CN204543290U - A kind of quasiconductor HONGGUANG blood therapeutic equipment - Google Patents

Abstract

The utility model discloses a kind of quasiconductor HONGGUANG blood therapeutic equipment, comprise main frame and LED illumination device, described main frame is provided with master control borad and display, described master control borad is provided with single-chip microcomputer, LED illumination device drive circuit and Power supply control circuit, described single-chip microcomputer is connected with described LED illumination device drive circuit, described LED illumination device respectively and described display connects, described LED illumination device one end is connected with wire, and described LED illumination device is connected with described LED illumination device drive circuit by described wire.Compared with prior art, this utility model is real to be passed through irradiator and main frame separate design, and adopt LED as radiation source, can freely to rotate as required or mobile and then drive radiation source direction of illumination to rotate or while movement realizing irradiator, also greatly reduce product cost, improve product reliability, without potential safety hazard, be more suitable for household type tachometer choice and operation.

Description

A kind of quasiconductor HONGGUANG blood therapeutic equipment

Technical field

This utility model relates to medical instruments field, particularly relates to a kind of tachometer instrument reducing blood viscosity, improve microcirculation disturbance, prevent and treat ischemic diseases, specifically a kind of quasiconductor HONGGUANG blood therapeutic equipment.

Background technology

Hemorheology Study shows, the main cause of ischemic diseases occurs, and be the long-term caused by abnormal of blood physiology (i.e. hemorheological property parameter) of human body, wherein blood viscosity is too high is for a long time important virulence factor.After blood viscosity increases, blood resistance strengthens, flowing slowly causes blood-perfusion of tissues amount and significantly reduces and make the organs such as heart and brain produce a series of performances of ischemia, anoxia, as uncomfortable in chest, chest pain, headache, dizzy, tinnitus, visual disorder, numb limbs and tense tendons, swelling etc., severe patient forms thrombosis, causes a series of severe ischemic diseases such as atherosclerosis, hypertension, coronary heart disease, myocardial infarction, apoplexy.

Laser medicine achievement in research and clinical practice prove, adopt the low-yield HONGGUANG irradiation human body fluid flow blood of suitable dosage, make a large amount of absorbing light quantum of blood, thus cause a series of photo bio effect, erythrocytic degeneration ability can be improved, improve erythrocyte and hematoblastic aggregation, improve erythrocytic oxygen carrying capacity, the negative charge amount making erythrocyte original recovers normal, mutual repulsive force strengthens, make originally to assemble agglomerating erythrocyte to scatter, thus reduction blood viscosity, effectively improve hemorheology properties, blood coagulability is reduced, inhibition thrombosis, improve blood circulation, particularly improve microcirculation, therefore can be used for prevention and auxiliary treatment ischemic cardio cerebrovascular diseases.

Adopt above-mentioned photo bio effector mechanism to make for improving blood circulation and prevent and treat the instrument of ischemic diseases, common name laser blood therapeutic equipment or light quantum blood therapy instrument.The semiconductor laser (LD) of current domestic household type laser blood therapeutic equipment many employings 650nm wavelength is as radiation source, irradiated site mainly contains the rich position of blood of oral cavity, nasal cavity and body surface, therefore this kind of blood therapeutic equipment is called Hyperviscous Hyperlipemia instrument (being called for short semiconductor laser therapeutic instrument).According to China " medical apparatus classification catalogue ", above-mentioned household type semiconductor laser therapeutic instrument belongs to 3A based semiconductor laser therapy apparatus, and class code name is 6824, and management category is II class.Define according in GB7247.1,3A based semiconductor laser product is for human contact's laser emission is likely more than 1 class and the corresponding transmitting limit that reaches of 2 classes, but in any emission duration and wavelength, human contact's laser emission does not allow can reach more than 3A class the laser product launching the limit.Therefore, the laser power of above-mentioned domestic 3A class household type semiconductor laser therapeutic instrument is relatively low.

