CN204293696U - A kind of high energy red-light therapeutic instrument treatment head - Google Patents
A kind of high energy red-light therapeutic instrument treatment head Download PDFInfo
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- CN204293696U CN204293696U CN201420665949.9U CN201420665949U CN204293696U CN 204293696 U CN204293696 U CN 204293696U CN 201420665949 U CN201420665949 U CN 201420665949U CN 204293696 U CN204293696 U CN 204293696U
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Abstract
The utility model discloses a kind of high energy red-light therapeutic instrument treatment head, relate to technical field of medical instruments, comprise set gradually according to light output direction automatic temperature-controlled cooling device, light supply apparatus, light path regulating device, hollow structure fixing protective cover, also comprise supply unit and treatment head shell; Treatment head shell comprises the housing being provided with cap, and automatic temperature-controlled cooling device is fixed on the inside of housing, and light supply apparatus comprises the solid-state cold light source chip being provided with the little chip of several LED; Fixing protective cover comprises the stationary housings being hollow structure, fixing inner cover and fixed spiro; the inside of fixing inner cover is also provided with spacing interior cage apertures; light path regulating device penetrates the inside of fixing inner cover, and light path regulating device and light supply apparatus are fixed between the inside of fixing inner cover and automatic temperature-controlled cooling device by spacing interior cage apertures.The energy of the utility model not only light source is higher, can ruddiness be utilized well to treat, and structure is simple, easy to use.
Description
Technical field
The utility model relates to technical field of medical instruments, is specifically related to a kind of high energy red-light therapeutic instrument treatment head.
Background technology
The application of red light treatment has the history of decades.The main wavelength of ruddiness is between 600nm ~ 700nm, and different spectrum has different effects to human body, and scientific experiment for many years and clinical experience show, ruddiness has special, complicated Photobiology effect and photo-biological spread effect to human body.Ruddiness is absorbed in a large number by human body mitochondria, mitochondrial catalase activity can be made to increase, increase the metabolism of cell, glycogen content is increased, albumen synthesis increases and atriphos decomposes increase, thus promote cell synthesis, the healing of wound and ulcer can also be promoted, promote union, accelerate the regeneration of injured nerve, therefore, ruddiness can utilize red light treatment various diseases.Wherein, the energy of ruddiness is the key factor of disease therapy, if the energy of ruddiness is lower, is unfavorable for treatment, and the energy abundance of ruddiness is more conducive to treatment.
Existing utilization in the high energy red-light therapeutic instrument of red light treatment adopts light source for emitting red light diode or semiconductor diode, and not only the energy of light source is lower, and treatment head structure more complicated, install and use convenient not.
Utility model content
The utility model proposes a kind of high energy red-light therapeutic instrument treatment head, the energy solving the treatment head light source in prior art in high energy red-light therapeutic instrument is lower, the structure for the treatment of head is more complicated, install and use problem not easily, the Red energies that can not only obtain is higher, utilize ruddiness to treat well, treat the simple and compact for structure, easy to install and use of head.
The technical solution of the utility model is achieved in that a kind of high energy red-light therapeutic instrument treatment head, comprise set gradually according to light output direction automatic temperature-controlled cooling device, light supply apparatus, light path regulating device, hollow structure fixing protective cover, also comprise supply unit and a treatment head shell; Supply unit comprises the attaching plug connecing external power supply and the electric wire be connected with attaching plug, and electric wire comprises light supply apparatus electric wire and cooling device electric wire; Treatment head shell comprises the housing that is provided with cap, and cap is flexibly connected with housing, closely cooperates; Automatic temperature-controlled cooling device, light supply apparatus and light path regulating device are positioned at the inside of housing;
Described automatic temperature-controlled cooling device is fixed on the inside of housing, automatic temperature-controlled cooling device is provided with automatic temperature-adjusting and controls fan and radiating element, the outside part corresponding to fin of automatic temperature-controlled cooling device is also provided with metal plate, described light supply apparatus is fixed on the outside of the metal plate of automatic temperature-controlled cooling device, the light output end of light supply apparatus outwardly, light path regulating device is fixed on the light output end of light supply apparatus, and the part that light path regulating device is positioned at light output end is positioned at the inside of fixing protective cover;
The ruddiness that described light path regulating device comprises the emergent light for collecting light supply apparatus is assembled reflector and the emergent light of light supply apparatus is converted into the red light beam optimization lens of directional light, ruddiness assembles reflector and red light beam optimization lens set gradually according to light output direction, red light beam is optimized lens and is comprised convex lens, it is hollow structure that ruddiness assembles reflector, ruddiness is assembled reflector and is comprised light input end and light output end, red light beam optimizes the light output end that lens are fixed on ruddiness gathering reflector, ruddiness is assembled the light input end of reflector and is connected with the light output end of light supply apparatus,
Described housing comprises one for light path regulating device being fixed on the fixed sidewall of enclosure interior, also comprise one, for the treatment head connecting external treatment instrument support, sidewall is installed, fixed sidewall has one and installs fixing hole, treatment head is installed sidewall and is had a support connecting hole, the inside of support connecting hole is provided with the support for therapeutical instrument coupling nut for connecting external treatment instrument support, described housing is except fixed sidewall and treatment head installation sidewall, remaining sidewall all has several housing louvres, described fixing protective cover is fastened in the fixed sidewall of housing through installing fixing hole, described housing also has plug hole, attaching plug is fastened in the inside of plug hole, supply unit is connected with attaching plug by light supply apparatus electric wire, attaching plug is connected with automatic temperature-controlled cooling device by cooling device electric wire,
