CN204581929U - Moxibustion therapeutic instrument - Google Patents

Abstract

The utility model discloses moxibustion therapeutic instrument, can realize multifunctional physiotherapy, have function of temperature control, energy consumption is low, use safety, environmental protection.The heat-generating units of this moxibustion therapeutic instrument comprises far infrared heater and temperature sensor; Pulse Electric conduction unit comprises electric conductor, and Pulse Electric conduction unit insulate with heat-generating units and is connected; Insulation protection shell comprises inner chamber and opening, and described heat-generating units and Pulse Electric conduction unit are positioned at the inner chamber of insulation protection shell, and at least one region of the electric conductor of Pulse Electric conduction unit exposes and towards opening; Wire is connected with Pulse Electric conduction unit with heat-generating units respectively; Pulse Electric generation module is electrically connected with the electric conductor of Pulse Electric conduction unit; Heating supply module is electrically connected with the far infrared heater of heat-generating units; Temperature monitor and control module is electrically connected with the temperature sensor of heat-generating units, and described temperature monitor and control module is electrically connected with heating supply module.

Description

Moxibustion therapeutic instrument

Technical field

This utility model relates to medical instruments field, particularly relates to moxibustion therapeutic instrument.

Background technology

At present, market is applied the controller that more moxibustion therapeutic instrument comprises moxibustion head and is connected with moxibustion head.Each physical therapy function of moxibustion head is controlled by controller.The function that existing moxibustion therapeutic instrument possesses comprises far infrared and electric pulse stimulation.Far infrared is generally heated potsherd by heating resistor, then discharges far infrared by potsherd.Electric pulse stimulation is to human body marker pulse electric current by electric conductor.

Prior art has the following disadvantages:

1, heating resistor is relied on to add the indirect heating technique energy consumption of potsherd larger: potsherd is provided with heating circuit, has multiple heating resistor in circuit, heating resistor has five faces to contact with air, only has a face to contact with potsherd.Operationally partial heat is passed to the potsherd with far infrared generation speciality by a contact surface by each heating resistor, then by this potsherd, the heat of absorption is converted to far-infrared light by the material characteristic of self.This heating resistor with potsherd heat transfer process in have 5 faces and transfer of air to produce loss; A face of potsherd also can contact with the thermal conductive surface of another barrier layer in addition, makes heat also have secondary loss.Make the power consumption of whole instrument larger.

2, temperature is unstable: the temperature difference height of heating resistor is unstable, adds in the impact of ambient temperature on indirect heat transfer mode, so current technology is to the more difficult detection and control of the temperature in use procedure.Heating resistor is also easy in addition causes temperature unstable because of fault.

3, the main material of encapsulation used and auxiliary material are PVC and chemical glue: have pest to human body.

4, because the global design of moxibustion head is unreasonable, make its profile thick, weight is large, difficult fixing, easy slippage, and human body laminating degree is poor, and curative effect reduces.

5, existing is generally heating separately or independent electric pulse, also has two kinds of functions to have.Heating can produce far infrared, and the far infrared band of generation is not in treatment wavelength band.

In addition the ultrasonic physiotherapeutic instrument of existing market application is also only generally produce ultrasound wave to stimulate corresponding acupuncture point, function singleness.Proved by clinical trial, only very limited to the effect of acupoint stimulation by ultrasound wave.Such as: Chinese patent CN103830850A, a kind of channel ultrasonic acupoint stimulation device is disclosed.This device comprises system, control circuit, ultrasonic generation circuit and multiple ultrasonic probe.Although this device is provided with multiple ultrasonic probe, it only possesses the function that ultrasound wave stimulates human acupoint, does not possess other function.

Utility model content

The technical problem that this utility model solves is to provide and is conducive to realizing multifunctional physiotherapy and is convenient to temperature controlled moxibustion therapeutic instrument.

This utility model solves the technical scheme that its technical problem adopts:

Moxibustion therapeutic instrument, comprises moxibustion head, and for controlling the controller of moxibustion head,

Described moxibustion head comprises:

Heat-generating units, described heat-generating units comprises far infrared heater and temperature sensor;

Pulse Electric conduction unit, described Pulse Electric conduction unit comprises electric conductor, and Pulse Electric conduction unit insulate with heat-generating units and is connected;

Insulation protection shell, described insulation protection shell comprises inner chamber and opening, and described heat-generating units and Pulse Electric conduction unit are positioned at the inner chamber of insulation protection shell, and at least one region of the electric conductor of Pulse Electric conduction unit exposes and towards opening;

Wire, described wire is connected with Pulse Electric conduction unit with heat-generating units respectively;

Described controller comprises:

Pulse Electric generation module, described Pulse Electric generation module is electrically connected with the electric conductor of Pulse Electric conduction unit;

Heating supply module, described heating supply module is electrically connected with the far infrared heater of heat-generating units;

Temperature monitor and control module, described temperature monitor and control module is electrically connected with the temperature sensor of heat-generating units, and described temperature monitor and control module is electrically connected with heating supply module.

