Evidence-based acupuncture and moxibustion meridian-acupoint treating and detecting instrument supporting multiplexed output and method of use thereof

Abstract

A multipath-output-supporting evidence-based acupuncture and moxibustion acupoint therapeutic and detecting instrument and a using method thereof. The therapeutic and detecting instrument comprises a CPU core unit, a communication module, an audio module and a plurality of detecting, diagnosis and treatment circuits. The detecting, diagnosis and treatment circuit comprises an acupoint detecting unit and an acupoint acupuncture and moxibustion unit. The acupoint detecting unit comprises a resistance detecting circuit and an A/D digital converting circuit. The acupoint acupuncture and moxibustion unit comprises a D/A pulse current generating circuit and an amplifying circuit. The CPU core unit comprises an ARM processor, a memory, an auxiliary circuit and an evidence-based acupuncture and moxibustion therapeutic system, and the ARM processor is connected with the evidence-based acupuncture and moxibustion therapeutic system.

Claims

1. An evidence-based acupunctural meridian-acupoint treating and detecting instrument supporting multiplexed output, comprising: a CPU core unit, a communication module, a human-machine interaction module, a debugging module, an audio module, and a plurality of detecting-diagnosing-treating circuits, wherein the CPU core unit is connected to each of the plurality of detecting-diagnosing-treating circuits, wherein each of the plurality of detecting-diagnosing-treating circuits comprises an acupoint detecting unit and an acupoint acupuncture unit; the acupoint detecting unit comprises a resistance detecting circuit and an A/D converting digital circuit; the acupoint acupuncture unit comprises a D/A pulse current generating circuit and an amplifying circuit; said CPU core unit comprises an ARM processor, a memory, an auxiliary circuit and an evidence-based acupunctural treatment system; wherein the resistance detecting circuit is connected to the ARM processor via the A/D converting digital circuit; the D/A pulse current generating circuit is connected to the amplifying circuit; the amplifying circuit is connected to the acupoint acupuncturing device; the ARM processor is connected to the auxiliary circuit, the audio module, the D/A pulse current generating circuit, the communication module, the memory, the evidence-based acupunctural treatment system, and the human-machine interaction module, and wherein the resistance detecting circuit measures an acupoint resistance, when the acupoint resistance is smaller than a predetermined resistance value, the D/A pluse current generating circuit generates pulse waves to the acupoint.

2. The evidence-based acupunctural meridian-acupoint treating and detecting instrument supporting multiplexed output according to claim 1, wherein said human-machine interaction module comprises buttons and a touch screen.

3. The evidence-based acupunctural meridian-acupoint treating and detecting instrument supporting multiplexed output according to claim 1, wherein said audio module comprises an audio conversion circuit and a loudspeaker, and the audio conversion circuit is connected to the ARM processor, and the loudspeaker.

4. The evidence-based acupunctural meridian-acupoint treating and detecting instrument supporting multiplexed output according to claim 1, wherein the pulse waves are continuous waves, dilatational waves, or intermittent waves.

5. The evidence-based acupunctural meridian-acupoint treating and detecting instrument supporting multiplexed output according to claim 1, wherein the communication module is coupled to the CPU core unit and comprises connections via WIFI, GPRS, and Internet.

6. The evidence-based acupunctural meridian-acupoint treating and detecting instrument supporting multiplexed output according to claim 1, wherein the D/A pluse current generating circuit automatically generates pulse waves to the acupoint when the acupoint resistance is smaller than the predetermined resistance value.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

(1) FIG. 1 is a schematic diagram of system structure of the invention;

(2) FIG. 2 is a structure diagram of functional modules of the evidence-based acupunctural treatment system of the invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

(3) In the following, technical solutions of this invention are further described in connection of the figures. However, the contents sought to be protected by the present invention is not limited thereto.

(4) As shown in FIG. 1, an evidence-based acupunctural meridian-acupoint treating and detecting instrument supporting multiplexed output comprises a CPU core unit, a communication module, a human-machine interaction module, a debugging module, an audio module, and a plurality of detecting-diagnosing-treating circuits; the CPU core unit is connected to the detecting-diagnosing-treating circuits respectively via an interface; said detecting-diagnosing-treating circuit comprises an acupoint detecting unit and an acupoint acupuncture unit; the acupoint detecting unit comprises a resistance detecting circuit and an A/D converting digital circuit; the acupoint acupuncture unit comprises a D/A pulse current generating circuit and an amplifying circuit; said CPU core unit comprises an ARM processor, a memory, an auxiliary circuit and an evidence-based acupunctural treatment system.

