CN206453991U - Infrared ray moxibustion device - Google Patents

Abstract

The utility model infrared ray moxibustion device, is related to a kind of phototherapy device.The utility model infrared ray moxibustion device, housing, center and inside casing constitute gimbal by upper half longitudinal axis component, lower half longitudinal axis component, left half transverse axis component and right half transverse axis component respectively, and miniature mid-infrared light ballistic device is arranged in the inside casing of the gimbal；Upper half longitudinal axis component and left half transverse axis component are damp type axle assembly.Solve the problem of existing phototherapy apparatus penetration capacity is not enough, with it is easy to use, safe and reliable the characteristics of.

Description

Infrared ray moxibustion device

Technical field

The utility model relates to the use of the device of infrared light treatment disease.

Background technology

The acupuncture of traditional Chinese medicine therapy includes two aspects：So-called " pin ", is that some caves of human body are stimulated with spicule Position, treats disease；So-called " moxibustion " is, with the moxa lighted, close to the skin of human body afflicted area, to treat disease.After testing, end The main component of emission spectrum is mid-infrared light of the wavelength in 2.9 microns when suede burns, and this mid-infrared light has to human body There is stronger penetration power, can penetrate skin and shallow layer tissue reaches that 1-2 centimetres directly acts on impaired muscle and tendon group Knit.But the moxa of burning is once dropped on human body, can be caused and be burnt.

In recent years, photomedicine technology is some for sufferer treatment using the phototherapy device of feux rouges and/or near infrared light is launched Disease.For example, Chinese invention, which applies for a patent specification CN 1288763A, discloses patent No. application for 00131114.X, title For the technical scheme of " portable photon medical health care instrument ", propose at least one semiconductor laser diode and multiple semiconductors Light emitting diode (abbreviation LED) is arranged on light source board, from a galvanic current source on light source board each half Conductor Laser diode and LED power.Light source board can be variously-shaped flat board, and light source board is fixed on plastic cloth band or (cotton) On the rim strip that strap is made, so as to which light source board to be strapped in the position that treatment is needed on human body so that each semiconductor laser two Pole pipe and LED zero distances ground direct irradiation affected areas.A timer can be concatenated between dc source and light source board, with certainly The duration of dynamic control phototherapy.In embodiment listed by the technical scheme, the equal output wavelengths of each LED are 635-670 nanometers Feux rouges, output wavelength is that a certain monochromatic feux rouges or wavelength in 635-650 nanometers is to each semiconductor laser diode respectively Specified monochromatic near infrared light in 808-970 nanometer ranges.The medical care instrument have to the human body where light source board promoting blood circulation, The therapeuticing and health effect such as anti-inflammatory and analgesia, for skin ulcer, inflammation, itch and myalgia, arthralgia, neck waist (chest) vertebra The patient of pain has obvious rehabilitation and health-care effect.

But, sent during due to optical source wavelength used in the technical scheme of above-mentioned patent application publication and moxa burning Wavelength greatly differs from each other in the mid-infrared light of 2.9 microns, and penetration capacity is not enough to act the deep tissues of people, still not Possesses the function of " moxibustion ".Furthermore, the existing close wavelength of light wave of mainly launching when being burnt with moxa is in the miniature of 3.5 microns Mid-infrared light ballistic device, is a kind of light source device analyzed for material infrared optics Characteristics Detection, and its operating temperature is high Up to about 800 DEG C, made with the semiconductor laser diode on its direct alternative source of light plate with the state for being almost adjacent to patient skin With, not only can burn patients, can also damage rim strip, cause the serious consequence that can not normally use.

Utility model content

The utility model aims to provide a kind of easy to use, safe and reliable infrared ray moxibustion device.

