed on the outer surface of the box, the timing device is a liquid crystal display 8, an LED or D-LED, the control device is an adjustable resistor 10, and a membrane button 9. 1 An instrument circuit is installed inside, the instrument circuit includes a pulse generating circuit 3, a pulse control circuit 4, a power amplifier circuit 5, a power supply circuit 6, and each of the electrode sockets is connected to the power amplifier circuit. The corresponding electrode circuit 51 in 5 is connected, and the The pulse generating circuit 3 sends positive and negative pulses to the pulse control circuit 4. Each of the electrode circuits 51 includes a relatively independent positive pulse switching circuit 511 and a negative pulse switching circuit 512, and each of the pulse switching circuits 511 and 512 is connected. There are amplifier circuits 511A and 512A controlled by them. The pulse control circuit 4 includes a control signal circuit 41 and a waveform signal circuit 42. The pulse control circuit 4 is connected between the positive and negative pulse output circuits 3 and the power amplifier circuit 5, The positive and negative pulses generated by the pulse generating circuit 3 are respectively modulated, wherein the control signal circuit 41 is connected to the positive and negative pulse switching circuits 511 and 512 and sends control signals to the positive and negative pulse switching circuits 511 and 512 respectively to timely guide Through its controlled amplifier circuits 511A and 512A, the waveform 4 signal circuit 42 is connected to the input terminals of the controlled amplifier circuits 511A and 512A and sends waveform signals to the positive and negative controlled amplifier circuits 511A and 512A, respectively; The positive and negative pulse switching circuits 511 and 512 turn on the respective controlled amplifier circuits 511A and 512A in time to amplify the modulated positive and negative pulse waveform signals, respectively. The amplified positive and negative pulses are output to the corresponding electrode sockets, and the synthesized pulse wave is output through the electrode sockets.

The instrument case 1 is also provided with a drawer 11 containing the milli-needle electrode, skin electrode, milli-needle, triangular prism needle, negative pressure suction tank, medicine moxa, skin disinfection supplies, etc .; the electrode socket 2 is provided with at least three Stereo headphone jack with conductive electrode pads to improve electrode output reliability. As shown in Figures 3 to 10: It is a kind of acupuncture emergency cardiopulmonary resuscitation treatment instrument. The pulse generating circuit 3 and the pulse control circuit 4 are composed of a microcomputer processor dl and related chip circuits as follows: the microcomputer A set of output interfaces of the processor dl is connected to an input terminal of a digital / analog conversion circuit d2 through contacts D0 to D7, WR, etc., and the microcomputer processor dl outputs waveform data to the digital / analog conversion circuit d2 according to a program; The output terminals 15 and 16 of the digital / analog conversion circuit d2 are connected to the input terminals 10 and 3 of the differential amplification circuit d3, and the digital / analog conversion circuit d2 outputs a decoded analog waveform signal to the differential amplification circuit d3; The output terminal of the differential amplifier circuit d3 is connected to the analog switch circuit d4 interface through the contacts OUT + and OUT-, and is directly connected to the controlled amplifier circuits 511A and 512B of the electrode circuit iii through the contacts THR + and THR-. The analog switch circuit d4 outputs positive and negative waveform signals to the controlled amplifier circuits 511 A and 512B of the electrode circuits i, ii, and iv, respectively, through d4; the connection of the analog switch circuits d4 and d9 is The port is also connected to a control interface of the microcomputer processor dl, and the microcomputer processor dl outputs a control signal to the analog switch circuits d4 and d9; a pair of control output interfaces of the analog switch circuit d9 and an electrode circuit The positive and negative pulse switching circuits 511 and 512 are respectively connected, and the analog switch circuit d9 sends positive and negative pulse switching circuits 511, ii, ii, iv, and iii to the electrode circuits i, ii, iv, and iii through the pair of control output interfaces. 512 respectively output switching signals; a waveform output interface of the analog switch circuit d4 is connected to an input terminal of a controlled amplifier circuit 511A or 512A of the above-mentioned electrode circuit 51, and is independently provided to the receiver through the waveform output interface. The controlled amplifier circuit 511A or 512A outputs a positive or negative pulse waveform signal; the output terminals of the corresponding controlled amplifier circuits 511A and 512A are connected to a certain electrode socket 2, and the positive signals amplified by the corresponding controlled amplifier circuits 511A and 512A are positive. The negative two-way pulse waveform is output to the electrode socket 2.