Described light supply apparatus comprises solid-state cold light source chip, and outwardly, described solid-state cold light source chip is provided with the little chip of several LED to the light output end of solid-state cold light source chip;
Described fixing protective cover comprises the stationary housings being hollow structure, fixing inner cover and fixed spiro, the inside of described stationary housings has the first outer cage apertures and the second outer cage apertures successively according to light output direction, the radius of the second outer cage apertures is identical with the bottom surface radius of convex lens, and the radius of the first outer cage apertures is all identical with the external diameter of the radius of installation fixing hole, fixing inner cover; The outer wall of fixing inner cover is provided with inner cover external screw thread, and one end of fixing inner cover is positioned at the inside of the first outer cage apertures, and be connected with the inner thread of the first outer cage apertures, fixed spiro is threadedly connected to the outside of fixing inner cover;
Described stationary housings is positioned at the outside of fixed sidewall, one end of fixing inner cover is passed from the inner side of fixed sidewall and is installed the inside that fixing hole enters the first cage apertures, be connected with the inner thread of the first outer cage apertures, the remainder of fixing inner cover is positioned at the inside of housing, fixed spiro is threadedly connected to the outside that fixing inner cover is positioned at the inner side of fixed sidewall, stationary housings, fixing inner cover, fixed spiro and installation fixing hole and fixed sidewall closely cooperate, and stationary housings and fixing inner cover are fixed on fixed sidewall by fixed spiro;
The inside of described fixing inner cover is also provided with the spacing interior cage apertures that an internal diameter is less than the bottom surface radius of convex lens, light path regulating device penetrates the inside of fixing inner cover, and light path regulating device and light supply apparatus are fixed between the inside of fixing inner cover and automatic temperature-controlled cooling device by fixing automatic temperature-controlled cooling device and spacing interior cage apertures by spacing interior cage apertures.
On the basis of technique scheme, the little chip of described LED is 100.
On the basis of technique scheme, between the outside of the metal plate of described solid-state cold light source chip and automatic temperature-controlled cooling device, be also provided with heat conductive silica gel.
On the basis of technique scheme, described light supply apparatus also comprises installing plate, the solid-state cold light source chip of described light supply apparatus is fixedly connected on the surface of installing plate, described installing plate also has clamping hole, the inside correspondence of described clamping hole is provided with fixing head, fixing head is fixedly connected on the side that ruddiness gathering reflector is connected with light supply apparatus, fix the inside that head is fastened in clamping hole, described fixing head and clamping hole closely cooperate, and ruddiness are assembled the light output end that reflector is connected to light supply apparatus.
On the basis of technique scheme, the light input end of described ruddiness gathering reflector is fixedly connected on the light output end of light supply apparatus by heat conductive silica gel, the light output end that ruddiness assembles reflector is fixedly connected on by heat conductive silica gel the light input end that red light beam optimizes lens.
On the basis of technique scheme, the light input end of described convex lens is also fixedly connected with a cylindrical lens base; Described cylindrical lens base is fixedly connected on the light output end that ruddiness assembles reflector, and the radius of cylindrical lens base is identical with the bottom surface radius of convex lens.
On the basis of technique scheme, described ruddiness assembles the hollow round table that reflector comprises a hollow, the light input end of hollow round table is movably connected on the light output end of solid-state cold light source chip, the inside of hollow round table is disposed with the first reflector endoporus of all light for collecting the output of solid-state cold light source chip according to light output direction, for the second reflector endoporus of fixed light path adjusting device, first reflector endoporus and solid-state cold light source chip are equipped with, first reflector endoporus is truncated cone-shaped endoporus, second reflector endoporus and cylindrical lens base engagement are arranged, second reflector endoporus is cylindrical bore, the radius of cylindrical bore is identical with the radius of cylindrical lens base.
On the basis of technique scheme, the inside of described fixing inner cover also has cage apertures in cage apertures in cage apertures in first, second, the 3rd successively according to light output direction, the spacing interior cage apertures of the inside of described fixing inner cover is in second in cage apertures and the 3rd between cage apertures, in second, cage apertures is identical with the bottom surface radius of convex lens with the internal diameter of cage apertures in the 3rd, and in described first, the radius of cage apertures is greater than the radius of cage apertures in second.
On the basis of technique scheme, described automatic temperature-controlled cooling device is also provided with fixing press strip, automatic temperature-controlled cooling device is fixed on the inside of housing by fixing press strip, fixing press strip comprises the strip plate that two ends have screw, the inside of screw is provided with the hold-down screw coordinated with screw, strip plate is positioned at the top of automatic temperature-controlled cooling device, is fixed on the inside of the housing for the treatment of head shell, automatic temperature-controlled cooling device is fixed on the inside of housing simultaneously by hold-down screw.
On the basis of technique scheme, described cap also has several cap louvres, and several cap louvres are positioned at above automatic temperature-controlled cooling device when cap and housing close.
The beneficial effects of the utility model are as follows:
(1) in the utility model, light supply apparatus comprises solid-state cold light source chip, and outwardly, solid-state cold light source chip is provided with the little chip of several LED to the light output end of solid-state cold light source chip.