Further: described far infrared heater and temperature sensor are arranged on the inside of electric conductor.

Further: described heat-generating units comprises SOI glue-line, described electric conductor is conductive silicon glue-line, described far infrared heater is carbon fiber exothermic wire, the surface of described SOI glue-line is provided with heating wire locating slot and sensor localization groove, described carbon fiber exothermic wire distributes along the surface uniform of SOI glue-line and is arranged in heating wire locating slot, and described temperature sensor is arranged on the middle position on the surface of SOI glue-line and is positioned at sensor localization groove.

Further: described SOI glue-line and conductive silicon glue-line are integral type structure, and the outer rim of SOI glue-line overlaps with the outer rim of conductive silicon glue-line.

Further: described insulation protection shell is insulation silica gel containment vessel; the opening part of described insulation protection shell is provided with the annular bound edge extended towards opening inner side; described conductive silicon glue-line is between bound edge and SOI glue-line; and being provided with gap between conductive silicon glue-line and bound edge, the sidewall of described SOI glue-line, the sidewall of conductive silicon glue-line are connected with the inwall of insulation silica gel containment vessel and are integral type structure.

Further: described moxibustion head also comprises the ultrasound unit of the inner chamber being arranged on described insulation protection shell; described ultrasound unit comprises ultrasound probe; described ultrasound probe is connected with described wire; described controller also comprises ultrasound wave generation module, and described ultrasound wave generation module is electrically connected with ultrasound probe.

Further: the permanent magnet also comprising the inner chamber being arranged on described insulation protection shell.

Further: described electric conductor is conductive silicon glue-line, described conductive silicon glue-line is provided with pin hole, is provided with conductive pin in described pin hole, described wire is connected with conductive pin.

Further:

Described moxibustion head also comprises ultrasound unit, described ultrasound unit comprises ultrasound probe, described ultrasound probe is connected with described wire, described ultrasound probe is arranged on the outer surface of heat-generating units, described controller also comprises ultrasound wave generation module, and described ultrasound wave generation module is electrically connected with ultrasound probe;

Described electric conductor is arranged on the outer surface of heat-generating units;

Also comprise permanent magnet, described permanent magnet is arranged on the outer surface of heat-generating units.

Further: described far infrared heater is carbon fiber exothermic wire.

The beneficial effects of the utility model are:

1, the several functions such as far infrared stimulation, electric-impulse stimulation, ultrasonic stimulation, magnetic stimulation are possessed;

2, temperature-controllable;

3, moxibustion head waterproof, anticreep, reasonable integral structure, volume is little, and thickness is little;

4, energy consumption is low;

5, good seal, integrated seamless design theory, plays good protection effect to each components and parts inner;

6, be conducive to environmental protection, and use comfortable.Corresponding silica gel can adopt medical silica-gel material, nonpoisonous and tasteless, and laminating degree is good, easily fixes.

Accompanying drawing explanation

Fig. 1 is the schematic diagram of conductive silicon glue-line;

Fig. 2 is the schematic diagram of SOI glue-line;

Fig. 3 is the axonometric chart of insulation silica gel containment vessel;

Fig. 4 is the set-up mode schematic diagram of insulation silica gel containment vessel, SOI glue-line and conductive silicon glue-line;

Fig. 5 is the schematic diagram arranging permanent magnet and ultrasound probe on matrix;

Fig. 6 is the explosive view of controller;

Fig. 7 is the front view after controller assembling;

Fig. 8 is the reverse view after controller assembling;

Fig. 9 is the schematic diagram of inside far infrared heater and temperature sensor being arranged on electric conductor;

Figure 10 is schematic diagram ultrasound probe and permanent magnet being arranged on heat-generating units surface;

Figure 11 is the set-up mode schematic diagram of bound edge;

Be labeled as in figure: conductive silicon glue-line 1, SOI glue-line 2, sensor localization groove 3, heating wire locating slot 4; heating wire wire lead-out groove 5, sensor conductor lead-out groove 6, permanent magnet 7, ultrasound probe 8; insulation silica gel containment vessel 9, pin hole 10, upper casing 11, button 12; acrylic board 13, screen 14, pcb board 15, battery 16; lower casing 17, far infrared heater 18, temperature sensor 19, electric conductor 20; heat-generating units 21, permanent magnet 22, bound edge 23.