In the domestic 3A class household type semiconductor laser therapeutic instrument gone on the market, mainly contain compact cassette structure split air conditioner and Wristwatch-type structural integrity machine two class.Compact cassette split air conditioner therapentic part selects nasal cavity position mostly, and Wristwatch-type all-in-one therapentic part then adopts wrist place radial artery body surface and neighbouring relevant acupuncture point thereof to combine.

Compact cassette split air conditioner uses single LD as the radiation source at nasal cavity position usually.Because LD light emitting anger is less, irradiation facula area is little, be subject to again the restriction of above-mentioned GB7247.1 safety, its laser output power less (single the maximum Output optical power of LD is 5mw), thus each irradiation time (usually at 30 ~ 60 minutes) and the course for the treatment of all longer; And long-time irradiation can cause adaptive inhibitory action, therefore curative effect is obvious not.In addition, because LD irradiation facula area is little, therefore optical power density is comparatively large, and the light beam at irradiation nasal cavity position is again fling brain, therefore directly adopts LD light beam irradiation nasal cavity, also has higher security risk for severe hypertension patient.

Wristwatch-type all-in-one is in order to obtain good therapeutic effect, all adopt many LD to irradiate multiple position simultaneously, namely radial artery body surface that in-line irradiates wrist implements tachometer to adopt many LD (being generally 3 ~ 5) to line up, then adopt single only or many LD irradiate acupuncture point of being correlated with, wrist place respectively and implement acupuncture.This Wristwatch-type all-in-one is owing to adopting more LD, not only high cost, and due to all radiation sources be all the molded design that is fixed as one on body, position is immutable, cause the therapentic part that cannot adapt to (or aligning) different patient, therefore its curative effect is all not good with use flexibility ratio.

Utility model content

This utility model provides a kind of quasiconductor HONGGUANG blood therapeutic equipment, for reducing blood viscosity, improve microcirculation disturbance, prevent and treat ischemic diseases, advantages such as simplifying the structure, therapeutic effect is good is realized while realizing high performance-price ratio, high reliability, low cost, and patient can according to himself demand, the flexible position of adjustment irradiator and the direction of illumination of radiation source, facilitate patient to use flexibly according to the difference of therapentic part.

A kind of quasiconductor HONGGUANG blood therapeutic equipment that this utility model provides, comprise main frame and LED illumination device, described main frame is provided with master control borad and display, described master control borad is provided with single-chip microcomputer, LED illumination device drive circuit and Power supply control circuit, described single-chip microcomputer is connected with described LED illumination device drive circuit, Power supply control circuit and display respectively, described LED illumination device one end is connected with wire, and described LED illumination device is connected with described LED illumination device drive circuit by described wire.

Preferably, described wire is spring electric lead or stretch conducting wire.

Preferably, described main frame is also provided with host box and power supply, and described power supply is connected with described Power supply control circuit, and described main frame and described power supply are placed in described host box.

Preferably, the wire that described LED illumination device connects is provided with line trap, described main frame is provided with irradiator output interface, described LED illumination device is connected with described LED illumination device drive circuit by the irradiator output interface inserted by line trap on described main frame.

Preferably, described LED illumination device is nasal disease by radiating nasal cavity device and/or wrist irradiator.

Preferably, described irradiator output interface is nasal disease by radiating nasal cavity device output interface and/or wrist irradiator output interface.

Preferably, described nasal disease by radiating nasal cavity device, comprise nasal disease by radiating nasal cavity head, nose clip mechanism, LED light source, reflector and wire perforation, described LED light source and described reflector are placed in described nasal disease by radiating nasal cavity head respectively, described nose clip organization establishes is in the outside of described nasal disease by radiating nasal cavity head, and described wire perforation is used for described LED light source to be connected with described LED illumination device drive circuit.

Preferably, described wrist irradiator comprises irradiator housing, wrist strap, LED light source and reflector, described LED light source, reflector are put in be set forth in irradiator housing respectively, described wrist strap is placed in the outside of described irradiator housing, described irradiator housing also comprises wire perforation, described LED light source is connected with described LED illumination device drive circuit by the wire of boring a hole through described wire.

Preferably, described LED light source quantity is at least one.

Preferably, the red light wavelength value scope that described LED illumination device adopts is 620nm ~ 670nm.

