CN104225801A - ATP light female bladder inner wall noninvasive therapeutic apparatus - Google Patents
ATP light female bladder inner wall noninvasive therapeutic apparatus Download PDFInfo
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- CN104225801A CN104225801A CN201410415028.1A CN201410415028A CN104225801A CN 104225801 A CN104225801 A CN 104225801A CN 201410415028 A CN201410415028 A CN 201410415028A CN 104225801 A CN104225801 A CN 104225801A
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Abstract
The invention provides an ATP light female bladder inner wall noninvasive therapeutic apparatus. The ATP light female bladder inner wall noninvasive therapeutic apparatus comprises a host machine case, an ATP light emitter, a microcomputer controller arranged in the host machine case and used for controlling the ATP light emitter, a hollow catheter capable of extending from the inside of the host machine case to the outside of the host machine case, a probe, a hand-held connecting portion arranged between the probe and the hollow catheter and wrapping the connecting portion connected with the hollow catheter, of the probe, a display arranged at the top of the host machine case and a liquid storage chamber arranged in the host machine case. Multiple ports are formed in one end of the hollow catheter, and one of the multiple ports is communicated with the ATP light emitter. One end of the probe is communicated with the other end of the hollow catheter, and the probe is provided with a connecting portion connected with the hollow catheter. The display is communicated with the hollow catheter through the other of the multiple ports.
Description
Technical field
The present invention relates to a kind of medical instruments field, particularly, relate to a kind of ATP light female bladder inwall non-invasive therapy instrument.
Background technology
The mankind have a lot of disease to occur in the coating mucosal tissue of human viscera organ's cavity, modal is inflammation disease, as: the inflammation of mucosa, the inflammation of the inflammation of reproductive tract inner membrance, in addition urinary system inner membrance and otorhinolaryngology cavity lining mucosa inflammation etc. in digestive tract.The inflammation of mucosal tissue mainly with acute onset, due to treatment not in time or improper and transfer to chronic, then delay obstinate through for a long time, final a lot of disease development is that malignant tumor even loses one's life.Mucosa class inflammation is once delay obstinate becomes and may become persistent ailment, this is because do not have vascularity in mucosal tissue layer, Drug therapy is difficult to prove effective, and inflammation, once can not control its development in time, just may transform until bring out canceration to bad direction.Particularly, female urethra is scorching, cystitis is one of clinical frequently-occurring disease, especially more common with urethritis.Pathological diagnosis is visible, urethral canal inner wall or bladder inwall mucomembranous cell are (inflammatory stimulus or ulcer states) under being in anaerobic respiration state, therefore cell can lack energy can not normal expression physiological function, as can not makeup energy in time, cell generation swelling can be caused until disintegrate can be more serious mucosal ulcer.
Clinical experience is thought to the most expert of the treatment of mucosa, and local is disposed and is better than Formulations for systemic administration treatment.But be then difficult to accomplish that local is disposed to the lining mucosa of deep internal organs official jargon body in body, the concentration of medicine is also a difficult problem to the stimulation of mucosa in addition, Drug therapy failure even causes increasing the weight of the state of an illness being also FAQs, therefore clinical needs better method reply disease.
For this reason, scientific research personnel have studied some Medical luminous devices and treats or alleviate the pathological changes of these mucosas and skin organ, in these Medical luminous devices, is all utilize the temperature action of various light and infrared penetrance, disposes all kinds of sick cells in tissue.Such as, being generally 280 DEG C of-350 DEG C of high-temperature regions, solidify cell protein, then broken cell makes it to produce new cell again, processes pathological tissues with this.
In the prior art, being all improve the temperature of the light that luminous organ sends, such as, is all utilize high temperature to carry out baking evaporation to the disposal of burn, very large to wound histiocyte secondary damage like this, makes pathological changes reverse slowly, convalescent period prolongation.And, owing to being process sick cell (high temperature illumination is easy to kill cell) by the temperature of light, therefore the mode of light output is the principle being similar to magnifier, light is focused on by probe, thus improve the temperature of the light sent of popping one's head in, but thus destroy the impaired cell (sick cell) that can also recover.