The utility model by a kind of high-energy, long-life, optical power density evenly, the narrow general wave band red light irradiation lesion tissue of non-variegation light that light irradiation temperature is lower, treatment facula area is large, and result for the treatment of is good, and can not damage muscle layer; In therapeutic process, not contact treatment position, can avoid cross-infection or tissue adhesion, smoke-free and tasteless, damages little to patient, no pain, has no side effect, and patient is easy to accept.Light supply apparatus is configured with automatic temperature-controlled cooling device can guarantee that treatment is smooth and easy continuously, adopts cold light source to irradiate for a long time, avoids lesion tissue to be subject to the Induced by Stimulation side effect of higher temperature.
(2) in the utility model, the little chip of LED is 100, can not only obtain sufficiently high Red energies, can also obtain more uniform light point face, can obtain good result for the treatment of, and is easy to heat radiation.
(3) in the utility model, fixing protective cover comprises the stationary housings being hollow structure, fixing inner cover and fixed spiro, stationary housings is positioned at the outside of fixed sidewall, one end of fixing inner cover is passed from the inner side of fixed sidewall and is installed the inside that fixing hole enters the first cage apertures, stationary housings, fixing inner cover, fixed spiro and installation fixing hole and fixed sidewall closely cooperate, and stationary housings and fixing inner cover are fixed on fixed sidewall by fixed spiro; The inside of fixing inner cover is also provided with the spacing interior cage apertures that an internal diameter is less than the bottom surface radius of convex lens, light path regulating device penetrates the inside of fixing inner cover, and light path regulating device and light supply apparatus are fixed between the inside of fixing inner cover and automatic temperature-controlled cooling device by fixing automatic temperature-controlled cooling device and spacing interior cage apertures by spacing interior cage apertures.
In the utility model; the design of stationary housings, fixing inner cover and fixed spiro; fixing protective cover can be made to be fastened in fixed sidewall preferably; especially the internal diameter that the inside fixing inner cover is arranged is less than the spacing interior cage apertures of the bottom surface radius of convex lens, light path regulating device and light supply apparatus is fixed between the inside of fixing inner cover and automatic temperature-controlled cooling device by fixing automatic temperature-controlled cooling device and spacing interior cage apertures.This kind of design can not only reduce installs fixing accessory, saves installation cost, and installs simple and convenient, in addition, structure of the present utility model also can be made compacter, the space shared by saving.
(4), in the utility model, between the outside of the metal plate of solid-state cold light source chip and automatic temperature-controlled cooling device, also heat conductive silica gel is provided with; The light input end of ruddiness gathering reflector is fixedly connected on the light output end of light supply apparatus by heat conductive silica gel, the light output end that ruddiness assembles reflector is fixedly connected on by heat conductive silica gel the light input end that red light beam optimizes lens; Cap also has several cap louvres, and several cap louvres are positioned at the top of automatic temperature-controlled cooling device.The utility model adopts heat conductive silica gel to realize being connected and fixed, and can not only play the effect be connected and fixed, can also play the effect of heat radiation, can not only ensure result of use of the present utility model, and can improve service life of the present utility model.
(5) in the utility model, light supply apparatus also comprises installing plate, installing plate also has clamping hole, clamping hole correspondence is provided with fixing head, fixing head is fixedly connected on the side that ruddiness gathering reflector is connected with light supply apparatus, fix the inside that head is fastened in clamping hole, fixing head and clamping hole closely cooperate, and ruddiness are assembled the light output end that reflector is connected to light supply apparatus.Fix head and the design of clamping hole can realize ruddiness and assembles reflector and coordinate with light supply apparatus comparatively closely, comparatively firmly, structure is more stable in installation, be not subject to external force effect and relax.
(6) in the utility model, ruddiness assembles the hollow round table that reflector comprises a hollow, the light input end of hollow round table is movably connected on the light output end of solid-state cold light source chip, the inside of hollow round table is disposed with the first reflector endoporus of all light for collecting the output of solid-state cold light source chip according to light output direction, for the second reflector endoporus of fixed light path adjusting device, first reflector endoporus and solid-state cold light source chip are equipped with, first reflector endoporus is truncated cone-shaped endoporus, second reflector endoporus and cylindrical lens base engagement are arranged, second reflector endoporus is cylindrical bore, the radius of cylindrical bore is identical with the radius of cylindrical lens base.
Ruddiness can be assembled reflector and be connected with light path regulating device by the design of ruddiness gathering reflector better, simultaneously, light path regulating device is fastened in the inside of the second reflector endoporus, ruddiness can not only be realized and assemble being connected preferably of reflector and light path regulating device, length after ruddiness gathering reflector is combined with light path regulating device can suitably reduce, more compact structure.
Accompanying drawing explanation
In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the cross-sectional view of a kind of high energy red-light therapeutic instrument treatment head in the utility model embodiment;
Fig. 2 is the first assembly relation structural representation of a kind of high energy red-light therapeutic instrument treatment head in the utility model embodiment;
Fig. 3 is treatment head shell first structural representation in the utility model embodiment in a kind of high energy red-light therapeutic instrument treatment head;
Fig. 4 is treatment head shell second structural representation in the utility model embodiment in a kind of high energy red-light therapeutic instrument treatment head;
Fig. 5 is the structural representation of the cap in the utility model embodiment in a kind of high energy red-light therapeutic instrument treatment head;
Fig. 6 is the second assembly relation structural representation in the utility model embodiment in a kind of high energy red-light therapeutic instrument treatment head;
Fig. 7 is the structural representation of the light supply apparatus in the utility model embodiment in a kind of high energy red-light therapeutic instrument treatment head;
Fig. 8 is the structural representation of the red light beam optimization lens in the utility model embodiment in a kind of high energy red-light therapeutic instrument treatment head.