(5) The output of the resistance detecting circuit is connected to the ARM processor via the A/D converting digital circuit; outputs of the ARM processor are respectively connected to the auxiliary circuit, the audio module and the D/A pulse current generating circuit; the output of D/A pulse current generating circuit is connected to the amplifying circuit; the output of the amplifying circuit is connected to the acupoint acupuncturing device; the ARM processor is also respectively connected to the communication module, the memory, the evidence-based acupunctural treatment system, the human-machine interaction module and the debugging module.

(6) As shown in FIG. 2, said evidence-based acupunctural treatment system comprises the following functional modules:

(7) a system parameter setting module for setting instrument parameters, including acoustic adjustment of the audio module, brightness adjustment of a screen and setting an acupoint standard resistance;

(8) a system updating module for upgrading the system through network when a new version is available for the system, wherein the contents of upgrading include updating general-purpose prescriptions;

(9) a traditional Chinese medicine meridian acupoint knowledge query module for inquiring the names of human body's meridians and corresponding acupoints, as well as meridian acupoint locations and related knowledges; this module comprises a human body's meridian knowledge query module and a human body's acupoint knowledge query module; a traditional Chinese medicine acupunctural physician can inquire descriptions about human body's meridians and acupoints as well as specific locations that meridians and acupoints lie within human body via this module;

(10) a general-purpose prescription management module that mainly keeps evidence-based evaluations about the specificity of the meridians and acupoints, as well as evidence-based prescriptions and data mining prescriptions from a clinical decision platform; this module keeps traditional Chinese medicine symptoms and corresponding acupuncture prescriptions, and regularly updates them through the communication module;

(11) an electronic patient record module for recording a history of acupoint detecting results and acupuncture prescriptions of each patient;

(12) a user-defined prescription module that mainly keeps diagnostic prescriptions of physicians; the instrument is capable of conducting acupuncture treatment with respect to the symptoms according to the diagnostic prescriptions of physicians;

(13) an acupoint deficiency/excess detecting module: an acupoint has a response function and an effect function; the response function is a direct embodiment of relating meridian acupoint with diseased region, and is the basis of the effect function; an acupoint body surface resistance is a commonly used objective indicator during meridian acupointrepercussion study. The acupoint deficiency/excess detecting module is used for determining the resistance characteristic of an acupoint according to the acupoint resistance detected by the resistance detecting circuit; and this module decides that the acupoint is deficient when the detected acupoint resistance value is smaller than a standard resistance value, and otherwise decides that the acupoint is excess;

(14) a treatment module for determining electronic pulse wave parameters of acupuncture according to the decision made by the acupoint deficiency/excess detecting module and the diagnostic prescription to be conducted by the user-defined prescription module; wherein the electronic acupuncture pulse waveform can be continuous wave, dilatational wave and intermittent wave; the details are as follows: continuous wave: one of the composite waves outputted by an electric acupuncture apparatus, constituted by simply repeating basic pulse waves, with no pause therein, and with a frequency that is consecutive and adjustable. The continuous wave with a frequency lower than 30 HZ is called as rarefaction wave, and the continuous wave with a frequency higher than 30 HZ is called as condensational wave. A rarefaction wave may cause muscle contractions, generates intensive vibratory sense, enhances the tensile force of muscles and ligament, adjusts the systolic and diastolic function of blood vessel, improves blood circulation, promotes the recovery of nerve-muscle function, and has good therapeutic effect on nerve-muscle paralysis disease; while, the condensational wave has weak vibratory sense, acts on some achy regions of the body surface, and has an effect of immediate analgesia. The adjustable frequencies of all the continuous waves include 2 HZ, 5 HZ, 10 HZ, 15 HZ, 30 HZ, 50 HZ and 100 HZ. dilatational wave: a composite wave outputted by an electric acupuncture apparatus and with frequency preriodically becoming faster and slower, wherein the rarefaction wave and the condensational wave alternately emerged, and the duration of each wave is about 1.5S, uneasy to cause adaptation reaction to tissues, and normally used for acupuncture anaesthesia. It is a current alternately rarefactional and condensational, can cause the muscle relax and contract rhythmically, can strengthen blood circulation and lymph circulation, can adjust nutrient metabolism of the tissues, and has certain curative effect on some diseases such as soft tissue injury, lumbodorsal fascia strains, and some nerve-muscle paralyzations. The adjustable frequencies include alternately emerged 2 HZ and 15 HZ, alternately emerged 2 HZ and 30 HZ, alternately emerged 2 HZ and 50 HZ, as well as alternately emerged 2 HZ and 100 HZ. intermittent wave: a composite wave that periodically intermittent, also a sequence of pulse waves obtained by performing rectangular pulse modulation on continuous wave. The adjustable frequencies include 2 HZ, 5 HZ, 10 HZ, 15 HZ, 30 HZ, 50 HZ and 100 HZ.