As can be seen from the above technical solutions, this utility model embodiment has the following advantages:

1, this utility model is by by LED illumination device and main frame separate design, can adjust the position of irradiator as required flexibly, thus the direction of illumination of adjustment radiation source, facilitate patient according to the different choice of therapentic part and use.

2, this utility model adopts LED as radiation source.LED and LD compares, not only have the identical light through characteristic of LD and photo bio effect concurrently, and due to LED light emitting anger larger, therefore irradiate facula area be far longer than LD, its optical power density then much smaller than LD, therefore under equal irradiation dose condition, adopt LED light source, the power of photoirradiation can be improved, shorten irradiation time and treatment cycle, thus reduce the adaptability inhibitory action caused because irradiating for a long time.

3, the electrical characteristic of LED has the better linearity and anti-current surge shock resistance than LD, and stable work in work, life-span are long, cheap.Therefore LED drive power circuit is very simple, the driving power of LD is then harsher than LED, and for guaranteeing LD energy safety, reliably working, need power circuit and the control circuit of well-designed driving power, therefore its driving power circuit is very complicated.

4, wrist irradiator of the present utility model, use lamp pearl quantity few, Output optical power is large, and structure is simple, uses flexibly, conveniently, is applicable to all patients and wears.

5, nasal disease by radiating nasal cavity device of the present utility model, facula area is large, and optical power density is little, can adopt larger luminous power irradiation nasal cavity, to obtain good therapeutic effect, and use safety.

Visible, this utility model is by irradiator and main frame separate design, and adopt LED as radiation source, can freely to rotate as required or mobile and then drive radiation source direction of illumination to rotate or while movement realizing irradiator, also greatly reduce product cost, improve product reliability, without potential safety hazard, compared with prior art, the design that this utility model provides is more suitable for household type tachometer choice and operation.

Accompanying drawing explanation

Fig. 1 is the circuit connecting relation schematic diagram of each assembly of a kind of quasiconductor HONGGUANG blood therapeutic equipment in this utility model embodiment;

Fig. 2 is the position annexation schematic diagram of each assembly of a kind of quasiconductor HONGGUANG blood therapeutic equipment in this utility model embodiment;

Fig. 3 is the structural representation of nasal disease by radiating nasal cavity device in a kind of quasiconductor HONGGUANG blood therapeutic equipment in this utility model embodiment;

Fig. 4 is a structure composition schematic diagram of wrist irradiator in a kind of quasiconductor HONGGUANG blood therapeutic equipment in this utility model embodiment;

Fig. 5 is a structure composition cross-sectional schematic of wrist irradiator in a kind of quasiconductor HONGGUANG blood therapeutic equipment in this utility model embodiment;

Fig. 6 is another structure composition schematic diagram of wrist irradiator in a kind of quasiconductor HONGGUANG blood therapeutic equipment in this utility model embodiment;

Fig. 7 is another structure composition cross-sectional schematic of wrist irradiator in a kind of quasiconductor HONGGUANG blood therapeutic equipment in this utility model embodiment;

Fig. 8 is another structure composition schematic diagram of wrist irradiator in a kind of quasiconductor HONGGUANG blood therapeutic equipment in this utility model embodiment;

Fig. 9 is another structure composition cross-sectional schematic of wrist irradiator in a kind of quasiconductor HONGGUANG blood therapeutic equipment in this utility model embodiment;

Figure 10 is the working state schematic representation of wrist irradiator in a kind of quasiconductor HONGGUANG blood therapeutic equipment in this utility model embodiment.

Detailed description of the invention

This utility model embodiment provides a kind of quasiconductor HONGGUANG blood therapeutic equipment, for reducing blood viscosity, improve microcirculation disturbance, prevent and treat ischemic diseases, advantages such as simplifying the structure, therapeutic effect is good is realized while realizing high performance-price ratio, high reliability, low cost, and patient can according to himself demand, the position of flexible adjustment radiation source and direction of illumination, facilitate patient to use flexibly according to the difference of therapentic part.