Fig. 9 is the cross-sectional view of the ruddiness gathering reflector in the utility model embodiment in a kind of high energy red-light therapeutic instrument treatment head;
Figure 10 is the right TV structure schematic diagram of the ruddiness gathering reflector in the utility model embodiment in a kind of high energy red-light therapeutic instrument treatment head;
Figure 11 is the left TV structure schematic diagram of the ruddiness gathering reflector in the utility model embodiment in a kind of high energy red-light therapeutic instrument treatment head;
Figure 12 is the left TV structure schematic diagram of the stationary housings in the utility model embodiment in a kind of high energy red-light therapeutic instrument treatment head;
Figure 13 is the left TV structure schematic diagram of the fixing inner cover in the utility model embodiment in a kind of high energy red-light therapeutic instrument treatment head;
Figure 14 is the main TV structure schematic diagram of the fixed spiro in the utility model embodiment in a kind of high energy red-light therapeutic instrument treatment head;
Figure 15 is the left TV structure schematic diagram of the fixed spiro in the utility model embodiment in a kind of high energy red-light therapeutic instrument treatment head;
Figure 16 is the structural representation of the fixing press strip in the utility model embodiment in a kind of high energy red-light therapeutic instrument treatment head.
In figure: 1-light supply apparatus, 2-fixes press strip, the automatic temperature-controlled cooling device of 3-, 4-housing, 5-cooling device electric wire, 6-plug hole, 7-stationary housings, 8-red light beam optimizes lens, 9-fixes inner cover, 10-fixed spiro, 11-ruddiness assembles reflector, 12-radiating element, 13-automatic temperature-adjusting controls fan, 14-light supply apparatus electric wire, 15-attaching plug, 16-cap, 17-cap louvre, 18-installs fixing hole, 19-housing louvre, 20-support for therapeutical instrument coupling nut, the solid-state cold light source chip of 21-, 22-clamping hole, 23-installing plate, 24-convex lens, 25-cylindrical lens base, 26-hollow round table, 27-fixes head, 28-second reflector endoporus, 29-first reflector endoporus, the outer cage apertures of 30-first, the outer cage apertures of 31-second, cage apertures in 32-first, cage apertures in 33-second, the spacing interior cage apertures of 34-, cage apertures in 35-the 3rd, 36-screw.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the utility model embodiment, be clearly and completely described the technical scheme in the utility model embodiment, obviously, described embodiment is only the utility model part embodiment, instead of whole embodiments.Based on the embodiment in the utility model, those of ordinary skill in the art are not making the every other embodiment obtained under creative work prerequisite, all belong to the scope of the utility model protection.
Shown in Figure 1; the utility model discloses a kind of high energy red-light therapeutic instrument treatment head; comprise set gradually according to light output direction automatic temperature-controlled cooling device 3, light supply apparatus 1, light path regulating device, hollow structure fixing protective cover, also comprise supply unit, treatment head shell and the fixing press strip 2 that is equipped with automatic temperature-controlled cooling device 3.Fixing press strip 2 is for being fixed on the inside for the treatment of head shell by automatic temperature-controlled cooling device 3, supply unit comprises the attaching plug 15 connecing external power supply and the electric wire be connected with attaching plug 15, and electric wire comprises cooling device electric wire 5 and light supply apparatus electric wire 14.Automatic temperature-controlled cooling device 3, light supply apparatus 1 and light path regulating device are positioned at the inside of housing 4.
Shown in Fig. 3, Fig. 4 and Fig. 5, treatment head shell comprises the housing 4 that is provided with cap 16.Cap 16 is flexibly connected with housing 4, closely cooperates, and cap 16 also has several cap louvres 17, housing 4 comprises one for light path regulating device being fixed on the fixed sidewall of housing 4 inside, also comprise one, for the treatment head connecting external treatment instrument support, sidewall is installed, fixed sidewall has one and installs fixing hole 18, treatment head is installed sidewall and is had a support connecting hole, the inside of support connecting hole is provided with the support for therapeutical instrument coupling nut 20 for connecting external treatment instrument support, except fixed sidewall and treatment head are installed except sidewall, all the other sidewalls of housing 4 all have several housing louvres 19, see Fig. 1, shown in Fig. 2 and Fig. 6, fixing protective cover is fastened in the fixed sidewall of housing 4 through installing fixing hole 18, automatic temperature-controlled cooling device 3 is fixed on the inside of housing 4 by fixing press strip 2, automatic temperature-controlled cooling device 3 is provided with automatic temperature-adjusting and controls fan 13 and radiating element 12, the outside part corresponding to fin of automatic temperature-controlled cooling device 3 is also provided with metal plate, light supply apparatus 1 is fixed on the outside of the metal plate of automatic temperature-controlled cooling device 3, in the utility model specific embodiment, also heat conductive silica gel is provided with between the outside of the metal plate of light supply apparatus 1 and automatic temperature-controlled cooling device 3, the light output end of heat conductive silica gel light supply apparatus 1 is also provided with outwardly between the outside of the metal plate of solid-state cold light source chip 21 and automatic temperature-controlled cooling device 3, light path regulating device is fixed on the light output end of light supply apparatus 1, in the utility model specific embodiment, light path regulating device is fixed on the light output end of light supply apparatus 1 by heat conductive silica gel.The part that light path regulating device is positioned at light output end is fastened in the inside of fixing protective cover.