The technical solution of the utility model is：Infrared ray moxibustion device, housing, center and inside casing pass through the upper half longitudinal axis respectively Component, lower half longitudinal axis component, left half transverse axis component and right half transverse axis component composition gimbal, miniature mid-infrared light ballistic device peace In the inside casing of the gimbal；The upper half longitudinal axis component and left half transverse axis component are damp type axle assembly.Described Damp type axle assembly has semiaxis, half-axile sleeve and pre-load nut；The half-axile sleeve is cylindrical, and its periphery sets external screw thread, in it The outboard end in hole sets inwardly protruded inward flange, and the internal diameter of the inward flange is less than the diameter of the semiaxis；Set on the half-axile sleeve There is the groove that at least three roads extend internally from outer face, half-axile sleeve etc. is separated at least three flap valves；The upper half longitudinal axis component Described in the medial extremity of semiaxis be fixed on the center, and the inner of the half-axile sleeve is fixed at the axis hole of the housing； Semiaxis is fixed on the inside casing described in the left half transverse axis component, and the inner of the half-axile sleeve is fixed on the center At axis hole；Endoporus of each semiaxis respectively from correspondence half-axile sleeve is outwards passed；The inward flange of each half-axile sleeve is located at each flap valve On part encase correspondence semiaxis together, and each flap valve outwards struts respectively；Each pre-load nut is sleeved on correspondence half-axile sleeve External screw thread on.

The utility model sends the medical effect that mid-infrared light produces " moxibustion " using miniature mid-infrared light ballistic device, makes again It is supported with gimbal, not only makes the adjustment of its light area very convenient, flexible, the skin for the patient that need not be reclined during treatment, It can be effectively prevented from burning；And the empty structure type of gimbal is well suited for the radiating of miniature mid-infrared light ballistic device, Miniature mid-infrared light ballistic device can be protected for a long time, reliably to work.Resistance is respectively adopted on the longitudinal axis and transverse axis of gimbal Buddhist nun's formula axle assembly, simplifies the lock operation after adjustment, easy to use.It is this that pretightning force and pretightning force is adjustable is applied to semiaxis Damp type axle assembly it is relatively conventional undamped axle assembly add-on parts it is few, only need to adjust pre-load nut and can just increase Or damping effect is reduced, simple, reliable, practicality is good.

And then：The endoporus of the half-axile sleeve is interior big outer small taper hole, and the interior table of the inward flange on the half-axile sleeve endoporus Face is in the arc of convex.

Endoporus is taper hole, makes the root of each flap valve thin compared with free end, is conducive to each flap valve outwards to strut, and is easy to assembling Make insertion semiaxis.The inward flange of endoporus sets the inner surface of arc, has both been easy to insert semiaxis during assembling, it is also ensured that each flap valve Good contact is remained with semiaxis, correct clamp position is kept.

Particularly：The arranged on left and right sides of the inside casing is respectively mounted electromagnet；Installed in the inside of the inside casing and wave component, The arranged on left and right sides for waving component is respectively provided with left and right iron block；Left and right iron block electromagnetic actuation respectively by homonymy or release, So that this, which waves component, does oscillating motion；The miniature mid-infrared light ballistic device is waved on component installed in this.Described Waving component has the swing rod of swinging axle, lower bearing, upper bearing (metal) and T-shaped；Lower bearing and upper bearing (metal) are separately mounted to the downside of inside casing And upside, and accept the corresponding termination of swinging axle；Axis hole is provided with the middle part of the middle bar portion that swing rod is forward extended out and is fixedly mounted and is somebody's turn to do Swinging axle, the miniature mid-infrared light ballistic device is installed in free end of bar portion in this；The left end of flat bar portion is installed on rear side of swing rod Left iron block, the flat bar portion right-hand member of swing rod installs right iron block；The electromagnet of the left iron block on the left of the inside casing, and leave gap； The electromagnet of the right iron block on the right side of the inside casing, and leave gap；The swing rod relative inside casing together with the swinging axle is put It is dynamic.

Miniature mid-infrared light ballistic device can be unsteadily in the inside casing of gimbal, and the formula that given the massage to therapentic part is red Outer linear light moxibustion.Massage type infrared ray moxibustion is the new ideas that the present inventor proposes in medical practice, and a position is done first The moxibustion of intermittent cycle, can avoid burn feeling and burn that Long-Duration Exposure is produced；Experiment proves tissue to this The moxibustion of intermittent cycle has obvious reaction, notable for the restitution of outmoded injury, it is possible to reduce treatment Number of times.Left and right iron block electromagnetic actuation respectively by homonymy or release, so that this, which waves component, does oscillating motion；This electricity Magnetic attracting type waves mechanism, simple and reliable.Rolling period can be changed using the automatically controlled signal for being easy to adjustment, obtained most preferably Massage type phototherapy effect.Above-mentioned swinging structure is few using part, simple and reliable, be easily installed.