For making utility model object of the present utility model, feature, advantage can be more obvious and understandable, below in conjunction with the accompanying drawing in this utility model embodiment, technical scheme in this utility model embodiment is clearly and completely described, obviously, the embodiments described below are only this utility model part embodiments, and the embodiment of not all.Based on the embodiment in this utility model, those of ordinary skill in the art are not making other embodiments all obtained under creative work prerequisite, all belong to the scope of this utility model protection.

Refer to Fig. 1 and Fig. 2, wherein, Fig. 1 is the circuit connecting relation schematic diagram of each assembly of a kind of quasiconductor HONGGUANG blood therapeutic equipment in this utility model embodiment, Fig. 2 is the position annexation schematic diagram of each assembly of a kind of quasiconductor HONGGUANG blood therapeutic equipment in this utility model embodiment, this utility model embodiment is made up of main frame 1 and LED illumination device 2, main frame 1 comprises master control borad 3 and display 7, master control borad 3 is provided with single-chip microcomputer 4, LED illumination device drive circuit 5 and Power supply control circuit 6, single-chip microcomputer 4 respectively with LED illumination device drive circuit 5, Power supply control circuit 6 is connected with display 7, one end of LED illumination device 2 is connected with wire 11, LED illumination device 2 is connected with LED illumination device drive circuit 5 by this wire 11.This utility model embodiment changes existing laser blood therapeutic equipment Integral design mode, by LED illumination device 2 and main frame 1 separate design, and connected by wire 11, due to the folding arbitrarily of wire 11 and bendability, thus realize LED illumination device 2 and can freely to rotate as required or mobile, and then drive the direction of illumination of radiation source to rotate or move, in order to better facilitate patient to the use of LED illumination device 2 in the present embodiment, irradiator can be stretched easily, and wire 11 used is chosen for stretch conducting wire or spring electric lead; And adopt LED as radiation source, utilize LED HONGGUANG technology, greatly reduce product cost, improve product reliability, be more suitable for household type blood therapeutic equipment.

In the present embodiment, LED illumination device 2 is divided into nasal disease by radiating nasal cavity device 10, the area illumination device of wrist irradiator 9 or other vascularity dense parts, the circuit at single-chip microcomputer 4 place in master control borad 3 generally adopts 51 series monolithic designs, for output information modulation signal to control and to drive the LED light source in irradiator to export illumination beam, and operation push-button on reading displayed device 7 and output information are to screen display, and the power supply management to the power supply 8 that Power supply control circuit 6 connects, in order to realize regulation and control easily, touch-screen display is chosen as display 7 in the present embodiment, and adopt rechargeable battery as power supply 8, master control borad 3 by I/O interface respectively with display screen 7, rechargeable battery as power supply 8 connects, irradiator employing wavelength is the LED of 620nm ~ 670nm is radiation source, wherein, nasal disease by radiating nasal cavity device 10 Output optical power is 10 ~ 20mw, wrist irradiator 9 Output optical power is 15 ~ 45mw, nasal disease by radiating nasal cavity device 10 carries out being connected, namely realizing the connection with master control borad 3 by wire 11 and the nasal disease by radiating nasal cavity device output interface on master control borad 3 and wrist irradiator output interface with wrist irradiator socket 13 by the nasal disease by radiating nasal cavity device socket 12 inserted respectively by the plug on respective wire 11 on master control borad 3 with wrist irradiator 9.In the present embodiment, by designing single-chip microcomputer 4 software, single-chip microcomputer 4 is made to generate much information modulation signal, comprise continuous signal and the different pulse signal combination accounting for wide ratio, disease treatment needs can be suffered from according to difference, exported by single-chip microcomputer 4 and there is different treatment modulates information and control LED output beam, form light beam amplitude, pulse accounts for wide ratio and the variable treatment light beam of irradiation frequency, such one side can make irradiation stimulate dynamic change, avoid causing body to produce adaptive inhibitory action because long-term single signal irradiation or long period irradiate, personalized treatment can be realized on the other hand, thus can curative effect be improved.Meanwhile, in order to control the use of time and the instrument for the treatment of, main frame 1 is also provided with power source charges interface 14 and on and off switch 15, in order to control power supply 8 folding.