Therefore, according to physiological structure need to propose a kind of not only facilitated doctor to use but also do not have secondary damage, therapeutic effect is good, provide energy in time for cell protein and be convenient to the medical light therapy apparatus that controls.
Summary of the invention
For overcoming existing defect, reduce or avoid the destruction to cell protein, reduce the loss of the leaded light amount of luminous organ, improve light output amount, increase and can opereating specification, convenient operation and the local that can solve internal cavity lining mucosa inflammation dispose, accomplish that not damaged has no side effect fast treating, the present invention proposes a kind of ATP light female bladder inwall non-invasive therapy instrument, comprising: mainframe box; ATP light luminous organ, described ATP light luminous organ is arranged in described casing; Microcomputer controller, described microcomputer controller is arranged on mainframe box inside, for controlling described ATP light luminous organ; Hollow conduit, described hollow conduit can extend to described mainframe box outside and have multiple port in its one end from described mainframe box inside, a port in described multiple port is connected with described ATP light luminous organ; Probe, described probe one end is connected with the other end of described hollow conduit and has the junction surface engaged with described hollow conduit; Hand-held junction surface, described hand-held junction surface to be arranged between described probe with described hollow conduit and to wrap up the junction surface that described probe engages with described hollow conduit; Display, described display is arranged on described mainframe box top; And fluid reservoir, it is inner that described fluid reservoir is arranged on described mainframe box, and be connected with described hollow conduit by another port in described multiple port.
Preferably, described hollow conduit comprises with described probe: from the light irradiation tunnel of the end at the through junction surface engaged with described hollow conduit away from described probe to described probe of the port be connected with described ATP light luminous organ of hollow conduit; To extend side by side with described smooth irradiation tunnel and for the shooting passage of images information; Extend side by side with described smooth irradiation tunnel and illumination channel for throwing light on; And to extend side by side with described smooth irradiation tunnel and be respectively used to inject the reservoir channel of liquid disposal and recycling disposal waste liquid and reclaim reservoir channel.
Preferably, described smooth irradiation tunnel is connected with described ATP light luminous organ, for the optical transport that will send from described ATP light luminous organ to probe; Described shooting passage is built-in with camera head and is connected with described microcomputer controller, for the image information that real-time Transmission is obtained by described camera head; Described illumination channel is connected with described microcomputer controller, for providing illumination light; Be connected with described fluid reservoir with described recovery reservoir channel with described reservoir channel, be respectively used to inject liquid disposal and reclaim the disposal waste liquid after using.
Preferably, described ATP light luminous organ comprises: luminous organ housing; Fixed cover, described fixed cover is contained in described luminous organ housing; Luminescence component, described luminescence component is arranged on one end of described fixed cover; Lamp holder, described luminescence component is plugged in described lamp holder, and described luminescence component is fixed between described lamp holder and described fixed cover, and by described lamp holder for described luminescence component provides energy; Wherein, described luminous organ housing is hollow, for described fixed cover, described luminescence component and described lamp holder being sequentially contained in described luminous organ housing.
Preferably, the bulb that described luminescence component comprises lamp bowl and inserts in described lamp bowl, the inside of described lamp bowl is coated with reflective medium, and preferably, the inside of described lamp bowl is gold-plated.
Preferably, the distance between described fixed cover and described luminescence component is fixed.
Preferably, the length of described probe is 20.0cm, and the diameter of described probe is 0.2cm.
Preferably, described probe comprises fibre-optic bundle.
Preferably, the wavelength of light that sends of described probe is in the scope of 2.4 μm-5.8 μm.
Preferably, the light out-focus that described probe sends, and the wavelength of the light that described probe sends is in infrared wavelength intermediate zone and with light and shade district.
The ATP light female bladder inwall non-invasive therapy instrument of the application of the invention; can instantaneous time or at short notice (irradiation time length depends on the mucosa extent of damage) utilize ATP light to carry out irradiation completed treatment; and directly repair on the basis of original injured mucosa; thus reduce clinical secondary damage; protection mucosa cells protein; diminish inflammation fast, cleaning extracellular environment, is more conducive to cytothesis simultaneously.