(15) a management module for managing the detecting results of acupoint detecting units uploaded via individual interfaces, and transferring acupuncture prescriptions of patients to individual corresponding acupoint acupuncture units.

(16) Said communication module comprises WIFI or GPRS or Internet.

(17) Said human-machine interaction module comprises buttons and a touch screen.

(18) Said audio module comprises an audio conversion circuit and a loudspeaker; wherein, the input of the audio conversion circuit is connected to the ARM processor, and the output of the audio conversion circuit is connected to the loudspeaker.

(19) A method of the evidence-based acupunctural meridian-acupoint treating and detecting instrument supporting multiplexed output comprises following steps:

(20) S1: a user powers up the instrument and logs in, and the meridian-acupoint treating and detecting instrument detects whether any update is available, and inquires the user whether or not to make update if update is available; the instrument needs to be restarted after being updated; also, a detecting-diagnosing-treating function is enabled if no update is available;

(21) S2: the resistance detecting circuit performs resistance detection on an acupoint of a patient, and the detected resistance value is subjected to an A/D digital conversion and is then uploaded to the management module; the ARM processor determines the resistance characteristic of the acupoint; the acupuncture operation has no need to be performed if the acupoint is decided to be excess, and the acupuncture operation needs to be performed if the acupoint is decided to be deficient;

(22) S3: the user selects a general-purpose prescription therapy or a user-defined prescription therapy; if a general-purpose prescription therapy is selected, the user is prompted to input therapy parameters, and the general-purpose prescription management module prescribes an acupuncture prescription according to the parameters; if a user-defined prescription therapy is selected, the physician prescribes an acupuncture prescription according to the parameters detected from the patient, and delivers the prescribed acupuncture prescription to the treatment module;

(23) S4: the treatment module determines electronic pulse wave parameters of an acupoint acupuncture circuit according to the acupuncture prescription, and delivers them to the management module;

(24) S5: the management module delivers individual determined electronic pulse wave parameters respectively to D/A pulse current generating circuits at corresponding interfaces, so as to generate pulse waves in order to acupuncture the acupoint.

(25) Said method further comprises a step of inquiring traditional Chinese medicine meridian acupuncture point knowledge, so that the user can inquire knowledges related to human body's meridians and acupoints at any time when using the instrument.

(26) Said method further comprises a displaying step and a voice broadcast step; said displaying step displays in a rolling fashion detected resistance values of individual interfaces, treating steps, electronic pulse wave parameters, and tips in the form of pictures or texts; said voice broadcast step reminds the user of acupuncture parameter settings, acupuncture acupoints and acupuncture time by voices.

(27) The resistance detection in said step S2 employs an AC four electrode method.

(28) The meridian-acupoint treating and detecting instrument of the invention uses a voltage module that provides output at +9V, and supplies power for other modules of the meridian-acupoint treating and detecting instrument.

(29) The CPU core module carries a corresponding embedded operating system (android 4.0 system) and is a core device of the meridian acupoint physiotherapy instrument, which controls other modules through peripheral interfaces, and uses the embedded operating system and designed embedded application system to enable the instrument management, data management, acupoint diction and electronic acupuncture control. By means of the debugging module, an embedded system and driver can be burnt-in and written into the hardware, and the debugging module comprises a DBGU debugging unit and a JTAG debugging unit, and is a circuit designed for hardware programming.