In preferred implementation structure：The wavelength of the miniature mid-infrared light ballistic device is red during this is miniature at 3.5 microns Outer light emitting devices is fixed in the swing rod in the tube-like envelope of bar portion free end installed in one；The shell rear portion is provided with branch Bar, the miniature mid-infrared light ballistic device is fixed on the center on the preceding surface of the pole；The housing front is provided with the bottom plate of annular, Multiple centre wavelengths are respectively that 850 nanometers and 940 nanometers of LED is arranged on the preceding surface of the bottom plate.

Using wavelength in the case where 3.5 microns of miniature mid-infrared light ballistic devices are existence conditions infrared ray moxibustion light source it is optimal Selection (if developing miniature mid-infrared light ballistic device of the wavelength at 2.9 microns in the future, transmitting light of the meeting closer to moxa). And use cooperatively the LED that multiple centre wavelengths are respectively 850 nanometers and 940 nanometers with it, both LED can be integrated to old Old property muscle and tendon damage have preferable therapeutic effect, can effectively improve the recovery regeneration of neurotrosis, suppress inflammation, increase Plus it is anti-oxidant, and skin repair effect.Pole is set at tube-like envelope rear portion miniature mid-infrared light ballistic device is installed, can be with The effect of nature ventilation and heat is obtained to greatest extent, protects miniature mid-infrared light ballistic device；Annular is set in the housing front Bottom plate each LED is installed, the heat that miniature mid-infrared light ballistic device can be avoided to distribute is directly transferred to each LED, shadow The normal of them is rung to use.And the emergent light (about 25 ° of the angle of divergence) of the miniature mid-infrared light ballistic device of rear can be passed through Bottom plate endoporus to front irradiation, formed uniformly in suitable distance with each LED of housing front portion emergent light (about 90-120 °) Mixed light shines；In addition swing periodic scan is done in this illumination, and the effect of moxibustion can be made to get a promotion.

The utility model infrared ray moxibustion device, energy is penetrated using what miniature mid-infrared light ballistic device added phototherapy Power, meets the treatment requirement of " moxibustion ", supports miniature mid-infrared light ballistic device to solve using above-mentioned damp type gimbal again The problem of quick lock in after inclination, pitching are adjusted in gimbal use, while solving miniature mid-infrared light ballistic device High temperature heat dissipation problem, without being equipped with additional heat mechanism, miniature mid-infrared light ballistic device can long-term stable operation.This practicality It is new miniature mid-infrared light ballistic device is given the massage to therapentic part formula infrared ray moxibustion by waving component, break through tradition fixed The theory and mode of point type moxibustion, improve the effect of infrared ray moxibustion, reduce infrared ray moxibustion number of times, shorten patient's Recovery period.Miniature mid-infrared light ballistic device of the utility model by wavelength at 3.5 microns is distinguished with multiple centre wavelengths It is arranged in same tubular shell, is avoided while improving phototherapy effect micro- for 850 nanometers and 940 nanometers of LED subregions Type mid-infrared light ballistic device is disturbed LED heat, simple and reasonable.

Brief description of the drawings

Fig. 1 is the dimensional structure diagram of the utility model infrared ray moxibustion device one embodiment.

Fig. 2 is the positive structure schematic of Fig. 1 embodiments.

Fig. 3 is the partial enlarged drawing in A portions in Fig. 2.

Fig. 4 is the partial enlarged drawing in B portions in Fig. 2.

Fig. 5 is the partial enlarged drawing in C portions in Fig. 2.

Fig. 6 be Fig. 2 in D-D to the figure of sectional structure 11.

Fig. 7 is the half-sectional structural representation of combination of light sources in Fig. 1 embodiments.

Fig. 8 is the circuit block diagram of an electric controller that can be used cooperatively with Fig. 1 embodiments.

Fig. 9 is a kind of structural representation for the connector that Fig. 1 embodiments can be coordinated to use.

Figure 10 is the Clinical practice schematic diagram that Fig. 1 embodiments use connector in Fig. 9.