Be more than the explanation that the blood therapeutic equipment in this utility model embodiment is carried out on the whole, be described for its primary clustering below.

Refer to Fig. 3, Fig. 3 is the structural representation of nasal disease by radiating nasal cavity device in a kind of quasiconductor HONGGUANG blood therapeutic equipment in this utility model embodiment, comprise nasal disease by radiating nasal cavity head 101, nose clip mechanism 105, LED light source 104, reflector 103 and wire perforation 106, LED light source 104 and reflector 103 are individually fixed in nasal disease by radiating nasal cavity head 101, nose clip mechanism 105 is arranged on the outside of nasal disease by radiating nasal cavity device 10, like this when using this nasal disease by radiating nasal cavity device 10, nasal disease by radiating nasal cavity device 10 can be fixed on nose by this nose clip mechanism 105, liberation both hands, easy to use; In the present embodiment, the diameter of reflector 103 light-emitting window 102 is set to 10mm, be 15 ~ 20mm apart from nasal disease by radiating nasal cavity device light-emitting window 10mm place spot diameter, light power is set to 10 ~ 20mw; In order to control the transmitting of LED light source 104, hollow conductor perforation 106 is also provided with at the afterbody of nasal disease by radiating nasal cavity device 10, wire 11 one end is connected with the lamp pearl pin of LED light source 104 by wire perforation 106, the other end is connected with the LED illumination device drive circuit 5 on main frame 1, thus realizes the light emitting control of main frame 1 pair of nasal disease by radiating nasal cavity device 10.

Consult Fig. 4 to Fig. 9, be structure composition schematic diagram or the cross-sectional schematic of wrist irradiator in a kind of quasiconductor HONGGUANG blood therapeutic equipment in this utility model embodiment, wherein, Fig. 4, Fig. 5 is schematic diagram and the sectional view of single beam wrist irradiator 91, namely the LED light source number in wrist irradiator 9 is one, LED light source 911 is placed in reflector 912 center, and LED light source 911, reflector 912 is individually fixed in this wrist irradiator casing 913, outside two symmetrical sides of wrist irradiator casing 913 arranges one group of corresponding wrist strap 914, this single beam wrist irradiator 91 can be fixed on affected part by this wrist strap 914, reflector 912 light-emitting window is oval, major axis the present embodiment of oval axis is set as 20mm, minor axis is set as 12mm, this single beam wrist irradiator 91 wire 11 one end is connected with the lamp pearl pin of LED light source 911 by the wire perforation 915 be arranged in this casing 913, the other end is connected with the LED illumination device drive circuit 5 on main frame 1, thus realize the light emitting control of main frame 1 to this single beam irradiation device 91.

Fig. 6, Fig. 7 is schematic diagram and the sectional view of dual-beam wrist irradiator 92, LED light source number in dual-beam wrist irradiator 92 is two, i.e. the first LED light source 921, second LED light source 922, also be provided with dual-beam reflector 923 and wrist strap 926, first LED light source 921 and the second LED light source 922 are placed on the axis of dual-beam reflector 923 successively, first LED light source 921, second LED light source 922, dual-beam reflector 923 is individually fixed in the casing 925 of this dual-beam wrist irradiator 92, in the present embodiment, between first LED light source 921 and the second LED light source 922, centre distance is set as 12mm, the light-emitting window of dual-beam reflector 923 is set to ellipse, and the major axis of oval axis is 28mm, and minor axis is 14mm.Dual-beam wrist irradiator 92 wire 11 one end is connected with the lamp pearl pins in parallel of each LED light source by the wire perforation 924 be arranged in this casing 925, and the other end is connected with the LED illumination device drive circuit 5 on main frame 1.