Because the frequency and waveform of respiratory resuscitation are very specific, using the almost unlimited waveform adjustment capabilities of the instrument of the present invention, the instrument of the present invention has a special treatment for the structure of the acupoint resuscitation electrode circuit iii, namely: The positive and negative pulse switching circuits 511 and 512 are respectively connected to a pair of control output interfaces in the analog switch circuit d9, and the analog switch circuit d9 outputs switches to the positive and negative pulse switching circuits 511 and 512 respectively through the pair of control output interfaces. Signals; the positive and negative controlled amplification circuits 511A and 512A in the acupoint resuscitation electrode electrode iii are respectively connected to a pair of waveform output terminals THR + and OTHR- of the differential amplification circuit d3, and the differential amplification circuit d3 passes through the The waveform output terminal outputs positive or negative pulse waveform signals to the corresponding controlled amplifier circuits 511A and 512A, respectively.

With reference to the output circuit wiring diagrams of the four-electrode circuit of FIGS. 3 and 10, it can be seen that there are four electrode sockets 2 of the instrument of the present invention, and the four sockets respectively correspond to the four-electrode circuit 51, and the four-electrode circuit 51 is respectively Acupoint cardiac pacing electrode circuit iv, acupoint respiratory resuscitation electrode circuit iii, acupoint acupoint resuscitation electrode circuit ii, acupoint defibrillation electrode circuit i, the four-way electrode circuit 51 is controlled by the pulse control circuit, respectively The analog switch circuits d4 and d9 in 4 output modulation waveforms with different amplitudes and / or frequencies and / or density and / or amplitude changes to the four electrode sockets 2 respectively or in combination. Four adjustable resistors 10 (not shown in detail) are also connected to the output pins CON40.

It can be seen from FIGS. 3 and 11 that the instrument circuit of the present invention includes a power supply circuit 6, the power supply circuit 6 includes a battery charging circuit composed of a d5 chip, and a power supply circuit composed of d6 to a microcomputer processor dl.

3 and 12, it can be seen that the instrument circuit of the present invention includes a light-emitting tube control circuit 7, which includes integrated circuit chips d7 and d8 connected to the interface of the microcomputer processor d1, where d7 mainly controls the monitoring waveform. LEDs LED1 ~ LED7 and alarm buzzer BUZZER, d8 are two-color LEDs D-LED: DLl (LEDl-l / 3)-DL4 (LED4-l / 3), which mainly monitor the output power of the four electrode sockets. The monitoring device of the invented device further includes a liquid crystal display screen 8 which is also connected to the corresponding interface of the microcomputer processor dl (not shown in detail); the circuit of the invented device further includes a thin film key circuit 9, which is a thin film key circuit 9 pins Connected to the interface circuit of the microcomputer processor dl including the P1 group to form a key control circuit

(Not detailed);

As shown in Figure 13: The instrument of the present invention fixes the following diagnostic waveform parameters from the software and hardware aspects of the instrument: The waveform width t of the acupoint cardiac pacing electrode circuit i ranges from 270 S ± 20%, and the waveform amplitude V ranges from 75V ± 30%, frequency 1 / T range is 64 ~ 96 times / minute; the waveform width t of the acupoint resuscitation electrode circuit ii ranges from 450 y S ± 20%, the waveform amplitude V ranges from 0V to 40 V, and the amplitude decreases unidirectionally The frequency 1 / D range of the pulse series group is 16 to 24 times / minute (as shown in FIG. 5); the waveform width t of the acupoint wake-up resuscitation electrode circuit iii ranges from 270 μ S ± 20%, and the waveform The amplitude V range is 40V ± 30%, and the frequency 1 / T range is 120 280 times / min. The waveform width t range of the acupoint defibrillation electrode circuit iv is 270 μ S ± 20%, and the waveform amplitude V range is 30V. Soil 30%, frequency 1 / T range is 120 ~ 360 times / minute. The instrument of the present invention can make adjustments within the above range to obtain the best treatment effect according to different conditions of clinical treatment.

