CN101637634A - Incoherent monochromatic source medical device and applications thereof - Google Patents
Incoherent monochromatic source medical device and applications thereof Download PDFInfo
- Publication number
- CN101637634A CN101637634A CN200910041866A CN200910041866A CN101637634A CN 101637634 A CN101637634 A CN 101637634A CN 200910041866 A CN200910041866 A CN 200910041866A CN 200910041866 A CN200910041866 A CN 200910041866A CN 101637634 A CN101637634 A CN 101637634A
- Authority
- CN
- China
- Prior art keywords
- therapeutic apparatus
- monochromatic source
- main frame
- quasiconductor
- red
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Images
Abstract
The invention discloses an incoherent monochromatic source medical device. An incoherent monochromatic source is applied to replace laser; an output terminal of a light emitting diode is provided witha convex lens so as to lead light spots to be evenly concentrated, and software programs are used for setting working procedures of the medical device and developing a series of medical apparatus such as a light quantum heart cerebrovascular disease therapeutic apparatus, a liver disease therapeutic apparatus, a varicosity therapeutic apparatus, a prostate therapeutic apparatus and the like; therefore, the problems existing in the practical application of the incoherent monochromatic source medical device are solved.
Description
Technical field
The present invention relates to the light quantum medical instruments field, specifically is a kind of light quantum medical apparatus and instruments that adopts incoherent monochromatic source.
Background technology
The present optics armarium that uses clinically and a lot of medical science books and periodicals magazine are set forth application light quantum technology and are used for the clinical treatment various diseases.Mainly can be divided into two classes:
The first kind is for using the medical apparatus and instruments of laser quantum light source.As: Weng Guoxing " laser therapy breast cardiovascular disease " 1994; Xu Guoxiang " laser medicine " 1989; Wang Yuanqing " laser point irradiation and clinical practice " 1993; Deng Huizhen " laser clinical practice " 1997; The laser instrument several commonly used that Yin Guoyou " cardiovascular and cerebrovascular disease " 2007 grades are put down in writing is:
1, He-Ne laser instrument, luminous power is generally 1-30mw, red light wavelength 630nm;
2, CO2 laser instrument, luminous power is generally 0-30mw, 10.6 microns of infrared light wavelength;
3, GaAs semiconductor laser, luminous power is generally 0-50mw, near-infrared wavelength 900nm;
4, Ar+ laser instrument, luminous power is generally 0-5000mw, blue green wavelength 480nm.
The optical wavelength of above-mentioned conventional laser medical apparatus and instruments is longer, and the interaction between laser and biological cell mainly shows as heat effect, easily makes topical burn.
Laser has good directivity, coherence, monochromaticity and high brightness (high optical power density) four big characteristics, and this is laser is able to extensive use in multiple field a reason.But in phototherapy is clinical, when especially weak laser is used for skin or acupuncture point irradiation, directivity and coherence be there is no specific (special) requirements; Reaching therapeutic effect only needs: the optical wavelength of (1), output should fall into the peak value scope of blood absorption light, the i.e. monochromaticity of light; (2), the light quantum density that falls into intralesional satisfies medical threshold values requirement, i.e. Output optical power density.
Second class is for using the medical apparatus and instruments of incoherent light source.Incoherent light source cheapness, life-span are long, can reach the medical effect of laser.As disclosed light quantum source medical technology of Chinese patent CN1219433A and apparatus, introduced the medical apparatus and instruments of using incoherent monochromatic light light source.But this patent only is to have proposed theoretically to use the feasibility that incoherent monochromatic light light source replaces laser, remains in defectives such as hot spot dispersions.And, be subjected to the angle of light exposure treatment, the program agreement of the science that parameters such as incoherent monochromatic Output optical power, irradiation time given in conjunction with the biological characteristic of human body of still needing from human body in actual applications from the angle of medical science.The irradiation of having no regulations may cause failing to respond to any medical treatment really, even has side effects.
Summary of the invention
The object of the present invention is to provide a kind of incoherent monochromatic source medical device, effectively control hot spot dispersion, Output optical power and rayed time, reach best therapeutic effect.
In order to reach above goal of the invention, a kind of incoherent monochromatic source medical device of the present invention comprises power supply, incoherent monochromatic source, therapeutic apparatus and main frame; Power supply is connected with main frame, for main frame provides stable power; Main frame is connected with therapeutic apparatus by lead, and output voltage is to incoherent monochromatic source; Incoherent monochromatic source is installed on the therapeutic apparatus.