Embodiment

First, embodiment one

The structure of the utility model infrared ray moxibustion device one embodiment, refer to Fig. 1 and Fig. 2：The infrared ray moxibustion Device 10 has：The center 2 of rectangle flat drum shape provided with medium size, center 2 in the housing 1 of the rectangle flat drum shape of large-size The inside casing 3 of the interior rectangle flat drum shape provided with reduced size.Housing 1, center 2 and inside casing 3 are made of metal material.On center 2, Upper half longitudinal axis component 25 and lower half longitudinal axis component 26 are set respectively along longitudinal central axis line on the side plate 21,22 of lower both sides.Upper half Centre position of the longitudinal axis component 25 rotationally with the upside side plate 11 of housing 1 is connected.Lower half longitudinal axis component 26 rotationally with The centre position of the downside side plate 12 of housing 1 is connected.The longitudinal central axis line of center 2 is overlapped with the longitudinal central axis line of housing 1, center 2 can rotate around its longitudinal central axis line relative to housing 1.Along horizontal axis point on the side plate 23,24 of the arranged on left and right sides of center 2 Left half transverse axis component 35 and right half transverse axis component 36 are not set.Left half transverse axis component 35 rotationally with the left side side plate 33 of inside casing 3 Centre position be connected.Centre position of the right half transverse axis component 36 rotationally with the right side side plate 34 of inside casing 3 is connected.Center 2 horizontal axis is overlapped with the horizontal axis of inside casing 3, and inside casing 3 can be rotated around its horizontal axis relative to center 2.Such as This, housing 1, center 2 and the three of inside casing 3 constitute a gimbal.Housing 1 upside side plate 11 is respectively arranged on the left side and the right side upper left Lug 13 and upper right lug 13 ', housing 1 downside side plate 12 are respectively arranged on the left side and the right side lower-left lug 14 and bottom right lug 14 ', So that the gimbal is connected with suspension equipment.

Upper half longitudinal axis component 25 is has pretightning force and the adjustable damp type axle assembly of pretightning force, and Fig. 3 shows its each group Annexation into the structure of part and its with the upside side plate 11 of housing 1 and the upside side plate 21 of center 2.Upper half longitudinal axis component 25 has Four parts such as the upper half longitudinal axis 251, upper half longitudinal axis set 254, upper pre-load nut 255 and upper gasket 256.The upper half longitudinal axis 251 is in rank Terraced round bar shape, its small end 2511 sets external screw thread, is provided with the end face of its free end of big end 2512 and rises as high as the banks 2513, to install When use screwdriver.The small end 2511 of the upper half longitudinal axis 251 is screwed in the longitudinal threaded bore 211 in the center of 2 upside side plate of center 21, on The upper surface of the half longitudinal axis 251 upside side plate 21 of annular end face contact center 2 that end 2512 joins with its small end 2511 greatly, upper half is indulged Axle 251 is locked together on the upside side plate 21 of center 2.Upper gasket 256 is sleeved on the root at the end 2512 greatly of the upper half longitudinal axis 251, it Two end faces abut the upside side plate 21 of center 2 and the upside side plate 11 of housing 1 respectively, limit gap between the two.Upper half is indulged The middle part of end 2512 greatly of axle 251 is set in longitudinal axis hole 111 in the center of 1 upside side plate of housing 11.

Upper half longitudinal axis set 254 made of copper is cylindrical, and its periphery sets external screw thread；The upper half longitudinal axis set 254 endoporus 2541 be Go up small taper hole greatly down, the upper end of the endoporus 2541 sets inwardly protruded inward flange 2542, the inner surface of the inward flange 2542 In the arc of convex；The internal diameter of the inward flange 2542 is slightly less than the diameter at the end 2512 greatly of the upper half longitudinal axis 251.Upper half longitudinal axis set 254 The longitudinal groove (referring to Fig. 1) extended downwardly provided with three roads from upper surface, the root of three roads longitudinal direction groove is close to the upper half longitudinal axis The lower surface of set 254, three flap valves are separated by upper half longitudinal axis set 254 etc..The upside of lower end aligned housing 1 of upper half longitudinal axis set 254 Longitudinal axis hole 111 of side plate 11 is simultaneously welded and fixed.The big end 2512 of the upper half longitudinal axis 251 covers 254 endoporus 2541 from the upper half longitudinal axis Pass upwards, the part that the inward flange 2542 of upper half longitudinal axis set 254 is located on three flap valves encases the end greatly of the upper half longitudinal axis 251 together 2512, and three flap valves is outwards strutted respectively.Usually, upper pre-load nut 255 be sleeved on the upper half longitudinal axis set 254 it is externally threaded under Portion, the upper half longitudinal axis cover inward flange 2542 on 254 3 flap valves be applied to the upper half longitudinal axis 251 greatly end 2512 elastic pre-stress be enough Prevent the end 2512 greatly of the upper half longitudinal axis 251 from random being rotated relative to upper half longitudinal axis set 254.Pre-load nut 255 is rotated up, is contracted The short upper half longitudinal axis covers effective deformable length of 254 3 flap valves, can increase pretightning force (increase damping effect).