Detailed description of the invention

Below in conjunction with the drawings and specific embodiments, this utility model is further illustrated.

As shown in Figures 1 to 4, moxibustion head of the present utility model, comprising:

Heat-generating units 21, described heat-generating units 21 comprises far infrared heater 18 and temperature sensor 19, above-mentioned far infrared heater 18 can be carbon fiber exothermic wire or pottery etc., the far-infrared light that this place's far infrared heater 18 is launched is in therapeutic treatment wavelength band, is generally 5.6-15 micron; Also comprise Pulse Electric conduction unit, described Pulse Electric conduction unit comprises electric conductor 20, and Pulse Electric conduction unit insulate with heat-generating units and is connected, and above-mentioned electric conductor 20 can be metal guide electrical network, metallic conduction sheet or electric silica gel etc.; Also comprise insulation protection shell; described insulation protection shell comprises inner chamber and opening; described heat-generating units and Pulse Electric conduction unit are positioned at the inner chamber of insulation protection shell; at least one region of the electric conductor of Pulse Electric conduction unit exposes and towards opening; the region of this exposure can be used for human body marker pulse electricity; such as, in Figure 11, the outer surface of electric conductor exposes and towards opening.Above-mentioned insulation protection shell material therefor can with materials such as medical silica-gels, medical silica-gel use safety, avoids harmful substance to produce injury to human body; Also comprise wire, described wire is connected with Pulse Electric conduction unit with heat-generating units respectively, and above-mentioned wire can comprise many connecting lines, and each connecting line can be connected with corresponding component, to power or transmit corresponding data signal with this to corresponding component.

Above-mentioned wire can be connected with union joint, such as USB plug.Then union joint is connected with controller.Can relative set interface, such as USB interface on controller.So just moxibustion head can be connected with controller.When arranging, controller can arrange multiple interface simultaneously, such as 2,3,4,5 etc.For 4, four USB interface can comprise two positive poles and two negative poles, a positive pole USB interface and a negative pole USB interface can form one group of USB interface, and this group is after USB interface is connected with two moxibustion heads respectively, to be connected can to form a Pulse Electric loop by moxibustion head with human body.In addition, each USB interface also can distinguish output current for the heating of moxibustion head and temperature information feedback.Because a moxibustion head of the present utility model itself possesses several functions, and above-mentioned controller can connect simultaneously multiple moxibustion head, therefore use this utility model can carry out multiple stimulation to the multiple acupuncture point of human body, its successful is better than the Related product of simple function simultaneously.Above-mentioned controller can comprise Pulse Electric generation module, and described Pulse Electric generation module is electrically connected with the electric conductor of Pulse Electric conduction unit, and Pulse Electric generation module, for generation of pulse current, can adopt existing various mode to produce pulse current here; Heating supply module, described heating supply module is electrically connected with the far infrared heater of heat-generating units, and heating supply module is used for powering to far infrared heater making it generate heat, and produces far-infrared light after heating; Temperature monitor and control module, described temperature monitor and control module is electrically connected with the temperature sensor of heat-generating units, described temperature monitor and control module is electrically connected with heating supply module, temperature monitor and control module receives the signal that temperature sensor produces, judge whether the temperature of far infrared heater meets the requirements according to this signal, and according to judged result, heating supply module is controlled, the temperature of far infrared heater is adjusted with this.Such as, the temperature of far infrared heater is higher than after marginal value, temperature sensor by signal transmission to temperature monitor and control module, temperature monitor and control module judges after accepting this signal, think that the temperature of far infrared heater is higher than marginal value, should stop powering to far infrared heater, now temperature monitor and control module control heating supply module is reacted, cut off power supply, the temperature of far infrared heater is declined.Just effectively can avoid that moxibustion head temperature is too high scalds human body by the way.

Each interface above-mentioned and module can be arranged on a pcb board 15, as shown in Figure 6.In addition, upper casing 11, button 12, acrylic board 13, screen 14, pcb board 15, battery 16 and lower casing 17 can also be comprised.Button 12 is for operating corresponding function.Acrylic board 13 is for protecting screen.Screen 14 is for showing related data and showing exercisable function items.Battery 16 is for powering to all parts.Certainly, power supply mode also can adopt power supply adaptor etc.