It is characterized in that: described incoherent monochromatic source comprises the red GaAlAs quasiconductor of LED660/ red light-emitting diode (wavelength 660 nanometers, single luminous power 2-5mW) or the near-infrared luminous diode of LED950/ near-infrared GaAs quasiconductor (wavelength 760-1500 nanometer, single luminous power 75-100mW), the outfan of described light emitting diode is equipped with convex lens; Described main frame embedded software program, the rayed time of the break-make control incoherent monochromatic source by output voltage, the output luminous power of the adjusting control incoherent monochromatic source by output voltage values.
Preferably, the built-in interior warning music of setting of software program of described main frame.
The present invention by architectural feature and the main frame embedded software program that changes described therapeutic apparatus, develops a series of incoherent monochromatic source therapeutic instrument according to the feature of human body different parts:
1, light quantum cardiovascular and cerebrovascular diseases instrument
It is characterized in that: described therapeutic apparatus comprises a kind of in head treatment device, nasal cavity therapy device, Sublingual therapeutic apparatus, wrist therapeutic apparatus, cervical region therapeutic apparatus, the ear's therapeutic apparatus or several; Described incoherent monochromatic source adopts the red GaAlAs quasiconductor of LED660/ red light-emitting diode; The red GaAlAs quasiconductor of described LED660/ red light-emitting diode is planted in described head treatment device, nasal cavity therapy device, Sublingual therapeutic apparatus, wrist therapeutic apparatus, cervical region therapeutic apparatus, ear's therapeutic apparatus, converges on the different therapeutic apparatuss with the different illuminating sources that prop up the red GaAlAs quasiconductor of LED660/ red light-emitting diodes; It is that 9-15 props up that the red GaAlAs quasiconductor of described LED660/ red light-emitting diode is planted in the quantity of described head treatment device; It is that 1-4 props up that the red GaAlAs quasiconductor of described LED660/ red light-emitting diode is planted in the quantity of described nasal cavity therapy device; It is that 4-8 props up that the red GaAlAs quasiconductor of described LED660/ red light-emitting diode is planted in the quantity of described Sublingual therapeutic apparatus; It is that 7-14 props up that the red GaAlAs quasiconductor of described LED660/ red light-emitting diode is planted in the quantity of described wrist therapeutic apparatus; It is that 4-8 props up that the red GaAlAs quasiconductor of described LED660/ red light-emitting diode is planted in the quantity of described cervical region therapeutic apparatus; It is that 1-4 props up that the red GaAlAs quasiconductor of described LED660/ red light-emitting diode is planted in the quantity of described ear therapeutic apparatus.
2, liver disease treatment instrument
It is characterized in that: described incoherent monochromatic source comprises 20 near-infrared luminous diodes of above LED950/ near-infrared GaAs quasiconductor; Described therapeutic apparatus is that arc is tabular, and being provided with fixing band binding human body, that therapeutic apparatus is fixed in the abdominal part liver is external; Described host setting light application time is 5-90min.
3, varicosis therapeutic instrument
It is characterized in that: described incoherent monochromatic source comprises that 10-60 props up the red GaAlAs quasiconductor of LED660/ red light-emitting diode, is fixed on the tabular therapeutic apparatus of arc, and is provided with fixing band and can bundlees shank therapeutic apparatus is fixed over against focus.
4, medical apparatus for treating prostatic diseases
It is characterized in that: described incoherent monochromatic source comprises that 10-30 props up the red GaAlAs quasiconductor of LED660/ red light-emitting diode, is fixed on the therapeutic apparatus of Pant-like over against prostatic position.
All can split the disease that effect reaches therapeutic effect and all can use the incoherent monochromatic source therapeutic instrument that incoherent monochromatic source medical device develops according to the present invention by hitting.