Treatment casing 4 also has plug hole 6, and attaching plug 15 is fastened in the inside of plug hole 6, and attaching plug 15 is connected with light supply apparatus 1 by light supply apparatus electric wire 14, for light supply apparatus 1 provides electric energy; Attaching plug 15 is connected with automatic temperature-controlled cooling device 3 by cooling device electric wire 5, for automatic temperature-controlled cooling device 3 provides electric energy.
Shown in Figure 7, light supply apparatus 1 comprises solid-state cold light source chip 21 and installing plate 23, solid-state cold light source chip 21 is fixedly connected on the surface of installing plate 23, solid-state cold light source chip 21 is provided with the little chip of several LED, heat conductive silica gel is provided with between the outside of the metal plate of solid-state cold light source chip 21 and automatic temperature-controlled cooling device 3, solid-state cold light source chip 21 is also fixed on the outside of the metal plate of automatic temperature-controlled cooling device 3 by four screws, in the utility model embodiment, the little chip of LED is 100.
Shown in Figure 7, the ruddiness that light path regulating device comprises the emergent light for collecting light supply apparatus 1 is assembled reflector 11 and the emergent light of light supply apparatus 1 is converted into the red light beam optimization lens 8 of directional light, ruddiness assembles reflector 11 and red light beam optimization lens 8 set gradually according to light output direction, ruddiness is assembled reflector 11 and is comprised light input end and light output end, red light beam optimizes the light output end that lens 8 are fixed on ruddiness gathering reflector 11, and the light input end that ruddiness assembles reflector 11 is connected with the light output end of light supply apparatus 1; In the utility model specific embodiment, the light input end of ruddiness gathering reflector 11 is fixedly connected on the light output end of light supply apparatus 1 by heat conductive silica gel, the light output end that ruddiness assembles reflector 11 is fixedly connected on by heat conductive silica gel the light input end that red light beam optimizes lens 8.
Shown in Figure 8, red light beam is optimized lens 8 and is comprised convex lens 24, and the light input end of convex lens 24 is also fixedly connected with a cylindrical lens base 25; Cylindrical lens base 25 is fixedly connected on the light output end that ruddiness assembles reflector 11, and the radius of cylindrical lens base 25 is identical with the bottom surface radius of convex lens 24.
See Fig. 9, shown in Figure 10 and Figure 11, it is hollow structure that ruddiness assembles reflector 11, ruddiness assembles the hollow round table 26 that reflector 11 comprises a hollow, the light input end of hollow round table 26 is movably connected on the light output end of solid-state cold light source chip 21, the inside of hollow round table 26 is disposed with the first reflector endoporus 29 of all light for collecting the output of solid-state cold light source chip 21 according to light output direction, for the second reflector endoporus 28 of fixed light path adjusting device, first reflector endoporus 29 is equipped with solid-state cold light source chip 21, first reflector endoporus 29 is truncated cone-shaped endoporus, second reflector endoporus 28 is equipped with cylindrical lens base 25, second reflector endoporus 28 is cylindrical bore, the radius of cylindrical bore is identical with the radius of cylindrical lens base 25.In the utility model embodiment, cylindrical lens base 25 is fixed on the inside of the second reflector endoporus 28 by heat conductive silica gel.
Shown in figure Fig. 1 and Figure 12, fixing protective cover comprises the stationary housings 7 being hollow structure, fixing inner cover 9 and fixed spiro 10, the inside of stationary housings 7 has the first outer cage apertures 30 and the second outer cage apertures 31 successively according to light output direction, the radius of the second outer cage apertures 31 is identical with the bottom surface radius of convex lens 24, radius and the radius installing fixing hole 18 of the first outer cage apertures 30, the external diameter of fixing inner cover 9 is all identical, the outer wall of fixing inner cover 9 is provided with inner cover external screw thread, one end of fixing inner cover 9 is positioned at the inside of the first outer cage apertures 30, be connected with the inner thread of the first outer cage apertures 30, the remainder of fixing inner cover 9 is positioned at the inside for the treatment of head shell, fixed spiro 10 is threadedly connected to the outside of fixing inner cover 9.
Shown in Figure 1, stationary housings 7 is positioned at the outside of fixed sidewall, one end of fixing inner cover 9 is passed from the inner side of fixed sidewall and is installed the inside that fixing hole 18 enters the first cage apertures 30, be connected with the inner thread of the first outer cage apertures 30, the remainder of fixing inner cover 9 is positioned at the inside of housing 4, fixed spiro 10 is threadedly connected to the outside that fixing inner cover 9 is positioned at the inner side of fixed sidewall, stationary housings 7, fixing inner cover 9, fixed spiro 10 closely cooperates with installation fixing hole 18 and fixed sidewall, stationary housings 7 and fixing inner cover 9 are fixed on fixed sidewall by fixed spiro 10.
Shown in Fig. 1 and Figure 13, the inside of fixing inner cover 9 has cage apertures 32 in first successively according to light output direction, cage apertures 33 in second, cage apertures 35 in spacing interior cage apertures 34 and the 3rd, in second, cage apertures 33 is identical with the bottom surface radius of convex lens 24 with the internal diameter of cage apertures 35 in the 3rd, the radius of spacing interior cage apertures 34 is less than the bottom surface radius of convex lens 24, in first, the radius of cage apertures 32 is greater than the radius of cage apertures 33 in second, by promoting automatic temperature-controlled cooling device 3, red light beam is optimized lens 8 and is passed cage apertures 32 in first, cage apertures 33 in second, the inside of fixing inner cover 9 is limited in by spacing interior cage apertures 34, between the inside that light path regulating device and light supply apparatus 1 are fixed on fixing inner cover 9 by fixing automatic temperature-controlled cooling device 3 and spacing interior cage apertures 34 by spacing interior cage apertures 34 and automatic temperature-controlled cooling device 3.