Fig. 8, Fig. 9 is schematic diagram and the sectional view of three light beam wrist irradiators 93, LED light source number in three light beam wrist irradiators 93 is three, i.e. the first LED light source 931, second LED light source 932, 3rd LED light source 933, also be provided with three light beam reflectors 938, first LED light source 931, second LED light source 932 and the 3rd LED light source 933 are placed on the axis of three light beam reflectors 938 successively, first LED light source 931, second LED light source 932, 3rd LED light source 933 and three light beam reflectors 938 are individually fixed in this wrist irradiator casing 936, the centre distance of the first LED light source 931 and the 3rd LED light source 933 and the second LED light source 932 is 10mm, the light-emitting window of three light beam reflectors 938 is oval, and the major axis of oval axis is 28mm, and minor axis is 14mm.Wire 11 one end of three light beam wrist irradiators 93 is connected with each LED lamp bead pins in parallel by the wire perforation 935 be arranged in this wrist irradiator casing 936, the other end is connected with the LED illumination device drive circuit 5 on main frame 1, simultaneously, in order to easy to use, one group of wrist strap 934 is also provided with, for this three light beams wrist irradiator 93 is fixed on patients wrist portion at casing 936 correct position of aforementioned wrist irradiator.

Figure 10 is the working state schematic representation of wrist irradiator in a kind of quasiconductor HONGGUANG blood therapeutic equipment in this utility model embodiment.What wherein wire 11 one end connected is wrist irradiator 9; wrist irradiator 9 outer setting has protection casing 901; what the other end of wire 11 connected is line trap 16; during use; wrist irradiator 9 is fixed on patients wrist by wrist irradiator wrist strap 902 through wrist irradiator retaining ring 903; line trap 16 is inserted the wrist irradiator socket 13 on master control borad 3, thus realize the connection of wrist irradiator 9 and main frame 1.Meanwhile, due to the flexible of wire 11 and any folding property, make wrist irradiator 9 can change constant bearing arbitrarily according to the needs of patient, thus the LED light source direction of illumination in wrist irradiator 9 can be adjusted arbitrarily, use more convenient, it is more reasonable to design.

In order to the quasiconductor HONGGUANG blood therapeutic equipment that the present embodiment provides better is described, below by concrete operating procedure, the instrument in the present embodiment is described.

The quasiconductor HONGGUANG blood therapeutic equipment that the present embodiment provides, specifically can operate as follows:

The first step, the irradiator used by needs and main frame connect, line trap by nasal disease by radiating nasal cavity device inserts nasal disease by radiating nasal cavity device socket, i.e. the nasal disease by radiating nasal cavity device output interface of main frame, or by the output interface of wrist irradiator socket, i.e. the wrist irradiator of the line trap of wrist irradiator insertion main frame, then host power switch is put through, now main frame starts hardware initialization, shows operation main menu after completing initialization over the display.

Second step, the operation prompt information provided according to operation main menu, Selective irradiation parameter successively, comprises irradiator type, project signal, light power, irradiation time etc.

3rd step, the irradiation head of nasal disease by radiating nasal cavity device is inserted nasal cavity, by nose clip mechanism by fixing for nasal disease by radiating nasal cavity device in place; Or wrist irradiator light-emitting window being aligned the body surface of wrist place radial artery, the wrist strap then fastened on wrist irradiator realizes fixing.

4th step, be used for sending bright dipping operating instruction by the Menu key on display, now single-chip microcomputer exports treatment signal with modulation with drive LED light source emitting treatment light beam in irradiator, and start to enter treatment procedure, display exports countdown display simultaneously; When countdown is shown as 0, LED light source light beam extinguishes, and this treats end.In irradiation process, be save battery electric quantity, according to software program design enter energy-saving mode, if namely after predetermined a period of time without key-press input, then close liquid crystal screen backlight lamp; After this once the operation receiving any click indicator screen, liquid crystal screen backlight lamp will be reopened immediately.

After 5th step, treatment terminate, main frame returns the operation main menu on display.Continuing to use as still needed, second can be repeated to FOUR EASY STEPS; During to terminate this operation, should first powered-down switch, and then extract irradiator line trap, irradiator is separated with main frame.