The present invention is equipped with convex lens at the outfan of light emitting diode and the hot spot point is dwindled in the dispersive light wave set in each quantum source its density is strengthened and evenly realizes the collimation irradiation, discovering that short-wavelength light quantum and iuntercellular produce to hit splits effect and makes the organic macromolecule in the blood be cracked into micromolecule, strengthening erythrocytic permeability strengthens its oxygen carrying content, anticoagulant, activate enzyme and participate in the human homergy, adjust biochemical indicator, reach clinical therapeutic efficacy; Main frame embedded software program, control the rayed time of incoherent monochromatic source by the break-make of output voltage, control the Output optical power of incoherent monochromatic source by the adjusting of output voltage values, control the treatment time and the recurrence interval chronotherapy of each therapentic part, control optical density power, the experience of summing up in the clinical treatment is embedded in the medical apparatus and instruments, reaches best therapeutic effect.
After using the present invention, in the past obtain the disease of curative effect preferably clinically with these laser in a large number, all available this class incoherent monochromatic source is that new quantum source is made various medical apparatus and instruments and treated, and clinical proof technical solution of the present invention is feasible.This just can make hinder the ultraviolet-radiation treatment instrument be popularized for average family price problem and service life problem be resolved, the maintenance easy to use of the present invention simultaneously, the invention of this incoherent monochromatic light quantum medical skill and apparatus will produce huge economic and social benefit.
Further specify technical scheme of the present invention below in conjunction with drawings and the specific embodiments.
Description of drawings
Fig. 1 is the sketch map of incoherent monochromatic source medical device of the present invention;
Fig. 2 is an incoherent monochromatic source structural representation of the present invention;
Fig. 3 is the light quantum cardiovascular and cerebrovascular diseases instrument sketch map of embodiment one;
Fig. 4 is the incoherent monochromatic source combination sketch map of embodiment one;
Fig. 5 is the liver disease treatment instrument sketch map of embodiment two;
Fig. 6 is the varicosis therapeutic instrument sketch map of embodiment three;
Fig. 7 is the medical apparatus for treating prostatic diseases sketch map of embodiment four.
The specific embodiment
As shown in Figure 1, a kind of incoherent monochromatic source medical device of the present invention comprises power supply 1, incoherent monochromatic source 5, therapeutic apparatus 4 and main frame 2; Power supply 1 is connected with main frame 2, for main frame 2 provides stable power; Main frame 2 is connected with therapeutic apparatus 4 by lead 3, and output voltage is to incoherent monochromatic source 5; Incoherent monochromatic source 5 is installed on the therapeutic apparatus 4.
Described incoherent monochromatic source 5 comprises the red GaAlAs quasiconductor of LED660/ red light-emitting diode (wavelength 660 nanometers, single luminous power 2-5mW) or the near-infrared luminous diode of LED950/ near-infrared GaAs quasiconductor (wavelength 760-1500 nanometer, single luminous power 75-100mW), as shown in Figure 2, the outfan of described light emitting diode 11 is equipped with convex lens 12; Described main frame 2 embedded software programs, the rayed time of the break-make control incoherent monochromatic source 5 by output voltage, the Output optical power of the adjusting control incoherent monochromatic source 5 by output voltage values.
The present invention by architectural feature and the main frame embedded software program that changes described therapeutic apparatus, develops a series of incoherent monochromatic source therapeutic instrument according to the feature of human body different parts:
Embodiment one: light quantum cardiovascular and cerebrovascular diseases instrument
As shown in Figure 3, light quantum cardiovascular and cerebrovascular diseases instrument comprises power supply 31, incoherent monochromatic source, therapeutic apparatus and main frame 32; Power supply 31 is connected with main frame 32, for main frame 32 provides stable power; Main frame 32 is connected with therapeutic apparatus by lead, and output voltage is to incoherent monochromatic source.Described therapeutic apparatus comprises head treatment device 33, nasal cavity therapy device 34, Sublingual therapeutic apparatus 35, wrist therapeutic apparatus 36, cervical region treatment 37, device ear therapeutic apparatus 38, therapeutic apparatus is according to the human body bodily form characteristic Design that is used in, head treatment device 33 is the medicated cap shape, nasal cavity therapy device 34 is the probe shape, Sublingual therapeutic apparatus 35 is the shell-like of tongue shape, wrist therapeutic apparatus 36 is the wrist-watch shape, cervical region therapeutic apparatus 37 is square, ear's therapeutic apparatus 38 is a cylindricality, described incoherent monochromatic source is the red GaAlAs quasiconductor of a LED660/ red light-emitting diode, as shown in Figure 4, light emitting diode 39 is installed on the therapeutic apparatus, and many light emitting diodes 39 pool a little.