In the utility model specific embodiment, the radiator of automatic temperature-controlled cooling device 3 is fin, the metal plate that the outside part corresponding to fin of automatic temperature-controlled cooling device 3 is also arranged is copper flat board, and automatic temperature-controlled cooling device 3 is also provided with cooling fluid for strengthening cooling effect and copper pipe.
In the utility model specific embodiment, plug is aviation plug, and aviation plug is fixed on the inside of plug hole 6.
In the utility model specific embodiment, several cap louvres 17 are positioned at above automatic temperature-controlled cooling device 3 when cap 16 closes with housing 4.
Shown in Fig. 7, Fig. 9 and Figure 10, in the utility model embodiment, installing plate 23 also has clamping hole 22, the inside correspondence of clamping hole 22 is provided with and fixes 27, fix 27 to be fixedly connected on ruddiness and to assemble the side that reflector 11 is connected with light supply apparatus 1, fix the inside that 27 are fastened in clamping hole 22, fix 27 and closely cooperate with clamping hole 22, ruddiness is assembled the light output end that reflector 11 is connected to light supply apparatus 1.In the utility model specific embodiment, clamping hole 22 is four, and clamping hole 22 is symmetrically distributed on installing plate 23.
Shown in figure Fig. 1 and Figure 16, in the utility model specific embodiment, fixing press strip 2 comprises the strip plate that two ends have screw 36, the inside of screw 36 is provided with the hold-down screw coordinated with screw 36, strip plate is positioned at the top of automatic temperature-controlled cooling device 3, be fixed on the housing 4 for the treatment of head shell by hold-down screw, automatic temperature-controlled cooling device 3 be fixed on the inside of housing 4 simultaneously.
Operation principle of the present utility model is as follows:
Solid-state cold light source chip 21 is for obtaining the ruddiness of high-energy, long-life, non-variegation light.The ruddiness obtained has the feature of high-energy, long-life, non-variegation light.
Ruddiness assembles reflector 11 and red light beam optimization lens 8 are gathered into directional light for the ruddiness dispersed sent by solid-state cold light source chip 21, obtains the uniform ruddiness of optical power density.
Automatic temperature-controlled cooling device 3 is for playing cooling to solid-state cold light source.
Lens 8 red light beam optimized by fixing protective cover and treatment head shell is fixed.
Supply unit is used for powering to the automatic temperature-adjusting control fan 13 of solid-state cold light source chip 21 and automatic temperature-controlled cooling device 3.
Fixing press strip 2 is for the inside by fixing automatic temperature-controlled cooling device 3 fixation for treatment head shell.
Cap 16, for sealing treatment head shell, plays effect fixing, attractive in appearance.
Attaching plug 15 is for connecting power supply.
Support for therapeutical instrument coupling nut 20 for for being connected external treatment instrument support.
High energy red-light therapeutic instrument treatment head in the utility model embodiment adopts high power semi-conductor integrated technology IHPC, the narrow general wave band ruddiness of the non-variegation light that output high-energy, long-life, optical power density are evenly, light irradiation temperature is lower.
Because normal structure and pathological tissues have the characteristic of selective absorbing to certain ray energy, this product is theoretical foundation Given this, polarizes at 616nm ~ 640nm by the wavelength of light, to carry out optical physics treatment.When high-energy ruddiness irradiates lesion tissue, light radiation can cause the excitement of peripheral nerve and play analgesic effect, local vessel expansion can also be made, blood flow is accelerated, and eliminates venous congestion and improves local blood circulation, accelerating the absorption enhancement inflammatory resolution of local metabolic product, make local cells activity vigorous, metabolic process is strengthened and the regeneration of cell and repair process is accelerated, and treatment skin and mucosal pathology, can reach ideal result for the treatment of.Be applicable to anorectum department hemorrhoid, perianal pruritus, inflammation are had to anti-inflammatory analgetic effect, have wound healing effect etc. to ulcer, wound.
The utility model embodiment by a kind of high-energy, long-life, optical power density evenly, the narrow general wave band red light irradiation lesion tissue of non-variegation light that light irradiation temperature is lower, treatment facula area is large, and result for the treatment of is good, and can not damage muscle layer; In therapeutic process, not contact treatment position, can avoid cross-infection or tissue adhesion, smoke-free and tasteless, damages little to patient, no pain, has no side effect, and patient is easy to accept.Automatic temperature-controlled cooling device 3 can guarantee that treatment is smooth and easy continuously, adopts cold light source to irradiate for a long time, avoids lesion tissue to be subject to the Induced by Stimulation side effect of higher temperature.