The undamped axle assembly of right half transverse axis component, 36 routines, Fig. 4 show its each part structure and its With the annexation of the right side side plate 34 of inside casing 3 and the right side side plate 24 of center 2.Right half transverse axis component 36 has right half transverse axis 361 and the right side Two parts of the grade of packing ring 366.Right half transverse axis 361 is in ladder round bar shape, and its small end 3611 sets external screw thread, and its big end 2512 is certainly It is provided with the end face held and rises as high as the banks 3613, screwdriver is used during to install.It is right that the right small end 3611 of half transverse axis 361 is screwed on inside casing 3 In the lateral threaded holes 341 in the center of side board 34, the small end 3611 and the annular end face contact inside casing 3 that its big end 3612 joins are right The right surface of side board 34, right half transverse axis 361 is locked together on the right side side plate 34 of inside casing 3.It is horizontal that right packing ring 366 is sleeved on right half The root at the end 3612 greatly of axle 361, its two end faces abut the right side side plate 34 of inside casing 3 and the right side side plate 24 of center 2 respectively, Limit both gaps.The right side at the end 3612 greatly of half transverse axis of the right side 361 is set on the horizontal axis hole in the center of 2 right side side plate of center 24 In 241.

Lower half longitudinal axis component 26 is conventional undamped axle assembly, and its part has the lower half longitudinal axis and lower gasket etc. Two parts, their structure refers to foregoing right half transverse axis component 36, repeats no more.The small end of the lower half longitudinal axis is screwed on center In the longitudinal threaded bore in the center of 2 downside side plate 22, the small end and the downside side plate 22 of annular end face contact center 2 of its big end handing-over Lower surface, the lower half longitudinal axis is locked together on the downside side plate 22 of center 2.Lower gasket is sleeved on the root at the big end of the lower half longitudinal axis, Its two end faces abut the downside side plate 22 of center 2 and the downside side plate 12 of housing 1 respectively, limit both gaps.Lower half The lower half at the big end of the longitudinal axis is set in longitudinal axis hole in the downside side plate center of housing 1.

When user fixes housing 1 on the other hand, another hand push draws the left side side plate 23 or right side side plate 24 of center 2, center 2 It can be rotated around its longitudinal central axis line relative to housing 1.When being acted on without external force, due to the foregoing pretightning force of upper half longitudinal axis component 25 Effect, center 2 will not do a bit rotation relative to housing 1.

Left half transverse axis component 35 is also to have pretightning force and the adjustable damp type axle assembly of pretightning force, and its part has Four parts such as left half transverse axis, left half transverse axis set, left pre-load nut and left packing ring, their structure and foregoing upper half longitudinal axis component The structure of corresponding person is similar in 25 each parts, repeats no more.The small end of left half transverse axis in left half transverse axis component 35 is screwed togather It is fixed on inside casing 3；Left packing ring is sleeved on the root at the left big end of half transverse axis, and its two end faces abut the left side of center 2 respectively The left side side plate 33 of side plate 23 and inside casing 3, limits gap between the two.The left side of center 2 is set in the middle part of the left big end of half transverse axis In the horizontal axis hole in the center of plate 33.The right-hand member of left half transverse axis set is fixed at the horizontal axis hole of center 2；Left half transverse axis is horizontal from left half The endoporus of axle sleeve is outwards passed；The part that the inward flange of left half transverse axis set is located on three flap valves encases left half transverse axis together, and Three flap valves are outwards strutted respectively.Usually, left pre-load nut is sleeved on the externally threaded right side of left half transverse axis set, left half transverse axis set Inward flange is applied to the elastic pre-stress at the left big end of half transverse axis and is enough to prevent the left big end of half transverse axis from random phase on three flap valves Left half transverse axis is covered and rotated.Turn left left pre-load nut, shortens effective deformable length that left half transverse axis covers three flap valves, can Increase pretightning force (increase damping effect).

When user fixes center 2 on the other hand, another hand push draws the upside side plate 31 or downside side plate 32 of inside casing 3, inside casing 3 It can be rotated around its horizontal axis relative to center 2.When being acted on without external force, due to the foregoing pretightning force of left half axle component 35 Effect, inside casing 3 will not do a bit rotation relative to center 2.