It is 10 that the red GaAlAs quasiconductor of described LED660/ red light-emitting diode is planted in the quantity of described head treatment device 33; It is 2 that the red GaAlAs quasiconductor of described LED660/ red light-emitting diode is planted in the quantity of described nasal cavity therapy device 34; It is 5 that the red GaAlAs quasiconductor of described LED660/ red light-emitting diode is planted in the quantity of described Sublingual therapeutic apparatus 35; It is 10 that the red GaAlAs quasiconductor of described LED660/ red light-emitting diode is planted in the quantity of described wrist therapeutic apparatus 36; It is 5 that the red GaAlAs quasiconductor of described LED660/ red light-emitting diode is planted in the quantity of described cervical region therapeutic apparatus 37; It is 2 that the red GaAlAs quasiconductor of described LED660/ red light-emitting diode is planted in the quantity of described ear therapeutic apparatus 38.
Described main frame 32 is provided with following program:
1, start.
2, voice suggestion " oral 200 ml waters ".
3, the start treatment is 30 minutes.
4, suspend 30 minutes.
5, voice suggestion " oral 200 ml waters ".
6, the start treatment is 30 minutes.
7, music alarm shutdown.
The medicine principle of present embodiment is as follows:
Present embodiment is employing no wound, acupuncture point external exposure, does not accompany the transfusion irradiation from the blood optical photon therapy, improve blood oxygen carrying capacity, produce to hit and split effect, activate biological plurality of enzymes body, reduce the purpose that biochemical indicators such as triglyceride in the body, cholesterol, whole blood viscosity, packed cell volume number, platelet aggregation number, CRP (c reactive protein is one of good opinion mark of different in nature class disease in the human body body), blood glucose reach the treatment cardiovascular and cerebrovascular disease.Specifically: the luminous power density of selecting for use the red GaAlAs quasiconductor of every group of number LED660/ red light-emitting diode that its luminous spot is tried one's best after overlapping is sufficiently more than He-Ne laser or semiconductor laser, and is similar with the luminous power density of traditional hemotherapy; Its monochromaticity is also fine, and main peak 660nm just in time drops in the blood absorption peak, and light emitting diode is placed patient Sublingual, nasal cavity, head acupoint, wrist etc.Because Sublingual, nasal cavity blood and lymph are abundant and the mucosa photopermeability is fine; Head is the intersection of collaterals of human, and head acupoint is the most shallow apart from epidermis, and the resistance minimum at acupuncture point is easy to the absorption of outside energy; The Lingdao (HT4) cave of wrist, Tongli point, cloudy Xi cave, Shenmen point, chien shih cave, Neiguan acupoint, Daling acupoint shine, and produce and the identical effect in this acupuncture point of acupuncture; Therefore the present embodiment treatment can be got through meridians, the chest stuffiness relieving reason diaphragm, eliminates vexed, the mind tranquilizing and the heart calming of thoracic cavity painful abdominal mass, removes diseases such as pained, cardiopalmus, palpitation with a distress feeling, feeling of fullness in the head, dizzy, aphasia with stiff tongue.But find to reach the treatment of cardiovascular and cerebrovascular disease and the formation of pre-preventing thrombosis by this technology treatment triglyceride reducing, cholesterol, whole blood viscosity, CRP, platelet aggregation, packed cell volume number etc. through a large amount of clinical trials and summary.
The present embodiment therapeutic effect is identical from the blood optical photon therapy with the ILLI that optical fiber punctures vein blood vessel direct irradiation blood, and can not cause cross infection and concomitant drugs infusion treatment to make the side effect of tool optical activity medicine degeneration toxigenicity material.
Embodiment two: liver disease treatment instrument
As shown in Figure 5, the present embodiment liver disease treatment instrument comprises power supply 41, incoherent monochromatic source, therapeutic apparatus 43 and main frame 42; Power supply 41 is single-phase AC 220V, frequency 50Hz, is connected with main frame 42, for main frame 42 provides stable power; Main frame 42 is connected with therapeutic apparatus 43 by lead, and output voltage is to incoherent monochromatic source, and main frame 42 can be adjusted the fluorescent lifetime of incoherent monochromatic source by knob in 5min～90min scope; Incoherent monochromatic source comprises 20 near-infrared luminous diodes of LED950/ near-infrared GaAs quasiconductor, is installed on the therapeutic apparatus 43; Described therapeutic apparatus 43 is that arc is tabular, and being provided with fixing band binding human body, that therapeutic apparatus 43 is fixed in the abdominal part liver is external.