Fig. 9 gives a kind of encapsulating structure, and described far infrared heater 18 and temperature sensor 19 are arranged on the inside of electric conductor 20.Such as above-mentioned electric conductor 20 is electric silica gel, then far infrared heater 18 and temperature sensor 19 can be encapsulated in electric silica gel inside.Such one side can reduce the volume of moxibustion head, makes super-thin moxibustion head, improves the comfort level of laminating degree with human body and use with this.But also be conducive to protecting far infrared heater 18 and temperature sensor 19, simultaneously also capable of reducing energy consumption.Such as, when far infrared heater 18 adopts carbon fiber exothermic wire, due to heat and far-infrared light can be produced after carbon fiber exothermic wire energising itself, do not need secondary transferring heat to produce far-infrared light, so while the far generation speed of raising and quality, can energy consumption be reduced.Be further, owing to carbon fiber exothermic wire to be encapsulated in the inside of electric conductor, its heat produced easily is concentrated, and impels carbon fiber exothermic wire rapid temperature increases, and heat is directly passed to electric conductor, to overcome in heat transfer process the air gap to the defect of energy loss.Therefore energy consumption can be reduced further.

Fig. 1, Fig. 2 and Fig. 4 give a kind of layered design mode.In this design, described heat-generating units comprises SOI glue-line 2, described electric conductor is conductive silicon glue-line 1, described far infrared heater 18 is carbon fiber exothermic wire, the surface of described SOI glue-line 2 is provided with heating wire locating slot 4 and sensor localization groove 3, described carbon fiber exothermic wire distributes along the surface uniform of SOI glue-line 2 and is arranged in heating wire locating slot 4, and described temperature sensor 19 is arranged on the middle position on the surface of SOI glue-line 2 and is positioned at sensor localization groove 3.In addition, the lead-out groove of corresponding connecting line also can be arranged on equivalent layer.Such as in fig. 2, SOI glue-line 2 is provided with heating wire wire lead-out groove 5 and sensor conductor lead-out groove 6.The fixing of wire can be facilitated like this and draw.

Above-mentioned layered design mode is conducive to for production and processing provides convenient.Be conducive to producing the moxibustion head that volume is little, thickness is thin simultaneously.Be further, in said structure, heating wire locating slot can be the arcuate groove comprising multiple segmental arc, carbon fiber exothermic wire can be fixed within it on the one hand by this arcuate groove, the heating efficiency of carbon fiber exothermic wire can be improved on the other hand, because carbon fiber exothermic wire does not contact with other radiator structures, be convenient to carbon fiber exothermic wire heat and rise rapidly.And carbon fiber exothermic wire is owing to being evenly arranged in SOI glue-line, and heat and the far-infrared light of therefore whole moxibustion head generation are more even.Because temperature sensor is arranged on the middle position of SOI glue-line, the variations in temperature monitoring SOI glue-line can be prepared, and the variations in temperature that the variations in temperature of SOI glue-line is carbon fiber exothermic wire causes, thus temperature sensor can accurate measurements to the variations in temperature of carbon fiber exothermic wire.

On the basis of the above, described SOI glue-line and conductive silicon glue-line are integral type structure, namely do not have gap between SOI glue-line and conductive silicon glue-line, and the outer rim of SOI glue-line overlaps with the outer rim of conductive silicon glue-line.This structure is conducive to making SOI glue-line be encapsulated in the below of conductive silicon glue-line, outside the outer surface of conductive silicon glue-line can be exposed to.Thus carbon fiber exothermic wire that SOI glue-line is installed and temperature sensor can not be exposed, other components and parts also can be made together to encapsulate.After encapsulation, carbon fiber exothermic wire and temperature sensor and each components and parts can be subject to good protection, can not be subject to the infringement of aqueous vapor that human body produces and other polluter.Meanwhile, the heat also helping carbon fiber exothermic wire is fully used, and avoids heat, by air, unnecessary loss occurs.Be conducive to reducing energy consumption further.