Accompanying drawing explanation
Fig. 1 is the axonometric chart of the ATP light female bladder inwall non-invasive therapy instrument according to the embodiment of the present invention.
Fig. 2 extends the hollow conduit of mainframe box outside and the schematic diagram of probe in Fig. 1.
Fig. 3 is the cross-sectional view of popping one's head in Fig. 2.
Fig. 4 is the structural representation of the ATP light luminous organ according to the embodiment of the present invention.
Detailed description of the invention
Be described in detail below in conjunction with the structure of the drawings and specific embodiments to ATP light female bladder inwall non-invasive therapy instrument provided by the invention.
Here, the concept of ATP light stems from Davydov theory.Particularly, be exactly according to ATP molecular distribution and the characteristic of hydrolysis and the feature of protein structure, the basis of Davydov theory proposes a kind of theory of new bio-energy transport, and in this being applied a theory to practice, utilize light and material to synthesize ATP bio-energy and bio-energy transport realizes treating the hurtless measure not damaged of mankind's cavity lining mucosa and skin organ wound inflammation and ulcer.
Particularly, be exactly that special optical wavelength is introduced bladder organ cavity, mainly solve female bladder inwall mucosa chronic inflammatory disease, carry out inflammation mucosa local and irradiate instantaneously and reach healing object.Research according to scientist: the light of this special wavelength occupy in spectral series, it can show equal with the energy that intracellular adenosine triphosphate discharges by quantity research, with this wavelength light direct irradiation inflammatory stimulus cell, can be utilized by intracellular protein transient absorption, and to intracellular protein activation point (amido link) and adenosine triphosphate activate a little act on identical, therefore by its called after ATP light.
Fig. 1 shows the axonometric chart of the ATP light female bladder inwall non-invasive therapy instrument according to the embodiment of the present invention.As shown in Figure 1, ATP light bladder non-invasive therapy instrument 100 comprises: mainframe box 10, be arranged on the ATP light luminous organ (not shown) of mainframe box 10 inside, microcomputer controller (not shown), microcomputer controller is arranged on mainframe box inside, ATP light source is produced for controlling described ATP light luminous organ, hollow conduit 20, hollow conduit 20 can extend to mainframe box outside and have multiple port in its one end from mainframe box 10 inside, a port in multiple port is connected with ATP luminous organ, probe 40, one end of probe 40 is connected with the other end of described hollow conduit 20 and has the junction surface engaged with hollow conduit 20, like this, the ATP light sent from ATP light luminous organ transfers to probe 40 via hollow conduit, and send from the end away from junction surface (end of probe 40) of probe 40, hand-held connecting portion 30, hand-held connecting portion 30 to be arranged between probe 40 with hollow conduit 20 and to wrap up the junction surface that probe 40 engages with hollow conduit 20, thus can not only handled easily personnel operate, the junction surface between probe 40 and hollow conduit 20 can also be protected, display 50, display 50 is arranged on the top of mainframe box, for showing the real-time image information transmitted back from the camera head be built in probe 40, with fluid reservoir 60, fluid reservoir 60 is arranged on mainframe box bottom, and be connected with hollow conduit 20 by another port in multiple ports of hollow conduit.
This female bladder inwall non-invasive therapy instrument can also comprise the guidance panel of the operational order for input operation person, be convenient to the external control part (such as foot-operated panel) 70 of user operation control ATP light luminous organ, and be arranged on the roller being convenient to mainframe box movement bottom mainframe box.
In addition, fluid reservoir 60 also can be arranged on mainframe box sidepiece or mainframe box is outside, and concrete setting position can be determined according to practical situation.
Fig. 2 be in Fig. 1 from mainframe box inside extend to the hollow conduit of mainframe box outside and the schematic diagram of probe.Fig. 3 is the cross-sectional view of probe.Specifically as shown in Figures 2 and 3, a part for hollow conduit 20 can be made up of light-guide material, and in one end of hollow conduit 20, there is multiple port, each port in multiple port offers different passages, such as light irradiation tunnel 21, shooting passage 22, illumination channel 23, reservoir channel 24, fluid injection recovery approach 25 etc., these passages originate in the corresponding port at one end place of hollow conduit respectively, and extend side by side in hollow conduit by whole hollow conduit and extend through probe 40.