Described main frame 42 is provided with following program:
1, start.
2, voice suggestion " oral 200 ml waters ".
3, the start treatment is 30 minutes.
4, music alarm shutdown.
Present embodiment is by the near infrared light external exposure, and it is internal energy that liver is obtained in a large number, impels blood circulation and metabolism, and inflammation index is descended, and hepatocellular oxygen carrying content increases, and it is normal that liver function reaches, piece together and abandon the injury of medicine, reach the effect of hepatoprotective treating the liver human body.
Embodiment three: the varicosis therapeutic instrument
As shown in Figure 6, the present embodiment liver disease treatment instrument comprises power supply 51, incoherent monochromatic source, therapeutic apparatus 53 and main frame 52; Power supply 51 is connected with main frame 52, for main frame 52 provides stable power; Main frame 52 is connected with therapeutic apparatus 53 by lead, and output voltage is to incoherent monochromatic source; Incoherent monochromatic source comprises the red GaAlAs quasiconductor of 20 LED660/ red light-emitting diodes, is fixed on the tabular therapeutic apparatus of arc 53, and is provided with fixing band and can bundlees shank therapeutic apparatus 53 is fixed over against focus.
Present embodiment is piled up inflammation to affected area blood and venous and is produced to hit and split effect, accelerate and dredge the blood circulation of the blood vessel of shank, activate enzyme and make macromolecular substances be cracked into small-molecule substance participation metabolism, change artery sclerosis and vascular smooth muscle inflammation, thereby reach therapeutic effect.
Described main frame 52 is provided with following program:
1, start.
2, voice suggestion " oral 200 ml waters ".
3, the start treatment is 30 minutes.
4, suspend 20 minutes.
5, voice suggestion " oral 200 ml waters ".
6, the start treatment is 30 minutes.
7, music alarm shutdown.
Embodiment four: medical apparatus for treating prostatic diseases
As shown in Figure 7, the present embodiment liver disease treatment instrument comprises power supply 61, incoherent monochromatic source, therapeutic apparatus 63 and main frame 62; Power supply 61 is connected with main frame 62, for main frame 62 provides stable power; Main frame 62 is connected with therapeutic apparatus 63 by lead, and output voltage is to incoherent monochromatic source; Incoherent monochromatic source comprises the red GaAlAs quasiconductor of 15 LED660/ red light-emitting diodes, is fixed on the therapeutic apparatus 63 of Pant-like over against prostatic position.
Described main frame 62 is provided with following program:
1, start.
2, voice suggestion " oral 200 ml waters ".
3, the start treatment is 20 minutes.
4, suspend 20 minutes.
5, voice suggestion " oral 200 ml waters ".
6, the start treatment is 20 minutes.
7, music alarm shutdown.
Present embodiment is piled up the inflammation macromole to affected area blood and venous and is produced to hit and split effect, accelerate and dredge the blood circulation of the blood vessel of prostatic part, activating enzyme is the macromolecular substances cracking, changes the hardened inflammation index of artery, thereby reaches treatment prostate clinical symptoms effect.
Claims (10)
1, a kind of incoherent monochromatic source medical device comprises power supply, incoherent monochromatic source, therapeutic apparatus and main frame; Power supply is connected with main frame, for main frame provides stable power; Main frame is connected with therapeutic apparatus by lead, and output voltage is to incoherent monochromatic source; Incoherent monochromatic source is installed on the therapeutic apparatus,
It is characterized in that: described incoherent monochromatic source comprises the red GaAlAs quasiconductor of LED660/ red light-emitting diode (wavelength 660 nanometers, single luminous power 2-5mW) or the near-infrared luminous diode of LED950/ near-infrared GaAs quasiconductor (wavelength 760-1500 nanometer, single luminous power 75-100mW), the outfan of described light emitting diode is equipped with convex lens; Described main frame embedded software program, the rayed time of the break-make control incoherent monochromatic source by output voltage, the output luminous power of the adjusting control incoherent monochromatic source by output voltage values.