Fig. 3 gives a kind of embodiment of insulation protection shell; insulation protection shell in Fig. 3 is insulation silica gel containment vessel 9; the visual angle provided in Fig. 3 is the bottom views of this insulation silica gel containment vessel 9, and this insulation protection shell material therefor is silica gel material, is preferably medical silica-gel material.The opening part of described insulation silica gel containment vessel 9 is provided with the annular bound edge 23 extended towards opening inner side; described conductive silicon glue-line 1 is between bound edge 23 and SOI glue-line 2; and being provided with gap between conductive silicon glue-line 1 and bound edge 23, the sidewall of described SOI glue-line 2, the sidewall of conductive silicon glue-line 1 are connected with the inwall of insulation silica gel containment vessel 9 and are integral type structure.This place's integral structure refer to by die casting mode SOI glue-line and conductive silicon glue-line isostructural around cast formed above-mentioned insulation silica gel containment vessel.The structures such as SOI glue-line can be made like this to be encapsulated in housing, to only have the outer surface of conductive silicon glue-line to expose.And there is no gap between insulation silica gel containment vessel and conductive silicon glue-line.Can effectively prevent the foreign body such as liquid, dust to the pollution of each components and parts like this, the aqueous vapor that can prevent human body from producing is to the erosion of components and parts.Ensure that the long-term normal of each components and parts uses.Said structure arranges bound edge, is to shelve carrier at the outer surface of conductive silicon glue-line in use, and the gap that the edge of carrier can insert between bound edge and conductive silicon glue-line fixes.Carrier can be water suction carrier, and carrier can use after the various moxa-moxibustion extracting solution of absorption.Above-mentioned carrier can be medical adhesive-bonded fabric, the medical scraps of paper, medical sponge etc.Above-mentioned moxa-moxibustion extracting solution can be accelerated after heating atomization to infiltrate human body, is convenient to the absorption of human body.

On the basis of the above, in order to improve the stimulation degree to human acupoint, several functions work compound is realized; have complementary advantages; also comprise the ultrasound unit of the inner chamber being arranged on described insulation protection shell, described ultrasound unit comprises ultrasound probe 8, and described ultrasound probe 8 is connected with described wire.Ultrasound wave conduction can be entered human body by ultrasound probe 8, thus realizes the stimulation to human acupoint.In order to produce ultrasound wave, described controller also comprises ultrasound wave generation module, and described ultrasound wave generation module is electrically connected with ultrasound probe.Ultrasound wave generation module can use existing ultrasonic output circuit.This ultrasound wave generation module corresponding can be arranged on above-mentioned pcb board 15.

Further, also can arrange permanent magnet 7 on the basis of the above, permanent magnet 7 can be arranged on the inner chamber of above-mentioned insulation protection shell.Concrete set-up mode has multiple.Such as can be arranged on the bottom of the inner chamber of insulation protection shell, also can according to shown in Fig. 5, a matrix arranges ultrasound probe 8 and permanent magnet 7, and matrix central authorities can arrange permanent magnet 7, and the circumference around permanent magnet 7 can arrange multiple ultrasound probe 8.This matrix can be made for silica gel material.So just each components and parts can be installed on different layers, be convenient to processing like this and install, being also conducive to making moxibustion capitiform become superthin structure.Reduce the volume of moxibustion head.

When above-mentioned electric conductor is conductive silicon glue-line, in order to give the energising of conductive silicon glue-line, just need to install corresponding conductor, above-mentioned conductor can be sheet metal etc.If but when installing the conductor such as sheet metal or metal derby, because electric silica gel layer thickness is thinner, the shape of other layer contacted with conductive silicon glue-line can be made to deform.In order to avoid the generation of above-mentioned situation, as shown in Figure 4, conductive silicon glue-line of the present invention is provided with pin hole, is provided with conductive pin in described pin hole, described wire is connected with conductive pin.Owing to being preset with pin hole, therefore after conductive silicon glue-line and other layer of completion of processing, more corresponding conductive pin can be inserted.Thus other layer can be avoided to deform.

Figure 10 provides another kind of embodiment, and which comprises ultrasound unit, and described ultrasound unit comprises ultrasound probe 8, and described ultrasound probe 8 is connected with described wire, and described ultrasound probe 8 is arranged on the outer surface of heat-generating units 21; Described electric conductor 20 is arranged on the outer surface of heat-generating units 21; Also comprise permanent magnet 7, described permanent magnet 7 is arranged on the outer surface of heat-generating units 21.The embodiment of above-mentioned heat-generating units can describe various mode to realize according to above-mentioned.Such as heat-generating units comprises SOI glue-line, arranges carbon fiber exothermic wire and temperature sensor in SOI glue-line.Adopt said structure, ultrasonic, electric pulse, far infrared, magnetic therapy possess simultaneously.This moxibustion head is originally as a writing board shape simultaneously, can conveniently fit with human body like this.