Since the pulse control circuit of the acupuncture emergency cardiopulmonary resuscitation apparatus of the present invention is respectively connected to the cardiac pacing circuit, the respiratory resuscitation circuit, the cardiocerebral resuscitation circuit, and the acupoint defibrillation circuit through the CPU control system, the cardiac pacing and breathing can be performed. , Awakening, and defibrillation signals are modulated to generate four kinds of compound treatment information adapted to the human body; and acupuncture first aid kits (milli needles, triangular needles, aspiration jars, medicinal herbs, and skin disinfection supplies) are organically integrated into one instrument, operating tube Easy, fast and efficient. Applying the device of the present invention to an emergency scene, acupuncture first aid and low frequency pulse electrode acupoint defibrillation, heart and lung can be performed on-site for shock, heart failure, respiratory failure and other diseases or cardiac arrest in one minute anytime, anywhere. Rescue, brain resuscitation, etc., so the best time to rescue 5 to 8 minutes before brain death can be achieved, which can greatly improve the success rate of rescue and reduce death and disability. The invention can be used for acupuncture first aid, low-frequency pulse electrode acupoint defibrillation, external acupoint cardiac pacing, respiratory resuscitation, cardio-cerebral resuscitation, and can also be used in the fields of treatment, health care, beauty, and the like. The inventors have conducted hundreds of self-tests on low-frequency electric pulse wave patterns, frequencies, and current intensities.

Those skilled in the art should understand that without departing from the basic solution of the present invention, it is possible to improve, change or replace equivalently one or some technical features of the present invention, but all these changes still belong to the protection of the present invention. range.

I I

Claims

Rights request

1. An acupuncture emergency cardiopulmonary resuscitation treatment instrument, comprising a box body, an electrode socket for inserting a needle electrode or a skin electrode is mounted on the outer surface of the box, and the treatment device further comprises an outside of the box body The monitoring device, timing device, and control device are provided with an instrument circuit inside the box body. The instrument circuit includes an interconnected pulse generating circuit, a pulse control circuit, a power amplifier circuit, and a power supply circuit. The electrode sockets are connected to corresponding electrode circuits in the power amplifier circuit, and are characterized in that: the pulse generating circuit includes positive and negative pulse output circuits; each of the electrode circuits includes a relatively independent positive pulse switching circuit And a negative pulse switching circuit, the positive and negative pulse switching circuits are respectively connected with an amplifying circuit controlled by them; the pulse control circuit includes a control signal circuit and a waveform signal circuit, and the pulse control circuit is connected between the positive and negative pulse output circuits and Between power amplifier circuits, where the control signal circuit is in phase with the positive and negative pulse switching circuits The control signal is sent to the positive and negative pulse switching circuits to turn on the controlled amplifier circuit in a timely manner. The waveform signal circuit is connected to the input terminal of the controlled amplifier circuit and sends waveforms to the positive and negative controlled amplification circuits respectively. The signals are output to the corresponding electrode sockets through the amplified positive and negative pulses respectively, and the synthesized pulse wave is output through the electrode sockets. '

2. The acupuncture emergency cardiopulmonary resuscitation treatment apparatus according to claim 1, wherein the pulse generating circuit and the pulse control circuit both include digital logic circuits.

3. The acupuncture emergency cardiopulmonary resuscitation treatment apparatus according to claim 1, wherein: said digital logic circuit comprises a microcomputer processor and related chip circuits.

4. The acupuncture emergency cardiopulmonary resuscitation treatment apparatus according to any one of claims 1 to 3, wherein: the controlled amplifier circuit is provided with an adjustable resistance element for controlling output power.