2, a kind of incoherent monochromatic source medical device according to claim 1, change the architectural feature and the main frame embedded software program of described therapeutic apparatus, develop light quantum cardiovascular and cerebrovascular diseases instrument, it is characterized in that: described therapeutic apparatus comprises a kind of in head treatment device, nasal cavity therapy device, Sublingual therapeutic apparatus, wrist therapeutic apparatus, cervical region therapeutic apparatus, the ear's therapeutic apparatus or several; Described incoherent monochromatic source adopts the red GaAlAs quasiconductor of LED660/ red light-emitting diode; The red GaAlAs quasiconductor of described LED660/ red light-emitting diode is planted in described head treatment device, nasal cavity therapy device, Sublingual therapeutic apparatus, wrist therapeutic apparatus, cervical region therapeutic apparatus, ear's therapeutic apparatus.
3, light quantum cardiovascular and cerebrovascular diseases instrument according to claim 2 is characterized in that: it is that 9-15 props up that the red GaAlAs quasiconductor of described LED660/ red light-emitting diode is planted in the quantity of described head treatment device; It is that 1-4 props up that the red GaAlAs quasiconductor of described LED660/ red light-emitting diode is planted in the quantity of described nasal cavity therapy device; It is that 4-8 props up that the red GaAlAs quasiconductor of described LED660/ red light-emitting diode is planted in the quantity of described Sublingual therapeutic apparatus; It is that 7-14 props up that the red GaAlAs quasiconductor of described LED660/ red light-emitting diode is planted in the quantity of described wrist therapeutic apparatus; The red GaAlAs quasiconductor of described LED660/ red light-emitting diode plants that to get quantity in described cervical region therapeutic apparatus be that 4-8 props up; It is that 1-4 props up that the red GaAlAs quasiconductor of described LED660/ red light-emitting diode is planted in the quantity of described ear therapeutic apparatus.
4, light quantum cardiovascular and cerebrovascular diseases instrument according to claim 2, it is characterized in that: described main frame (32) is provided with following program:
(1), start;
(2), voice suggestion " oral 200 ml waters ";
(3), the start treatment is 30 minutes;
(4), suspend 30 minutes;
(5), voice suggestion " oral 200 ml waters ";
(6), the start treatment is 30 minutes;
(7), music alarm shutdown.
5, a kind of incoherent monochromatic source medical device according to claim 1, change the architectural feature and the main frame embedded software program of described therapeutic apparatus, develop liver disease treatment instrument, it is characterized in that: described incoherent monochromatic source comprises 20 near-infrared luminous diodes of above LED950/ near-infrared GaAs quasiconductor; Described therapeutic apparatus is that arc is tabular, and being provided with fixing band binding human body, that therapeutic apparatus is fixed in the abdominal part liver is external; Described host setting light application time is 5-90min.
6, liver disease treatment instrument according to claim 5 is characterized in that: described main frame (42) is provided with following program:
(1), start;
(2), voice suggestion " oral 200 ml waters ";
(3), the start treatment is 30 minutes;
(4), music alarm shutdown.
7, a kind of incoherent monochromatic source medical device according to claim 1, change the architectural feature and the main frame embedded software program of described therapeutic apparatus, develop the varicosis therapeutic instrument, it is characterized in that: described incoherent monochromatic source comprises that 10-60 props up the red GaAlAs quasiconductor of LED660/ red light-emitting diode, be fixed on the tabular therapeutic apparatus of arc, and be provided with fixing band and can bundle shank therapeutic apparatus is fixed over against focus.
8, varicosis therapeutic instrument according to claim 7 is characterized in that: described main frame (52) is provided with following program:
(1), start;
(2), voice suggestion " oral 200 ml waters ";
(3), the start treatment is 30 minutes;
(4), suspend 20 minutes;
(5), voice suggestion " oral 200 ml waters ";
(6), the start treatment is 30 minutes;
(7), music alarm shutdown.
9, a kind of incoherent monochromatic source medical device according to claim 1, change the architectural feature and the main frame embedded software program of described therapeutic apparatus, develop medical apparatus for treating prostatic diseases, it is characterized in that: described incoherent monochromatic source comprises that 10-30 props up the red GaAlAs quasiconductor of LED660/ red light-emitting diode, is fixed on the therapeutic apparatus of Pant-like over against prostatic position.