Particularly, the light irradiation tunnel 21 be made up of light-guide material is connected with ATP light luminous organ, this light irradiation tunnel 21 extends through whole hollow conduit 20 and continues to extend through probe 40, for by the ATP optical transport sent from ATP light luminous organ to probe 40 and from making the end away from junction surface of ATP light probe 40 end of 40 (probe) send.
The shooting passage 22 being built-in with camera head (not shown) extend side by side with light irradiation tunnel 21 and also extends through whole probe 40 always, image information during for being sent in cavity by the probe by camera head Real-time Collection transmits back microcomputer controller and by these image information display at display 50, thus convenient operation person operates.
Illumination channel 23 and light irradiation tunnel 21 extend side by side and extend through whole probe 40 always, for providing illumination light when camera head carries out image information collecting.Illumination channel 23 is connected with microcomputer controller and controls by microcomputer controller.
Reservoir channel 24 and recovery reservoir channel 25 are connected to corresponding fluid reservoir in fluid reservoir respectively, and extend side by side with light irradiation tunnel 21 and extend through whole probe 40 always, treating in cavity and from recycling disposal waste liquid in cavity for liquid disposal is input to.
Here, probe 40 is generally has flexible fibre-optic bundle, and its length is about 20.0cm, and diameter is 0.2cm.
Fig. 4 shows the structural representation of the ATP light luminous organ according to the embodiment of the present invention.As shown in Figure 4, the ATP light luminous organ in mainframe box comprises: luminous organ housing 9; Fixed cover 6, fixed cover 6 is contained in luminous organ housing 9; Luminescence component 7, luminescence component 7 is arranged on one end of fixed cover 6; Lamp holder 8, luminescence component 7 is plugged in lamp holder 8, and luminescence component 7 is fixed between lamp holder 8 and fixed cover 6, and by lamp holder 8 for luminescence component 7 provides energy; Wherein, described luminous organ housing is hollow, for described fixed cover, described luminescence component and described lamp holder being sequentially contained in described luminous organ housing.This luminous organ can also offer louvre or arrange radiating part 5 in end in outside, for heat radiation.
Luminescence component 7 is arranged on one end of fixed cover 6, and the bulb comprising lamp bowl 7 ' and insert in lamp bowl.Luminescence component 7 is integrally provided between fixed cover 6 and lamp holder 8, and its one end plugging bulb is inserted in lamp holder 8, thus provides energy by lamp holder 8 for luminescence component 7, makes bulb send infrared light.The infrared light wavelength that bulb sends is in the scope of 2.4 μm-5.8 μm, the ATP light that infrared light wavelength within the scope of these produces can activate female bladder tapetum cell, thus generation protein energy, make the histiocyte of pathological changes obtain energy supplement.
The inside of lamp bowl 7 ' is coated with reflective medium.Here, the inside of lamp bowl 7 ' is gold-plated, and when gold-plated, the infrared light sent by the direction reflected to probe 40, thus makes light quantity increase, and then improves light efficiency, further improves medical effect.Also can at inner plating rhodium, but its effect is not as gold-plated ideal.
Lamp holder 8 combines with fixed cover 6 thus is fixed between which by luminescence component 7.
Luminous organ housing 9 is hollow, for fixed cover 6, luminescence component 7 and lamp holder 8 being contained in luminous organ housing 9.Its outside or inside can be provided with heat-barrier material, for when luminous organ works, heat insulation better for carrying out luminous organ main body.
Radiator 5 can be arranged on the tail end of luminous organ housing 9, for further for luminous organ provides good heat radiation.Generally, fan can be used as radiator, but the present invention is not limited to this, the cooling mechanism of other type any can be set as required.
In addition, the distance between fixed cover 6 and luminescence component 7 cannot regulate, and like this, reduce the error of the infrared light wavelength sent as much as possible, make luminous organ working stability of the present invention, therapeutic effect is very significantly improved.