The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (10)
1. a high energy red-light therapeutic instrument treatment head, comprise set gradually according to light output direction automatic temperature-controlled cooling device (3), light supply apparatus (1), light path regulating device, hollow structure fixing protective cover, also comprise supply unit and a treatment head shell; Supply unit comprises the attaching plug (15) connecing external power supply and the electric wire be connected with attaching plug (15), and electric wire comprises light supply apparatus electric wire (14) and cooling device electric wire (5); Treatment head shell comprises the housing (4) that is provided with cap (16), and cap (16) is flexibly connected with housing (4), closely cooperates; Automatic temperature-controlled cooling device (3), light supply apparatus (1) and light path regulating device are positioned at the inside of housing (4);
Described automatic temperature-controlled cooling device (3) is fixed on the inside of housing (4), automatic temperature-controlled cooling device (3) is provided with automatic temperature-adjusting and controls fan (13) and radiating element (12), the outside part corresponding to fin of automatic temperature-controlled cooling device (3) is also provided with metal plate, described light supply apparatus (1) is fixed on the outside of the metal plate of automatic temperature-controlled cooling device (3), the light output end of light supply apparatus (1) outwardly, light path regulating device is fixed on the light output end of light supply apparatus (1), the part that light path regulating device is positioned at light output end is positioned at the inside of fixing protective cover,
The ruddiness that described light path regulating device comprises the emergent light for collecting light supply apparatus (1) is assembled reflector (11) and the emergent light of light supply apparatus (1) is converted into red light beam optimization lens (8) of directional light, ruddiness assembles reflector (11) and red light beam optimization lens (8) sets gradually according to light output direction, red light beam is optimized lens (8) and is comprised a convex lens (24), it is hollow structure that ruddiness assembles reflector (11), ruddiness is assembled reflector (11) and is comprised light input end and light output end, red light beam optimizes the light output end that lens (8) are fixed on ruddiness gathering reflector (11), the light input end that ruddiness assembles reflector (11) is connected with the light output end of light supply apparatus (1),
Described housing (4) comprises one for light path regulating device being fixed on the inner fixed sidewall of housing (4), also comprise one, for the treatment head connecting external treatment instrument support, sidewall is installed, fixed sidewall has one and installs fixing hole (18), treatment head is installed sidewall and is had a support connecting hole, the inside of support connecting hole is provided with the support for therapeutical instrument coupling nut (20) for connecting external treatment instrument support, described housing (4) is except fixed sidewall and treatment head installation sidewall, remaining sidewall all has several housing louvres (19), described fixing protective cover is fastened in the fixed sidewall of housing (4) through installing fixing hole (18), described housing (4) also has plug hole (6), attaching plug (15) is fastened in the inside of plug hole (6), supply unit is connected with attaching plug (15) by light supply apparatus electric wire (14), attaching plug (15) is connected with automatic temperature-controlled cooling device (3) by cooling device electric wire (5),
It is characterized in that, described light supply apparatus (1) comprises solid-state cold light source chip (21), outwardly, described solid-state cold light source chip (21) is provided with the little chip of several LED to the light output end of solid-state cold light source chip (21);
Described fixing protective cover comprises the stationary housings (7) being hollow structure, fixing inner cover (9) and fixed spiro (10), the inside of described stationary housings (7) has the first outer cage apertures (30) and the second outer cage apertures (31) successively according to light output direction, the radius of the second outer cage apertures (31) is identical with the bottom surface radius of convex lens (24), and the radius of the first outer cage apertures (30) is all identical with the external diameter of the radius of installation fixing hole (18), fixing inner cover (9); The outer wall of fixing inner cover (9) is provided with inner cover external screw thread, one end of fixing inner cover (9) is positioned at the inside of the first outer cage apertures (30), be connected with the inner thread of the first outer cage apertures (30), fixed spiro (10) is threadedly connected to the outside of fixing inner cover (9);
Described stationary housings (7) is positioned at the outside of fixed sidewall, one end of fixing inner cover (9) is passed from the inner side of fixed sidewall and is installed the inside that fixing hole (18) enters the first cage apertures (30), be connected with the inner thread of the first outer cage apertures (30), the remainder of fixing inner cover (9) is positioned at the inside of housing (4), fixed spiro (10) is threadedly connected to the outside that fixing inner cover (9) is positioned at the inner side of fixed sidewall, stationary housings (7), fixing inner cover (9), fixed spiro (10) closely cooperates with installation fixing hole (18) and fixed sidewall, stationary housings (7) and fixing inner cover (9) are fixed on fixed sidewall by fixed spiro (10),
The inside of described fixing inner cover (9) is also provided with the spacing interior cage apertures (34) that an internal diameter is less than the bottom surface radius of convex lens (24), light path regulating device penetrates the inside of fixing inner cover (9), and light path regulating device and light supply apparatus (1) are fixed between the inside of fixing inner cover (9) and automatic temperature-controlled cooling device (3) by fixing automatic temperature-controlled cooling device (3) and spacing interior cage apertures (34) by spacing interior cage apertures (34).
2. a kind of high energy red-light therapeutic instrument treatment head as claimed in claim 1, it is characterized in that, the little chip of described LED is 100.
3. a kind of high energy red-light therapeutic instrument treatment head as claimed in claim 1, is characterized in that, be also provided with heat conductive silica gel between the outside of the metal plate of described solid-state cold light source chip (21) and automatic temperature-controlled cooling device (3).
4. a kind of high energy red-light therapeutic instrument treatment head as claimed in claim 1, it is characterized in that, described light supply apparatus (1) also comprises installing plate (23), the solid-state cold light source chip (21) of described light supply apparatus (1) is fixedly connected on the surface of installing plate (23), described installing plate (23) also has clamping hole (22), the inside correspondence of described clamping hole (22) is provided with and fixes head (27), fixing head (27) is fixedly connected on the side that ruddiness gathering reflector (11) is connected with light supply apparatus (1), fix the inside that head (27) is fastened in clamping hole (22), described fixing head (27) and clamping hole (22) closely cooperate, ruddiness is assembled the light output end that reflector (11) is connected to light supply apparatus (1).