10, medical apparatus for treating prostatic diseases according to claim 9 is characterized in that: described main frame (62) is provided with following program:
(1), start;
(2), voice suggestion " oral 200 ml waters ";
(3), the start treatment is 20 minutes;
(4), suspend 20 minutes;
(5), voice suggestion " oral 200 ml waters ";
(6), the start treatment is 20 minutes;
(7), music alarm shutdown.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910041866A CN101637634A (en) | 2009-08-14 | 2009-08-14 | Incoherent monochromatic source medical device and applications thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200910041866A CN101637634A (en) | 2009-08-14 | 2009-08-14 | Incoherent monochromatic source medical device and applications thereof |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN101637634A true CN101637634A (en) | 2010-02-03 |
Family
ID=41612933
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN200910041866A Pending CN101637634A (en) | 2009-08-14 | 2009-08-14 | Incoherent monochromatic source medical device and applications thereof |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101637634A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104436448A (en) * | 2014-10-22 | 2015-03-25 | 沈阳吉星医疗器械有限公司 | Non-coherent monochromatic source medical device |
| CN110339485A (en) * | 2019-07-18 | 2019-10-18 | 陈大为 | A kind of varicose treatment instrument |
| CN113487953A (en) * | 2021-07-30 | 2021-10-08 | 北京博医时代教育科技有限公司 | Esophageal and gastric varices operation training model and manufacturing method thereof |
-
2009
- 2009-08-14 CN CN200910041866A patent/CN101637634A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104436448A (en) * | 2014-10-22 | 2015-03-25 | 沈阳吉星医疗器械有限公司 | Non-coherent monochromatic source medical device |
| CN110339485A (en) * | 2019-07-18 | 2019-10-18 | 陈大为 | A kind of varicose treatment instrument |
| CN113487953A (en) * | 2021-07-30 | 2021-10-08 | 北京博医时代教育科技有限公司 | Esophageal and gastric varices operation training model and manufacturing method thereof |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| DE602005019367D1 (en) | Enhanced cell therapy and tissue regeneration via shock waves in patients with cardiovascular and neurological diseases | |
| CN102451524B (en) | Physiotherapy instrument and use method thereof | |
| CN106859952A (en) | Treat the fuming type health-care instrument of rheumatism | |
| CN206167649U (en) | Photon thermotherapy jar | |
| US20070100402A1 (en) | Fat reduction using external laser radiation and niacin | |
| CN101637634A (en) | Incoherent monochromatic source medical device and applications thereof | |
| CN101336863A (en) | Laser irradiation acupoint body-surface recombination energy cupping device | |
| CN201564996U (en) | Medical instrument with incoherent monochromatic light source and application thereof | |
| CN102488974A (en) | Pure oxygen- photodynamic composite skin therapeutic instrument | |
| CN202554760U (en) | Acupoint laser radiation apparatus | |
| CN108743351A (en) | Perform acupunctures with stone needles moxibustion pot and its application method | |
| CN112546123A (en) | Moxibustion strip | |
| CN201283071Y (en) | Compound energy jade cupping instrument with laser irradiation for acupuncture points on body surface | |
| CN106860928A (en) | Photon suction cup | |
| RU157667U1 (en) | MULTI-FUNCTION LIGHT-RECOVERY DEVICE | |
| Ma et al. | Recent advances in light energy biotherapeutic strategies with photobiomodulation on central nervous system disorders | |
| CN1112223C (en) | Light quantum source medical technology and apparatus | |
| CN113633896A (en) | Optical irradiation device and method for treating diabetic foot | |
| CN206044964U (en) | Femoral head positions infrared fumigation instrument | |
| CN202724483U (en) | Laser treatment instrument with ulnar artery irradiation | |
| CN202666208U (en) | Laser therapeutic instrument with Daling acupoint illuminating | |
| CN105055922A (en) | Acupuncture point application composition for treating hypertension and using method thereof | |
| CN204619194U (en) | A kind of webs irradiating laser therapeutic instrument | |
| CN204502153U (en) | Palm of the hand therapeutic instrument and hand treatments instrument | |
| CN109966650A (en) | A kind of Led treating herpes instrument and treatment method |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C12 | Rejection of a patent application after its publication | ||
| RJ01 | Rejection of invention patent application after publication |
Application publication date: 20100203 |