The inner side of inside casing 3, left electromagnet 4 is installed in the upper left corner, and right electromagnet 5 is installed in the upper right corner.In the upper and lower of inside casing 3 Installed on the side plate 31,32 of both sides along longitudinal central axis line and wave component 6.Incorporated by reference to Fig. 1, Fig. 2 referring to Fig. 5 and Fig. 6：Wave group Part 6 has swinging axle 61, lower bearing 611, upper bearing (metal) 612,62 4 parts of swing rod of T-shaped.The middle bar portion that swing rod 62 is forward extended out 621 middle part is provided with axis hole and swinging axle 61 is fixedly mounted, and combination of light sources is fixedly mounted in lower surface of leading section of bar portion 621 in this 7；The upper surface of left part 622 of the flat bar portion of the rear side of swing rod 62 is fixedly mounted left iron block 8, the flat bar portion right part 623 of swing rod 62 it is upper Right iron block 9 is fixedly mounted in surface.Upper screwed hole is set respectively along longitudinal central axis line on the side plate 31,32 of the upper and lower both sides of inside casing 3 With lower screwed hole 321.The body 6112 of lower bearing 611 is drum-shaped, and the periphery of body 6112 sets external screw thread, the bottom of body 6112 What portion set that outward flange 6111 and being provided with is suitably inserted into screwdriver rises as high as the banks 6114.The structure of upper bearing (metal) 612 is identical with lower bearing 611.Pendulum The upper end of bar 62 is inserted in the upper screwed hole of the upside side plate 31 of inside casing 3, the bottom of swing rod 62 is inserted in the downside of inside casing 3 afterwards In the lower screwed hole 321 of side plate 32；By lower bearing 61 be screwed together in downside side plate 32 lower screwed hole 321, lower bearing 61 it is blind Accept the bottom of swing rod 62 in hole 6113.By the upper screwed hole for being screwed together in upside side plate 31 of upper bearing (metal) 612, upper bearing (metal) 612 Blind hole accepts the upper end of swing rod 62.Because left iron block 8 is close to the rear side of left electromagnet 4, and leave gap；Right iron block 9 is close The rear side of right electromagnet 9, and leave gap；Swing rod 62 is only small around the left side of the relative inside casing of its longitudinal central axis line 3 with swinging axle 61 The swing of amplitude.Combination of light sources 7 like this can be unsteadily in the inside casing 3 of gimbal.

Miniature mid-infrared light of the combination of light sources 7 using a wavelength at 3.5 microns in this infrared ray moxibustion device 10 is sent out Emitter part (commercially known as MEMS mid-infrared light sources) 73 and a LED group 75.Miniature mid-infrared light ballistic device 73 is for old Old property muscle and tendon damage have preferable therapeutic effect.LED groups 75 include the LED of two kinds of different centre wavelengths：The first LED Centre wavelength be 850 nanometers (near infrared light)；It can improve the oxygen intake of skeletal muscle, improve immunity of organisms.Second of LED Centre wavelength be 940 nanometers (near infrared light), it can effectively improve neurotrosis recovery regeneration, suppress inflammation, increase It is anti-oxidant, and skin repair.Each LED has two LED individuals, to provide sufficient near infrared light spoke to the face that is illuminated According to.

Provided with cross pole 72, (pole can also be a word to the inwall at the rear portion of circular tube shaped shell 71 of combination of light sources 7 Shape is lambdoid), miniature mid-infrared light ballistic device 73 is fixed on the center on the preceding surface of the pole；Shell 71 it is anterior interior Wall is provided with the bottom plate 74 of annular, and each LED individuals of LED groups 75 are on the preceding surface of bottom plate 74, miniature mid-infrared light The emergent light of ballistic device 73 can pass through the endoporus 741 in bottom plate 74 to front irradiation, the first LED two LED individuals 751 Respectively on a diameter line of bottom plate 74 and respectively positioned at the both sides of endoporus 741, second of LED two LED individuals 752 Respectively on another diameter line of bottom plate 74 and respectively positioned at the both sides of endoporus 741, above-mentioned two diameter lines are mutually perpendicular to, Four LED individuals are on the circumference of same 1 centimetre of radius.Referring to Fig. 7.