5. The acupuncture first-aid cardiopulmonary resuscitation treatment apparatus according to any one of claims 1 to 3, wherein the pulse generating circuit and the pulse control circuit are composed of a microcomputer processor and related chip circuits connected as follows: A set of output interfaces of the microcomputer processor is connected to an input end of a digital / analog conversion circuit, and the microcomputer processor outputs waveform data to the digital / analog conversion circuit according to a program; the digital / analog conversion circuit The output terminal is connected to the input terminal of the differential amplifier circuit. The analog-to-digital conversion circuit outputs a decoded analog waveform signal to the differential amplifier circuit; the output end of the differential amplifier circuit is connected to an analog switch circuit and / or a positive and negative pulse switch circuit, and the differential amplifier circuit provides the analog switch to the analog switch. The circuit and / or output positive and negative differential waveform signals to the positive and negative pulse switching circuits respectively; the interface of the analog switch circuit is also connected to the control interface of the microcomputer processor, and the microcomputer processor sends the analog signal to the analog A switch circuit outputs a control signal; a pair of control output interfaces of the analog switch circuit are respectively connected to positive and negative pulse switch circuits of an electrode circuit, and the analog switch circuit respectively sends the positive and negative pulse switch circuits through the pair of control output interfaces. Output a switching signal; a waveform output interface of the analog switch circuit is connected to an input terminal of a controlled amplifier circuit of the one electrode circuit, and the analog switch circuit independently provides the controlled amplifier circuit through the waveform output interface Output positive or negative pulse waveform signal; the output of the corresponding controlled amplifier circuit is related to a certain The electrode sockets are connected, and the positive and negative two-way pulse waveforms amplified by the corresponding controlled amplifier circuit are output to the electrode sockets.

6. The acupuncture emergency cardiopulmonary resuscitation treatment apparatus according to claim 1 to 3, wherein: there are four electrode sockets, and the four sockets respectively correspond to four-way electrode circuits, and the four-way electrode circuits are respectively The acupoint cardiac pacing electrode circuit, the acupoint respiratory resuscitation electrode circuit, the acupoint awake resuscitation electrode circuit, and the acupuncture defibrillation electrode circuit are respectively controlled by the pulse control circuit, respectively, or Coordinatedly output to the four electrode sockets modulation waveforms having different amplitudes and / or frequencies and / or sparse changes and / or amplitude changes.

7. The acupuncture emergency cardiopulmonary resuscitation treatment apparatus according to claim 5, characterized in that: a pair of control output interfaces in the positive and negative pulse switch circuits in the acupoint resuscitation electrode circuit and the analog switch circuit They are respectively connected, and the analog switch circuit outputs switching signals to the positive and negative pulse switch circuits respectively through the pair of control output interfaces; one of the positive and negative control amplifier circuits in the acupoint resuscitation electrode circuit and the differential amplifier circuit The waveform output terminals are respectively connected, and the differential amplifier circuit outputs positive or negative pulse waveform signals to the corresponding controlled amplifier circuits through the pair of waveform output terminals, respectively.

8. The acupuncture emergency cardiopulmonary resuscitation treatment apparatus according to claim 5, characterized in that: the waveform width range of the acupoint cardiac pacing electrode circuit is 270 S ± 20%, and the waveform amplitude range is 75V ± 30% The frequency range is 64 96 times / minute; The waveform width range is 450 S ± 20%, the waveform amplitude range is 0V ~ 40V, and the frequency range of the pulse series group whose amplitude decreases in one direction is 16 ~ 24 times / minute; the waveform width of the acupoint awake resuscitation electrode circuit The range is 270 S ± 20%, the waveform amplitude range is 40V ± 30%, and the frequency range is 120-280 times / minute; the waveform width range of the acupoint defibrillation electrode circuit is 270 S ± 20%, the waveform amplitude The range is 30V ± 30%, and the frequency range is 120 ~ 360 times / minute.

9. The acupuncture first-aid cardiopulmonary resuscitation treatment apparatus according to any one of claims 1 to 3, wherein: the monitoring device comprises a liquid crystal display screen, an acousto-optic prompting alarm device; and an input interface of the liquid crystal display screen. Connected to the interface circuit of the microcomputer processor, the liquid crystal display screen includes a timing display part of the timing device; the sound and light prompting alarm device includes a voltage alarm element that monitors the power supply voltage, and monitors the treatment waveform and time A treatment alarm element; the control device includes a thin film button, and a pin of the thin film button is connected to an interface circuit of the microcomputer processor to form a button control circuit; the power supply circuit includes an AC conversion circuit and a battery power supply circuit The voltage alarm element is connected to a circuit that monitors the power supply voltage.

10. The acupuncture emergency cardiopulmonary resuscitation treatment apparatus according to any one of claims 1 to 3, wherein: a drawer containing the milli-needle electrode and / or skin electrode is further provided in the box; It is equipped with a complete set of acupuncture first-aid kits including milli-needle needles, triangular prism needles, negative pressure suction tanks, and skin disinfection supplies; the electrode socket is a stereo headphone socket with at least three-way electrode pads.