Particularly, in ATP light female bladder inwall non-invasive therapy instrument of the present invention, by specific probe length and diameter, reflective isolation technics is adopted to isolate the light with specific wavelength, these light with specific wavelength (2.4 μm-5.8 μm) are between to open and between concentrating (not optically focused), the length of probe and the size of diameter make light output amount improve (light quantity increase), and are made the wavelength of the ATP light sent from probe 40 be in infrared wavelength intermediate zone (visible ray fades, infrared light gradually grow) by ATP light luminous organ and with light and shade district.This with light and shade district and the not output light of optically focused can not increase the temperature (light be in room temperature under instead of high temperature) of light; can directly carry out repairing and not needing high temperature to kill injured female bladder intine-held protein cell plastid on original basis like this; thus activation paraprotein matter is regrowed; protected protein matter; the growing environment of cleaning cell; diminish inflammation fast; be convenient to repair; and make to process the better effects if of cell protein and very little to the infringement of protein, even almost do not damage.When probe is after external opening is sent in body and arrived lining mucosa focus, carry out after ATP illumination penetrates some seconds (usually deciding irradiation time length according to the state of an illness time), the disposal to focus can being completed.
When operating this ATP light female bladder inwall non-invasive therapy instrument, first power-on, open ATP light source, then flexible light output utensil (flexible probe) is imported in bladder cavity, behind arrival focal area, by in ATP light input bladder cavity, after some seconds (according to the state of an illness) are irradiated to focal area, terminate treat and take out light output utensil (probe), completed treatment program also closes ATP light source, last cleaning and sterilizing light output utensil (or replacing).
Generally speaking, the hot spot that the output temperature of the effect of non-invasive therapy instrument of the present invention and the ATP light of this non-invasive therapy instrument and APT light produce has close relationship.The temperature too high meeting scalded tissue of light, damaging cells.Hot spot is excessive invalid, and too small focusing produces high temperature.The infrared light of Clinical practice was all adopt heat effect to be treatment means in the past, had the side effect such as cicatrix, focus are remaining, whole body sign is reacted, the course for the treatment of is long to be a difficult problem, almost unavoidably after its incrustation produced wound, decrustation, reparation.Non-invasive therapy instrument of the present invention does not then have these side effect.
Finally it should be noted that, above embodiment is only in order to describe technical scheme of the present invention instead of to limit this technical method, the present invention can extend in application other amendment, change, application and embodiment, and therefore think that all such amendments, change, application, embodiment are all in spirit of the present invention and teachings.
Claims (10)
1. an ATP light female bladder inwall non-invasive therapy instrument, comprising:
Mainframe box;
ATP light luminous organ, described ATP light luminous organ is arranged in described casing;
Microcomputer controller, described microcomputer controller is arranged on mainframe box inside, for controlling described ATP light luminous organ;
Hollow conduit, described hollow conduit can extend to described mainframe box outside and have multiple port in its one end from described mainframe box inside, a port in described multiple port is connected with described ATP light luminous organ;
Probe, described probe one end is connected with the other end of described hollow conduit and has the junction surface engaged with described hollow conduit;
Hand-held junction surface, described hand-held junction surface to be arranged between described probe with described hollow conduit and to wrap up the junction surface that described probe engages with described hollow conduit;
Display, described display is arranged on described mainframe box top; With
Fluid reservoir, it is inner that described fluid reservoir is arranged on described mainframe box, and be connected with described hollow conduit by another port of described multiple port.
2. ATP light female bladder inwall non-invasive therapy instrument according to claim 1, wherein, described hollow conduit and described probe comprise:
From the light irradiation tunnel of the end at the through junction surface engaged with described hollow conduit away from described probe to described probe of the port be connected with described ATP light luminous organ of hollow conduit;
To extend side by side with described smooth irradiation tunnel and for the shooting passage of images information;
Extend side by side with described smooth irradiation tunnel and illumination channel for throwing light on; With
Extend side by side with described smooth irradiation tunnel and be respectively used to inject the reservoir channel of liquid disposal and recycling disposal waste liquid and reclaim reservoir channel.