Above-described specific embodiment; the purpose of this utility model, technical scheme and beneficial effect are further described; be understood that; the foregoing is only specific embodiment of the utility model; be not limited to this utility model; all within spirit of the present utility model and principle, any amendment made, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.

Claims (10)

1. moxibustion therapeutic instrument, comprises moxibustion head, and for controlling the controller of moxibustion head, it is characterized in that:

Described moxibustion head comprises:

Heat-generating units, described heat-generating units comprises far infrared heater and temperature sensor;

Pulse Electric conduction unit, described Pulse Electric conduction unit comprises electric conductor, and Pulse Electric conduction unit insulate with heat-generating units and is connected;

Insulation protection shell, described insulation protection shell comprises inner chamber and opening, and described heat-generating units and Pulse Electric conduction unit are positioned at the inner chamber of insulation protection shell, and at least one region of the electric conductor of Pulse Electric conduction unit exposes and towards opening;

Wire, described wire is connected with Pulse Electric conduction unit with heat-generating units respectively;

Described controller comprises:

Pulse Electric generation module, described Pulse Electric generation module is electrically connected with the electric conductor of Pulse Electric conduction unit;

Heating supply module, described heating supply module is electrically connected with the far infrared heater of heat-generating units;

Temperature monitor and control module, described temperature monitor and control module is electrically connected with the temperature sensor of heat-generating units, and described temperature monitor and control module is electrically connected with heating supply module.

2. moxibustion therapeutic instrument as claimed in claim 1, is characterized in that: described far infrared heater and temperature sensor are arranged on the inside of electric conductor.

3. moxibustion therapeutic instrument as claimed in claim 1, it is characterized in that: described heat-generating units comprises SOI glue-line, described electric conductor is conductive silicon glue-line, described far infrared heater is carbon fiber exothermic wire, the surface of described SOI glue-line is provided with heating wire locating slot and sensor localization groove, described carbon fiber exothermic wire distributes along the surface uniform of SOI glue-line and is arranged in heating wire locating slot, and described temperature sensor is arranged on the middle position on the surface of SOI glue-line and is positioned at sensor localization groove.

4. moxibustion therapeutic instrument as claimed in claim 3, is characterized in that: described SOI glue-line and conductive silicon glue-line are integral type structure, and the outer rim of SOI glue-line overlaps with the outer rim of conductive silicon glue-line.

5. moxibustion therapeutic instrument as claimed in claim 4; it is characterized in that: described insulation protection shell is insulation silica gel containment vessel; the opening part of described insulation protection shell is provided with the annular bound edge extended towards opening inner side; described conductive silicon glue-line is between bound edge and SOI glue-line; and being provided with gap between conductive silicon glue-line and bound edge, the sidewall of described SOI glue-line, the sidewall of conductive silicon glue-line are connected with the inwall of insulation silica gel containment vessel and are integral type structure.

6. moxibustion therapeutic instrument as claimed in claim 1; it is characterized in that: described moxibustion head also comprises the ultrasound unit of the inner chamber being arranged on described insulation protection shell; described ultrasound unit comprises ultrasound probe; described ultrasound probe is connected with described wire; described controller also comprises ultrasound wave generation module, and described ultrasound wave generation module is electrically connected with ultrasound probe.

7. moxibustion therapeutic instrument as claimed in claim 1, is characterized in that: the permanent magnet also comprising the inner chamber being arranged on described insulation protection shell.

8. moxibustion therapeutic instrument as claimed in claim 1, it is characterized in that: described electric conductor is conductive silicon glue-line, described conductive silicon glue-line is provided with pin hole, is provided with conductive pin in described pin hole, described wire is connected with conductive pin.

9. moxibustion therapeutic instrument as claimed in claim 1, is characterized in that:

Described moxibustion head also comprises ultrasound unit, described ultrasound unit comprises ultrasound probe, described ultrasound probe is connected with described wire, described ultrasound probe is arranged on the outer surface of heat-generating units, described controller also comprises ultrasound wave generation module, and described ultrasound wave generation module is electrically connected with ultrasound probe;

Described electric conductor is arranged on the outer surface of heat-generating units;

Also comprise permanent magnet, described permanent magnet is arranged on the outer surface of heat-generating units.

10. moxibustion therapeutic instrument as claimed in claim 1, is characterized in that: described far infrared heater is carbon fiber exothermic wire.