One the infrared ray moxibustion device 10 can be coordinated to use electric controller 20 circuit structure, refer to Fig. 8：Direct current Source 201 powers to square-wave generator 202, positive amplifier 203, sign-changing amplifier 204.The signal output of square-wave generator 202 Port connects the signal input port of positive amplifier 203 and the signal input port of sign-changing amplifier 304 respectively.Electric controller 20 Miniature mid-infrared light ballistic device 73 from dc source 201 to infrared ray moxibustion device 10 and LED groups 75 power.Electric controller 20 The lead-out wires of coil of left electromagnet 4 in the output port connection infrared ray moxibustion device 10 of middle positive amplifier 103.Electric controller 20 The lead-out wires of coil of right electromagnet 5 in the output port connection infrared ray moxibustion device 10 of middle sign-changing amplifier 104.

The course of work of the infrared ray moxibustion device 10 is：After the dc source 201 of electric controller 20 works, square-wave generator 103 alternately sent low-frequency square-wave signal with the cycle of 1-5 seconds.When square-wave generator 102 sends high level signal, forward direction amplification Device 103 to the left power by electromagnet 4, the left left iron block 8 of the adhesive of electromagnet 4；At the same time.Not electromagnet 9 to the right of sign-changing amplifier 104 Power supply, right electromagnet 5 discharges right iron block 9；The component 6 that waves of infrared ray moxibustion device 10 drives combination of light sources 7 to deflect to the right.Side When wave producer 102 sends low level signal, positive amplifier 103 not power to the left by electromagnet 4, and left electromagnet 4 discharges left iron Block 8；At the same time.Sign-changing amplifier 104 to the right power by electromagnet 9, the right right iron block 9 of the adhesive of electromagnet 5；Infrared ray moxibustion device 10 component 6 that waves drives combination of light sources 7 to deflect to the left.So go round and begin again, combination of light sources 7 periodically swings, shape Into the infrared ray moxibustion irradiation that effect is massaged with light.

For ease of clinical practice, this infrared ray moxibustion device 10 can use the connector 307 shown in Fig. 9 to hang up. The left and right sides that the connector 307 ties up to the outer peripheral face of annulus 3071 connects the left and right side lever 3072 of L-shaped, 3075 upper flats respectively The free termination of straight bar part.Left side bar 3072 is erect and sets outward flange 3073 in the middle part of bar part, the bottom of the setting bar part If screw thread 3074.Right-hand rod 3075 is erect and sets outward flange 3076 in the middle part of bar part, and the bottom of the setting bar part sets screw thread 3077.The top of the periphery of annulus 3071 is provided with the screwed hole for penetrating into its endoporus, the screwed hole and screws togather a butterfly screw 308。

The left side bar 3072 of one connector 307 is erect into the bottom of bar part from rear and had previously been inserted in infrared ray moxibustion device In the via of the upper left lug 13 of 10 housing, 1 upside side plate 11, its right-hand rod 3075 is erect into the bottom of bar part also from rear previous In the via for being inserted in the upper right lug 13 ' of 1 upside side plate of housing 11；The outward flange 3073 that left side bar 3072 erects bar part props up a left side After upper lug 13, a nut 309 is screwed togather in the screw thread 3074 of the setting bar part；Meanwhile, right-hand rod 3075 erects bar part Outward flange 3076 prop up after upper right lug 13 ', screw togather another nut 309 in the screw thread 3077 of the setting bar part.The company Fitting 307 is connected as a single entity with the upside side plate 11 of housing 1.In a like fashion, another connector 307 is fixed under housing 1 On the lower-left lug 14 and bottom right lug 14 ' of side board 12.

The collar 303 is slideably equipped with the interior bar 303 on the top of Infusion support 30, the outer peripheral face of the collar 303 is provided with one The individual screwed hole for extending through its endoporus, and an equipped butterfly screw 305 in the screwed hole；On the outer peripheral face of the collar 303 also Fix a crossbeam 306.Lift two connectors 307, make combination of light sources 7 on infrared ray moxibustion device 10 down, make two The annulus 3071 of connector 307 is respectively fitted on crossbeam 306, the butterfly screw 308 on each annulus 3071 is locked, by infrared ray Light moxibustion device 10 is fixed on crossbeam 306.By the service cable of combination of light sources 7 and two electromagnet 4,5 by the upper of crossbeam 306 Side is completed after electrically connecting with electric controller 20, it is possible to prostration or lain low using the holding suitable distance of infrared ray moxibustion device 10 Patient carry out infrared ray moxibustion treatment treatment.