This utility model is by being separated LED illumination device with main frame, realize irradiator can freely rotate as required or mobile and then drive radiation source direction of illumination rotation or mobile, the position of irradiator can be adjusted as required flexibly, thus the direction of illumination of adjustment radiation source, facilitate patient according to the different choice of therapentic part and use.Adopt LED as radiation source, the power of photoirradiation can be improved, shorten irradiation time and treatment cycle, thus reduce the adaptability inhibitory action caused because irradiating for a long time.And LED drive power circuit is simple, Output optical power is large, and structure is simple, uses flexibly, conveniently, is applicable to all patients and wears.

Embodiment of the present utility model is not limited thereto, according to foregoing, according to ordinary technical knowledge and the customary means of this area, the equivalent modifications of other various ways, replacement and change can also be made, as the radiation response appropriate design LED light source packing forms that can reach according to needs, and the shape etc. of irradiator reflector, all can realize the purpose of this utility model.

Those skilled in the art can be well understood to, and for convenience and simplicity of description, the device of foregoing description and the specific works process of assembly, with reference to the corresponding process in previous embodiment, can not repeat them here.

The above, above embodiment only in order to the technical solution of the utility model to be described, is not intended to limit; Although be described in detail this utility model with reference to previous embodiment, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein portion of techniques feature; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the spirit and scope of each embodiment technical scheme of this utility model.

Claims (10)

1. a quasiconductor HONGGUANG blood therapeutic equipment, it is characterized in that, comprise main frame and LED illumination device, described main frame is provided with master control borad and display, described master control borad is provided with single-chip microcomputer, LED illumination device drive circuit and Power supply control circuit, described single-chip microcomputer is connected with described LED illumination device drive circuit, Power supply control circuit and display respectively, and described LED illumination device one end is connected with wire, and described LED illumination device is connected with described LED illumination device drive circuit by described wire.

2. a kind of quasiconductor HONGGUANG blood therapeutic equipment according to claim 1, it is characterized in that, described wire is spring electric lead or stretch conducting wire.

3. a kind of quasiconductor HONGGUANG blood therapeutic equipment according to claim 1, it is characterized in that, described main frame is also provided with host box and power supply, and described power supply is connected with described Power supply control circuit, and described main frame and described power supply are placed in described host box.

4. a kind of quasiconductor HONGGUANG blood therapeutic equipment according to claim 1, it is characterized in that, the wire that described LED illumination device connects is provided with line trap, described main frame is provided with irradiator output interface, described LED illumination device is connected with described LED illumination device drive circuit by the irradiator output interface inserted by line trap on described main frame.

5. a kind of quasiconductor HONGGUANG blood therapeutic equipment according to claim 1, is characterized in that, described LED illumination device is nasal disease by radiating nasal cavity device and/or wrist irradiator.

6. a kind of quasiconductor HONGGUANG blood therapeutic equipment according to claim 4, is characterized in that, described irradiator output interface is nasal disease by radiating nasal cavity device output interface and/or wrist irradiator output interface.

7. a kind of quasiconductor HONGGUANG blood therapeutic equipment according to claim 5, it is characterized in that, described nasal disease by radiating nasal cavity device, comprise nasal disease by radiating nasal cavity head, nose clip mechanism, LED light source, reflector and wire perforation, described LED light source and described reflector are placed in described nasal disease by radiating nasal cavity head respectively, described nose clip organization establishes is in the outside of described nasal disease by radiating nasal cavity head, and described wire perforation is used for described LED light source to be connected with described LED illumination device drive circuit.

8. a kind of quasiconductor HONGGUANG blood therapeutic equipment according to claim 5, it is characterized in that, described wrist irradiator comprises irradiator housing, wrist strap, LED light source and reflector, described LED light source, reflector are put in be set forth in irradiator housing respectively, described wrist strap is placed in the outside of described irradiator housing, described irradiator housing also comprises wire perforation, described LED light source is connected with described LED illumination device drive circuit by the wire of boring a hole through described wire.

9. a kind of quasiconductor HONGGUANG blood therapeutic equipment according to claim 8, it is characterized in that, described LED light source quantity is at least one.

10. a kind of quasiconductor HONGGUANG blood therapeutic equipment according to claim 1, is characterized in that, the red light wavelength value scope that described LED illumination device adopts is 620nm ~ 670nm.