3. ATP light female bladder inwall non-invasive therapy instrument according to claim 2, wherein,
Described smooth irradiation tunnel is connected with described ATP light luminous organ, for the optical transport that will send from described ATP light luminous organ to probe;
Described shooting passage is built-in with camera head and is connected with described microcomputer controller, for the image information that real-time Transmission is obtained by described camera head;
Described illumination channel is connected with described microcomputer controller, for providing illumination light; With
Described reservoir channel is connected with described fluid reservoir with described recovery reservoir channel, is respectively used to inject liquid disposal and reclaim the disposal waste liquid after using.
4. ATP light female bladder inwall non-invasive therapy instrument according to claim 1, wherein, described ATP light luminous organ comprises:
Luminous organ housing;
Fixed cover, described fixed cover is contained in described luminous organ housing;
Luminescence component, described luminescence component is arranged on one end of described fixed cover;
Lamp holder, described luminescence component is plugged in described lamp holder, and described luminescence component is fixed between described lamp holder and described fixed cover, and by described lamp holder for described luminescence component provides energy;
Wherein, described luminous organ housing is hollow, for described fixed cover, described luminescence component and described lamp holder being sequentially contained in described luminous organ housing.
5. ATP light female bladder inwall non-invasive therapy instrument according to claim 4, wherein, the bulb that described luminescence component comprises lamp bowl and inserts in described lamp bowl, the inside of described lamp bowl is coated with reflective medium, and preferably, the inside of described lamp bowl is gold-plated.
6. ATP light female bladder inwall non-invasive therapy instrument according to claim 4, wherein, the distance between described fixed cover and described luminescence component is fixed.
7. ATP light female bladder inwall non-invasive therapy instrument according to claim 1, wherein, the length of described probe is 20.0cm, and the diameter of described probe is 0.2cm.
8. ATP light female bladder inwall non-invasive therapy instrument according to claim 1, wherein, described probe comprises fibre-optic bundle.
9. ATP light female bladder inwall non-invasive therapy instrument according to claim 1, wherein, the wavelength of the light that described probe sends is in the scope of 2.4 μm-5.8 μm.
10. ATP light female bladder inwall non-invasive therapy instrument according to claim 1, wherein, the light out-focus that described probe sends, and the wavelength of the light that described probe sends is in infrared wavelength intermediate zone and with light and shade district.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410415028.1A CN104225801B (en) | 2014-08-21 | 2014-08-21 | ATP light female bladder inwall non-invasive therapy instrument |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410415028.1A CN104225801B (en) | 2014-08-21 | 2014-08-21 | ATP light female bladder inwall non-invasive therapy instrument |
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| CN104225801A true CN104225801A (en) | 2014-12-24 |
| CN104225801B CN104225801B (en) | 2016-06-01 |
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| CN201410415028.1A Active CN104225801B (en) | 2014-08-21 | 2014-08-21 | ATP light female bladder inwall non-invasive therapy instrument |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105413066A (en) * | 2015-12-31 | 2016-03-23 | 福建省民众医疗科技集团有限公司 | Semiconductor laser therapeutic instrument |
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| CN201533949U (en) * | 2009-10-13 | 2010-07-28 | 哈尔滨亿尔诺医学科技有限公司 | Medicinal instrument for treating gynecological cervical diseases by using infrared non-thermal biological effect |
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| CN203677748U (en) * | 2013-08-05 | 2014-07-02 | 北京钰龙惟康科贸有限公司 | Polarized light power therapeutic instrument |
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2014
- 2014-08-21 CN CN201410415028.1A patent/CN104225801B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| JP2002336267A (en) * | 2001-05-18 | 2002-11-26 | Morita Mfg Co Ltd | Laser beam radiating device |
| CN201533949U (en) * | 2009-10-13 | 2010-07-28 | 哈尔滨亿尔诺医学科技有限公司 | Medicinal instrument for treating gynecological cervical diseases by using infrared non-thermal biological effect |
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