If patient needs to stand or sitting posture is treated, when infrared ray moxibustion device 10 need to be overturn into 90 ° with respect to crossbeam 306, The locking nut 302 of the upper end of 30 lower outer tubes of Infusion support 301, adjustment interior bar 303 and the relative position of outer tube 301 can be utilized, Raise or reduce the height of crossbeam 306.Or the adjustment termination collar 305 of crossbeam 306 height in interior bar 303, it can also change The height of crossbeam 306.In addition, the wing nut 308 of two connectors 307 is unclamped, by the light source group of infrared ray moxibustion device 10 Conjunction 7 is adjusted to the state to front irradiation, is locking two wing nuts 308 just.

Described above, only the utility model preferred embodiment does not limit the scope of the utility model implementation with this, according to this The equivalent changes and modifications that the technical scheme and description of utility model are made, such as damp type axle assembly are used and half Axle is rotated into the plastic cement axle sleeve limitation semiaxis of stationary fit, obtains damping；Or by semiaxis design coning, utilize semiaxis Axial direction propulsion, extrude distensible axle sleeve and reach increase rubbing surface, increase damping etc., should all belong to the utility model culvert The scope of lid.

Claims (4)

1. infrared ray moxibustion device, housing, center and inside casing pass through upper half longitudinal axis component, lower half longitudinal axis component, left half horizontal stroke respectively Shaft assembly and right half transverse axis component composition gimbal, it is characterised in that：Miniature mid-infrared light ballistic device is arranged on the gimbal Inside casing in；The upper half longitudinal axis component and left half transverse axis component are damp type axle assembly；Described damp type semiaxis group Part has semiaxis, half-axile sleeve and pre-load nut；The half-axile sleeve is cylindrical, and its periphery sets external screw thread, the outboard end of its endoporus If inwardly protruded inward flange, the internal diameter of the inward flange is less than the diameter of the semiaxis；The half-axile sleeve provided with least three roads from The groove that outer face extends internally, at least three flap valves are separated by half-axile sleeve etc.；Semiaxis described in the upper half longitudinal axis component Medial extremity is fixed on the center, and the inner of the half-axile sleeve is fixed at the axis hole of the housing；Left half transverse axis Semiaxis described in component is fixed on the inside casing, and the inner of the half-axile sleeve is fixed at the axis hole of the center；Each Endoporus of the semiaxis respectively from correspondence half-axile sleeve is outwards passed；Part of the inward flange of each half-axile sleeve on each flap valve is together Correspondence semiaxis is encased, and each flap valve is outwards strutted respectively；Each pre-load nut is sleeved on the external screw thread of correspondence half-axile sleeve.

2. infrared ray moxibustion device according to claim 1, it is characterised in that：The endoporus of the half-axile sleeve is interior big outer small Taper hole, and inward flange on the half-axile sleeve endoporus inner surface be in convex arc.

3. infrared ray moxibustion device according to claim 1 or 2, it is characterised in that：The arranged on left and right sides difference of the inside casing Electromagnet is installed；Installed in the inside of the inside casing and wave component, the arranged on left and right sides for waving component is respectively provided with left and right iron block； The described component that waves has the swing rod of swinging axle, lower bearing, upper bearing (metal) and T-shaped；Lower bearing and upper bearing (metal) are separately mounted to inside casing Downside and upside, and accept the corresponding termination of swinging axle；Axis hole and fixation are provided with the middle part of the middle bar portion that swing rod is forward extended out The swinging axle is installed, the miniature mid-infrared light ballistic device is installed in free end of bar portion in this；A left side for flat bar portion on rear side of swing rod Left iron block is installed at end, and the flat bar portion right-hand member of swing rod installs right iron block；The electromagnet of the left iron block on the left of the inside casing, and leave Gap；The electromagnet of the right iron block on the right side of the inside casing, and leave gap.

4. infrared ray moxibustion device according to claim 3, it is characterised in that：The miniature mid-infrared light ballistic device Wavelength is at 3.5 microns, and the miniature mid-infrared light ballistic device is arranged on a pipe for being fixed on bar portion free end in the swing rod In shape shell；The shell rear portion is provided with pole, and the miniature mid-infrared light ballistic device is fixed on the center on the preceding surface of the pole；Should Housing front is provided with the bottom plate of annular, and multiple centre wavelengths are respectively that 850 nanometers and 940 nanometers of LED is arranged on the bottom plate Preceding surface on.