5. a kind of high energy red-light therapeutic instrument treatment head as claimed in claim 1, it is characterized in that, the light input end of described ruddiness gathering reflector (11) is fixedly connected on the light output end of light supply apparatus (1) by heat conductive silica gel, the light output end that ruddiness assembles reflector (11) is fixedly connected on by heat conductive silica gel the light input end that red light beam optimizes lens (8).
6. a kind of high energy red-light therapeutic instrument treatment head as claimed in claim 1, it is characterized in that, the light input end of described convex lens (24) is also fixedly connected with a cylindrical lens base (25); Described cylindrical lens base (25) is fixedly connected on the light output end that ruddiness assembles reflector (11), and the radius of cylindrical lens base (25) is identical with the bottom surface radius of convex lens (24).
7. a kind of high energy red-light therapeutic instrument treatment head as claimed in claim 5, it is characterized in that, described ruddiness assembles the hollow round table (26) that reflector (11) comprises a hollow, the light input end of hollow round table (26) is movably connected on the light output end of solid-state cold light source chip (21), the inside of hollow round table (26) is disposed with the first reflector endoporus (29) for collecting all light that solid-state cold light source chip (21) exports according to light output direction, for the second reflector endoporus (28) of fixed light path adjusting device, first reflector endoporus (29) and solid-state cold light source chip (21) are equipped with, first reflector endoporus (29) is truncated cone-shaped endoporus, second reflector endoporus (28) and cylindrical lens base (25) are equipped with, second reflector endoporus (28) is cylindrical bore, the radius of cylindrical bore is identical with the radius of cylindrical lens base (25).
8. a kind of high energy red-light therapeutic instrument treatment head as claimed in claim 1, it is characterized in that, the inside of described fixing inner cover (9) also has cage apertures in first (32) successively according to light output direction, cage apertures (33) in second, cage apertures (35) in 3rd, the spacing interior cage apertures (34) of the inside of described fixing inner cover (9) is positioned between the second cage apertures (33) and the 3rd cage apertures (35), in second, cage apertures (33) is identical with the bottom surface radius of convex lens (24) with the internal diameter of cage apertures (35) in the 3rd, in described first, the radius of cage apertures (32) is greater than the radius of cage apertures in second (33).
9. a kind of high energy red-light therapeutic instrument treatment head as claimed in claim 1, it is characterized in that, described automatic temperature-controlled cooling device (3) is also provided with fixing press strip (2), automatic temperature-controlled cooling device (3) is fixed on the inside of housing (4) by fixing press strip (2), fixing press strip (2) comprises the strip plate that two ends have screw (36), the inside of screw (36) is provided with the hold-down screw coordinated with screw (36), strip plate is positioned at the top of automatic temperature-controlled cooling device (3), the inside of the housing (4) for the treatment of head shell is fixed on by hold-down screw, automatic temperature-controlled cooling device (3) is fixed on the inside of housing (4) simultaneously.
10. a kind of high energy red-light therapeutic instrument treatment head as described in any one of claim 1 to 9, it is characterized in that, described cap 16 also has several cap louvres 17, and several cap louvres (17) are positioned at the top of automatic temperature-controlled cooling device (3) when cap (16) and housing (4) are closed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420665949.9U CN204293696U (en) | 2014-11-10 | 2014-11-10 | A kind of high energy red-light therapeutic instrument treatment head |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420665949.9U CN204293696U (en) | 2014-11-10 | 2014-11-10 | A kind of high energy red-light therapeutic instrument treatment head |
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| CN204293696U true CN204293696U (en) | 2015-04-29 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105413065A (en) * | 2015-12-31 | 2016-03-23 | 福建省民众医疗科技集团有限公司 | Cold red light therapeutic instrument |
| CN108273195A (en) * | 2018-01-23 | 2018-07-13 | 四川恒明科技开发有限公司 | A kind of heated type specific electromagnetic spectrum treatment instrument treatment head |
| CN108434606A (en) * | 2018-01-15 | 2018-08-24 | 北京燕阳高科医疗技术有限公司 | warm light generating device |
| CN112998848A (en) * | 2021-01-26 | 2021-06-22 | 武汉时代阳光科技发展有限公司 | Circulating liquid cooling high-power red and blue spectrum therapeutic apparatus |
-
2014
- 2014-11-10 CN CN201420665949.9U patent/CN204293696U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105413065A (en) * | 2015-12-31 | 2016-03-23 | 福建省民众医疗科技集团有限公司 | Cold red light therapeutic instrument |
| CN108434606A (en) * | 2018-01-15 | 2018-08-24 | 北京燕阳高科医疗技术有限公司 | warm light generating device |
| CN108434606B (en) * | 2018-01-15 | 2024-03-22 | 北京燕阳高科医疗技术有限公司 | Warm light generating device |
| CN108273195A (en) * | 2018-01-23 | 2018-07-13 | 四川恒明科技开发有限公司 | A kind of heated type specific electromagnetic spectrum treatment instrument treatment head |
| CN112998848A (en) * | 2021-01-26 | 2021-06-22 | 武汉时代阳光科技发展有限公司 | Circulating liquid cooling high-power red and blue spectrum therapeutic apparatus |
| CN112998848B (en) * | 2021-01-26 | 2022-06-07 | 武汉时代阳光科技发展有限公司 | Circulating liquid cooling high-power red and blue spectrum therapeutic apparatus |
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